[{"id":"rec04wlasAVzeSff5","slug":"the-feminine-hygiene-product-thats-here-to-stay","meta":{"title":"Try a menstrual cup instead of pads","description":"the menstrual cup has numerous positive aspects, in addition to being reusable and saving money over time","seoTitle":"","seoDescription":"Menstrual cups can cut long-term costs, reduce waste, and lower lifetime footprint compared with disposable products.","category":"lifestyle","impactLevel":"","effortLevel":"","effort":"$20-40 upfront","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":["18-64"],"gender":"Female","livingSituation":[],"actionPhoto":[],"htmlDescription":"

\n In recent years, various products have begun to appear on the market for feminine intimate care:\n cloth panty liners, cloth menstrual pads, and the menstrual cup as a sustainable alternative to\n disposable pads and tampons.\n

\n If you're wondering if it's really worth trying the cup for your next period, the answer is yes. I\n invite you to discover all the reasons in this article.\n

Why the menstrual cup makes sense: comfort, cost-saving and sustainability

\n The menstrual cup is a game changer. Made of medical grade silicone, an inert, hypoallergenic,\n and durable material; it doesn't cause irritation, doesn't generate odors, and is also very\n comfortable.\n

\n It's true that the initial investment is higher, but it pays for itself quickly. In fact,\n switching from pads to the cup can save you approximately $2,900 USD throughout your reproductive\n life. This economic saving is intrinsically linked to its sustainability: with a useful life of up\n to 10 years (I've had mine for 7 years and it still works perfectly), you'll use only about 4 cups\n in your lifetime. This drastically reduces waste and results in a lower water and carbon footprint\n compared to disposable options.\n

\n To understand the positive environmental impact of this product, it's best to rely on concrete\n data like that provided by the Life Cycle Assessment for feminine hygiene products (Silva, 2021).\n In it, the most significant environmental impacts of the menstrual cup, pads, and tampons were\n compared over an entire reproductive life (~35 years). This study considered the stages of raw\n material extraction, product manufacturing, packaging production, transportation, use, and final\n disposal.\n

\n \n

\n The graphs illustrate the results of this study, and as can be observed, by choosing the cup we\n will generate fewer greenhouse gases and consume less water throughout our entire reproductive\n lives.\n

\n","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Esperanza"],"authorId":"recUI3wW2s8beNkGJ","status":"Published","live":true,"published":"2025-11-01T03:49:35.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1Vja3hrdztOAfmc9sKhndf2tk3nGfkaPxkRCvHkn0ozQ/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"rec06qFXuArfbV2lG","slug":"cold-cycle-wash","meta":{"title":"Use a cold cycle when washing clothes","description":"Thanks to advances in detergent technology, cold washing is just as effective as washing with hot water, while also helping your clothes last longer. ","seoTitle":"","seoDescription":"Wash clothes in cold water to cut energy use, lower bills, and keep fabrics in better shape for longer.","category":"lifestyle","impactLevel":"","effortLevel":"","effort":"free","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Running laundry loads on a cold-water cycle is a quick change that not only saves on energy and money but protects your clothes in the long-term. Many people think that cold washes won’t clean as well as normal cycles, and this used to be true, but times have changed. Detergents on the market today are formulated to work just as well in cold water, even the major brands like Tide.

Because most of the energy used in the washing process goes to heating water, cold cycles use a fraction of the energy as hot-water cycles. This energy efficiency means less CO2 is emitted per load. The climate benefits, but so do we: washing at 30°C instead of 60°C uses almost 60% less energy, and this is reflected on your electricity or gas bill.

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Using cold water can save a lot of money over time due to reduced water heating costs | Source: Cold Water Saves

Its true that hot water can be a little more effective at removing

Washing on a cold cycle is also much gentler on most textiles than using hot water—it helps fabrics keep their size, shape and texture, and prevents colors from running and fading. Some stains even wash better in cold water. This is because excess heat causes them to set and stick to the fabric.

Detergent technology isn’t the only thing that’s improved. Just as many detergents carry labels indicating that they work at cooler temperatures, modern washers typically have ‘cold’ or ‘eco’ settings that can easily be tested out. I like to use the 30°C setting for most of my laundry loads. Putting everything on at 30°C also saves time, as I don’t have to separate out the ‘cold-wash only’ delicates. There are some exceptions—if something’s really soiled, or if I’ve been sick —but on the whole, cold washes keep my clothes both clean and vibrant.

Try out a cold cycle for your next laundry load and see if you notice any difference in the results.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Rup Priodarshini"],"authorId":"recj3IUMT480zmKXp","status":"Published","live":true,"published":"2025-10-31T05:39:04.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1JBTr-v-fdrrF-zfWviK_zj3BLK_eC6ldY6gNgearwCI/edit?tab=t.0","primaryAudience":"concerned","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"rec0KJbIvaxi89u2I","slug":"talk-about-climate-without-being-downer","meta":{"title":"How to talk about climate change without being a downer","description":"Most people don't know how much climate progress is happening, and talking about just the bad parts makes most people disengage. Here's how to share good news, validate concerns, and inspire action without being a downer.\n","seoTitle":"","seoDescription":"Talk about climate without turning people off by combining realism, empathy, and clear examples of progress.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Last Thanksgiving, I watched my cousin shut down a climate conversation in under thirty seconds. \"We're all going to be underwater in ten years anyway,\" she said. \"Nothing we do matters.\" The table went silent. Someone changed the subject to football.

A year later, a different approach. My uncle mentioned his new solar panels, and instead of launching into a speech about the climate crisis, I asked what made him decide to get them. \"The electric bill was killing me,\" he said. \"After about 8 years these things will pay for themselves, then it's just free money. Plus the house stays cooler in summer.\" Three other people at the table immediately wanted to know more.

Same family. Same topic. Completely different outcome. Here's the thing: focusing on the dire impacts of climate change feels honest, but it's the fastest way to make people tune out. And these conversations actually matter, they spread information about solutions that improve people's lives, show that progress is real, and break the isolation that makes people think nobody else cares.

Why the Doom Approach Backfires (Especially for Younger People)

Research consistently shows that fear-based messaging without solutions leads to disengagement, not action. A 2025 study in the Journal of Environmental Psychology found that when people feel overwhelmed and powerless, they cope by avoiding the topic entirely. It's not that they don't care, caring feels unbearable when the message is \"everything's doomed.\"

This hits younger people especially hard. Gen Z and millennials have grown up with constant warnings and dire predictions. Many genuinely believe we have only a few years left before everything collapses. But here's what the science actually says: we're in a fight to prevent the worst outcomes, and that fight is showing results. Expected warming by 2100 has already dropped from 4-5°C in early projections to around 2.7°C as action has accelerated.

When you talk to someone who thinks we're past the point of no return, the most helpful thing you can do is share accurate information about where we actually stand. Things are serious, but we're not doomed. For someone paralyzed by fear, learning that progress is real can be genuinely life-changing.

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Source: Current policies in place around the world are projected to result in about 2.6°C warming above pre-industrial levels.

Start with What's Working (Most People Don't Know This Stuff)

Here's what consistently surprises people: most have no idea how much progress has happened. A lot of folks are still operating on facts from 5 or 10 years ago, and the landscape has changed dramatically in that time. They know climate change is bad, but they haven't heard that global per-capita emissions peaked in 2012, or that renewables are now the cheapest power source, or that EVs are approaching price parity with gas cars. Someone might still think solar panels are prohibitively expensive because that was true in 2015 but costs have dropped nearly 90% since then. This information is genuinely news to most people, and it fundamentally shifts the narrative from \"we're failing\" to \"we're making progress and need to move faster.\"

There’s a lot of ways to lead with something surprisingly good: \"Did you know solar panels are now cheaper than coal in most of the world?\" That opens conversation. \"We're all going to die if we don’t give up all technology\" closes it.

I started doing this when a neighbor asked about my e-bike commute. Instead of lecturing about emissions, I mentioned I'd saved $200 monthly on gas and parking, and my commute was actually faster. Two weeks later, he bought one too. Not to save the planet - because it made his life better.

This reflects a broader shift that's worth highlighting. Climate action used to mean sacrifice. Now it increasingly means better technology and lower costs. EVs used to be expensive with limited range, now they go 300+ miles and cost less to fuel and maintain. Heat pumps used to be niche, now they're often the most cost-effective option. LED bulbs used to be terrible, now they're better in every way.

When you frame it as \"this new thing is actually better and more people are choosing it,\" you're not guilting anyone. You're sharing genuinely good news.

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Source:Number of new electric & non-electric cars sold globally.

The \"Yes, And\" Technique

Every climate solution has legitimate concerns. The key is acknowledging them honestly, then providing accurate context.

Someone says: \"Electric cars aren't that green because of battery manufacturing.\"

Better response: \"That’s true, battery production does have emissions about 15-20% of the car's lifetime total. But even accounting for that, EVs are still around 60% cleaner over their lifetime.\"

You validated their concern and provided context. The pattern is: acknowledge the truth, show improvement, highlight growing momentum.

\"Yes, wind turbines do kill some birds. Windows, cars, and fossil fuel pollution kill far more\"

“I agree, giving up all meat would be really hard. I actually just try to eat less beef which actually makes a pretty big impact, and honestly I like some of the alternatives better.”

\"Yes, renewable energy is variable, it's definitely one of its biggest downsides. And that's exactly why battery storage costs have dropped 97% since 1991, and deployment is growing exponentially. We're actively solving this problem.\"

This approach doesn't dismiss concerns or pretend problems don't exist. It shows that smart people are working on these issues and making real progress, which is both accurate and encouraging.

Source: Global battery storage capacity additions, 2010-2023.

Share Your Own Actions (Imperfectly)

Nothing kills a conversation faster than self-righteousness. But sharing what you're actually doing, including the imperfect parts? That's relatable.

I bike to work, but not in winter because I hate being cold. I eat less meat but I'm not vegetarian because I love a good burger. I'm interested in an EV someday, but right now I drive a 2015 hybrid because it works for my situation.

These admissions don't undermine the message, they make it credible. Perfect is intimidating. Imperfect progress is achievable.

When I mention my bike commute, I don't frame it as a noble sacrifice. I mention it's faster than driving, and I've saved enough to pay for the bike three times over. I also mention the rainy days when I definitely drive. People laugh, ask questions, and sometimes mention they've been thinking about biking too.

This normalizes that climate action doesn't require perfection. People who take some initial actions are more likely to take additional ones later. Small steps build momentum.

The Shift That's Already Happening

Here's the encouraging part: climate concern is growing and action is normalizing. Just a decade ago, caring about climate marked you as a particular type of person. Now it's increasingly mainstream. Majorities across political parties support clean energy investment. Red states lead in wind power. More and more people from all backgrounds are taking climate action.

Still think caring about climate is a fringe position? Check the data. Below are the estimated % of adults who think citizens should do more to address global warming (Nat’l avg. 61%), 2024. (Yale Climate Opinion Maps 2024)

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This makes conversations easier. You're not convincing someone to care about a fringe issue, you're discussing something increasingly normal. The person you're talking to probably knows someone with solar panels or an EV.

When I talk about climate now, I mostly discuss solutions that are working, technologies improving, and momentum building. I mention that more people are making these changes because they make sense financially, practically, personally. I acknowledge problems honestly but don't dwell on doom. And I share my own imperfect actions as examples, not prescriptions.

It's not about being a downer or sugarcoating. It's about being honest that things are serious, progress is real, and more action is needed, all at the same time. That's a conversation people can actually engage with. And honestly? It's more interesting than doom-scrolling our way to despair.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Usama Zulfiqar"],"authorId":"recRIx3fNMMLItiA1","status":"Published","live":true,"published":"2025-11-26T08:36:41.000Z","internalNotes":"The page-break is not looking very good in doc as the figure and captions looks separated but i guess it will look fine on the website where page-breaks aren't a thing. If not, I will change the formatting so they can be on the same page.\n- why talking about it is important\n- how to make it non-confrontational, avoiding shame/guilt\n- how a lot people, especially younger, think it is worse than it is, and you can provide them with hope, make them feel better about it\n- talking about progress data can be interesting since many people don't know about it","doc":"https://docs.google.com/document/d/1te-V0zE1gAL4v5T089esuNk9IBTdSCgI1EgxN3hvkH8/edit?usp=sharing","primaryAudience":"alarmed","articleSubcategory":"Talking About Climate","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"rec0Nfd4w4Aurmy2o","slug":"have-a-home-energy-audit","meta":{"title":"Have a home energy audit","description":"if you have an older house and aren't sure what you should upgrade, an energy audit is a good place to start, since you'll get a list of recommendations based on a close inspection of your house","seoTitle":"","seoDescription":"A home energy audit shows where your house wastes energy and which upgrades will save the most money and emissions.","category":"technology","impactLevel":"Medium","effortLevel":"Medium","effort":"$100-300 upfront","type":"action","resourceRequirement":"home","resourceRequirementRaw":"home","politicalLeaning":"","age":["18-64","65+"],"gender":[],"livingSituation":["suburbs"],"actionPhoto":[],"htmlDescription":"

Hidden problems like leaky air ducts, poorly sealed doors, and outdated heating systems can quietly drive up your energy consumption and costs for years, and it really adds up.

An energy audit is an inspection that shows you exactly what is using up energy in your home. If you have been looking to make repairs around the house, now might be a good time to consider getting an energy audit so that you know what fixes to prioritize.

During the audit, a worker will inspect your house from attic to basement, testing for air leaks, checking your insulation level, and examining your heating and cooling system. After the inspection, you will receive a report containing a list of repair recommendations, such as fixing your air ducts, sealing gaps in your windows, and replacing your heater.

It will cost you between $100 and $300 upfront to get an energy audit, depending on the size and location of your house. The investment will pay for itself by reducing your electric bill. About $900 of the average American household’s annual electric bill goes to heating and cooling. Fixing leaks or replacing old systems after an energy audit can make a huge dent in that cost.

An energy audit might not be the biggest emission-saving action out there, but getting one is still a smart idea. With household electric bills being 13% higher now than in 2022, those savings will add up.

If you cannot afford a full audit now, some companies offer energy audits by phone or other free basic options. Energy Star even offers free do-it-yourself guides to help you get started. Even doing something simple, like adjusting your thermostat, can go a long way toward making your house climate-friendly.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Chibueze Ejiegbu"],"authorId":"recfnVQRSDGIaAXVv","status":"Published","live":true,"published":"2025-10-17T00:58:04.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/14JCGGKAfMATHjQ06C_KHOpsQ19342MKP4sucH6RiON8/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"rec0b15FB9LWF1fEG","slug":"dont-rely-on-food-expiration-dates","meta":{"title":"Don't rely on food expiration dates","description":"Food waste is a contributor to climate change due to the methane it releases as it breaks down in the landfill. One of the easiest ways to avoid food waste is to only throw away only food that is actually bad. ","seoTitle":"","seoDescription":"Date labels are often about quality, not safety. Learn when food is still good and prevent costly, climate-heavy waste.","category":"food","impactLevel":"","effortLevel":"","effort":"10 minutes","type":"action","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

People often assume that it’s unsafe to eat food that’s past the expiry date on the label, but the truth is that many of these dates—phrased as ‘best by’ or ‘best before’—are less about safety and more about freshness. And they’re a manufacturer’s estimate of quality, not a clear-cut boundary. Instead of throwing away items that have passed their ‘best by’ date, you can rely on how they look, smell, and feel to check whether they’re still edible.

Doing so can help cut down on food waste, which is a significant contributor to climate change. When food waste goes to landfill, it is a significant producer of methane, a greenhouse gas that is over 28 times as potent as CO2 over a 100-year period. More than that, it can save you money. It’s estimated that people spend about $1,300 a year on food that ends up in the trash, plenty of which is still perfectly edible.

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Many food items are fine to eat past the expiry date on their label | Source: Taste of Home

You don’t want to push it with higher-risk foods like meat and dairy, but most items are good to eat longer than you probably think. Personally, I use expiration dates as a starting point to assess food, but I always make the final call myself—and I often end up using ingredients past the date on the label.

Remember that we didn’t always have these labels to help us, and we did just fine with our own senses and homegrown tricks. For example, you probably already know the float test for eggs. Fresh produce and fridge items tend to show clear signs when they’re no longer safe to eat, so you can usually trust your senses. Dry and canned foods tend to last much longer than the label says if they’re properly sealed up.

Try honing your senses instead of relying on the date on the packaging. You might be surprised how often food past its date is still fine to eat.

What would it look like if a working climate scientist decided to explain everything he knew, not in a paper, but on YouTube?

That's essentially what Dr. Simon Clark has been doing since 2010, and the result is one of the most essential channels in climate communication today.

Clark holds a PhD in theoretical atmospheric physics from the University of Exeter, where his research focused on stratosphere-troposphere dynamics over the Arctic. He is also a Harvard T.H. Chan School of Public Health-recognized Climate Creator to Watch, the author of Firmament (named a Waterstones Science Book of the Year), and a collaborator with BBC Earth, BBC Bitesize, and the Weather Channel. The credentials are serious. The channel doesn't feel like it.

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What the Channel Actually Is

Simon Clark doesn't lecture. He thinks out loud, carefully, thoroughly, and with a dry wit that makes 30-minute deep dives on atmospheric physics feel surprisingly easy to sit with.

The channel covers a wide spectrum: the physical science of climate change, explainers on IPCC reports, myth-busting videos that dismantle common denialist arguments with data and visible patience, and more personal content documenting what life as a climate researcher actually looks like. That last thread matters more than it might seem. Seeing a scientist be openly uncertain, occasionally frustrated, and genuinely human does something that polished documentary narration rarely achieves. It makes science feel like something real people do, not something handed down from authority.

His approach to misinformation is worth noting too. Rather than platform-boosting bad-faith arguments by debating them directly, Clark tends to explain the underlying science so clearly that the myths simply don't hold up. It's a more patient strategy, and it works.

Why It Works for ClimateInvested.org Readers

The Climate Invested audience sits in a specific place: they already care, they're not scientists, and they're looking for content that informs without overwhelming or demoralizing them. Simon Clark fits that profile almost exactly.

His videos are rigorous enough to be trustworthy but never condescending. He doesn't catastrophize, and he doesn't oversimplify. More importantly, he consistently frames climate change as a solvable problem, one that requires understanding, not just alarm. That tone of grounded, evidence-based optimism runs through his best work and aligns naturally with what Climate Invested stands for.

For readers who want to go deeper than articles but aren't ready for academic papers, this channel is the bridge.

One Honest Note

Clark uploads infrequently, sometimes weeks or months pass between videos. For viewers used to high-output creators, the channel can feel quiet. The trade-off is quality: each video is clearly researched and well-produced rather than chasing a content calendar. It's a channel worth subscribing to and returning to, rather than bingeing in a single sitting.

The Bottom Line

Simon Clark is what happens when genuine scientific expertise meets genuine communication skill, with a commitment to treating the audience as intelligent adults. There aren't many channels that can say all three at once.

🔗 Watch the channel — YouTube.

Who It's Best For: Readers who want to go deeper on the science without wading into academic papers. Ideal for those who are curious, skepticism-resistant, and want a trusted voice they can return to as climate news evolves. Also a strong pick for anyone who's encountered climate misinformation and wanted a clear, calm rebuttal they could actually follow.

Subscribers: ~250,000

Upload Frequency: Occasional, quality over quantity

Best Watched: At your own pace; each video stands alone

Fossil fuels are usually discussed as a morality test, not an infrastructure problem. That is a big reason climate conversations can feel stuck. Once the framing turns into \"good people vs bad people,\" useful discussion about timelines, tradeoffs, and real transition plans tends to disappear.

A better framing is less dramatic and more useful: fossil fuels helped build modern life, and now moving away from fossil fuel combustion is necessary to reduce climate risk. Those two statements do not cancel each other out. They are both true, and holding both at once makes better decisions possible.

This also matters politically. When people hear \"fossil fuels are evil,\" many hear something broader: \"your job, your town, and your history are evil.\" That usually creates backlash, not progress. If the goal is faster decarbonization, the framing has to keep more people in the conversation, not fewer.

\n\n

Start with the full picture

Coal, oil, and gas powered industrial growth, large electricity systems, global shipping, and modern transportation. That history is not a side note. It is the context for why the current system exists and why change is hard at scale.

At the same time, there is a real accountability story. Some major company leadership and political actors spent years spreading climate misinformation. That deserves clear criticism. But broad blame toward everyone connected to the industry is not accurate and usually not productive. A rig worker, a refinery technician, and an executive shaping national messaging are not playing the same role.

Useful climate communication keeps these lines clear:

It acknowledges historical benefits without minimizing present climate risk.
It assigns responsibility where misinformation was actually produced.
It treats worker transition as part of the solution, not an afterthought.

\n\n

Be realistic about transition timelines

One reason people tune out is messaging that implies we can stop using all fossil fuels immediately. We cannot. Today's grids, heavy industry, shipping, aviation, home heating, and petrochemical supply chains were built over decades and have to be replaced in stages while keeping systems reliable and affordable.

Being honest about that timeline is not an excuse for delay. It is how serious transitions actually succeed. The goal is to reduce fossil combustion quickly and consistently while scaling clean power, storage, transmission, efficiency, electrification, and alternatives where electrification is harder.

The transition is already moving in that direction. Globally, renewables accounted for around 80% of new power capacity additions in 2024, according to the IEA. That matters because each new renewable project reduces the need for new fossil generation and pushes the system toward a lower-emissions baseline.

So the credible message is not \"turn everything off now.\" It is \"keep accelerating replacement.\" As clean generation scales, fossil power should keep phasing down, with coal expected to phase out first in many systems because it is usually the most carbon-intensive and often the least competitive option.

\n\n

From a good-but-dated system to a better next system

Describing this transition as moving beyond a good-but-dated technology is usually more effective than framing it as moral punishment. It acknowledges what fossil fuels enabled while making clear that current climate risk requires a newer system.

That framing also opens the door to practical workforce planning. IEA analysis finds meaningful overlap between oil and gas capabilities and several growing energy pathways. Deep-well geothermal is one good example, where drilling and subsurface expertise transfer directly into newer projects.

\"Utah — Deep-well geothermal projects use field capabilities that overlap with oil and gas operations. Source: U.S. DOE Office of Geothermal.

Geothermal is not the only path. Similar transfer opportunities exist across grid modernization, carbon management, industrial decarbonization, and other infrastructure-heavy buildout where field operations, project execution, safety culture, and technical trades matter. The key point is broader than any one technology: existing skills are an asset for the next system.

Policy works better when climate goals are paired with implementation people can actually see:

Reliable power and modernized grids.
Affordable pathways for households and businesses.
Visible transition routes tied to real projects and local jobs.

\n\n

Progress is visible, even with a large challenge still in front

The progress side of this story is real, not hypothetical. In many countries, low-carbon electricity has climbed significantly over time. That does not mean the grid is already clean everywhere, but it does mean the direction of travel has changed in measurable ways.

\"Our — Low-carbon electricity has increased in many countries, indicating real transition momentum. Source: Our World in Data.

The challenge remains large because global primary energy is still mostly fossil-based. That is the hard part. But \"still mostly fossil\" and \"moving in a better direction\" can both be true. The first fact explains urgency; the second fact explains why continued effort is worthwhile.

\"Our — Fossil fuels still dominate primary energy globally, while low-carbon sources continue to expand. Source: Our World in Data.

Fuel differences matter too. In U.S. utility-scale generation data for 2023, coal emitted about 2.31 pounds of CO2 per kWh, while natural gas emitted about 0.96 pounds. EIA data shows why coal-to-gas switching lowers near-term power intensity, even though it is not the end state. Long-run decarbonization still depends on scaling low- and zero-carbon generation, transmission, storage, and efficiency.

\n\n

Growth trends show why momentum matters

Clean energy progress is also visible in absolute terms, not just percentages. Modern renewable energy consumption has grown strongly over time, which reflects sustained deployment and improving economics.

\"Our — Modern renewable energy consumption has increased significantly, showing scale-up beyond early-stage adoption. Source: Our World in Data.

Solar is one of the clearest examples. In many markets it has moved from \"promising\" to system-relevant in a relatively short period. That matters because rapid deployment in one technology can reshape planning assumptions across the whole grid.

\"Our — Solar energy consumption has risen rapidly, becoming a major contributor to recent clean-power growth. Source: Our World in Data.

\n\n

Where this leaves the conversation

The data supports a realistic middle position: climate risk is serious, progress is measurable, and future outcomes still depend on decisions being made now. That combination is exactly why this moment matters.

The transition is not finished, but it is underway. The direction has improved, and the pace is still a policy and investment choice. That is not a small point. It means the story is not locked in, and the next decade can still shift outcomes in meaningful ways.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Al Billington"],"authorId":"recg5BW9N3ulMopvn","status":"Published","live":true,"published":"2026-03-11T06:12:21.000Z","internalNotes":"- climate activists frame fossil fuels as totally bad with no consideration for positives. this alienates people who may benefit from them or are involved in the industry\n- leadership of these companies do consistantly spread misinformation about climate change, but that doesn't make everyone in the industry complicit\n- historically, fosssil fuels have provided a way for humanity to produce electricity, develop machines, and has improves quality of life overall\n- not all fossil fuels are equal: coal is being phased out for gas, which is much less pollutant\n- while burning fossil fuels causes pollution and emissions, other uses like plastics do not contribute. single use plastic pollution is a problem, but it also has benefits like preventing food waste. Reusable plastic improves quality of life for many people and is not a significant cause of climate change\n- we need to frame the energy transition as moving away from a good but dated technology that has served its purpose\n- we also need to consider how to transition ff workers to new jobs. geothermal is one possibility where skills are very transferrable from oil drilling. Other programs exist too","doc":"","primaryAudience":"alarmed","articleSubcategory":"Talking About Climate","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"rec1S66GPoDlapmim","slug":"wrong-things-emissions","meta":{"title":"Most people focus on the wrong things for reducing carbon emissions","description":"Research shows people dramatically misunderstand which personal actions have the biggest climate impact — overestimating recycling while underestimating the power of diet, driving, and flying choices. Here's what the data actually says.","seoTitle":"","seoDescription":"Most people misjudge which choices cut emissions most. Focus on the actions with the largest measurable impact.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Picture this: You've been diligently washing out your yogurt containers, sorting your plastics, and toting a canvas bag to the grocery store for years. You feel good about it. You should feel good, you're doing something. But what if the mental energy you've spent on recycling is wildly disproportionate to its actual climate impact? And what if the actions that could make a real dent are ones barely anyone talks about?

Turns out, this is exactly what the research shows. More and more people are genuinely trying to reduce their carbon footprint, a 2024 UNDP survey of over 73,000 people across 77 countries found that 80% want their governments to take stronger climate action, and personal concern is growing year over year. The desire is there. What's often missing is accurate information about where to direct that energy.

A 2023 Washington Post/University of Maryland poll put this gap into sharp relief: the majority of Americans surveyed were largely uninformed about which personal actions are most climatically effective. And the mismatches were not small.

The Gap Between What We Think and What the Science Shows

When researchers ask people to rank everyday actions by their climate impact, a consistent pattern emerges: we overestimate the small stuff and underestimate the big stuff.

A 2025 study published in PNAS surveyed nearly 4,000 U.S. adults and found that the three actions with the highest actual climate impact; avoiding long-haul flights, choosing renewable electricity, and reducing or eliminating high-carbon meat were also the three most underestimated by participants. Meanwhile, the lowest-impact actions; changing light bulbs, washing clothes in cold water, and recycling were the most overestimated.

\"Image\" — All actions can make a difference, the most impactful actions are ranked too low, and the least impactful actions ranked too high in the public’s estimations of carbon savings. Data source: Ipsos Perils of Perception; Climate Change.

The 2023 Washington Post poll found that a full 51% of Americans believe flying less would make \"little or no difference\" to their carbon footprint. And 74% don't believe that cutting out meat would change their environmental impact in any meaningful way.

This matters because it shapes where people focus their time, attention, and advocacy. If we're directing our climate energy toward things that barely move the needle, we're leaving enormous potential impact on the table.

What Actually Has the Biggest Impact

The most comprehensive individual-level analysis of this question comes from Seth Wynes and Dr. Kimberly Nicholas at Lund University, who reviewed 148 scenarios across 39 peer-reviewed sources to calculate the real CO₂ savings of different lifestyle choices. Their findings are striking:

Living car-free: ~2.4 tons of CO₂ saved per year
Avoiding one transatlantic round-trip flight: ~1.6 tons saved
Eating a plant-based diet: ~0.8 tons saved per year
Comprehensive recycling: ~0.2 tons saved per year
Switching to LED light bulbs: even less

The comparisons get more striking the further you dig. A plant-based diet saves about four times more emissions per year than comprehensive recycling. Skipping one transatlantic flight saves eight times more. Living car-free saves eleven times more.

Yes, recycling is worth doing. AND it's about as climatically effective as one short car trip.

The real point here isn't \"do all these things and you'll solve climate change\", it's that when people understand where the weight is, it changes what they prioritize, what they talk about, and what they push for. That last part matters a lot. Your influence extends well beyond your own footprint.

Why Do We Get This So Wrong?

It's not because people are careless, it’s because the information environment around climate action has been shaped in ways that point us toward the convenient rather than the impactful.

Researchers have identified a few key reasons for this. First, there's what psychologists call visibility bias: we can see a recycling bin being emptied. Carbon emissions from a flight, on the other hand, are invisible; they disperse into the atmosphere without leaving any trace we can observe. Our brains assign importance to things we can see, touch, and act on immediately.

Second, for decades, large-scale marketing campaigns, sometimes funded by the very industries with the most to lose from behavioral change have emphasized small individual actions. The concept of a personal \"carbon footprint\" was itself popularized by a BP advertising campaign in the early 2000s. These campaigns weren't necessarily wrong that recycling is good, but they consistently directed attention away from choices that most constraint fossil fuel demand: flying less, driving less, eating less meat.

As one researcher in the 2025 PNAS study noted: \"For decades, campaigns have pushed recycling and light bulbs as the main climate solutions, and there's even been some deliberate confusion on the part of fossil fuel companies who emphasize small individual actions while downplaying systemic-level solutions.\"

Third, the actions with the biggest impact often require the most significant lifestyle changes so government recommendations and school curricula have defaulted to easier alternatives instead. Wynes and Nicholas found that climate communications from the U.S., EU, Canada, and Australia all focused primarily on lower-impact actions. It's a well-intentioned choice that inadvertently creates a giant information gap.

What This Actually Means (Without the Guilt Trip)

Here's the thing: none of this is about shaming anyone for recycling or using reusable bags. Those habits are genuinely worthwhile. The goal isn't to do everything perfectly, it's to understand the hierarchy so you can prioritize. As we've written before, imperfect action beats perfect inaction every single time.

Think of it like personal finance. Clipping grocery coupons is a fine habit, but if you're trying to build wealth, it helps to know that your housing and income decisions are doing most of the heavy lifting. You don't have to stop clipping coupons, you just don't want to skip negotiating your salary because you were too focused on the coupons.

The same logic applies here. More and more people are finding that even partial shifts in the high-impact categories make a meaningful difference. You don't need to go completely car-free tomorrow if that's not realistic but knowing that your vehicle contributes ten times more to your footprint than your recycling habits might help you prioritize carpooling, remote work days, or an EV when you're next in the market. (EVs used to be a niche luxury item; now they're approaching price parity with gas cars in many segments, and the economics keep improving every year.)

On diet, you don't have to go fully vegan overnight. Even shifting beef meals toward chicken, pork, or plant-based options makes a measurable dent, since beef generates several times more emissions per kilogram than most other protein sources. And more and more plant-based options are becoming genuinely delicious and widely available, the category has come a long way.

On flying: knowing that one transatlantic round-trip can equal a year's worth of other personal climate efforts helps put decisions in context. That doesn't mean never flying, it means the decision is worth weighing with accurate numbers in hand.

The Bigger Picture

Knowing which actions matter most isn't just useful for personal decisions, it shapes the conversations you have and the things you advocate for. Your influence extends well beyond your own footprint. When more people understand that flying and diet are the big levers, those conversations start to shift from \"did you remember to recycle?\" to \"what does our company's travel policy look like?\" or \"what if we made the team lunch plant-based by default?\"

And while individual action is genuinely meaningful, it's worth noting that the same knowledge that helps individuals prioritize also informs communities and policymakers. Technology is already dramatically changing what's possible, clean electricity keeps getting cheaper, EVs are going mainstream, and plant-based foods have never been more widely available. Things are moving faster than most people realize. The goal is to make sure our effort and attention move just as fast, and in the right direction.

The information gap is real. But it's also closeable. And knowing where to focus is the first step.

What if the single most powerful climate action you could take happened three times a day, at your own kitchen table?

Most climate conversations focus on energy grids, government policy, and technology. Eat for the Planet makes the case that the fork in your hand might matter just as much.

Published in 2018 and written by Nil Zacharias; founder of One Green Planet and the Eat for the Planet platform, and Gene Stone; co-author of the bestselling Forks Over Knives and How Not to Die, this book brings together new research, data, and infographics to make one central argument: our industrialized food system is a primary driver of climate change, and shifting what we eat, even partially, is one of the most direct levers any individual has.

That reframe alone is worth sitting with.

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What the Book Actually Argues

Most people who consider themselves environmentally conscious think about recycling, air travel, or energy use. Zacharias and Stone open by asking a pointed question: did you know the industrialized food system; not cars, not planes, not plastics, is among the biggest contributors to greenhouse gas emissions, water depletion, and biodiversity loss?

The book walks through the full environmental cost of animal agriculture: land use, water consumption, emissions, and the domino effects on food security for billions of people. The statistics are striking. Livestock agriculture is responsible for roughly 14.5% of global greenhouse gas emissions, more than the entire transportation sector combined. Around 40% of global grain goes to feeding livestock, and the land required to support that system is staggering: animal agriculture occupies about 80% of global agricultural land while producing only 20% of the world's calories. That's not a distribution problem, it's a land efficiency problem, and it has direct implications for what we can grow and where.

But the book is careful not to demand perfection. Zacharias and Stone are explicit: you don't have to go fully vegan to make a meaningful difference. Eating lower on the food chain, reducing animal product consumption even partially, matters. The all-or-nothing framing that tends to shut people down is deliberately absent here.

Why It Works for ClimateInvested.org Readers

The most paralyzing part of climate change for many people is the sense that personal choices are too small to count. Eat for the Planet is a direct challenge to that belief, grounded not in guilt but in data.

It meets readers exactly where they are; already doing some things right, curious about doing more and shows them that the dinner table is genuinely one of the highest-leverage places to act. That framing fits naturally alongside everything Climate Invested stands for: realistic optimism, individual agency, and the idea that progress compounds when enough people make slightly better choices consistently.

The infographic-heavy format also makes it easy to absorb even if you read selectively rather than cover to cover.

One Honest Note

Readers who are already familiar with the environmental case against animal agriculture may find parts of the book cover familiar ground. It is strongest as an entry point; a clear, well-researched primer, rather than a deep technical dive. For those new to the food-climate connection, it's close to essential. For seasoned readers, it's a well-organized reference that consolidates a lot of important data in one place.

The Bottom Line

Eat for the Planet doesn't ask you to overhaul your life. It asks you to understand what's on your plate and why it matters. For a topic this consequential, it's a remarkably easy read — and for most people, a genuinely eye-opening one.

🔗 Pick up your copy — Amazon.

Who It's Best For: Anyone curious about the food-climate connection who hasn't yet explored it in depth. Ideal for readers who want data without overwhelm, and practical direction without guilt-tripping. Also a strong pick for anyone who's made small dietary shifts and wants to understand why they actually matter at scale.

Difficulty: Easy — data-rich but written for a general audience, no background knowledge required

Read Time: A few hours cover to cover; works equally well dipped into by chapter

Pages: 160

What does a sustainable life actually look like, up close, inside someone's home, in their own words?

That's the question Kirsten Dirksen has been answering since 2006, one doorstep at a time.

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Dirksen is a filmmaker and journalist who co-founded Faircompanies, a platform dedicated to documenting simple living and sustainability. Over nearly two decades, she has built one of YouTube's most distinctive and underrated channels, now with over 2 million subscribers and more than 700 million views, by doing something almost no one else does: she lets people speak for themselves.

What the Channel Actually Is

Kirsten Dirksen doesn't make explainers or video essays. She makes documentary portraits. Each video follows a person or family living in an unconventional way, tiny homes, self-built shelters, micro-apartments, off-grid properties, urban homesteads, repurposed spaces and lets them walk the camera through their life and choices in their own voice.

The result is something closer to long-form journalism than YouTube content. There are no talking heads explaining why sustainable living matters. There's just a retired engineer who built his own passive house, or a family of four living comfortably in 400 square feet, showing you how it actually works and why they chose it. The camera is unhurried. The conversations are real. The editorial voice is almost invisible, which is exactly the point.

Her work has been featured in the New York Times, Vanity Fair, and Wired. The channel spans over 1,200 videos across topics including tiny homes, alternative transport, future farming, DIY construction, and self-sufficiency of all kinds.

Why It Works for ClimateInvested.org Readers

One of the most common barriers to sustainable living is the belief that it requires sacrifice, that choosing a lower-footprint life means giving something up. Kirsten Dirksen's channel dismantles that belief not through argument, but through evidence. Video after video shows people who made unconventional choices and are living, by every visible measure, well.

That's a powerful thing. It's one thing to read that a smaller home can be a meaningful life. It's another to watch someone give you a tour of theirs and see the pride and contentment on their face. More and more people are discovering that the channel functions as a kind of living proof that the life Climate Invested points toward is already being lived, all over the world, by real people.

One Honest Note

The channel doesn't have a strong editorial thread connecting its videos. It's a vast archive rather than a curated journey, which means new viewers can feel a little adrift at first. There's no obvious starting point, no series structure to follow. The best approach is to search for a topic you're already curious about, tiny homes, off-grid living, small urban apartments, and let that pull you in. Once you find your entry point, the archive opens up naturally.

The Bottom Line

Kirsten Dirksen has spent nearly 20 years documenting proof that a different way of living is not only possible but already happening, in hundreds of places, in dozens of countries, chosen freely by people who don't regret it. That's a more persuasive climate argument than almost any statistic.

🔗 Watch the channel — YouTube.

Who It's Best For: Readers who respond to stories more than data. Ideal for anyone curious about tiny homes, intentional living, or what a lower-footprint life actually looks like in practice. Also a strong pick for anyone feeling stuck between wanting to live more sustainably and not knowing what that concretely looks like.

Subscribers: 2 million+

Upload Frequency: Consistent, multiple videos per month

Best Watched: Search by topic or location rather than browsing chronologically

The last thing I want is to open my mailbox hoping for something important, only to see a pile of “pre-approved” credit card offers, scammy promos, or those envelopes designed to look urgent but actually aren’t. If you are tired of sifting through junk to find important mail, you are not alone, and there’s a way to stop it.

In the U.S., 100 billion pieces of junk mail are sent out every year. That is about 846 pieces per home per year. Although some people find use for the occasional coupon or catalog, nearly 46% of junk mail is never even opened. The good news is that you can cut unsolicited mail by 80% or more by opting out of mail lists that generate it and registering on do-not-mail lists. Here’s how.

Credit and insurance offers: Visit OptOutPrescreen.com or call 1-888-5-OPT-OUT (1-888-567-8688) to stop credit and insurance offers for 5 years or permanently.
Catalogs: Use CatalogChoice.org to stop unwanted catalogs while keeping the ones you enjoy.
Marketing mail: Go to DMAchoice.org to remove your name from national marketers’ lists. It costs $6 and is good for 10 years.
Other marketing mail: Register at DirectMail.com’s National Do Not Mail List and indicate the kinds of mail you don’t want to receive.

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Stopping junk mail is not just about convenience. Each year, 100 million trees are cut to produce junk mail that people don’t even want. The process releases 51.5 million metric tons of greenhouse gases, equivalent to heating about 13 million homes in the winter.

Check out this video guide for more info on stopping junk mail for good. If you want to multiply your impact, let your friends know about these options, too.

Learn more:

https://consumer.ftc.gov/how-stop-junk-mail

https://www.mass.gov/guides/consumer-guide-to-stopping-junk-mail

https://goodmenproject.com/featured-content/environmental-repercussions-junk-mail-lbkr/

https://www.youtube.com/watch?v=AY3BD69MnYE

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If you’ve been thinking about switching up your protein routine or just want a solid plant-based option, consider trying soy protein powder. A lot of people assume whey is the “gold standard,” but soy actually holds up incredibly well - nutritionally, taste-wise, and even environmentally.

Soy protein isolate contains all nine essential amino acids making it a complete protein just like whey - something many plant proteins struggle with. Soy isolates generally provide 20-25 grams of protein per serving, similar to whey, but with the added bonus of being naturally cholesterol-free and lower in saturated fat. It also contains minerals like iron, phosphorus, magnesium, and copper, which whey doesn’t offer in meaningful amounts.

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Image from Soylent

Since Whey protein powder is directly derived from cow's milk, some people might experience bloating, gas, or discomfort. Thus, if you're lactose intolerant, dairy-sensitive, or simply prefer plant-based products, soy protein is an easy choice.

One underrated benefit? The texture. Many people find soy protein to be creamier and smoother than whey, especially when mixed into smoothies, yogurt bowls, or oatmeal. It tends to dissolve well without leaving that chalky, gritty after-feel some protein powders do. If you enjoy experimenting in the kitchen, soy protein also works great for high-protein pancakes, baked goods, overnight oats, and even creamy coffee smoothies — and it doesn’t curdle in hot drinks the way some whey powders do.

Another plus: digestion. Whey gets absorbed fast - great right after a workout, but soy protein digests a little slower, which means it gives you a more steady release of amino acids. That steady supply can be really helpful if you’re using protein throughout the day, not just after exercise. Furthermore, Soy naturally contains isoflavones, which may support heart health, help reduce LDL cholesterol, and provide antioxidant benefits. You don’t get these compounds in whey. For someone aiming for long-term wellness, not just gym results, soy offers a broader health profile.

And here’s the environmental bonus: soy protein is more sustainable than whey. Producing plant-based protein generally uses less water, land, and energy than dairy-based protein. It also generates fewer greenhouse gas emissions. If you’re looking to reduce your carbon footprint while getting high-quality protein, soy is a simple swap that makes a difference.

That said, soy isn’t the perfect choice for absolutely everyone — it really comes down to personal needs and preference. Whey still has the advantage when it comes to faster absorption and a slightly higher biological value score, meaning your body may use it a bit more efficiently. But the difference is small, and in reality, both whey and soy are great, high-quality protein options.

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When I first started learning about climate targets, I assumed “Net Zero” meant eliminating every single emission source. It felt almost impossible. I imagined a world with no cars, no heating, no travel, no industry, and none of the everyday things people rely on. Growing up in communities where practicality always came first, the idea of “zero emissions” never felt like something people would get behind.

Eventually I learned that Net Zero does not mean removing everything that creates carbon. It is actually a balance. We reduce emissions as much as we realistically can, then we match whatever remains with systems that naturally pull carbon out of the atmosphere. Forests, wetlands, healthy soils, and oceans already absorb carbon every day, and protecting or restoring these places strengthens that natural balance. Once I understood that Net Zero is about balance rather than total elimination, the concept felt far more achievable.

Net Zero is reached when the amount of carbon we release equals the amount removed. NASA explains this as a simple balancing act between what goes into the atmosphere and what comes out. Most of the progress comes from reducing emissions first. Cleaner energy, more efficient homes and buildings, improved transportation options, and better land use all play a role. These are things many communities are already doing, often without even thinking of it as climate action.

Part of what makes Net Zero realistic is that some areas of life are incredibly difficult to convert to zero emissions right now. Aviation, shipping, steel, cement, refrigeration, and agriculture all fall into that category. The United Nations Environment Programme notes that these systems still matter, but current tools cannot fully eliminate their emissions. This is why Net Zero sets a practical target instead of an impossible one. Scientists estimate that we can cut most emissions using existing tools. The remaining portion can be balanced through natural carbon sinks, which continue absorbing carbon whether or not new technology is added.

Understanding this difference matters. In the places I grew up, climate conversations could get tense very quickly if people thought it meant losing the things they depend on. The phrase “zero emissions” makes people picture major sacrifices that do not feel realistic. When people learn that Net Zero simply means reducing what we can and balancing the rest, the idea becomes much more reasonable. It shows that we do not need perfection from every household or community. We need steady, meaningful progress that fits within what nature can already handle.

Net Zero is not about shutting everything down. It is about aligning our emissions with the planet’s ability to absorb them. When people understand that distinction, the goal becomes clearer, more practical, and far less intimidating.

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It can often feel like it’s hard to move the needle on climate change with your personal actions when it’s all drowned out by what’s happening on the political stage. While personal action is an important way to normalize climate action and shift the narrative, we also need political leaders to be supportive of climate positive changes as well, regardless of political party. This isn’t as tall an order as you might think: about 72% of people worldwide support climate policy and would like to see changes.

If you’re curious about climate action beyond the everyday lifestyle changes, or even worried about how climate policy can move forward in a polarized political climate, one concrete step worth exploring is donating to DEPLOY/US.

DEPLOY/US is a US nonprofit that’s working to build bipartisan support for durable climate policy. It works with leaders across the political spectrum, including business, national security, faith, and youth groups, to increase broad-based capacity and support for climate leadership. Independent reviewers say it’s uniquely positioned to help insulate climate policy against political swings and broaden support for decarbonization in US politics. The goal is to achieve long-lasting climate policy and fair decarbonization that isn’t easily derailed by election cycles—progress that lasts no matter which party is in power.

Why is depoliticizing climate change so important? In the US, most climate funding has historically gone toward left-of-center advocacy and research, leaving a gap in terms of groups that can credibly engage conservative communities and policymakers. Left-of-center groups have been found to receive over $300 million annually, while only about $30 million of philanthropic funding goes to groups in a position to speak to and mobilize the right-of-center on climate issues. This imbalance can slow progress, because lasting climate policy often requires cooperation across party lines.

Therefore, DEPLOY/US focuses on strengthening civil society and civic leaders who are climate-forward but rooted in right-of-center communities, to make bipartisan policy wins more likely. This is critical when we consider that policies like scaling up clean energy, large-scale industrial overhauls, and technological innovations always require sustained effort over many years and political shifts. It’s especially important considering the US’s huge role in global climate impact and policy.

If you want to explore what the organization does, I recommend starting by exploring the site to better understand their mission and why it’s strategically important. Then visit the donation page, which explains different ways to contribute, from one-time gifts to recurring support. If you can’t donate right now or aren’t sure yet, you can still help: bookmark the page for later, or share it to spread the word.

The best part is that you don’t have to be super political to appreciate this—the whole point is broadening the reach of climate solutions beyond political divisions, so that policies have a better shot at sticking. By donating, you help build bridges and support for lasting climate policy, especially by engaging those whose potential in this space might otherwise go untapped. When I discovered DEPLOY/US, I was so glad to see an organization like this exists.

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Pet food is actually a larger contributor to greenhouse gas emissions than you might think. It makes sense when you consider that it’s heavy on meat, the food group associated with the highest emissions. Trying more sustainable pet foods can be a surprisingly effective way to make your lifestyle greener, often while feeding your furry friends a healthier diet.

More people are thinking about this though. According to 2024 market trends, plant-based pet food is a growing niche, with the report showing around 20% of consumers switching to options to improve sustainability

Additionally, a typical wet diet for a dog causes eight times more CO2 emissions than a dry diet. That makes the first step to a more sustainable pet diet pretty simple: more dry, less wet. If your pet eats both, try switching up the proportions a little and see if they’re still happy.

Next, test out some of the growing variety of sustainable brands available. Many make an effort to be all-natural and nutrient-rich, giving your pet a potential health boost too. Some sustainable options make great sides or snacks, while others are formulated to be nutritionally complete.

There are many ways companies make the pet food production process more sustainable, from responsible sourcing to low-carbon transportation. Some use byproducts from human food production, or source from farms with regenerative agriculture. I recently ordered kibble for my cat from Planet Pet Society, a UK company that uses would-be food waste.

Meanwhile, using more plant-based or alternative proteins can dramatically lower emissionscompared to traditional meat-based formulas while meeting nutrition needs. Emerging studies on meat-free pet diets show that such diets are just as healthy, and potentially even healthier, than traditional diets.

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Chippin uses a sustainable dog food recipe that can conveniently be made into wet food by adding water | Source: Chippin

There are many more out there, especially as the sustainable pet food space grows, but here are a few climate-conscious brands to get you started.

Chippinuses silver carp (an invasive species), spirulina algae, and cricket protein instead of traditional high-impact ingredients for its dog food, as well as recycled packaging.
The Green Dog makes widely available, 100% nutritionally complete plant-based dog food.
Only Natural Farms uses renewable energy and carbon credits to make storage and shipping of its dog and cat foods completely carbon neutral.

Remember to start small, since pets are sensitive to dietary changes. Swap one meal with a more sustainable alternative, and mix it in gradually. And for pets with special health or dietary needs, consult your vet before making any major changes.

Over time, even a partial switch helps. As more people choose greener food, companies are more likely to scale up sustainable production. So take a look at what’s out there—you might just find your pet’s new favourite food.

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Let’s be honest for a second.

Most of us have nodded along at some point in meetings, panels, articles, or dinner conversations when someone casually drops phrases like net zero, carbon neutral, or global warming. We smile. We agree. We may even repeat the term later. And quietly hope no one asks us to explain it. Those terms can feel intimidating because they sound technical, abstract, or just vague.

So here’s the guide you wished someone had given you first - one that actually explains the language rather than just names it. Because understanding climate terminology isn’t about keeping up appearances. Language shapes how we think. If we want to make good decisions, personally, professionally, or as a society, we need to understand the words. So let’s unpack the most commonly used climate phrases in plain, practical language.

Climate Change & Global Warming

These terms are not the same thing - close, but not interchangeable.

When someone says global warming, they’re referring specifically to the rise in Earth’s average temperature as a result of humans burning fossil fuels like coal, oil, and gas. That warming is real and measurable: we’ve tracked it over decades, and it’s tied directly to increasing levels of heat-trapping gases in the atmosphere.

But climate change is broader. It includes global warming, yes, but it also refers to the way weather patterns shift such as more intense rainfall in some regions, longer droughts in others, rising sea levels, and more frequent heatwaves. So while global warming is the thermometer rising, climate change is the shifting pattern of weather and ecosystems that follows.

Greenhouse Gases (GHGs)

GHGs are not just carbon dioxide.

Most of the time when people talk about emissions, they mean greenhouse gases - gases that trap heat in our atmosphere. Carbon dioxide (CO₂) is the one everyone talks about because it is the most abundant by sheer volume from human activity. But it’s not the only one. Methane, for example, has more than 25 times the heat-trapping power of CO₂ in the short term, even though it lingers for less time in the atmosphere. The main ones you’ll hear about:

CO₂ (carbon dioxide) – the most discussed, mostly from energy and transport
Methane (CH₄) – fewer molecules, but much stronger heat-trapping power (hello, agriculture and fossil fuel leaks)
Nitrous oxide (N₂O) – often from fertilizers
Fluorinated gases – industrial gases with very high warming potential

Thinking about greenhouse gases both in terms of how long they stay in the atmosphere and how much heat they trap helps explain why tackling climate change isn’t just about lowering CO₂ alone but reducing all major contributors.

Carbon Footprint

When people talk about your carbon footprint, they’re talking about all the greenhouse gas emissions associated with your lifestyle, not just your car or your electricity bill. It includes the emissions from the food you eat, the clothes you wear, the flights you take, and even the energy used to manufacture and ship the products you buy. That’s why two people with similar lifestyles can have very different carbon footprints; it depends on what they consume and how.

Understanding your footprint is useful not because it makes you feel guilty, but because it highlights where your greatest impacts are so you can focus your time and choices where they matter most.

Carbon Neutral vs. Net Zero: Why the Distinction Matters

These terms are often used interchangeably, but they really shouldn’t be. If a company says it’s carbon neutral, it usually means that it has balanced its emissions with an equivalent amount of carbon offsets like investments in projects that reduce or remove emissions elsewhere, like reforestation or renewable energy projects.

Net zero is a stricter and more meaningful goal. It means a company, city, or country has reduced its own emissions as much as realistically possible before using offsets only for the emissions it cannot eliminate. There’s growing consensus among scientists that net zero — measured against science-based targets — is the real benchmark for limiting warming to safer levels.

So while carbon neutrality might sound good in a press release, net zero is where you want your climate ambition to land if you’re serious about reducing harm.

Carbon Offsets: Useful but Not a Magic Bullet

Carbon offsets are exactly what they sound like: reductions or removals of emissions somewhere else to compensate for emissions you can’t avoid. Many offsets fund nature-based solutions such as protecting forests, restoring wetlands, or planting trees which are especially valuable because they remove carbon from the atmosphere while also supporting biodiversity and local livelihoods.

At the individual level, offsets can be a practical and positive tool. Most people can’t fully eliminate emissions from flying, commuting, or home energy use overnight. In those cases, supporting high-quality, verified offset projects can help balance out unavoidable emissions. The important principle is sequence: reduce what you can first, then use offsets for the remainder. When chosen carefully, offsets and climate donations are a way for individuals to take responsibility without needing perfect, zero-emissions lives.

At the corporate level, the risks are much higher. While offsets can play a role, they are often used to avoid the harder work of cutting fossil fuel emissions. Some companies rely heavily on cheap or low-quality projects to claim “carbon neutral” status, even when their core business model remains unchanged. In these cases, offsets become a branding exercise rather than a climate solution, especially when projects lack additionality or robust verification.

It’s also important to be clear about limits. Even if we scaled up offsets and nature-based solutions to their maximum realistic potential, they would not be enough on their own. Deep, direct reductions in fossil fuel use are still essential. That’s why offsets and nature-based strategies should complement emissions reductions, not replace them.

Scope 1, 2, and 3 Emissions: Why Companies Hate Scope 3

The idea of Scope 1, 2, and 3 emissions comes from corporate carbon accounting.

Scope 1 covers direct emissions from sources that the company owns or controls.
Scope 2 refers to emissions from purchased energy such as the electricity a company buys from a utility.
Scope 3 is everything else in the value chain, from supplier emissions to product use and disposal.

Scope 3 is often the biggest slice of a company’s total footprint, but it’s also the hardest to measure because it involves emissions over which a business doesn’t have direct control. That’s precisely why we see so many companies delay reporting on Scope 3: it’s harder, messier, and forces them to face emissions embedded in their products and relationships. That’s also why it’s often conveniently ignored.

1.5°C and 2°C Targets: Why Half a Degree Matters

You’ll often hear that the goal is to limit warming to 1.5°C or well below 2°C compared to pre-industrial levels. That number isn’t pulled out of thin air. It comes from decades of scientific research showing that crossing beyond 1.5°C of warming dramatically increases the risks of extreme heat, sea-level rise, food insecurity, and biodiversity loss.

If we end up at 2°C, those risks increase substantially. It’s not a linear scale — half a degree might sound small, but in climate impact terms, it can be the difference between manageable and devastating.

Adaptation & Mitigation: Two Sides of the Same Coin

When people talk about climate action, they often mean mitigation: reducing emissions to slow warming. But there’s another critical piece: adaptation. While mitigation works to avoid future harm, adaptation is about living with the changes we can no longer prevent such as building heat-resilient buildings, designing flood-safe infrastructure, and supporting farmers with drought-tolerant crops.

Both are necessary. Even with the most aggressive emissions cuts today, some degree of warming is already locked in because of past emissions. Adapting wisely means protecting communities and ecosystems while we continue to cut emissions as fast as possible.

Climate Resilience: More Than Surviving

Resilience isn’t just about bouncing back after a storm. It’s about anticipating future disruptions and designing systems that can absorb shocks without falling apart. A resilient community is one that can withstand heatwaves, floods, supply chain disruptions, and economic stress without losing its core functions. Whether it’s resilient infrastructure or diversified local economies, resilience is a practical response to the climate challenge that goes hand in hand with mitigation.

Greenwashing: When Climate Claims Don't Match Reality

In a world where climate action is increasingly valued, greenwashing has become a real problem. That’s when companies or organizations make claims that sound good but lack meaningful evidence; for example, touting a small recycling initiative while ignoring large emissions from core operations. If sustainability messaging sounds great but lacks data, clear goals, and transparent progress, it’s worth asking: Is this real action or greenwashing?

Common red flags:

Vague terms like “eco-friendly” with no data
Heavy focus on small initiatives while core emissions grow
Big net-zero promises with no clear roadmap
If it sounds good but explains nothing, be skeptical.

Getting clear on these terms doesn’t make you a climate expert overnight, but it does give you the tools to understand the real stakes behind conversations about climate policy, corporate pledges, and individual action. And the more people hold these terms accountable to real impact rather than just buzzwords, the more pressure there will be for honest, effective climate progress.

Climate change is real, complex, and consequential but it’s also a problem we can address with coherent language, grounded action, and a willingness to dig past the surface. That’s the first step away from pretending we understand climate terms and toward actually shaping the future we want.

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The majority of people accept climate change as reality, but it isn't something they think or talk about often due to the feelings that it tends to bring up, or generally feeling like it's inevitable. However, talking about it is an important step in bringing this issue more to the forefront of people's minds, which is how society's norms can change over time. The goal is more around building a connection and getting people thinking about it, and not trying to prove anything.

It also helps to remember that many people care more than we assume. Our World in Data highlights a common perception gap: people often think others care less about climate change than they actually do. Knowing that can make starting the conversation feel less intimidating.

If you are worried that a conversation will lead to argument, keep in mind that you don't need to convince anyone of anything for this to be effective. In many cases, they might even think things are actually worse than they are. Go into it more from a place of curiosity, and don't push if they are at the \"hoax\" stage, since those conversations are not usually productive (fortunately, only ~7% of people have this mindset!). Learning how others think about it can be a great way to understand how we can find common ground and depoliticize the issue.

As an introvert, the idea of bringing this topic up is pretty daunting (talking to people at all is a bit daunting for me), so if conversation isn't your strong suit, here's some ways I work up to it:

Start online – I personally feel more comfortable sending a chat vs in-person conversation, so try starting with a chat like: \"I know this is random but do you ever worry about climate change? It crosses my mind a lot lately.\"
Practice with chat roulette – Go to sites like randotalk.com and ask people: \"So I'm doing a bit of an experiment and asking people this – how do you feel about climate change?\"
Talk to people you know well – Start with like-minded friends before trying to talk to people with differing views.

Share what has worked for you

One way to make these conversations easier is to talk about climate actions you have tried and how they benefited you. A lot of climate actions also have immediate co-benefits, like improving health and saving money.

\"I started washing clothes on cold and my energy bill dropped.\"
\"I turned on power-saving mode and my battery lasts longer.\"
\"A home energy audit helped me cut heating and cooling costs.\"

If you want more ideas, browse our Actions page and pick one or two that genuinely resonate with your experience.

Check out this TED Talk by Katherine Hayhoe, a climate scientist who focuses on communicating about climate change and keeping it productive.

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When we sold our fancy Honda gas mower before a long move, I thought I would miss it. It was reliable, powerful, and had that deep engine rumble that made mowing feel like a serious task. But after we settled in and it came time to replace it, I went electric instead. I picked up a Ryobi mower, later added a Greenworks, and I can honestly say I do not miss the old one.

The first thing I noticed was how quiet it was. Without that constant engine noise, I can actually hear the birds while mowing. My yard is about 0.21 acres, and I can mow the entire thing on a single charge using two batteries. Most of my other tools (a.k.a. leaf blower, weed wacker, and edger) use the same battery system. Everything snaps in easily, starts instantly (no pull starting!), and just works.

Maintenance is simple. No oil changes, no spark plugs, and no gas cans to fill. I sharpen the blade once in a while and make sure the batteries stay charged. The difference in convenience alone is worth it. Electric mowers have improved a lot in recent years, with longer battery life and enough power to match most gas models. Many can handle an entire yard on a single charge. There is no frustration, no smell of fuel, and no more weekend trips to buy gas just to mow the lawn.

The environmental benefit sealed the deal. I was surprised to learn that running a gas mower for just an hour can create as much air pollution as driving a car hundreds of miles. Small engines like these are simply less efficient, which means more exhaust and fuel fumes than cars.

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Lawn equipment engines are small and inefficient, leading to more emissions than cars (from Home Depot)

An advantage of gas mowers is that they can typically run longer on a tank of gas than an electric battery. However many mowers include two batteries like mine, so you can charge one while using the other. Most modern electric mowers can handle standard lawns on a single charge.

Gas mowers also typically have more power, but the gap is closing here; my electric mower is pretty standard and is able to cut even high grass well.

Switching to an electric mower also means less maintenance and much quieter performance. The technology has come a long way. Battery capacity, power, and durability are all far better than they were even five years ago, and in my experience, the newer models are much lighter too. There’s a reason that most people planning to purchase a new lawn mower are leaning toward electric.

If you are considering going electric too, look for a mower with a higher voltage for more power and longer runtime. Having two batteries makes a big difference since you can charge one while using the other. Many brands now use the same battery system across their yard tools, which adds convenience if you already have a few electric pieces. Our old gas mower didn’t make the cut (pun intended), but I’m glad it didn’t. The electric setup fits our lifestyle better. It runs quietly, takes less effort, and keeps carbon out of the air every time I mow.

I used to ignore my check engine light when it came on. The car still drove normally, so it never felt urgent. I just assumed it was something I’d deal with later. Eventually, “later” turned into weeks or months. But here’s what I eventually learned: It’s called a Check Engine Light for a reason (thanks dad). Modern cars are built with a self-monitoring system designed to catch problems early, before they turn into expensive failures.

When something in the emissions or fuel system isn’t running efficiently, the system triggers the light to let you know. When I finally got mine checked, the issue turned out to be a faulty oxygen sensor. It was a quick, relatively inexpensive fix. That small repair improved my fuel efficiency immediately, and I honestly wished I had checked it sooner since it was pretty painless.

The check engine light isn’t there to stress you out, it’s your car’s way of giving an early warning. Many of the common causes behind it are simple parts that keep your engine balanced and operating cleanly and efficiently. When those parts stop working properly, your engine works harder than it needs to. That leads to more fuel used, dirtier exhaust, and eventually, bigger repair bills if the problem is ignored.

Common causes behind a check engine light include:

A loose gas cap, which can cause gas fumes to leak and lower fuel efficiency
Issues with the oxygen sensor or mass airflow sensor. These parts work together to make sure the car is using the optimal mix of air and fuel for efficiency and cleaner emissions
Early problems in the catalytic converter, which removes toxic gases from the exhaust

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Even something as small as a loose gas cap can make your car burn more fuel. So while the check engine light can look intimidating, the solution is often straightforward, and getting it checked early prevents the issue from snowballing.

And here’s an extra bonus: many auto parts stores will scan the warning code for free. You don’t have to guess, and you don’t have to commit to repairs before knowing what’s actually wrong.

Practical Steps to Take When the Light Comes On

Tighten the gas cap: This is the easiest one to fix, so worth a quick check. Make sure it’s tightened fully by turning it until you hear the clicks. If this is the issue, the light will turn off after a few hours usually
Get a free diagnostic scan. Stores like AutoZone, O’Reilly, and Advance Auto Parts will read the code at no cost.
Look up the error code to get a sense of what issues could be happening. Looking up the code on youtube for your car will give you step by step guides on how to address it for easier fixes.
If it looks more involved or you’d rather not mess with it, a mechanic will be able to diagnose the exact issue without too much trouble in most cases

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I spent twenty minutes last week standing in the grocery store aisle, paralyzed by guilt over buying strawberries. They were flown in from California. The carbon footprint of that flight. The plastic container. Should I buy them? Should I not? What kind of person buys strawberries in November?

I bought them anyway, then felt terrible about it for the rest of the day.

If you've ever felt this way, guilty about ordering delivery, guilty about driving somewhere, guilty about buying something new, guilty about existing in a modern society that runs on fossil fuels, you're not alone. Climate guilt is real, it's widespread, and honestly, it's exhausting.

Here's what I've learned: that guilt isn't helping the climate, and it's definitely not helping you. You're not the problem. And obsessing over your personal carbon footprint while ignoring your actual sphere of influence is missing the bigger picture entirely.

You can't opt out of modern society (And that's not our fault)

Let's get real: there is no zero-carbon lifestyle in modern society. You could move to a homestead in the woods, grow all your own food, and live \"off the grid,\" and you'd probably increase your emissions from all the wood burning and the lack of efficiency that modern infrastructure provides.

Even if you did everything \"right\" like no car, no plane travel, fully vegan, minimal consumption, renewable energy, you're still part of a system built on fossil fuels. The roads you walk on, the water that comes to your tap, the infrastructure that keeps society functioning, all of it has a carbon footprint you can't individually escape.

This isn't defeatism. It's reality. And recognizing this is actually liberating, because it means you can stop torturing yourself over whether your strawberries are morally acceptable.

The problem isn't you buying strawberries. The problem is systemic, a food system that makes sustainable options harder than they should be, infrastructure that makes driving necessary, an energy grid still dependent on fossil fuels. You didn't create these by existing.

Climate guilt comes from an impossible standard: be perfect, have zero impact, or you are part of the problem. But perfect isn't an option. It never was.

The Carbon Footprint Trap

Calculating your carbon footprint can be helpful for figuring out where the biggest opportunities are in your life. Flying generates way more emissions than driving. Driving generates way more than biking. Eating beef has a bigger impact than eating chicken, which has a bigger impact than eating beans.

Knowing this helps you prioritize. If you're flying multiple times a year, that's your leverage point. If you commute an hour by car, transportation is key. If you eat meat with every meal, shifting that pattern could be significant.

But there's a point where tracking every gram of CO2 becomes counterproductive. You start agonizing over whether used clothing shipped from across the country is better than new clothing made locally. You calculate the emissions of a banana versus an apple. I once spent an embarrassing amount of time calculating whether streaming a movie had a bigger carbon footprint than driving to a theater. (It doesn't, but this is not a useful way to spend your mental energy.)

Here's the other problem: the carbon footprint concept was literally popularized by BP in a 2004 advertising campaign to shift responsibility from corporations to individuals. It's designed to make you feel like climate change is your fault for not making better choices, rather than their fault for extracting and selling fossil fuels.

So yes, look at your footprint to identify high-impact changes. Switch to an EV or hybrid if you can. Fly less if you fly a lot. Eat less meat. These things matter.

But don't let footprint obsession become your entire climate engagement. Because here's what that framework misses: you're not in a bubble.

Your real impact isn't just your emissions

Every action you take sends signals beyond your personal carbon equation. When you buy an electric car, you're not just cutting your own emissions, you're showing neighbors that EVs are normal. You're creating demand that helps scale production and drive costs down. You're contributing to market signals that push manufacturers to invest more.

When you put solar panels on your roof, they're visible. Your neighbors notice. Some start asking questions. A few end up getting solar too. Each installation makes the next one more normal, less weird, more achievable.

When you eat plant-based meals regularly and talk about it casually, you're shifting perceptions. Ten years ago, being vegetarian was often seen as extreme. Now? It's increasingly normal. Restaurants have multiple plant-based options. Grocery stores have entire sections. This didn't happen because one person went vegan, it happened because enough people shifted their eating that markets responded.

I switched to mostly biking for transportation a few years ago, and I've lost count of how many coworkers have mentioned they're thinking about it too. I'm not evangelizing. I just show up on my bike, mention it's faster than traffic, and suddenly it's not weird, it's just another option.

This ripple effect; the social proof, the market signals, the normalization can easily exceed your personal emissions impact. If your choices influence even three other people to make similar changes, you've effectively tripled your direct impact. If your visibility helps shift norms in your community, you're contributing to systemic change that goes way beyond your individual footprint.

And here's the really encouraging part: this is already happening at scale.

$\"Image\"$

Adoption curves showing normalization over time. U.S. heat pump sales (blue) surpassed gas furnace sales (orange) for the first time in 2022, demonstrating how climate-friendly technology is rapidly becoming mainstream. What was once a niche choice is now the more popular option, a pattern repeating across EVs, solar panels, and plant-based foods.

Things are getting normal (Fast)

In 2010, electric cars marked the driver as either very wealthy or very environmentally committed. Now? EVs are everywhere, and more and more people are driving them because the cars are good, not to make a statement.

In 2010, being vegetarian meant limited options and lots of explaining yourself. Plant-based alternatives were sparse and often not very good. Now? Impossible Burgers are at Burger King. Oat milk is standard at coffee shops. The plant-based food market has grown from about $4.9 billion in 2018 to over $8 billion in 2023.

In 2010, solar panels were expensive and niche. Now? Solar is the cheapest form of new electricity generation in most of the world. Installation costs have dropped 90%. U.S. residential solar installations went from under 100,000 per year in 2010 to over 500,000 per year by 2022.

Heat pumps were barely on anyone's radar in 2010. Now they're rapidly becoming the default. U.S. heat pump sales exceeded gas furnace sales for the first time in 2022.

This normalization didn't happen by accident. It happened because early adopters made these choices visible, markets responded, costs came down, and more people followed. Each person who chose the cleaner option made it slightly easier for the next person.

You're part of that process. Every time you make a climate-friendly choice—especially one visible to others, you're contributing to this normalization. You're making it less weird, more accessible, more normal.

The political change you're already creating

Political change follows cultural change. Politicians respond to what they think voters want, and they figure that out from the zeitgeist, the general mood, the conversations happening, what seems normal versus fringe.

Twenty years ago, climate change was a niche issue. Now it's mainstream. Majorities support clean energy investment. Even voters who don't identify as environmentalists support renewable energy, EV infrastructure, and efficiency programs often for reasons unrelated to climate (jobs, energy independence, cost savings).

This shift happened because more and more people started caring, talking about it, and acting on it. You don't have to be politically active to be part of this. Just by living in a way that reflects climate concern, you're contributing to the cultural shift that makes political action possible.

When you casually mention your EV, or talk about your heat pump, or suggest a plant-based restaurant, you're normalizing these things. You're making them part of everyday conversation. That normalization is what allows politicians to support climate policies without political liability.

This is already working. Major climate investments are passing because there's enough political will built from years of shifting public opinion. None of this is fast enough. We need more momentum. But the momentum exists, it's building, and your part of it.

$\"Image\"$

Public opinion polling over time showing increasing support for climate action across demographics. A majority of Americans now support prioritizing renewable energy development, reflecting a broader cultural shift toward climate action.

Talk about it (Without being annoying)

The most practical thing you can do with your climate guilt: channel it into conversation, not consumption obsession.

When you make a change, mention it. Not in a preachy way. Just as a thing you did.

\"Yeah, I got a heat pump last year. It's great cooling and heating in one system, and my energy bill went down.\"

\"I've been biking to work more. Honestly, it's faster than sitting in traffic and I'm in better shape.\"

\"We've been doing more plant-based dinners. There are some really good options now, way better than ten years ago.\"

Notice what these don't include: judgment, moral grandstanding, or demands that anyone else do the same. You're sharing your experience. But that sharing matters.

When people hear about your choices casually, it plants seeds. It makes these options feel achievable rather than extreme. It shows that real people are doing this stuff.

Don't force climate into every conversation. But when it comes up naturally, don't hide it. Share what you're doing and why it's working for you.

This is how norms shift. Not through lectures, but through visibility and normalization.

What to do with the guilt

Focus on high-impact changes, not perfect consumption. Remember that your influence exceeds your footprint. Talk about what you're doing. Give yourself credit for trying. Take breaks, burnout helps no one.

The guilt you feel is understandable. But it's often misplaced. You're not the problem. Systemic issues are the problem, and your part of the solution not just through personal emissions reductions, but through the norms you shift and the conversations you have.

More and more people are figuring this out. Climate action is becoming normal. The options are getting better. The momentum is building. You don't have to be perfect to be part of that.

So, buy the strawberries if you want them. And then maybe bike to work tomorrow, tell a friend about your heat pump, or vote for the candidate with the better climate plan. All of it counts. None of it has to be perfect.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Usama Zulfiqar"],"authorId":"recRIx3fNMMLItiA1","status":"Published","live":true,"published":"2025-12-10T08:12:22.000Z","internalNotes":"- since everyone in modern society has some impact, its easy to feel like you are the problem and there's no way to fix it\n- its true that if you look at yourself in isolation, there is no way to have a net zero or net positive climate impact. Even moving to a homestead in the woods wouldn't do it (and actually would probably be worse with all the wood burning)\n- Looking at the pieces of your \"carbon footprint\" is useful to see where the most impactful changes can be in your life, but focusing too much on it can cause you to fall into the trap on focusing only on your own personal emissions equation\n- but you are not in a bubble, the actions you do to reduce your impact can also be a way to inspire others and shift norms, and this positive impact can easily exceed your personal carbon emissions\n- this is already happening, many more climate friendly products are much more normalized now than 10-20 years ago. (need to find some good examples).\n- even if you are not politically active, shifting the zeitgeist is one of the biggest drivers of political change, and this is already happening, we just need more momentum\n- you can accelerate this by talking to people about the things you do to reduce your impact, not to convince but to push the norm\n","doc":"https://docs.google.com/document/d/1pPpoqa0Sa8UXv1oEyWEAgk8J5kT69gHrQOLAZ0Irfn8/edit?usp=sharing","primaryAudience":"alarmed","articleSubcategory":"Psychology of Climate","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"rec6Ov7B3xfT596E7","slug":"try-portable-induction-cooktop","meta":{"title":"Try a portable induction cooktop","description":"Induction stoves are super efficient and fast, but full ranges are pretty expensive. Fortunately, you can get single burners for much less and still get most of the benefits","seoTitle":"Try a portable induction cooktop","seoDescription":"A portable induction burner is an affordable way to cook faster, use less energy, and test induction before a full upgrade.","category":"technology","impactLevel":"Medium","effortLevel":"Low","effort":"$50-75","type":"action","resourceRequirement":"home","resourceRequirementRaw":"home","politicalLeaning":"","age":["18-64","65+"],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Induction cooking can sound expensive, but you can test it without replacing your whole stove.

A portable induction cooktop gives you a low-commitment way to try induction at home, often in roughly the ~$50 to ~$100 range.

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What to know

Induction cooktops use electromagnetic energy to heat the pan directly, instead of heating a burner first and then transferring that heat to cookware. This means less wasted heat and faster response than standard electric coils.

Compared with gas cooking, induction avoids indoor combustion and fumes while you cook.

Its also very energy efficient, which is why we consider it a climate action. The U.S. Department of Energy notes that induction can transfer around 85%-90% of its energy to the pan, compared with much lower efficiency for gas and standard electric cooking. This means that more of the energy is going into actually cooking your food. Consumer Reports testing found induction can boil water about 20%-40% faster than tested gas and traditional electric cooktops.

Because the induction process heats the pan directly and not a burner, they are much easier to clean than standard electric glass cooktops, where grime can get baked on by the high heat.

Induction does require compatible cookware. A quick test: if a magnet sticks firmly to the bottom of a pan, it should work on induction. Many stainless steel and cast-iron pans already do, while some aluminum, glass, or copper cookware will not work unless they have an induction-compatible base.

\n\n

How to try it

If you are curious but not ready for a full appliance upgrade, a portable unit is a practical way to give it a try without much risk. You can use one for regular meals, boiling water, or as an extra burner.

There are many options, but here are a couple to help you decide:

We went with a budget option; it heats well but the interface is pretty basic: AMZCHEF portable induction cooktop
If you want a cleaner interface and more options, more premium ones are ~$100, like this one: Duxtop portable induction cooktop

\n","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":"","authorId":"","status":"Published","live":true,"published":"2026-03-12T05:37:21.000Z","internalNotes":"","doc":"","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"rec73EFyM0zsVFWxP","slug":"sign-up-for-a-fully-renewable-energy-plan","meta":{"title":"Sign up for a fully renewable energy plan","description":"In some areas, utilities offer fully renewable energy plans. Switching to one can have a large impact on carbon emissions and sends a signal, and is one of the easiest changes you can make","seoTitle":"","seoDescription":"If available in your area, a 100% renewable utility plan is one of the easiest high-impact switches at home.","category":"technology","impactLevel":"","effortLevel":"","effort":"15 minutes","type":"action","resourceRequirement":"donation","resourceRequirementRaw":"donation","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Sign up for a fully renewable energy plan

By Esperanza Navarro

Most climate actions we can take as individuals require some effort. This might mean changing the way we eat, dress, or manage our waste; and sometimes it even requires a financial investment, like installing a solar water heater.

However, there is one action that can significantly reduce our carbon footprint with minimal effort and time, and it often doesn’t add much cost either.

For millions of people living in countries like the United States, Germany, or Australia, where the electricity market is deregulated and there is an abundance of renewable resources, 100% renewable energy plans exist.

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What is a 100% renewable plan?

When you subscribe to this type of plan, it doesn't mean that the electricity physically reaching your outlet comes only from renewable sources, as the grid is a mix. What you are doing is paying for your provider to inject into the grid the same amount of energy that you consume, but exclusively from renewable sources (wind, solar, hydroelectric). Ultimately, this way, you significantly reduce your household's carbon footprint and, at the same time, increase the demand for this type of energy, which encourages greater investment in wind, solar, and other zero carbon sources.

Furthermore, the process is generally done online, with no new installations required, and the cost is the same as, or even lower than, traditional plans.

How do you sign up?

You can search on Google for terms like \"renewable energy plans [your city/state]\" or \"green energy providers\". If you find providers in your area, make sure their plans are 100% renewable and that they have guarantees of origin to certify it, as some offer energy from various sources (i.e., mixed with fossil fuel energy). A practical way to verify this is to look for providers with third-party certifications. For example, a company like Green Mountain Energy offers its \"Go Local Solar\" plan which carries the Green-e Energy certification. Green-e Energy is an independent organization that specifically verifies the renewable origin of the energy. They conduct annual reviews to ensure that the company’s marketing and supply meet their strict standards.

The energy transition is a key part of global climate action. Switching to a renewable plan is one of the simplest yet most effective levers you can pull. So, if this opportunity exists in your area, take advantage of it and be part of the change.

By now, you’ve probably heard the number 1.5°C tossed around in climate conversations like it’s some kind of magic line in the sand. Stay below it and we’re safe. Cross it and everything falls apart. That framing makes for a dramatic headline, but real climate science is a little more nuanced than that.

So let’s slow things down and talk honestly about what happens if we don’t stay under 1.5°C, why that’s a problem, and, just as importantly, why it’s still completely worth acting even if we miss that target.

First, what does 1.5°C actually mean?

The 1.5°C goal comes from the Paris Agreement, where nearly every country agreed to limit global warming to well below 2°C and ideally to 1.5°C above pre-industrial levels. Scientists didn’t pick that number at random. It’s based on decades of research showing that climate impacts get significantly more dangerous, more widespread, and harder to manage beyond that point. In other words, 1.5°C isn’t a cliff edge, it’s more like the start of a much steeper downhill slope.

Are we already past it?

This is where things start to feel uncomfortable. Technically, climate targets are measured over long-term averages, not single hot years. That said, 2024 was the hottest year ever recorded, and some datasets showed global temperatures briefly exceeding 1.5°C above pre-industrial levels for the first time. Scientists have been clear that if current emissions trends continue, the world is likely to cross the 1.5°C threshold permanently sometime in the 2030s.

So no, it’s not officially happened yet, but we’re clearly getting close.

Why does missing 1.5°C matter so much?

At first glance, half a degree doesn’t sound like a big deal. After all, your daily temperature swings by way more than that. But climate systems don’t work like weather apps, and small global averages translate into massive physical changes.

As temperatures rise, heatwaves become more frequent, longer, and deadlier. What used to be considered extreme heat becomes normal in many regions, especially in South and Southeast Asia, the Middle East, and parts of Africa. This isn’t just uncomfortable, it directly affects human health, labor productivity, and mortality, particularly for outdoor workers and older populations. At the same time, warming intensifies the water cycle. Warmer air holds more moisture, which means when it rains, it rains harder. Meanwhile, evaporation increases, making dry regions even drier. As a result, floods and droughts become more severe at the same time, often in different parts of the same country. Agriculture suffers, water systems strain, and infrastructure built for a more stable climate starts to fail.

Then there’s the ocean. Coral reefs are one of the clearest examples of why 1.5°C matters. Scientists estimate that at 1.5°C of warming, 70–90% of coral reefs could be lost, but at 2°C, that figure jumps to over 99%. That’s not just an environmental tragedy, it affects food security, tourism, and coastal protection for hundreds of millions of people. In fact, researchers now believe that large-scale coral reef loss may already represent one of the first major climate tipping points to be crossed. Once ecosystems collapse at that scale, they don’t simply bounce back when temperatures stabilize.

And that’s where the real fear around exceeding 1.5°C comes in. Beyond certain thresholds, some changes become effectively irreversible on human timescales. Ice sheets melt, sea levels rise for centuries, and critical systems like ocean circulation weaken. The higher the temperature goes, the more likely we are to trigger these long-term shifts.

So is it game over if we miss 1.5°C?

This is where a lot of climate conversations go off the rails. Missing 1.5°C does not mean the planet is doomed or that climate action suddenly becomes pointless. Climate change isn’t a pass-fail exam. It’s a sliding scale of risk.

Every additional 0.1°C of warming increases damage, but the reverse is also true: every fraction of a degree we avoid still reduces harm. Limiting warming to 1.7°C instead of 2°C, or 2°C instead of 3°C, can mean fewer people exposed to extreme heat, fewer coastal cities flooded, and fewer ecosystems lost. That’s why scientists keep repeating the same message: effort still matters.

It is always still worth acting, especially now.

First, because the amount of warming we get depends directly on how much carbon dioxide we emit. There’s still a limited carbon budget left, and while it’s shrinking fast, cutting emissions now can still slow warming and prevent worst-case scenarios.

Second, because adaptation saves lives. Even in a warmer world, investments in flood protection, heat-resilient buildings, early-warning systems, and climate-smart agriculture dramatically reduce damage. These measures don’t require perfect climate outcomes, they help no matter where temperatures land.

Third, because climate action improves everyday life right now. Cutting fossil fuel use reduces air pollution, which lowers rates of asthma, heart disease, and premature death. Renewable energy also creates jobs, stabilizes energy prices, and reduces dependence on volatile global fuel markets. These benefits show up long before temperature curves flatten.

Giving up guarantees the worst outcomes. If the world collectively decides that missing 1.5°C means it’s no longer worth trying, warming doesn’t stop - instead it accelerates. The difference between a world that warms by 2°C and one that warms by 3°C or more is enormous, both in human and economic terms.

Missing the 1.5°C target would absolutely make the future harder. It would mean more extreme weather, more strain on food and water systems, and more irreversible damage to ecosystems we depend on. But it would not mean the end of meaningful climate action unless we choose to treat it that way.

Climate change isn’t about hitting a single perfect number. It’s about how much damage we allow and how much we prevent. And on that front, there’s still a huge amount we can influence. We’re already seeing meaningful progress: average carbon emissions per person peaked around 2012 and have since started falling, and nearly 80 % of the new power generation capacity added in 2024 came from renewable sources, not fossil fuels. Even long-term projections for future warming have come down over time as cleaner energy technologies scale and policies gain traction. That progress demonstrates that our actions do matter and that the more we do now, the better future outcomes we can achieve.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2026-03-10T00:36:49.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1zLQ41HtICPn6qbEhjquf5xRYo4BKLCrQa_DpioS3EQw/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"Realistic Optimism","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"rec7FZqrXxZORiGZX","slug":"what-climate-resilience-looks-like-in-everyday-infrastructure","meta":{"title":"What climate resilience looks like in everyday infrastructure","description":"Climate resilience infrastructure is probably closer than you think — it’s built into the streets you walk on, the trees that shade you, and the systems that keep things running when the weather turns extreme.","seoTitle":"","seoDescription":"Climate resilience is already built into roads, trees, drainage, and power systems that protect daily life.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Have you ever stopped to notice the ways your city is already trying to adapt to climate change?

Climate change is often discussed through big numbers and distant timelines: global temperature thresholds, emissions pathways, end-of-century scenarios. Yet for most people, climate change is experienced in much more ordinary ways. It shows up when a street floods after a heavy downpour, when a heatwave makes waiting for the bus unbearable, or when a storm knocks out power and daily routines come to a halt. This is where climate resilience becomes real. Climate-resilient infrastructure is not about futuristic technology or massive megaprojects alone; it is about ensuring that the systems we rely on every day continue to work under increasingly unpredictable conditions.

Climate-resilient infrastructure is, at its simplest, infrastructure designed for a world where weather is no longer predictable in the way it once was. Traditional infrastructure has long relied on historical climate data such as average rainfall, expected temperatures, known flood levels. But as extreme weather events become more frequent and intense, those assumptions are increasingly unreliable. According to the IPCC, heavy precipitation events have already increased in frequency and intensity in many regions, while heatwaves are becoming longer and more severe. Infrastructure that is not designed for these changes is more likely to fail, often with cascading effects across communities.

One of the clearest ways climate resilience shows up is in how infrastructure responds to extreme weather. Roads, bridges, and buildings are under growing stress from heat, flooding, and storms. Heat can cause road surfaces to soften and crack, while intense rainfall can overwhelm drainage systems. Resilient infrastructure anticipates these stresses by adjusting design standards rather than simply repairing damage after it occurs. A road built with materials that tolerate higher temperatures and drainage systems sized for heavier rainfall may not look different to the user, but it is far less likely to become unusable during extreme conditions. Over time, these design choices reduce maintenance costs and prevent disruptions that affect entire neighborhoods.

Closely related to this is how cities manage water. Urban areas are often dominated by hard surfaces that prevent water from soaking into the ground. When rainfall intensifies as climate models suggest it will, this design increases flood risk. Climate-resilient infrastructure shifts the focus from rapid drainage to absorption and storage. Green spaces, permeable pavements, and retention areas allow water to move more slowly through the city. A park designed to temporarily hold stormwater during heavy rain may appear to serve only recreational purposes most of the year, yet during extreme weather it plays a critical role in flood prevention. This approach is increasingly important, as global flood damages are estimated to exceed hundreds of billions of dollars annually, with urban flooding accounting for a significant share.

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Image from ESRI

As temperatures keep climbing, climate resilience is also becoming a question of how we deal with heat in everyday spaces. Cities, in particular, tend to trap heat. All that concrete, asphalt, and glass absorbs warmth during the day and releases it slowly at night, creating what’s known as an urban heat island. The result is that cities can be several degrees hotter than the areas around them. During heatwaves, that extra heat isn’t just uncomfortable — it can be dangerous, especially for older people and anyone without reliable access to cooling.

That’s why more climate-resilient infrastructure is starting to build cooling directly into the places people already use. Things like trees, shaded walkways, lighter-colored materials, and green roofs all help lower temperatures and make outdoor spaces more bearable. A shaded bus stop or a tree-lined street might not sound like a climate solution, but it can make a real difference. Shaded areas can feel several degrees cooler than exposed concrete, which reduces heat stress for people walking, waiting, or working outside. In some cases, shade can lower air temperatures by as much as 15 to 20 degrees, and shaded building surfaces can be 20 to 45 degrees cooler than those left in direct sun. Even in dense cities, neighborhoods with more trees tend to be noticeably cooler — on average, nearly 3 degrees cooler than areas without them.

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Image from Uncoverie

Once you start looking at it this way, it becomes clear that climate resilience often works best when it leans on nature rather than trying to engineer around it. Instead of relying only on concrete walls and mechanical systems, many cities are turning to nature-based solutions like wetlands, mangroves, and vegetated buffers. These landscapes quietly do a lot of work. Wetlands soak up excess water during heavy rains, mangroves help blunt the force of storm surges, and urban green spaces cool the air around them. On top of that, they bring side benefits like cleaner air, more wildlife, and places for people to spend time. Over the long run, studies show these nature-based approaches can also be cheaper to maintain than purely engineered alternatives, especially when you factor in those added benefits.

At the same time, climate resilience is also about keeping essential services running when the weather turns extreme. Storms, floods, and heatwaves are already among the biggest causes of power outages and water disruptions around the world. When electricity or clean water goes down, it quickly becomes more than an inconvenience, it can turn into a serious health and safety issue. That’s why resilient infrastructure puts so much emphasis on backup systems and redundancy. A water treatment plant with its own emergency power supply, for example, can keep providing safe drinking water even if the main grid fails during a storm or heatwave. Most of the time, people never notice these systems at work. But when they’re not there, the absence is immediately obvious.

Resilience also has a lot to do with flexibility. The climate isn’t going to stop changing anytime soon, and no single design can predict exactly what the future will bring. That’s why more resilient infrastructure is being built with the idea that it can change over time. Instead of locking cities into fixed solutions, planners are leaving room to adapt. A flood barrier, for example, might be designed so it can be raised later if sea levels continue to rise. It’s a quiet shift in mindset — from building something once and moving on, to creating systems that can evolve as conditions do.

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Image from University of Melbourne

What’s often overlooked is that climate-resilient infrastructure makes life better even when nothing dramatic is happening. Streets that drain well are simply nicer to walk on. Cooler public spaces are more comfortable and safer during hot days. Reliable water and power systems support businesses, hospitals, and daily routines. These benefits matter because climate impacts don’t affect everyone equally. When infrastructure fails, it’s usually low-income communities that feel the consequences first and hardest. By making systems more reliable and comfortable for everyone, resilience can also help reduce those gaps.

In fact, one of the defining features of climate-resilient infrastructure is that, when it works, it barely gets noticed. In that sense, resilience is more about prevention than response, it reduces the chances that climate stresses turn into full-blown crises.

As climate risks grow, the real question for cities and communities isn’t whether resilience matters anymore, but how deeply it’s built into everyday decisions. Climate resilience doesn’t require overnight transformations or dramatic reinventions of cities. It’s built gradually, through choices like updating design standards, adding trees and green spaces, or planning for future conditions instead of relying on the past.

And ultimately, that’s what climate resilience in everyday infrastructure is really about: continuity. It’s about making sure the systems people depend on, to get around, to cool down, to access water and energy, and to keep working as the climate changes.

So next time you’re walking around your city, take a moment to look more closely. You might be surprised how much climate resilience is already built into the places you move through every day.

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While this technology is still new and still developing, it is very promising since it not only provides continuous baseload power, but is an opportunity to bring jobs to people in the oil industry.","seoTitle":"","seoDescription":"Next-gen geothermal could deliver 24/7 clean power using deep drilling innovations borrowed from oil and gas.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":"","authorId":"","status":"Proposed","live":false,"published":"","internalNotes":"- general how it works - drill deep, break the rocks, send water down to heat\n- Austin is trialing this in Texas, which is a particularly good place to do this due to oil industry\n- recently has become more viable due to improvements in drilling technology and fracking\n- unique opportunity to use oil/gas drilling expertise for clean energy. some FF companies are even investing in it like Chevron\n- why baseload power is so important to compliment other tech like solar and wind, even with batteries\n- current costs are high, but could get cheaper with scale","doc":"","primaryAudience":"concerned","articleSubcategory":"Realistic Optimism","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"rec8Mf7CLAmAq9KKr","slug":"upgrade-to-a-combo-washer-dryer","meta":{"title":"Upgrade to a combo washer dryer","description":"Combo washer dryers are going mainstream, and in addition to being extremely convenient, they are a lot more efficient too. This can make a big dent in emissions, since conventional dryers especially take a lot of energy","seoTitle":"","seoDescription":"Heat-pump combo washer-dryers save space and use far less energy than conventional vented dryers.","category":"technology","impactLevel":"","effortLevel":"","effort":"$1000+ upfront","type":"action","resourceRequirement":"home","resourceRequirementRaw":"home","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Al Billington"],"authorId":"recg5BW9N3ulMopvn","status":"Proposed","live":false,"published":"","internalNotes":"","doc":"","primaryAudience":"concerned","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"rec9fJO5uCigidOXj","slug":"saving-us-a-climate-scientists-case-for-hope-and-healing-in-a-divided-world-katherine-hayhoe","meta":{"title":"Saving Us: A Climate Scientist's Case for Hope and Healing in a Divided World - Katherine Hayhoe","description":"In Saving Us, Katherine Hayhoe shows that the most important thing we can do to address climate change is talk about it, and offers a number of tools to help you start conversations in a positive and non confrontational way. She shows the power of conversations like this to get people in all backgrounds to think more about climate change, and create a chain effect of awareness.\n","seoTitle":"","seoDescription":"","category":"","impactLevel":"","effortLevel":"","effort":"","type":"review","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":"","authorId":"","status":"Proposed","live":false,"published":"","internalNotes":"","doc":"","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recA2MpZ71kvC3oi9","slug":"eat-less-beef","meta":{"title":"Substitute beef with poultry or seafood sometimes","description":"Beef is a big contributor to climate change, but its unfortunately also delicious. Fortunately, you don't have to be a vegetarian or give up beef to make an impact. Beef has 10x the footprint of poultry, so just sometimes having chicken instead is a meaningful change","seoTitle":"","seoDescription":"Swapping some beef meals for poultry or seafood is one of the highest-impact food changes you can make.","category":"food","impactLevel":"High","effortLevel":"Medium","effort":"free","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

I’ll be honest — I love a good burger as much as anyone. But beef also happens to be one of the biggest contributors to greenhouse gas emissions from food, nearly 10x more than other meats like chicken or fish. Since the difference is so substantial, swapping beef for chicken or seafood once or twice a week gets you most of the benefit without having to give up the foods you enjoy.

Here’s why: cows are ruminant animals, which means they digest grass and grains through a process called enteric fermentation. During digestion, they produce methane (CH₄), a greenhouse gas that traps heat about 28 times more effectively than carbon dioxide. Most of this methane is released through burps, not the often-mentioned bovine flatulence. Methane doesn’t last as long in the atmosphere as CO₂, but while it’s there, it’s extremely potent (so even small reductions matter).

Beef also takes a lot more land, water, and feed to produce than poultry or seafood. That means every steak or burger uses up more resources compared to chicken, turkey, or fish. Studies show that beef creates roughly ten times more emissions than poultry and several times more than seafood. When you think about how often it shows up on menus or dinner tables, those small swaps really start to add up.

Personally, I’ve started mixing it up more. Sometimes I’ll do shredded chicken tacos instead of ground beef, or make turkey meatballs for pasta night. I’ve been hooked on salmon burgers lately and they are quick to cook and still feel like comfort food. And when I’m craving something hearty, a lentil chili or veggie stir-fry does the trick.

If I’m eating out, I’ll just look for a poultry or seafood dish instead of my usual beef order. It doesn’t feel like I’m giving anything up, just trying something different. Over time, I’ve realized it’s not about perfection, but about small changes that actually stick. And this one’s simple: you don’t have to stop eating meat to make a meaningful impact. Just eat a little less beef, and you’re already helping move things in the right direction.

See this article for great ideas:

Cooking Substitutions: How to Swap Meat, Poultry, & Seafood | Cook Smarts

","resourceLinks":"https://ourworldindata.org/environmental-impacts-of-food","aiSummary":"","suggestedAudience":"","authorName":["Brittany Hammett"],"authorId":"recLfhv01v9N1Qjkv","status":"Published","live":true,"published":"2025-10-17T00:58:04.000Z","internalNotes":"10/23 review:\n- move the image inline with where it is mentioned, and cut all the bottom small text (but link tot he source in a caption)\n","doc":"https://docs.google.com/document/d/1wENHPn2-JYGrgl_wB1D4k2nqx4r6ui09-DZwyKJxHik/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recAG8T3E5JLDniyv","slug":"invest-directly-in-solar-projects-with-energea","meta":{"title":"Invest directly in solar projects with Energea","description":"Energea is an online investment platform that lets you directly invest into solar projects in Africa, South America, and the United states. Their platform allows regular people to partially invest small amounts in these projects, and get in on the significant returns these development projects bring, while helping to bring clean energy to those in need.","seoTitle":"","seoDescription":"Energea lets everyday investors fund real solar projects and potentially earn returns while supporting clean energy expansion.","category":"finance","impactLevel":"","effortLevel":"","effort":"$100-200 upfront","type":"action","resourceRequirement":"investment","resourceRequirementRaw":"investment","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Al Billington"],"authorId":"recg5BW9N3ulMopvn","status":"Proposed","live":false,"published":"","internalNotes":"","doc":"","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recAYPhViSTr6ajzI","slug":"what-can-a-kid-do-about-climate-change","meta":{"title":"What can a kid do about climate change?","description":"Even the adults feel powerless, what can a kid possibly do? More than you might think, actually. For one, kids are actually more effective at talking to their unconvinced parents about it than anyone else","seoTitle":"","seoDescription":"Kids can influence family habits, school decisions, and community action more than many adults realize.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":["Under 18"],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"Note: this is a stub. More to come.","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Mary Billington"],"authorId":"recl3N0Gs9CacF3ap","status":"Assigned","live":false,"published":"2025-10-28T08:03:48.000Z","internalNotes":"","doc":"","primaryAudience":"alarmed","articleSubcategory":"Practical Action","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recBjhYMlbEOMsy9k","slug":"a-matter-of-degrees","meta":{"title":"A Matter of Degrees","description":"","seoTitle":"","seoDescription":"","category":"","impactLevel":"","effortLevel":"","effort":"","type":"review","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"https://www.degreespod.com/","aiSummary":"","suggestedAudience":"","authorName":["Brittany Hammett"],"authorId":"recLfhv01v9N1Qjkv","status":"Proposed","live":false,"published":"2026-02-28T06:30:38.000Z","internalNotes":"","doc":"","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"Podcast","thumbnail":"https://megaphone.imgix.net/podcasts/624c2420-0122-11ed-9c94-97c75cfffb95/image/df9e536d3de1e98bdd95e7aadc08d4d0.png?ixlib=rails-4.3.1","tags":[]}},{"id":"recBkjRp4a3qEu2js","slug":"why-caring-about-emissions-does-not-mean-taking-a-side","meta":{"title":"Why caring about emissions does not mean taking a side","description":"A personal, practical look at why caring about cleaner air, stronger infrastructure, and community resilience does not require taking a political side. Drawing on my Idaho upbringing and a deep respect for nature, this piece shows how everyday choices can reduce emissions without activism, identity, or ideology. It reassures readers that working together and protecting what we already have is a common-sense approach anyone can support.","seoTitle":"","seoDescription":"You can care about emissions without political identity. Practical climate action is about outcomes, not sides.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"politics","resourceRequirementRaw":"politics","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Caring about emissions does not mean choosing a political side or changing who you are. You do not need to join a movement, march in the streets, or turn climate into your entire personality. You can care simply because you care. You can support cleaner air, stronger communities, and lower risks without taking on a new identity.

I grew up in an uber conservative household, but never once did I get the impression that we were against helping the environment. That idea would have sounded strange to us. What we had was a deep respect for nature. Not the performative kind. The lived kind. The kind that comes from being raised at the wilderness gateway in Idaho, where everything around you feels both bigger than you and somehow connected to you.

The Selway River shaped that part of me. It was cold enough to wake your soul and clear enough to see every stone on the bottom. When you grow up beside something that wild and beautiful, you do not need anyone to explain why it deserves care. You just know. You pack out your trash. You look after the trails. You make sure you do not leave a mess for someone else to deal with. None of it feels like activism. It feels like respect. It feels like the right way to live.

And that respect is what shaped my path. It is the reason I ended up working in sustainability and resilience. Not because of politics. Not because anyone told me I should. But because when you grow up watching how easily nature can be harmed and how quietly it supports our daily lives, you understand that protecting it is not a side. It is a responsibility. The same instinct that makes you careful around a river in spring runoff is the one that makes you think about how communities withstand storms, fires, and floods. It is all connected.

That perspective is why it sometimes feels strange to hear climate conversations framed like they require picking a team. You can care about the land you live on without moving to a commune or weaving your own clothes out of twine. You can want clean water and reliable power without adopting a political label. Most people actually live in that middle space. They want grocery stores. They also want rivers that still run clear. They like modern life. They also want to breathe without wheezing.

And the truth is that most of the actions that reduce emissions are just common sense. Fixing leaks. Updating insulation. Planting a tree. Supporting projects that keep neighborhoods from flooding. Choosing the car that saves money at the gas pump. These are normal, practical decisions people have always made because they make life easier.

At its core, this is not about politics. It is about working together and respecting what we already have. The forests, the shorelines, the rivers, the neighborhoods, the infrastructure, the people. None of those things belong to a political identity. They belong to all of us. And when we take small steps to protect them, we are not choosing a side. We are choosing home.

Caring about emissions does not require a label or an argument. You can do it in quiet ways. You can do it in everyday habits. You can do it because you grew up in a place that taught you respect. Because you want your community to be strong. Because you want your kids or grandkids to step into a river like the Selway someday and feel that same sense of awe.

You can care because this is the place you live. And that is more than enough.

","resourceLinks":"https://www.madeleinewilson.org/post/nature-is-political-not-nonpartisan","aiSummary":"","suggestedAudience":"","authorName":["Brittany Hammett"],"authorId":"recLfhv01v9N1Qjkv","status":"Changes requested","live":false,"published":"","internalNotes":"","doc":"https://docs.google.com/document/d/1Q4Dg312BwfaOwc9_-aKzYWTBzZ5rY7U46Rhs57_58yA/edit?usp=sharing","primaryAudience":"concerned","articleSubcategory":"Realistic Optimism","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recCz1GBoZKJZ9D28","slug":"5-climate-wins-you-probably-missed-this-year","meta":{"title":"5 climate wins you probably missed this year","description":"It’s easy to feel overwhelmed by climate news. Rising emissions, extreme weather events, and slow or contested policy action tend to dominate global coverage. That picture isn’t wrong but it’s also incomplete. ","seoTitle":"","seoDescription":"From clean energy growth to policy momentum, these overlooked climate wins show progress is real and accelerating.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

It’s easy to feel overwhelmed by climate news. Rising emissions, extreme weather events, and slow or contested policy action tend to dominate global coverage. That picture isn’t wrong. The climate crisis is real, urgent, and far from solved. But it’s also incomplete. Beneath the loudest headlines, quieter shifts are taking place - in energy systems, financial markets, technology, and even legal frameworks - that point toward a different trajectory than despair alone would suggest.

These changes don’t arrive with victory speeches or dramatic turning points. They show up in datasets, market trends, and incremental decisions that, taken together, begin to move systems. Here are 5 climate wins from 2025 that are easy to miss, but worth paying attention to.

Renewables Overtook Coal Globally

One of the most significant developments has been the continued rise of renewable energy, to the point that it is now overtaking coal in key regions - and, increasingly, at the global level. A major analysis drawing on monthly electricity data from 88 countries, covering 93% of global electricity demand, shows that solar and wind together have surpassed coal in global electricity generation.

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Image from World Economic Forum

What stands out is not just the scale of renewables, but their speed. In the first half of 2025, global electricity demand grew by 2.6%. That increase was more than met by solar and wind alone. Solar generation rose by 31%, adding roughly 306 terawatt-hours - about the amount of electricity Italy uses in an entire year - and accounted for 83% of total demand growth. Wind generation increased by 7.7%. Meanwhile, coal generation declined slightly, falling by 0.6%, and its share of global electricity dropped to around 33%, while renewables rose to over 34%. This matters because electricity is the backbone of modern economies and the largest single source of energy-related emissions. When clean power meets new demand instead of fossil fuels, emissions growth slows - even before full decarbonization is achieved.

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Image from Ember

China’s energy transition itself is another development that rarely receives balanced attention. It is tempting to focus only on China’s emissions totals, given the country’s scale. But doing so misses the significance of what is happening inside its energy system. This year, China’s additions of solar and wind capacity again exceeded expectations, with hundreds of gigawatts installed in a remarkably short time.

As renewables make up a growing share of total capacity, they are beginning to flatten China’s emissions curve. Analysis from Agora Energiewende shows a small year-over-year decline in CO₂ emissions from fuel combustion in early 2025, tied directly to clean energy deployment. Given that China accounts for roughly one-third of global energy emissions, even modest directional changes have global consequences. When China’s energy system shifts, global supply chains, technology costs, and market dynamics shift with it.

Electric Vehicles Went Mass-Market

Transportation, one of the hardest sectors to decarbonize, also crossed an important threshold this year. Electric vehicles are no longer a niche product or a future promise. They are now firmly mass-market. Ten years ago, EVs made up less than 1% of global new car sales. Today, they account for more than 22% of passenger vehicle sales worldwide.

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Image from World Resources Institution

Sales data reinforces this shift. In November 2025 alone, around 2 million electric vehicles were sold globally, bringing year-to-date sales to approximately 18.5 million units - a 21% increase compared to the same period in 2024. Europe emerged as a growth leader during the year, while North America lagged following the expiration of certain U.S. tax credits. China remained, by far, the world’s largest EV market.

This transition matters not because EVs are perfect - they aren’t - but because electrification dramatically reduces oil demand and creates a foundation for further innovation in buses, trucks, and eventually heavy transport. Once a technology reaches mass adoption, change accelerates not linearly, but exponentially.

Carbon capture technologies make waves

Technological progress beyond renewables also made meaningful, if quieter, advances. Carbon capture technologies - often controversial and frequently dismissed as not viable - saw notable breakthroughs this year. Researchers at the University of Houston unveiled a membraneless electrochemical carbon capture process achieving over 90% CO₂ removal at an estimated cost of around $70 per metric ton, alongside a vanadium redox flow system capable of both capturing carbon and storing renewable energy. At MIT, researchers announced nanofiltration membranes that make carbon capture six times more efficient and roughly 30% cheaper.

It’s still too expensive to be built at scale, but the technology is improving fast. The technology could open up new markets, enhance industrial resilience and provide climate benefits – if given strong public sector support, clear demand signals and innovative finance models. However, there is also a challenge remaining as investment remains low due to systemic market barriers.

Nature-Based Solutions Move Into the Spotlight

Beyond technology and markets, nature-based solutions made meaningful progress this year, supported by more structured financing and growing private-sector interest. One notable development was the Tropical Forest Forever Facility, which aims to provide predictable, long-term funding for countries that conserve and restore tropical forests while recognizing the role of Indigenous peoples and local communities as forest stewards. Tropical forests are critical climate assets, absorbing significant global CO₂ emissions from fossil fuels each year and playing a central role in biodiversity protection. Corporate investment in nature also expanded. According to the UNEP State of Finance for Forests 2025 report, investment in sustainable forest management, restoration, and conservation is increasing year after year with global finance flowing toward forests and nature-based climate solutions reaching $23.5 billion per year. Mckinsey also reports that the landscape of nature finance is growing and becoming a strategic investment frontier and more institutional capital is flowing into new business models and projects.

Together, these developments signal a shift in how nature is treated in climate strategies, not as a symbolic add-on, but as climate infrastructure that delivers mitigation, adaptation, and resilience at the same time.

Increasing in private capital for climate solutions

Another underappreciated development this year has been the scale of private capital flowing into climate solutions. For a long time, climate finance discussions focused almost exclusively on government funding, often highlighting what was missing. While public finance remains essential, private investment is increasingly doing real work. According to data compiled by the World Resources Institute, private climate finance jumped from roughly $870 billion in 2022 to $1.3 trillion in 2023, with momentum continuing. This isn’t because capital markets have suddenly turned altruistic. Companies and investors are responding to clear economic signals. Clean technologies have become more competitive, scalable, and reliable, while policy frameworks, carbon pricing, and long-term decarbonization targets are reducing regulatory uncertainty. At the same time, energy price volatility, supply chain risks, and rising physical climate impacts are making low-carbon investments a hedge against future costs rather than a moral add-on. For many companies, investing in renewables, grids, storage, and electrification is now about resilience, cost control, and long-term value creation. As capital flows toward these solutions, deployment accelerates, learning curves steepen, costs fall further, and adoption spreads—reinforcing a cycle where climate-aligned investments increasingly make business sense, not just environmental sense.

This increase matters because it reflects greater alignment between capital markets and climate action. While still short of the estimated $3 trillion-plus needed annually by 2030, this growth shows that more private investors are directing funds toward solutions across multiple climate fronts from clean infrastructure and resilience to energy efficiency and low-carbon industry rather than sticking only with traditional sectors.

So what does all this add up to?

These wins are not proof that the climate crisis is solved. Emissions remain high, policies remain uneven, and progress is rarely smooth or guaranteed. But they do show something important. Climate progress isn’t defined by one big breakthrough. It happens through steady shifts in data, markets, technologies, and expectations that build momentum over time. That’s why individual actions matter: when people change their habits, support better choices, and talk openly about climate progress, they help shift social norms and reinforce what becomes “normal” and expected. These everyday actions and conversations may seem small on their own, but together they are what keep progress moving forward.

I recently discovered creative reuse centers, which are designed to help people get the most out of leftover hobby supplies. These places aren't your typical thrift shops—they deal only in creative supplies, and as a person with a handful of arty hobbies, I was charmed by the concept.

Creative reuse stores take surplus stock from art stores and companies, as well as personal donations. They’re often home to an endless range of usable scraps. You can find fabrics, paint, foam offcuts, paper trim—all kinds of weird and wonderful stuff—at a significant discount. You can get anything from fancy professional-grade papers to poster paints for kids.

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I’ve used the UK store Renee Materials to get quality paper for print-making | Source: Renee Materials

By reusing materials, these stores and their customers help reduce the demand for new products. Passing materials on to new users cuts down on manufacturing emissions and waste, even more so than recycling unwanted but usable materials would. ReCreative Denver, for example, has diverted 90,000 pounds of waste, which would otherwise end up in either landfill or incinerators, contributing to further emissions.

Best of all, you get materials at a fraction of the usual retail price. As anyone with a crafty pastime knows, they’re not cheap. Creative reuse centres make these activities more accessible, allowing you to expand your practice or try something new without breaking the bank. They often run events and workshops, too.

A lot of creative reuse centres are local brick-and-mortar places, so it’s best to do a search for what’s in your area. The Sadie Seasongoods blog compiles a list of stores by state. But there are also more and more online options popping up:

Pittsburgh Centre for Creative Reuse has an online store that ships all over the US.
Make & Mend is a Massachusetts-based store that also sells online.
Remnants by Peo Vee allows users to buy and sell their unwanted supplies online.
Makeropolis also ships country-wide in the US.

Check these stores out and let the materials they’ve rescued get a second life—and a chance to inspire you.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Rup Priodarshini"],"authorId":"recj3IUMT480zmKXp","status":"Published","live":true,"published":"2025-12-02T08:18:35.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1_c73PFK89_N8reIv1FNGhWqpG9dvsIX8Rr07q4G22oI/edit?usp=sharing","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recFR8og0bgSlzVxa","slug":"wondering-if-its-too-late-to-save-the-planet-clearing-the-air-has-the-answer","meta":{"title":"Clearing the Air - Hannah Ritchie","description":"Is it really too late to save the planet? In Clearing the Air, Hannah Ritchie cuts through climate myths with data, showing why the future may be more hopeful and actionable than we think.\nWhy not give it a try? ","seoTitle":"","seoDescription":"","category":"","impactLevel":"","effortLevel":"","effort":"","type":"review","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

If you follow climate news, it’s easy to feel like you’re being pulled in two directions. One headline says the planet is doomed. The next says technology will save us. Somewhere in between, it’s hard to know what’s actually true and what we should do about it.

That’s exactly where Clearing the Air by Hannah Ritchie comes in.

Ritchie, a data scientist at Oxford and a researcher with Our World in Data, has built a reputation for explaining complex sustainability issues using clear, evidence-based analysis. In Clearing the Air, she takes on one of the biggest challenges in the climate conversation: separating facts from myths.

The book is structured around 50 key questionspeople commonly ask about climate change. Things like:

Is it already too late to stop climate change?
Are electric cars actually better?
Will we run out of materials for clean energy?
Do individual actions even matter?

Instead of long technical explanations, the answers for these questions are in short, digestible chapters backed by real data.

What makes the book refreshing is its tone. It’s honest about the scale of the climate problem, but it doesn’t fall into the usual doom-and-gloom narrative. Ritchie shows that many climate solutions are already moving faster than people realize. Solar power, batteries, and electric vehicles, for example, have become dramatically cheaper and more widespread in just the last decade.

But the book isn’t blindly optimistic either. It is clear that climate change remains a massive challenge and that delaying action would make it harder to solve. The key point it emphasizes is simple: we’re not starting from zero. A lot of the technologies we need already exist. The real challenge now is scaling them fast enough.

Another reason the book works so well is how approachable it feels. You don’t need a background in climate science to follow along. The writing is straightforward, the arguments are grounded in evidence, and the chapters are short enough that you can read them one at a time without feeling overwhelmed.

If you’ve ever felt confused by the climate conversation or discouraged by the constant stream of pessimistic headlines, Clearing the Air book offers something valuable: clarity. It reminds readers that the climate challenge is serious, but it’s also solvable.

Because, the most powerful climate message isn’t fear. It’s understanding where we stand and realizing that progress is already underway.

Get it on Amazon here

","resourceLinks":"https://www.amazon.com/Clearing-Air-Hopeful-Solving-Questions-ebook/dp/B0DF5VNB2P","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2026-03-07T22:07:06.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1vdT-gpZufaVDFW-c1Tb9cCpaAcuyFUjuPDy25PjNgfY/edit?tab=t.0","primaryAudience":"engaged","articleSubcategory":"","reviewSubcategory":"Book Review","thumbnail":"https://ik.imagekit.io/climateinvested/climate-actions/3dc12d2b5940465c01b62203054617486bf9498ef35687a8b32bf9cea3ae32d8","tags":[]}},{"id":"recFXWZR2EwvnKio6","slug":"talk-to-parents-about-climate","meta":{"title":"How to talk to your parents about climate change","description":"","seoTitle":"","seoDescription":"A practical guide to discussing climate with parents in ways that reduce defensiveness and find common ground.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":"","authorId":"","status":"Proposed","live":false,"published":"","internalNotes":"","doc":"","primaryAudience":"alarmed","articleSubcategory":"Psychology of Climate","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recFYbKJKUpl3JNXW","slug":"check-out-the-future-debit-card","meta":{"title":"Check out the Future debit card","description":"If you are interested in or doing other actions already to reduce emissions, the future debit card will sweeten the deal by offering 5-10% cash back on things like public transit, sustainable brands, and secondhand stores.","seoTitle":"","seoDescription":"Future rewards lower-emission purchases with climate-focused cash back, making everyday choices easier and cheaper.","category":"finance","impactLevel":"","effortLevel":"","effort":"15 minutes","type":"action","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Anonymous"],"authorId":"recjoXaVzZHAOxPex","status":"Proposed","live":false,"published":"","internalNotes":"","doc":"","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recFb3xD1H6XQNqML","slug":"ozone-layer-fixed","meta":{"title":"What happened to the Ozone layer scare? Hint: we fixed it","description":"You may remember a lot of talk in the 90's about the growing hole in the ozone layer, but it is not discussed at all anymore. Many use this as a justification that climate change is a myth, but the truth is, we fixed it! Climate change is definitely a much harder problem, but it shows that humans can and have solved problems at a global scale","seoTitle":"","seoDescription":"The ozone crisis eased because policy worked. It is proof coordinated global action can solve environmental threats.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Perhaps some of you remember the news and discussion throughout the 80s and 90s about the hole forming in the ozone layer over Antarctica. It was talked about a lot, but then it dropped off the radar. Some even use it as a way to discount climate change: “30 years ago it was the ozone layer, now it's climate change”. It’s true that it isn’t talked about now, but why?

A bit of background to refresh your memory: Forty years ago, British scientists discovered a decrease in the concentration of stratospheric ozone over Antarctica. This layer prevents the sun's shortest wavelengths of ultraviolet light from reaching the Earth's surface. If this shield were to weaken, the consequences would be significant: genetic damage to microorganisms, bleaching of chlorophyll in some plants (hindering their growth), an increase in skin cancer cases in humans, and eye injuries.

Years earlier, scientists had identified the negative effect of compounds called chlorofluorocarbons, or CFCs. These were widely used in refrigerators, air conditioners, and aerosols, among other everyday products. When released, these gases rise into the stratosphere, where sunlight breaks them down, releasing chlorine atoms that destroy ozone molecules.

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Upon detecting this problem in the mid-1980s, significant public pressure built as the serious health risks linked to rising skin cancer rates became impossible to ignore. Faced with this demand, governments were compelled to seek a solution. It was then that the political leadership of figures like British Prime Minister, Margaret Thatcher, became indispensable. Her background as a chemist allowed her to understand the issue and authoritatively explain the science behind it to other world leaders.

In this context, the Montreal Agreement was created in 1987, becoming the first UN treaty ratified by all member states. Finally, the treaty's success was secured because industry had already begun developing viable and economical alternatives, such as propane, butane, and HFCs, ensuring the technological transition.

Furthermore, the Montreal Protocol was designed to function in the long term: a scientific review was stipulated every 4 years to analyze and regulate new substances that could harm the ozone, ensuring the agreement could adapt to new knowledge.

Thanks to this flexible structure and its compliance, we are not only on track to heal our solar shield by 2066 (according to NASA), but, as recent studies reveal, this joint action is also helping us avoid between 0.5 and 1°C of additional warming by the end of the century. It should be clarified that while HFCs are also greenhouse gases, they have a shorter atmospheric lifetime than the old CFCs.

Ultimately, this entire story is proof that humanity can unite and correct its course in the face of a global environmental crisis. It showed us that with a solid scientific foundation, industrial innovation, and international political collaboration, it is possible to generate positive changes at a global scale.

Solving climate change is a much more complex and systemic challenge without a single solution like banning CFCs. However, we are already applying the same formula on a larger scale: progress in the global expansion of renewable energy, growing public engagement, and the development of environmental regulations, and international discussions around climate change are signs that the world is using the lessons of the past to tackle one of the greatest challenges of our present. While there’s a lot of work to do, the job now is to accelerate the progress we are already making; we are already moving in the right direction.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Esperanza"],"authorId":"recUI3wW2s8beNkGJ","status":"Published","live":true,"published":"2025-12-12T03:21:40.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1Y4KcBWmC56vxVSeZ5zAgl0jiZqiPLrGXHUdIOFABqfM/edit?tab=t.0","primaryAudience":"cautious","articleSubcategory":"Realistic Optimism","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recFkqQK17HIcUdjJ","slug":"sustainability-defined-by-scott-breen-jay-siegel","meta":{"title":"Sustainability Defined by Scott Breen & Jay Siegel","description":"Podcast focused on business sustainability; good for conscious consumers","seoTitle":"","seoDescription":"","category":"","impactLevel":"","effortLevel":"","effort":"","type":"review","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Usama Zulfiqar"],"authorId":"recRIx3fNMMLItiA1","status":"Proposed","live":false,"published":"","internalNotes":"","doc":"","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recFsge7Q45exM0td","slug":"quiet-revolution-behind-the-products-you-love","meta":{"title":"The quiet revolution behind the products you love","description":"While everyone's arguing about climate doom, something remarkable is happening behind the scenes. The products on your shelf hold secrets about progress no one's talking about.\n","seoTitle":"","seoDescription":"A behind-the-scenes look at how everyday products are getting cleaner through design, policy, and supply-chain shifts.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

\n When we talk about climate change, the conversation often bounces between doom and denial, between\n \"we're out of time\" and \"someone should really do something.\" But here's what doesn't get said\n nearly enough: real progress is happening. It's not a billionaire launching rockets or a celebrity\n going vegan. It's happening in factories you've never heard of, in labs where engineers argue\n about packaging thickness, in the quiet decisions that shape the products sitting in your pantry\n right now.\n

And honestly? That might be the most encouraging thing about where we're headed.

Your Morning Routine Is Changing (You Just Haven't Noticed)

\n Think about your shampoo bottle for a second. The one in your shower. Chances are it weighs less\n than it did five years ago, not because you got ripped off, but because someone figured out how to\n use 15% less plastic without making it flimsy. Same deal with that soda can in your fridge.\n Lighter. Thinner. Still does the job. The coffee cup in your hand. Even the soda-can sitting in\n your fridge. Chances are, every one of those products comes from a cleaner, more efficient\n manufacturing process than it did just a few years ago. Breweries are chasing carbon neutrality.\n Packaging is getting lighter, recyclable, even compostable. It's not perfect but it's real.\n

\n What's fascinating is that most of the people doing this work aren't trying to save the planet in\n some grand, sweeping way. They're packaging engineers. Supply chain managers. People who get\n excited about shaving two millimeters off a bottle cap because it means they can fit more units on\n a truck. Less fuel burned. Fewer trips needed. Money saved.\n

\n Often the best climate action doesn't feel like activism at all. It just feels like doing your job\n well.\n

The Revolution Hiding in Plain Sight

\n Progress isn't just happening behind closed lab doors, it's visible if you know where to look.\n Industrial emissions are dropping as companies adopt energy-efficient technologies and find ways\n to do more with less. More importantly, the economy is growing while emissions decline. That's not\n a distant dream; it's happening now.\n

\n \n

\n A dual-line graph illustrating how global\n \n \n GDP\n \n \n \n \n has grown by 3.2% in 2024 while industrial process emissions declined by 2.3%. The visual\n demonstrates the decoupling of economic prosperity from carbon emissions—proof that we can grow\n cleaner, not just smaller.\n \n

\n Here's where it gets interesting. When a major beverage brand decides to lighten its bottles,\n something unexpected happens. The plastic manufacturer retools its production line. The shipping\n company adjusts its logistics because lighter products mean more units per truck, less fuel\n burned. The retailer notices reduced waste in their stores. What started as a single product\n decision becomes an industry standard within months.\n

\n Over the past few years, most major brands have been quietly reducing\n \n virgin plastic\n \n in their packaging. That lighter bottle you barely noticed? It's teaching entire industries new\n ways of doing business. A coffee company experiments with compostable cups, proves it works at\n scale, and suddenly three competitors are testing similar materials within a year. That's how\n revolutions actually spread, not through grand announcements, but through quiet proof that\n something better is possible.\n

\n Companies are getting creative too, and some of these stories are remarkable. Take\n \n Notpla\n \n , a London startup that created biodegradable packaging from seaweed. Their edible bubble\n packaging has now replaced over 16 million single-use plastic items across Europe and also heading\n towards the USA. These items are being used everywhere from sports stadiums to food delivery\n services. What started with two students at Imperial College has grown into a company that won\n Prince William's Earthshot Prize.\n

\n \n Source:\n \n \n Notpla Impact Report 2024-2025\n \n \n \n

\n Or consider what's happening in laundry aisles.\n \n Unilever\n \n has been tackling one of packaging's toughest challenges: putting liquid detergent in paper\n instead of plastic. It sounds simple, but liquids need serious barrier protection, something\n plastic does easily but paper struggles with. Their R&D team has evaluated over\n \n 3,000 different technologies\n \n , some borrowed from pharmaceuticals and electronics, to find materials that can seal and protect\n without compromising recyclability. Meanwhile, Procter & Gamble introduced\n \n Tide\n \n bottles made from 25% recycled plastic, and\n \n Ecover\n \n launched laundry capsules in boxes made from 90% recycled cardboard, using upcycled rose petals\n and apricots for fragrance.\n

\n Then there's\n \n ITC\n \n , blending South Asian packaging needs with sustainability by launching sugarcane-fiber coated\n paperboard as a plastic alternative for ready-to-drink cartons. Or\n \n Be Green Packaging\n \n in California, which launched a home-compostable coffee cup that's getting great feedback from\n independent cafes. Each company's success makes the next improvement easier. Each innovation\n creates a template others can follow, and the momentum builds on itself.\n

Where the Real Power Shift Is Happening

\n Behind many of these manufacturing improvements is something even more fundamental: a shift in\n where the energy comes from.\n

\n Last year, something remarkable happened in the United States. For the first time ever, wind and\n solar combined generated more electricity than coal. Coal, which dominated American power as\n recently as 2015, has been overtaken by renewables. The transition hasn't been instantaneous, and\n it's worth understanding what's actually happening. Natural gas has played a bridging role in this\n shift, it produces about half the carbon emissions of coal when burned for electricity. While it's\n not the final destination, it's been a practical stepping stone. Many coal plants have converted\n to natural gas as renewables have scaled up, cutting emissions significantly while the grid adapts\n to handle more variable renewable sources. This didn't happen because of a single law or dramatic\n shutdown. It happened because factories switched to solar to cut energy costs. Because warehouses\n installed panels on their roofs and realized they could sell excess power back to the grid.\n Because the facility making your shampoo bottles found it cheaper to run on wind power than fossil\n fuels.\n

\n Share of US electric power sector generation by fuel source,1990-2024\n \n \n (EIA,2025)\n \n \n .\n

\n Wind now powers over a tenth of the country's electricity, while solar has more than doubled its\n share in just four years. Each percentage point represents thousands of individual choices by\n facility managers and business owners who decided cleaner energy made sense for their bottom line.\n

\n Globally, renewable energy capacity grew by over 15%, adding enough new power to supply hundreds\n of millions of homes. The UK hit a\n \n milestone\n \n too, renewables generated more than half their electricity for four straight quarters. On one\n December day, wind alone powered more than two-thirds of the entire country. An entire modern\n economy, running mostly on wind.\n

When Economics Drives the Revolution

\n Here's where it gets interesting: a lot of this shift isn't being driven by regulation or\n government mandates. It's economics.\n

\n Renewable energy is now the\n \n cheapest\n \n way to add new power capacity in most countries. Not \"competitive with fossil fuels if you squint\"\n but actually cheaper. And here's what makes this even more significant: battery storage technology\n has advanced to the point where solar and wind can now provide reliable, round-the-clock power,\n matching what fossil fuels have always offered. Batteries store excess energy generated during\n sunny or windy periods and release it when needed, solving the intermittency challenge that once\n held renewables back. So, when companies need more electricity, they're going solar or wind\n because it makes financial sense. When data centers, those massive facilities powering the\n internet and all our cloud storage need more electricity, they're contracting solar and wind\n capacity because it makes financial sense. They've signed deals for enough clean energy to\n represent nearly half of all corporate renewable contracts in the U.S.\n

\n The technology keeps getting better too. Solar panels installed over just the last six years now\n prevent as much carbon from entering the atmosphere annually as if France, Germany, Italy, and the\n \n UK\n \n all stopped emitting entirely.\n \n Wind power\n \n prevents another massive chunk of emissions every year.\n

\n It takes time to replace a world’s energy infrastructure, so the picture can look grim when seeing\n that we are still using plenty of coal power, and emissions have yet to peak. However, an\n important signal of our current direction is looking at what types of\n new\n power generation is being built. As of 2024, nearly 80% of new power is from renewable sources,\n and this rate is steadily going up over time.\n

\n \n

\n Worldwide new\n power capacity additions by technology, 2016-2024\n (\n \n \n generated from data from ember-energy.org\n \n \n )\n

\n But let's bring this back to what it actually means for you. That laundry detergent you bought\n last week? Good chance it was manufactured in a facility partly powered by solar. The aluminum in\n your soda-can was likely smelted using increasingly clean energy. The cardboard box your online\n order arrived in, came from a mill that's been steadily cleaning up its production.\n

\n These reductions are happening right now, embedded in the everyday products you already use. Every\n purchase becomes a small vote for cleaner production, whether you realize it or not. And when\n millions of people make those purchases, manufacturers notice. They double down. They invest more\n in clean energy. They redesign more products. The revolution compounds.\n

\n In Europe, power sector emissions dropped significantly last year thanks to wind, solar, and\n rebounds in hydro and nuclear. The challenge now is extending similar progress to transportation\n and heating, areas where change is more complex but equally important.\n

Hope Isn't Naive, It's Contagious

\n Here's the truth about optimism: it's not about blind faith or wishful thinking. It's the ability\n to see small wins and recognize that they matter. Communities everywhere are proving that schools\n installing solar panels, towns recycling wastewater for irrigation, companies swapping fossil\n plastics for bio-based ones.\n

\n When people see change happening, it clicks. Hope stops feeling abstract as it becomes action. You\n can't always measure it in spreadsheets, but you can feel it in the way conversations shift, in\n how decisions get made, in the way people’s concern turns into action.\n

\n We're at an inflection point. Progress is accelerating in ways that seemed impossible a decade\n ago. Coal plants are closing not because of a picket protest, but because they can't compete.\n Electric vehicles are becoming the practical choice, not just the idealistic one. Solar panels and\n wind turbines are going up because they make financial sense.\n

\n There's still a lot of work ahead. The infrastructure we're building today won't show its full\n impact on total emissions for years, it takes time for new solar farms to come online, for\n electric vehicles to replace gas-powered ones, for cleaner factories to outpace older facilities.\n But the momentum is real, and the direction is clear. We're not at the finish line, but we've\n turned the corner. The emissions reductions will follow as these changes scale up and compound\n over time.\n

Small Steps Add Up

\n So where do you fit into all this? Chances are, you already do. Every time you reuse something,\n repair instead of replace, or simply notice the thought that went into a more sustainable product,\n you're part of that progress.\n

\n Progress isn't about giant leaps. It's about passing the baton, one effort to the next. The\n engineers redesigning packaging, the plant managers switching to renewable energy, the logistics\n teams finding more efficient routes, they're not waiting for permission or perfect solutions.\n They're moving forward with what works today while building toward what works better tomorrow.\n

\n This is how change actually happens. Not through dramatic pronouncements or sweeping mandates\n alone, but through thousands of practical improvements happening simultaneously across industries,\n communities, and supply chains. Each one makes the next one easier. Each success proves what's\n possible.\n

\n And right now, it's in your hand. The future isn't waiting to begin, it's already unfolding\n quietly, right in front of us. In the products you buy, the energy powering your home, the\n materials being designed today for tomorrow's goods. The revolution is happening. You just have to\n look for it.\n

How You Can Help

\n Your choices amplify this momentum. When you pick products with lighter packaging, support\n companies investing in clean energy, or upgrade to an electric appliance, you're sending a signal.\n Companies notice what sells. Investors notice what grows. Each purchase becomes a small vote for\n the direction we're heading, and those votes add up faster than you might think. The engineers and\n managers pore over the data to make sure they are responding to what people choose. By supporting\n the companies doing the right thing, you're not just participating in progress. You're\n accelerating it.\n

\n","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Usama Zulfiqar"],"authorId":"recRIx3fNMMLItiA1","status":"Published","live":true,"published":"2025-11-03T04:43:16.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1whlZxHOKRkEErE0Y4pdVDUgbH4NBm8SgW5OU_n25nMg/edit?usp=sharing","primaryAudience":"concerned","articleSubcategory":"Realistic Optimism","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recGJgN4JaeJP8cuT","slug":"i-just-tried-swap-a-led-bulb","meta":{"title":"Try an LED light bulb","description":"LED light bulbs aren't what they used to be: in the past they were very harsh, but that’s not true anymore. Now they come in warm tones, soft whites, and even dimmable options that look and feel just like the old ones, but with a much longer life.","seoTitle":"","seoDescription":"Modern LED bulbs look warm and natural, use far less electricity, and last much longer than old bulbs.","category":"technology","impactLevel":"","effortLevel":"","effort":"$5-10","type":"action","resourceRequirement":"home","resourceRequirementRaw":"home","politicalLeaning":"","age":["18-64","65+"],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

A few months ago, one of my old lightbulbs finally burned out.

Nothing unusual — just another small reminder that things wear out over time. I went to replace it, but this time I picked up an LED instead of the usual bulb. Not because I was trying to “go green” in a big way, but because I was simply curious.

I bought just one — same screw-in base, same shape — and honestly, I was surprised. LEDs used to have a bad reputation for being too harsh or too white, but that’s not true anymore. Now they come in warm tones, soft whites, and even dimmable options that look and feel just like the old ones.

Still, I get why people haven’t switched yet. For years, LEDs were pricey, looked odd, and didn’t always work with older dimmers — those first impressions stuck around. The story today is a lot different: prices have dropped sharply, compatibility has improved, and the light quality is hard to distinguish from incandescents.

Why It Matters

Lighting doesn’t seem like much in the grand picture, yet it adds up. According to the US Department of Energy, lighting makes up about 15% of an average home's electricity use. LEDs can cut energy use by up to 90% compared to older bulbs and last much longer.

When I thought about it, this one little change meant longer bulb lifespan, fewer emissions, and less waste. It also meant lower electricity bills — not a bad bonus for something that takes less than five minutes to do.

Since changing that first bulb, I’ve started noticing light in new ways — how easily I forget to switch it off when I leave a room, how bright my space already is without needing every lamp on, and how few of my friends actually use LED bulbs or even know how much energy they save.

It surprised me, honestly. We talk about sustainability in big terms — solar panels, electric cars, recycling systems — but something as simple as a lightbulb rarely comes up. Yet it’s right there in our homes, quietly using energy every single day.

So the next time a bulb burns out, maybe you could also try to swap it for one LED bulb.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2025-10-27T04:37:48.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1VtIfmkonBaU-9_amCkNh6R68_-gYHZwUli80blbuK7A/edit?tab=t.0","primaryAudience":"cautious","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recGoPWCXOC1w5Yqb","slug":"does-individual-emissions-reduction-make-a-difference","meta":{"title":"Does reducing your personal emissions actually make a difference?","description":"There are plenty of individual actions people can take to reduce emissions, from changing how they eat to home improvement, but this feels insignificant in terms of global emissions. While it's true that installing solar panels is not going to change the world on its own, It's important to consider that these changes do more than just direct emissions reduction, and that you are not alone.","seoTitle":"","seoDescription":"Personal emissions cuts do matter, especially when they shift markets, norms, and policy pressure over time.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

You’ve probably asked yourself this before. Coffee in hand, scrolling through another stream of headlines about floods, fires, and record-breaking heat, you pause for a moment and wonder, ‘Does anything I do actually matter?’. It’s an honest question. The scale of climate change feels vast, almost beyond human reach, while the choices we make each day seem impossibly small beside it. Somewhere in that space between enormity and effort lies the quiet beginning of real change.

History reminds us that real progress rarely begins with grand gestures or sweeping reforms. It begins with what’s close and within reach — one decision, one new habit, one subtle shift in how we move through the day. And those tiny changes? They don’t stay tiny for long. They ripple outward, influencing others, shaping culture, and eventually pressing on the very systems that once seemed unshakable.

So perhaps the question isn’t whether small actions matter, but how far their ripples can travel.

The Ripple Effect: How Change Really Spreads

Social scientists call it social contagion. It’s the idea that behaviors spread through networks just like laughter or yawns. One person starts composting, and before long their neighbors feel inspired to do the same. Research from Stanford and MIT found that when one household picks up a visible eco-friendly habit, nearby households and individuals are up to 25 percent more likely to follow.

You can see it happening everywhere. A few homes install solar panels, and soon the whole block seems to sparkle with them. It turns out, we copy each other more than we care to admit and that’s surprisingly good news for the planet.

Because when enough people change what they do, even companies take notice. They adjust products, supply chains, and even policies. What begins at a kitchen counter can eventually reshape boardroom agendas and even national conversations. People and companies move in a kind of shared rhythm. Businesses create what customers demand, and customers buy what those businesses offer. But that rhythm shifts the moment we do. Small, consistent choices in our daily lives can tilt the balance, prompting companies to rethink what they make, how they make it, and what they stand for. It’s a quiet cycle of influence, and it starts right where we live our ordinary days.

When Tiny Actions Sparked Giant Shifts

This pattern isn’t new. Take smoking bans. They didn’t begin with legislation. They began quietly with a few people saying no to lighting up indoors. A friend stepping outside after dinner, cigarette in hand. The faint curl of smoke drifting away from the table. A café owner put up a small sign that read “non-smoking area.” A workplace manager setting aside one clear corner of the office air. These tiny, almost ordinary gestures started to catch on, slowly reshaping what people expected from shared spaces. Soon, restaurants followed, then cities, turning personal choices into public policy. In the United States, local bans through the 1970s and 1980s opened the door for national action, supported by mounting research from the WHO that revealed the full impact of secondhand smoke. By 2003, that quiet movement had reached a global stage with the WHO Framework Convention on Tobacco Control, now adopted by 182 countries. What began as small acts of courtesy became a worldwide standard, a reminder that most revolutions start in everyday moments, long before the laws catch up.

Seatbelt campaigns followed a similar journey. Early slogans like “Seatbelts Save Lives” appealed to logic but didn’t always change behavior. The real shift came with a new message:‘Click it or Ticket’. It was simple, direct, and impossible to ignore. Suddenly, buckling up wasn’t just the right thing to do. It was the smart, immediate choice. That small change in framing helped push seatbelt use to more than 90 percent today.

Even the global movement against plastic bags began with one country—Bangladesh—in 2002. Public anger reached a breaking point after severe floods in Dhaka were traced to drains clogged with discarded plastic bags. Images of submerged streets and floating waste filled local news, turning frustration into a national call for change. The shift didn’t start in parliament — it began in neighborhoods. Local clean-up drives, citizen petitions, and media coverage by environmental groups like Bangladesh Poribesh Andolon (BAPA) made the issue impossible to ignore. Students, shop owners, and community leaders began urging shoppers to bring jute or cloth bags instead of plastic. As that movement gained visibility, pressure mounted on officials to act. By 2002, Bangladesh became the first country in the world to ban thin plastic bags, replacing them with cloth and jute alternatives. The impact didn’t stop there. The success of that policy rippled outward, inspiring more than 90 countries across South Asia, Europe, and Africa to introduce similar restrictions on single-use plastics, many citing Bangladesh as their model for reform.

None of these were overnight revolutions. They were the result of countless small, consistent actions, stacked one on top of another.

The Science of Habits and Systems

Change feels hard because our brains love patterns. Charles Duhigg, author of The Power of Habit, explains it as the habit loop: cue, routine, reward. You see your water bottle by your keys, grab it automatically, and feel good for skipping plastic. Do it often enough, and it becomes effortless.

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When many people repeat these small positive habits, systems start to bend around them. South Korea’s compost revolution began with just a few households. Within five years, it became a nationwide policy that cut millions of tons of food waste and inspired global change.

Consistency builds confidence. Confidence builds influence. Each tiny act sends a message to your brain, your community, and the broader world.

Why Businesses Are Paying Attention

These ripples don’t stop at individuals. Businesses and investors are watching closely because consumer choices reveal what the future looks like. According to theInternational Energy Agency (IEA), global industrial emissions dropped by 2.3 percent last year. That’s not luck. It’s companies responding to shifting consumer expectations. Nielsen found that 73 percent of global consumers are willing to change their habits to reduce environmental impact. That’s not a niche, it’s the majority speaking up. Unilever reports that its sustainable brands are growing 69 percent faster than the rest of its portfolio. $\"Image\"$

Four groups shaping consumption patterns.

When people refill bottles instead of buying new ones, beverage giants redesign packaging. When shoppers ask where materials come from, brands rework their supply chains. The cycle continues. We shift, they adapt. Together, we create momentum that reshapes the system itself.

The Why and How of Everyday Change

Here’s the thing: most people don’t start eating less meat or installing solar panels just to save the planet. Saving money or feeling healthier might play a part, but it’s rarely the whole story. Sometimes the sustainable choice costs more or takes extra effort. What really drives people is how those choices make them feel, that quiet sense of alignment between their actions and their values. It’s the satisfaction of doing something real when the problem feels impossibly large. Small, steady actions don’t just cut emissions; they ease the weight of worry and replace it with a grounded sense of purpose.

The ‘why’ is personal which is comfort, savings, convenience. The ‘how’ is where power lies. Because when these small personal choices multiply across millions of people, they start to influence markets, policies, and social norms. That same Nielsen study showed something powerful. The willingness to change is already there. It just needs direction. And when millions of quiet actions ripple outward, they remind us that progress doesn’t always start in boardrooms, it actually starts in living rooms.

Signs of Hope

If you ever feel like nothing’s getting better, look again. While the news can make it seem like humanity is doing nothing and moving in the wrong direction, renewable energy now powers around 30 percent of global electricity, with most new power being renewable. More than 400 major companies have set net-zero goals, and many are beginning to turn those commitments into real action. Unilever, for example, aims to achieve net-zero emissions across its entire value chain by 2039 and has launched a Climate and Nature Fund to help restore ecosystems while cutting supply-chain emissions. In fashion, Burberry became the first luxury brand to secure an SBTi-approved net-zero target. It’s already carbon-neutral in its operations and is working toward a 90 percent reduction in supply-chain emissions by 2040. Examples like these show that corporate pledges are no longer just promises, they’re starting to reshape how global industries operate. Plastic bans now protect nearly half the world’s population.

Global expansion in wind, solar, and hydropower has driven renewables to account for 30 percent of the world’s electricity generation in 2024.

$\"Image\"$

Global Power Generation trends over the last two decades(Ember,2025).

These wins didn’t come from one big breakthrough. They came from many small steps. Voters, shoppers, parents, and students. All pushing, little by little, until the system had no choice but to move. The world isn’t fixed yet, but it’s shifting. Every policy, every chart trending in the right direction, traces back to countless unseen choices made by ordinary people.

So, Do Individual Actions Really Matter?

Here’s the truth. No single act will save the planet. But every act sends a signal about the world we’re choosing to build. It tells companies what to create, governments what to prioritize, and communities what to normalize.

Imagine millions of tiny ripples merging into a single strong current. That’s how transformation happens. Quietly. Gradually. Then, all at once, it’s impossible to ignore.

So next time you grab a reusable bag, shorten your shower, or shop local, pause for a moment. That’s where the current begins.

A Small Invitation

Try something new this week. It doesn’t have to be big, just deliberate. Bring your own mug to the café or finally check out that local compost group you’ve been curious about. Small choices, made often, are how change starts to take hold.

Share one habit that makes you feel hopeful. Tell a friend why you’ve started walking to work or how you’ve cut down on food waste. Simple, honest conversations spread quickly and remind us that progress isn’t distant; it’s personal.

Support something that reflects what you value. Choose brands that use less plastic or vote for cleaner city transport. Every small signal counts. Businesses adjust, communities follow, and momentum builds.

And talk about it. Even casually, over coffee or online. That’s how norms shift, how circles widen, and how individual actions begin to matter together.

What if solving climate change didn't require giving anything up, just replacing the machines?

That's the central argument of Electrify, and it's a more radical reframe than it first appears.

$\"Image\"$

Published in 2021 and written by Saul Griffith, an inventor, engineer, entrepreneur, and MacArthur \"genius grant\" recipient, Electrify is the product of years of research behind Rewiring America, the nonprofit Griffith founded with a single mission: decarbonize the United States by electrifying everything. The book is his public case for why that mission is not only necessary but entirely achievable with technology that already exists today.

The plan, distilled to its simplest form: stop burning things. Replace every gas-powered machine in your home and garage with an electric version, power the grid with renewables, and the emissions problem largely solves itself. No sacrifice required. Just a hardware upgrade.

What Electrify Actually Argues

Griffith opens with a number that anchors everything that follows: the average American uses over 100 pounds of CO2 per day. The goal isn't to use less energy. It's to use the same energy, just from a different source.

From there, the book walks through the full picture of what electrification would actually require: upgrading the grid, replacing the roughly one billion fossil fuel machines currently in use across American homes and transportation, rewriting regulations built for a fossil fuel era, and financing the transition in a way that works for ordinary households rather than just early adopters with deep pockets.

Griffith is direct about scale. This is a mobilization effort comparable to World War II in terms of industrial output and national coordination. He calls for grid neutrality, where households, businesses, and utilities operate as equals in a two-way energy system. He estimates the transition could create up to 25 million jobs. He is not shy about what is being asked of government and industry.

But throughout, the tone stays grounded. Griffith is an engineer, and the book reads like one: precise, unsentimental, and focused on what works.

Why It Works for ClimateInvested.org Readers

One of the most common forms of climate fatigue is the sense that personal action is too small to matter at the systemic level. Electrify directly addresses that tension. Griffith's argument is that household decisions do connect to the larger system, because the machines in our homes, our driveways, and our communities are exactly the infrastructure that needs replacing. Choosing an electric vehicle, a heat pump, or an induction stove isn't just a personal choice. It's a market signal, a demand driver, and a proof point that the transition is underway.

For Climate Invested readers who want to understand not just what to do but why it matters at scale, this book provides the clearest technical and economic framework available.

One Honest Note

Electrify is unapologetically US-focused. The policy recommendations, the grid analysis, and the economic projections are built around American infrastructure and American politics. Readers outside the US will still find the core argument valuable, but the specifics won't always translate. The book also largely sets aside the political complexity of actually implementing what it proposes. Critics have noted that the optimism, while earned on the technical side, sometimes glosses over the harder questions of supply chains for critical minerals, international coordination, and what happens in communities economically dependent on fossil fuel industries. The vision is compelling and the engineering is sound. The path from here to there involves more friction than the book fully reckons with.

The Bottom Line

Electrify is the clearest, most technically grounded case that a modern, comfortable, prosperous life and a stable climate are not in conflict. The tools exist. The economics increasingly favor them. The only question left is speed.

🔗 Pick up your copy — Amazon.

Who It's Best For: Readers who want to understand the full picture of what energy transition actually requires, not just the headline. Ideal for engineers, policy-minded readers, business owners, and anyone tired of vague climate optimism and ready for something concrete. Also essential for anyone making decisions about home appliances, vehicles, or energy systems.

Difficulty: Intermediate, Griffith writes accessibly but the material is detailed and policy-dense in places

Read Time: A focused weekend read; rewards slower reading in the technical sections

Pages: 288

If you’ve ever spent 20 minutes reading climate news and suddenly felt like the planet is one bad Tuesday away from total collapse, you’re not alone. Between melting ice caps, plastic-filled oceans, and alarming headlines, it’s easy to think we’re already past the point of no return.

That’s exactly the mood Hannah Ritchie tries to reset in Not the End of the World.

Ritchie, a researcher at Our World in Data, spends her days digging through global data on climate, pollution, food systems, and biodiversity. And while she’s very clear that environmental problems are serious, she also shows that the situation isn’t nearly as hopeless as many headlines suggest.

The book walks through some of the biggest environmental problems: climate change, deforestation, air pollution, plastic waste, and food production. But instead of simply listing everything that’s going wrong, it focuses on something much more useful: what’s actually improving, and what solutions are already working.

And there is a lot of good news, and not just cherrypicked anecdotes. Renewable energy like solar and wind has become dramatically cheaper over the past decade. Air pollution has declined in many parts of the world. And the technologies needed to reduce emissions already exist, we just need to scale them faster.

A key concept Ritchie often comes back to is that two statements can both be true at the same time:

Things are not good
Things are better than they have ever been

This theme keeps coming back because in many areas, like air pollution, deforestation, and overfishing, things are much better than they were 50-100 years ago, even if they are problems today. Keeping this in mind makes sure that we can see both the urgency of the issue, but also the massive progress being made across the world.

One of my favorite things about Not the End of the World is how readable it is while still being backed by lots of data and research. This isn’t a dense environmental textbook. It feels more like a thoughtful conversation with a very data-savvy friend who calmly explains the situation after you’ve spent too much time doom-scrolling.

It is also worth to note, the book doesn't pretend the problems are small or easy to fix. Instead, it reminds readers that progress and problems can exist at the same time - “The world is much better; the world is still awful; the world can do much better.”

If anything, Ritchie argues that realistic optimism is exactly what we need. People who believe the future is hopeless are less likely to support the policies, technologies, and changes that could actually solve the problem.

Get it on amazon here.

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How to practice sustainable fashion?

Do you love fashion but worry about its impact on the planet? You are not alone. A growing community of producers, designers, and consumers is transforming the industry, proving that it's possible to dress stylishly in a more sustainable way.

The positive shift: Redefining fashion with purpose

We're now seeing more and more brands embrace more sustainable practices, from reducing water use and carbon emissions to pioneering waste management and using organic materials, all while ensuring fair labor conditions. This collective shift is moving the entire industry from a linear model toward a circular approach that designs out waste and keeps materials in use.

Circular Production Model in the Textile Industry. Source: own elaboration

Your first step: A simple change in where you shop

Next time you need something new, try a brand that prioritizes the planet. Look for brands with positive stories behind their materials, like using deadstock fabric, fabric remnants, or innovative materials like recycled plastic bottles.

Brands that inspire: examples of sustainability in action

Curious about what these brands look like? Here are a few inspiring examples:

Zero Waste Daniel (New York) designs clothing and accessories that use materials that are discarded during the manufacturing process in the garment industry.
Leeannhuang (Los Angeles) is a brand that manufactures clothing, in small batches, using recycled or deadstock materials and with OEKO-TEX certified materials and manufacturing processes.
Patagonia (US) uses materials like organic cotton, recycled polyester, and merino wool to create high-quality products that are designed to last and reduce waste.

On a personal note, as an Argentine, I love supporting local initiatives like Botela. I have one of their belt bags made from recycled plastic bottles, it's not only durable and practical for everyday use, but it also feels great knowing that my choice supports a circular economy.

I recently fell into a YouTube rabbit hole with the channel Hot Mess, and honestly, the name is pretty accurate. Climate change is a hot mess: politically, scientifically, economically and the channel kind of embraces that chaos in the best way.

Admittedly, I was just curious clicking into one video and somehow ended up watching way more videos than I planned. You know that feeling when you click on one video “just to see what it’s about,” and then suddenly it’s 40 minutes later? Yeah… that happened.

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The show is hosted by Joe Hanson, a biologist and science communicator who has a talent for explaining complicated things without sounding like your high school textbook. His vibe is somewhere between “science teacher who actually cares” and “friend who read too many climate papers and now needs to tell you about them.”

What I enjoy most is that the channel doesn’t pretend climate solutions are simple. Actually, it leans into the opposite idea: things are messy. Policies are messy, technologies are messy, and sometimes the “perfect solution” online turns out to be not that perfect in real life. At one point Joe basically sums it up with a line that feels like the unofficial motto of the show: “If you came here for easy answers… I have some mildly frustrating news.”

The videos jump across all sorts of topics. One video might dig into whether electric cars are actually as green as people claim. Another might explore carbon offsets, plastic bans, or why some climate solutions sound great but fall apart once you look closer. I like that the channel doesn’t rush to declare winners and losers. Instead, it spends time unpacking the nuance, which honestly makes the conversation feel more realistic.

And the humor helps a lot. Climate content can get heavy fast, but Hot Mess keeps it lighter without ignoring the seriousness. Joe occasionally pauses mid-explanation to say something like, “Okay… this is where things get weird,” before diving into some unexpected twist in the data.

Personally, I find that tone really refreshing because the channel doesn’t treat viewers like they’re either experts or clueless beginners. It sits comfortably in the middle — curious, a bit nerdy, sometimes skeptical, and surprisingly entertaining for a topic that usually comes with a lot of existential dread.

It’s the kind of channel where you start watching to understand one climate question and then end up learning about five others you didn’t even know you had.

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How much driving is too much? Many of us drive our cars everywhere, even to places only a mile or two away. But these short trips can be more trouble than they are worth, especially when you consider traffic, parking, or gas prices. Smaller, cheaper EVs, such as an electric scooter or e-bike, can take you on short trips, too, at a fraction of the cost and with near-zero emissions.

Electric scooters and e-bikes have more range than you might think. Modern e-bikes, for example, can go 25 to 75 miles on just one charge. That is enough for almost any errand and getting around close by. Additionally, riding an e-bike instead of driving can save you more than $1 every 10 miles in fuel, parking, and maintenance. That is nearly $1,000 in savings (and far less time searching for a place to park) every year if you ride it only a few times a week.

Electric scooters start as low as $150 to $300 for basic models. E-bikes, on the other hand, go for $800 to $3,500. Both are a fraction of the cost of a new or even a used car.

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Ebikes use about 10x less energy than a car per mile Riding an Ebike vs Driving: How Much Money Can You Save?

Here is how e-bikes hold up against cars:

Cheaper to maintain: Costs about 1¢ per mile vs. 13¢ per mile for a car.
Lower emissions: E-bikes emit up to 93% less CO₂ per mile than cars.
Lower upkeep: E-bike maintenance and electricity cost about $200 to $300 yearly, compared to more than $3,700 for gas and car upkeep.
Skip gridlock: The average American loses 63 hours a year sitting in traffic. E-bike and electric scooter riders can skip the congestion entirely.

Check out this deep dive video on electric bikes if you are curious on the details of their relative climate impact.

Electric scooters and e-bikes are not just for adults. Teenagers can ride them around nearby neighborhoods and even to school, which takes the load off parents who are tired of driving their kids everywhere. Just plug them in overnight, and they are ready to go.

You don’t have to start out by buying an electric scooter or e-bike straight away. If you want to give it a try, services like Lime, Bird, Veo, Uber, and local bike-share programs allow you to rent them for as long as you need.

Learn more:

https://www.ternbicycles.com/en/explore/why-e-bikes-cargo-bikes/riding-ebike-vs-driving-how-much-money-can-you-save#footnote-2

https://www.sciencedirect.com/science/article/pii/S0967070X21003401 https://www.circooter.com/blogs/news/how-much-is-an-electric-scooter

https://leoguarbikes.com/blogs/news/shocking-e-bike-prices-2025-complete-cost-guide-from-600-to-8-000

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A sustainability certification is a document issued by accredited third-party organizations that evaluate and verify whether a product, service, or organization complies with specific environmental, social, and economic standards. Its main objective is to promote transparency, accountability, and continuous improvement in sustainable practices.

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Examples of certifications used within the Climate Pledge Friendly program that focus on carbon footprint reduction and offsetting

These certifications can cover a wide range of aspects, such as carbon emissions, waste management, efficient use of resources, and labor practices. Obtaining a certification usually involves rigorous audits and ongoing compliance over time, ensuring that sustainability commitments are not just statements, but verifiable actions.

A widely recognized example is the ISO 14001 standard, which focuses on environmental management systems. This certification requires organizations to identify, manage, and reduce their environmental impacts, ensure legal compliance, improve resource efficiency, and reduce waste generation.

Certifications focused on carbon footprint

In recent years, certifications linked to the reduction of greenhouse gas emissions have gained increasing importance. Among them are initiatives such as Science Based Targets, the Carbon Trust Standard, and PAS 2060, SCS Carbon Neutral, which help organizations measure, reduce, and, in some cases, offset their carbon footprint.

The role of consumers and the lack of information

One of the main obstacles to responsible consumption is the lack of available information about the products and services we purchase. In general, data related to production processes, materials used, associated environmental and health impacts, waste generated during production, and the recyclability of products or packaging is often not accessible to consumers.

In response to this need for reliable information, different certification systems have emerged, enabling more informed and conscious purchasing decisions.

A concrete action: choosing certified products

One simple way to start becoming familiar with these certifications and to shop more sustainably is through Amazon’s Climate Pledge Friendly program. This initiative aims to help consumers identify more sustainable products by highlighting them with a leaf logo and is based on recognized third-party certifications, many of which are linked to carbon footprint reduction.

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Example of a product identified with the ClimatePartner Certified label on Amazon

Choosing products with sustainability certifications will not solve the climate change problem on its own, but it is a concrete and accessible action to reduce our environmental impact. and just as importantly, it sends a message to sellers that these certifications are important to customers, which will help shift markets in general toward these practices.

There's a technology that promises to vacuum carbon dioxide directly out of the air and bury it underground forever. Sounds perfect, right? Just build enough of these machines, keep burning fossil fuels, and we're golden.

Except it's not that simple. Not even close.

Carbon capture technology (specifically Direct Air Capture and Carbon Capture and Storage) has become one of the most debated climate solutions. Some see it as essential for reaching net-zero emissions. Others call it an expensive distraction. The truth sits somewhere more nuanced, and honestly, more interesting than either extreme suggests.

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Current Carbon Capture Capacity: Where We Actually Are

Let's start with reality: carbon capture technology is still tiny compared to the climate problem.

Right now, all the carbon capture facilities in the world combined remove about as much CO₂ as taking a few thousand cars off the road. Meanwhile, we're emitting the equivalent of over a billion cars. The scale gap isn't just big. It's enormous.

The world's largest direct air capture (DAC) plant, Climeworks' facility in Iceland, removes roughly the annual emissions of 8,000 cars. That's genuinely impressive engineering. It's also a drop in the ocean compared to what climate scientists say we need. Experts estimate we'll need to remove billions of tons of CO₂ annually by mid-century to limit global warming. We're currently removing thousands of tons. That's roughly a million-fold gap.

More and more carbon capture facilities are being planned across the globe. Over a hundred carbon removal projects are currently in development. A massive direct air capture plant opening in Texas this year will capture more than ten times what the Iceland facility does. But even if every announced carbon capture project gets built, we'd still be capturing less than 5% of what climate goals require by 2030.

The question isn't whether carbon capture technology works (it does). The question is whether we can scale carbon removal fast enough and cheap enough to meaningfully address climate change.

Carbon Capture Cost: The Money Reality

Cost is where carbon capture technology hits its biggest obstacle.

Direct air capture costs currently range from $400 to $600 per ton of CO₂ captured. That might not sound terrible until you realize we need to remove billions of tons to address climate change. The math gets expensive fast.

Recent carbon capture innovations are encouraging. MIT researchers developed new technology in 2024 that could cut direct air capture costs by about 30%. Other research teams are working on materials that make the CO₂ capture process more efficient. The goal is to reduce carbon capture costs to around $300 per ton by 2030, maybe even $100 per ton eventually.

But here's the reality check: even at dramatically lower costs, removing the amount of CO₂ we need would still cost hundreds of billions of dollars annually. That's the economic output of entire countries, every single year. For comparison, preventing emissions through renewable energy is much cheaper than carbon removal. Solar and wind are now the cheapest forms of electricity in most places. It costs far less to not emit CO₂ in the first place than to capture carbon dioxide after it's already in the atmosphere.

That doesn't mean carbon capture is useless. It means the economics point toward cutting emissions first and using carbon capture for what we can't eliminate.

Carbon Capture Energy Requirements: The Catch-22

Here's something that doesn't get enough attention: running carbon capture machines requires massive amounts of clean energy.

If that energy comes from fossil fuels, you're burning carbon to capture carbon, which defeats the purpose. Carbon capture needs clean energy to work. We’ve seen what happens when that balance doesn’t work. The much-promoted idea of “clean coal” relied on capturing emissions from coal plants, but the process required so much additional energy and cost that it never became widely viable. In many cases, it made more sense to replace coal with renewables altogether.

And that’s the real tradeoff: that same clean energy could be used to replace fossil fuel power plants instead, which would prevent more emissions.

Think of it this way: you have a limited amount of solar and wind power to work with. You could either use it to shut down coal plants (preventing emissions) or use it to run capture machines (removing emissions). In most cases, preventing emissions with that clean energy does better. This doesn't mean carbon capture is worthless. It means the priority matters. First, use renewables to replace fossil fuels. Then, once you've done that, use any excess clean energy for carbon removal. Doing it backwards is inefficient.

The good news? We're getting much better at generating clean energy, and more and more of it is being deployed every year. As renewable capacity grows, using some for carbon capture becomes more feasible.

Where Carbon Capture Technology Actually Makes Sense

Despite the challenges, carbon capture isn't a dead end for climate solutions. There are specific applications where carbon removal technology is genuinely necessary.

Some industries are extremely hard to clean up. Making cement, for example, releases CO₂ not just from burning fuel but from the chemical process itself. Steel production has similar challenges. These sectors account for roughly a third of global emissions, and we don't have good alternatives for many of them yet.

That's where carbon capture shines. Several cement and steel plants have successfully added capture systems that grab CO₂ right at the source, where concentrations are high and capture is cheaper. Norway opened the world's first large-scale cement plant with carbon capture last year. China launched its first cement capture facility too. These aren't experiments. They're operating commercial facilities.

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Aviation and shipping are other areas where carbon capture could help. Batteries don't work well for long-distance flights or massive cargo ships. Some companies are using captured CO₂ to create synthetic fuels for these hard-to-electrify sectors. It's niche, but potentially valuable.

And eventually, once we've eliminated as many emissions as possible, we'll still have CO₂ in the atmosphere from past emissions. That's where direct air capture becomes genuinely useful: as a cleanup tool for legacy carbon, not as a substitute for cutting emissions now.

Carbon Capture Innovation: Hopeful Developments in 2025-2026

Here's where things get more hopeful: the technology is improving faster than many expected.

Scientists at MIT just developed nanofiltration technology that could drop costs dramatically by making the capture process more efficient. Researchers in Australia are working on materials that can capture CO₂ using less energy. A Canadian company is testing systems that use waste heat from industrial processes to power carbon capture, solving two problems at once.

More and more creative approaches are emerging. Some teams are exploring enhanced weathering, essentially speeding up natural rock processes that absorb CO₂. Others are working on ocean-based removal systems. Biochar, which locks carbon in stable forms by burning agricultural waste in low-oxygen conditions, is gaining traction.

The technology is still early, but the pace of innovation is accelerating. What seemed impossible a decade ago is becoming routine. Costs that seemed fixed are dropping. More and more researchers and engineers are working on this problem, and that matters.

Investment is flowing too. While most money still goes toward renewable energy and batteries (which makes sense given they're more immediately impactful), carbon capture funding has grown substantially. More startups, more research, more competition. That's how breakthrough technologies get cheaper and better.

Carbon Sinks vs. Active Capture: Understanding the Options

Here's something that confuses people: we already have natural carbon sinks. Forests absorb CO₂. Oceans absorb CO₂. Soil absorbs CO₂. So why do we need expensive machines to do what nature already does?

The answer is scale and speed. Natural carbon sinks are absorbing billions of tons annually, but we're emitting even more. The math doesn't work. Forests can only grow so fast, and the good news is that global deforestation rates have declined compared to previous decades, and more restoration projects are underway. Still, in some regions trees are being cleared faster than they can recover, which limits how much carbon forests can absorb. Oceans are absorbing so much CO₂ that they're becoming more acidic, harming marine life. Soil can store carbon, but modern agriculture often releases it.

Natural sinks are crucial and we should absolutely protect and expand them. Reforestation, ocean conservation, regenerative agriculture; these all matter. But even if we maximize natural sinks, they won't be enough to offset continued emissions while also pulling down legacy CO₂ already in the atmosphere. That's where active carbon capture comes in: engineered systems that can work alongside nature at the scale we need.

This connects to something individuals increasingly encounter: carbon offsets. More and more companies offer you the option to \"offset\" your flight or purchase by paying extra. That money theoretically funds carbon removal, but the quality varies dramatically. Traditional offsets often fund tree planting, which sounds great but has problems. Trees take decades to absorb significant carbon, they can burn or get cut down, and many offset projects have been exposed as greenwashing, the trees weren't actually planted, or were going to be planted anyway.

Carbon removal credits tied to direct air capture or other permanent storage methods are different. When CO₂ is captured and stored underground in geological formations, it's removed for thousands of years. There's no risk of it being released back. These credits are currently more expensive (often $400-1,000 per ton vs. $10-50 for tree planting offsets), but they're also more reliable.

Should individuals buy carbon removal credits? It depends. If you’re offsetting an unavoidable flight or event, paying for high-quality, durable carbon removal can be a reasonable step especially if you’ve taken time to verify the credits.

Buying removal credits also sends a market signal. It tells companies there’s demand for credible, long-term carbon removal solutions, which can help scale better projects over time. At the same time, choosing lower-carbon options where possible sends an equally powerful signal that people want cleaner products, transport, and energy systems. Both choices shape the market in different ways.

For individuals, offsets can play a supporting role for emissions that are hard to eliminate. They work best alongside efforts to reduce emissions, not instead of them.

The bigger picture: carbon removal markets are growing, and more and more companies are purchasing credits to meet net-zero commitments. Individual purchases are tiny compared to corporate demand, but they signal that people care about this, which helps the industry scale. Just be very skeptical of cheap offsets that sound too good to be true, they usually are.

So, What's the Answer?

Carbon capture isn't a silver bullet, and it's not a scam. It's a real technology with real applications, just not the ones that get the most hype.

Think of it as a specialized tool, not a universal fix. But it can play a targeted role, especially for industrial emissions that are hard to eliminate. It may also help remove legacy CO₂ from the atmosphere once we’ve reduced most ongoing emissions, and it supports emerging solutions like sustainable aviation fuels. Offsets and carbon removal fit into that wider mix. Alongside clean energy, efficiency, electrification, nature restoration, and behavior shifts, they represent one piece of a much larger portfolio of climate solutions moving forward together.

The pattern emerging is clear: cut emissions dramatically through proven technologies like solar, wind, batteries, and efficiency. Then use carbon capture for the remaining emissions that are truly hard to eliminate, and eventually for pulling down atmospheric CO₂ concentrations.

More and more researchers, policymakers, and companies are converging on this view. Carbon capture is part of the solution: a supporting player, not the star. The main solution is still not putting CO₂ into the atmosphere in the first place. Technology will keep improving. Costs will keep dropping. The scale will keep increasing. The innovations happening now are genuinely encouraging. But counting on carbon capture to save us from making hard choices about emissions today is a gamble we probably can't afford to take. For simpler impactful actions, visit the actions section on climate invested.

The good news? We don't have to gamble. We have proven solutions that work now. Use those first. Let carbon capture develop into the role it's actually suited for: handling the hardest cases and cleaning up what we couldn't prevent. That's a realistic strategy, and honestly, a more hopeful one than betting everything on technologies that aren't ready yet.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Usama Zulfiqar"],"authorId":"recRIx3fNMMLItiA1","status":"Published","live":true,"published":"2026-03-01T21:24:34.000Z","internalNotes":"- carbon sinks vs active carbon capture\n- how the tech is evolving and how much it costs\n- how it relates to individuals and offsets\n","doc":"https://docs.google.com/document/d/1Ll6JRUGI7LRx1gcnqvOdibrcrzE8SynM3mZJcRJSB-c/edit?usp=sharing","primaryAudience":"concerned","articleSubcategory":"Practical Action","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recLwbJD8vR2udqNs","slug":"our-changing-climate-by-charlie-kilman","meta":{"title":"Our Changing Climate - Charlie Kilman","description":"Essay-style deep dive youtube content on climate issues","seoTitle":"","seoDescription":"","category":"","impactLevel":"","effortLevel":"","effort":"","type":"review","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

What if climate change wasn't just a science story, but a social one?

Most climate channels explain the problem through data and physics. Our Changing Climate asks a different question: who does it actually affect, and why does that matter?

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Started in 2016 by Charlie Kilman, a New York-based creator with a background in both filmmaking and environmental science, Our Changing Climate produces video essays that sit at the intersection of climate change and social issues. Kilman isn't a credentialed scientist, and he doesn't pretend to be. What he is, is a sharp, thoughtful storyteller with a genuine talent for connecting environmental systems to the human realities playing out inside them.

What the Channel Actually Is

Our Changing Climate operates in video essay format, which means longer, more narrative-driven content than the typical explainer. Kilman covers topics ranging from corporate greenwashing and fast fashion to food systems, degrowth, and the politics of climate policy, always pulling the thread back to how real people and communities are implicated.

One of the channel's more interesting strategies is intentional. Kilman has spoken openly about crafting titles and thumbnails that don't always signal climate content upfront, drawing in viewers who wouldn't otherwise seek it out. A video asking why a popular outdoor brand is so expensive becomes an entry point into supply chains and environmental accountability. It's a subtle but effective form of climate communication, meeting people where they already are rather than where we'd like them to be.

The production quality is polished and the pacing is patient. These are videos you watch, not just play in the background.

Why It Works for ClimateInvested.org Readers

The Climate Invested audience tends to be solutions-minded and already past the denial stage. Our Changing Climate serves that reader well precisely because it doesn't spend much time relitigating the basics. It assumes you're in, and moves straight to the harder, more interesting questions: who bears the burden, where does responsibility sit, and what does real systemic change actually look like?

That framing also makes the channel a good complement to more science-forward content. Where Simon Clark explains the physics, Kilman explores the politics and the people. Together they cover a lot of ground.

One Honest Note

Kilman's work sits further left on the political spectrum than Climate Invested's non-partisan approach, and some videos wade into systemic critique and anti-capitalist framing that may not land with all readers. This doesn't undermine the quality of the content, but it's worth knowing before you recommend a specific video to someone with different political sensibilities. The channel is best approached with that context in mind rather than as a one-size-fits-all recommendation.

The Bottom Line

Our Changing Climate is one of the more intellectually serious climate channels on YouTube. It won't tell you what lightbulb to buy. It will make you think harder about the systems behind the choices, and why those systems are the way they are.

🔗 Watch the channel — YouTube.

Who It's Best For: Readers who are already climate-aware and want to go deeper on the social, political, and systemic dimensions. Strong pick for anyone curious about environmental justice, corporate accountability, or how climate intersects with economics and inequality.

Subscribers: ~300,000

Upload Frequency: Regular, roughly every few weeks

Best Watched: In full, with some time to sit with it afterward

Many people don’t think about their water heater until something suddenly goes wrong, like the water turning cold mid-shower. But this quiet appliance, running 24/7 to keep the water hot even when no one is at home, makes up 14 to 18% of the average American’s utility bill; that is $400 to $600 every year or roughly $33 to $50 per month. The good news is that if you adjust the temperature of your water heater, you can reduce that expense, increase your heater’s lifespan, and be more energy efficient.

Some manufacturers set their water heaters to 140°F by default, which is 20 degrees hotter than most homes need. At 120°F, your water is still hot enough for laundry, showers, and dishes, but safe enough to prevent scalding. Setting your water heater to 120°F will save you about $36 to $61 each year in lower standby heat loss alone, and more than $400 in total for using less power to heat water in your home. That is money back in your pocket.

Lowering the temperature of your water heater is easier than you think. For gas models, the thermostat dial is by the gas valve, which is near the bottom of the tank. For electric heaters, you will find it behind a screwed-on panel. Once you have located your thermostat dial, turn off the power to the water heater and adjust the dial to 120°F.

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Example of a water heater thermostat dial. Set to “low” or “120°F”

Thermostat dials are usually not accurate, especially those on old water heaters. If your dial does not have numbers on it, look for markings like “low,” “medium,” or “high.” Set the dial to low or just below medium and then use a kitchen thermometer to check the temperature of the hot water coming out from the tap farthest from your heater. If the temperature is still not right, wait a few hours and check the tap water again. Keep adjusting the thermostat dial until your water reaches 120°F.

An easy alternative is to lower your water heater’s temperature slightly and see how it goes over the next few days. If the hot water runs out too quickly, increase the temperature slightly again. Do this until the water feels right for you. It’s okay to do a bit of trial and error because every home is different.

The U.S. Department of Energy has a free do-it-yourself guide to guide you through the adjustment process. Lowering the temperature of your water heater is a quick, easy task that pays you back every month by saving you money and reducing your carbon footprint. If you live in a rental, contact your landlord before making any adjustments.

Learn more:

https://www.energy.gov/energysaver/do-it-yourself-savings-project-lower-water-heating-temperature

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Chibueze Ejiegbu"],"authorId":"recfnVQRSDGIaAXVv","status":"Published","live":true,"published":"2025-10-25T19:46:10.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1nMUdMqlVz4he4Mj4g6ASWPlTVY388i0dHJ2D1zpc5Rk/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recO4L3XF4LBr4lAq","slug":"applying-the-8020-rule-to-climate-action","meta":{"title":"Applying the 80/20 rule to climate action","description":"The \"80/20 rule\" is the concept that you can often achieve 80% of the benefits from 20% of the work. This is not an exact science, but the truth to it is that there is almost always particularly impactful or easy things you can do to get most of the way to a desired outcome. This concept fits well with personal climate action; for any action, you can often get almost all of the emissions reduction with a few slammer changes. For example, to reduce your food impact, eating less beef will get more than half of the benefits as being a vegetarian, since other meats have far lower emissions than beef. When you look at the data, many other actions work this way too.","seoTitle":"","seoDescription":"Use the 80/20 mindset to focus on the few climate actions that deliver most of the impact with less effort.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

How focusing on a few high-impact choices creates remarkable change

Here's the empowering secret about climate action: you don't have to do everything perfectly to create meaningful change. A small number of your choices, maybe 20%, generate the vast majority of your positive environmental impact. Understanding this transforms how we approach sustainability.

The 80/20 rule, also known as the Pareto principle, observes that roughly 80% of effects come from 20% of causes. When applied to climate action, this principle reveals something wonderfully hopeful: we can achieve significant emissions reductions by channeling our energy into a vital few high-impact choices. This isn't about giving ourselves permission to ignore opportunities. It's about working smarter, directing our precious time and energy toward actions that create the most positive change.

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Discovering Your Leverage Points

When we examine how change happens, fascinating patterns emerge. Research shows that specific leverage points create disproportionate results. In the U.S., transportation represents 28% of total emissions, with vehicles responsible for 82% within that sector. This concentration reveals something encouraging: when we focus on key areas, our efforts multiply.

The same pattern appears in households. Project Drawdown research shows household actions can contribute 25-30% of the emissions reductions we need, especially when we direct our attention wisely. We're learning that transformative choices like home energy efficiency and dietary shifts often create more impact than we initially realized, opening up exciting possibilities for meaningful change.

The High-Impact 20%: Where Your Choices Shine Brightest

Transportation: Electric Vehicles and Mindful Flying.

Switching to electric vehicles creates substantial impact, eliminating tailpipe emissions while contributing to the momentum that's rapidly expanding charging infrastructure and making EVs more accessible for everyone. Choosing alternatives to long-distance flights amplifies your positive impact even further, saving roughly eight times more emissions annually than other everyday choices. This doesn't mean never flying. It means recognizing where your decisions create the most momentum for change.

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Lifecycle emissions comparison showing EVs reduce emissions - Statistica

Home Energy: The Power of Transformation.

While every energy-saving habit helps, investing in rooftop solar, upgrading insulation, or installing heat pumps delivers dramatically larger benefits. Nature Communications research found energy-efficient building improvements offer exciting potential, creating lasting change that compounds over time. These structural improvements keep working for you, year after year.

Diet: A Delicious Climate Solution.

Shifting toward plant-based eating creates more positive impact than many people realize, and the options have never been more delicious or accessible. Moving fully plant-based can save nearly one ton of CO₂ annually, while even reducing meat consumption captures substantial benefits. A plant-based diet saves about four times more emissions per year than recycling, and opens up a world of culinary discovery. The co-benefits are remarkable too: better health, more variety, and supporting a more sustainable food system.

Looking at the average U.S. household carbon footprint breakdown reveals exactly where opportunities shine brightest. Transportation leads at nearly 16 tons of CO₂ annually, with car travel representing the largest share. Home energy follows at around 12 tons, split between electricity, natural gas, and other sources. Food contributes roughly 7 tons, with meat and dairy forming notable portions. Goods and services each add about 7-8 tons. This breakdown isn't about guilt, it's a treasure map showing where your choices create the most positive momentum.

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Average U.S. household carbon footprint breakdown chart showing transportation (16 tons), home energy (12 tons), goods (8 tons), services (7 tons), and food (7 tons) - University of Michigan

Consumption: Strategic Choices That Multiply.

Household expenditure research revealed that thoughtful reductions in commercial services offer powerful potential, while embracing public transportation contributes meaningful benefits. The 80/20 perspective helps us ask: which consumption shifts create the most positive ripple effects?

From Personal Choice to Collective Transformation

Here's where the 80/20 rule becomes truly exciting: your high-impact choices extend far beyond your own footprint. When you install solar panels, choose an electric vehicle, or embrace plant-based eating, you're creating visible examples, normalizing sustainable choices in your community, and contributing to market signals that expand options for everyone around you.

Your choice to live car-free demonstrates to city planners that people want a better public transport system & infrastructure. Your plant-based meals show restaurants and food companies that alternatives deserve investment and innovation. This is how individual leverage points spark systemic transformation. When enough people focus on high-impact changes, those decisions combine into powerful market forces and cultural shifts that unlock larger possibilities.

Consider the inspiring example of electric vehicles. When early adopters make the switch from petrol to electric, they create visible demand that signals to governments: this transition matters to people. Governments respond by investing in charging infrastructure, which makes electric vehicles practical for more people. As more drivers make the switch, governments expand charging networks further, creating an upward spiral where individual choices and systemic support lift each other continuously. Your decision to drive electric doesn't just reduce your emissions. It builds the foundation that makes sustainable choices accessible and appealing to your neighbors.

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Feedback loop diagram showing how individual EV adoption drives government charging infrastructure investment, which enables more adoption

Finding Freedom in Focus

The beauty of the 80/20 approach is how liberating it feels. You don't need to achieve perfection in every area or agonize over every decision. Instead, you can identify the 20% of your lifestyle choices that create 80% of your impact, then channel your energy there with confidence and joy.

For most households, this means exploring a few key questions: How can I reduce car dependence in ways that actually improve my life? What home energy improvements would deliver lasting benefits? Which plant-based meals could I genuinely enjoy? These questions open up possibilities rather than imposing restrictions, because they target areas where effort creates proportionate rewards.

This represents strategic allocation of your valuable time and energy toward maximum positive impact. When you focus on high-leverage actions, you create meaningful progress while avoiding burnout, demonstrate what effective climate action looks like, and free up mental space for the collective efforts and community building that amplify individual influence into broader transformation.

The Promising Path Forward

The 80/20 rule offers an approach grounded in effectiveness and strategy, infused with genuine hope. While challenges remain, we're not facing an impossible situation. We have time to shift trends, and we're already moving in promising directions. Acting now matters because change builds momentum gradually, and early movers create the pathways that make transformation easier for everyone who follows.

Every person's vital 20% looks different, shaped by unique circumstances and opportunities. Someone who flies frequently has different leverage points than someone who rarely travels. A household in a cold climate can achieve remarkable improvements through heating efficiency upgrades. The key is honest, compassionate assessment: where do your largest emissions originate, and which changes would create the most beneficial outcomes for you and your community?

Here's the genuinely encouraging reality: when millions of people channel their climate action toward the choices that matter most, we don't just achieve incremental progress. We catalyze market transformations, cultural evolution, and political momentum that unlock systemic possibilities. The 80/20 rule doesn't minimize the importance of climate action. It maximizes our collective effectiveness and reminds us that smart, focused effort creates remarkable change.

Discovering Your Vital Few

The path forward invites exploration rather than demanding perfection. It's about identifying your highest-impact opportunities and directing your energy there with intention and enthusiasm. It's recognizing that a small number of choices create most of your environmental footprint, which means those same choices hold tremendous potential for positive transformation.

Start by exploring your transportation, home energy, diet, and consumption patterns with curiosity. Where do you see the most inspiring opportunities? Those are your leverage points. Focus there, make changes that enhance your life, and trust that your concentrated effort on the vital few will generate far greater results than scattered attention across everything.

The 80/20 rule reminds us that climate action doesn't require superhuman effort or sacrifice. It invites strategic focus and smart choices. When we direct our energy toward the decisions that genuinely matter, we discover we have more power to create positive change than we ever imagined. That's not just efficient. That's profoundly hopeful.

Ready to discover your high-impact 20%? Explore the resources linked throughout this article, calculate your household carbon footprint, and uncover which changes will create the most positive difference for your unique circumstances. Your vital few choices are waiting to be discovered, and the results might surprise you.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Usama Zulfiqar"],"authorId":"recRIx3fNMMLItiA1","status":"Needs Review","live":false,"published":"","internalNotes":"","doc":"https://docs.google.com/document/d/1M-MQcIZJgLjXk1ryslXFIT_POrR9uwaEtnEQ1C0QUjM/edit?usp=sharing","primaryAudience":"concerned","articleSubcategory":"Practical Action","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recO6OtfRVUUAN7q1","slug":"water-your-lawn-less-often","meta":{"title":"Water your lawn a bit less often","description":"Watering grass is one of the biggest uses of water we don't think about, and its just creating more yard work for yourself and can actually be worse for the grass. Its ok for grass to get a little brown when its dry; it will grow back green once the weather is more amiable. ","seoTitle":"","seoDescription":"Water lawns less often to conserve water, reduce pumping energy, and encourage deeper, healthier roots.","category":"lifestyle","impactLevel":"Medium","effortLevel":"Low","effort":"free","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":[],"gender":[],"livingSituation":["suburbs"],"actionPhoto":[],"htmlDescription":"

Lawns are great for playing fetch with the dogs, but they can quietly use a surprising amount of water. In many parts of the country, outdoor watering makes up more than 30 percent of total household water use, and most of that goes to keeping grass perfectly green. Cutting back just a little can make a noticeable difference in your water use, and can actually be better for your yard in the long run.

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Source: U.S. Environmental Protection Agency (EPA), WaterSense Program.Understanding Your Water Bill

It’s okay for grass to go a little brown during dry spells. Most turf grass naturally goes dormant when water is scarce and will green back up once the weather cools or the rain returns. Watering too often does not make your lawn healthier; it actually encourages shallow roots that dry out faster and depend on more frequent watering. A deep soak once or twice a week helps grass build stronger roots that can handle heat and drought better.

Keep in mind also that overwatering can cause problems too. When soil becomes oversaturated, it can become waterlogged and you can actually drown your grass roots. An overwatered lawn is also more prone to lawn diseases.

I used to feel like I had to water every other day, especially in the summer. Now I only water deeply once a week when it is hot, and I have noticed the grass stays green longer on its own. It has saved time, lowered my water bill, and made yard work feel a lot more manageable. If it rains, I just skip that week.

If you are not sure how much to water, try this quick test: step on your grass. If it springs back, it still has enough moisture. Adding a simple hose timer or smart sprinkler controller can help automate the schedule and prevent accidental overwatering.

","resourceLinks":"https://www.youtube.com/watch?v=KLYMjPNppRQ","aiSummary":"","suggestedAudience":"","authorName":["Brittany Hammett"],"authorId":"recLfhv01v9N1Qjkv","status":"Published","live":true,"published":"2025-10-28T03:22:47.000Z","internalNotes":"- in general I want to avoid images with lots of text, and include them inline with the article where relevant vs at the top. Also the text of this is kind of hostile and demanding (mostly \"curb your water waste!\") which - I think is a turn off (but the article is not hostile at all!). For this one maybe a chart showing water use by activity could help show that htis is a big water user?\n- there are two \"try this\" sections, and I think generally you can pare down the number of suggestions to 2-3 things that they can do. I want to avoid too many suggestions that could be overwhelming.\neverything in the article before try this looks great!","doc":"https://docs.google.com/document/d/1hzc7wuvTcj5U6rhtDj-CkmFEMB2bnQIVTWLF0w3c1Hs/edit?tab=t.0","primaryAudience":"cautious","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recP6olrChLjrlxMt","slug":"conservative-climate-foundation","meta":{"title":"Conservative Climate Foundation","description":"Climate change really should not be a partisan issue, but unfortunately that ship has sailed. That doesn't mean you have to be a liberal to care about climate change or want to do something about it.","seoTitle":"","seoDescription":"","category":"politics","impactLevel":"Medium","effortLevel":"Medium","effort":"varies","type":"organization","resourceRequirement":"donation","resourceRequirementRaw":"donation","politicalLeaning":"conservative","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"https://www.rightonclimate.org/support/","aiSummary":"","suggestedAudience":"","authorName":"","authorId":"","status":"Assigned","live":false,"published":"2026-03-09T04:22:52.000Z","internalNotes":"","doc":"","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recP7mWX6Jnp35nTz","slug":"clean-energy-is-a-good-idea","meta":{"title":"Even if climate change is not real, clean energy is a good idea","description":"Moving to clean energy and electrifying is usually discussed in relation to climate change, but there are a lot of other reasons to do it, too. For example, burning fossil fuels causes more deaths than you probably think just from direct emissions. ","seoTitle":"","seoDescription":"Even without the climate debate, clean energy improves air quality, public health, and long-term energy security.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

\n Repeatedly we hear about renewable energy as connected to climate change. That renewable energy is\n good for climate change. But what if climate change doesn’t matter? Or what if you don’t believe\n in it? Let’s just take climate change out of the picture for a second. What then? Why should we\n care about renewable energy?\n

Creates Jobs

\n Renewable energy is one of the fastest growing industries. Countries like China have skyrocketed\n in their interest in renewable energy, but even in the United States, the solar energy industry is\n one the fastest growing industries. What were once startups are now multi-million dollar companies\n spanning the entire country.\n

\n One of the critiques of renewable energy is that it doesn’t create a significant economy. That is\n vastly untrue if we look at solar energy companies. In 2024, global clean energy investments\n surpassed\n $1.8 trillion\n , outpacing fossil fuel investments. It is only expected to grow, especially as companies look to\n transition to green energy and a circular economy in order to appear more popular to their\n consumers. Wind is the next renewable energy to take off, and it already is showing significant\n growth.\n

\n It’s true that moving away from fossil fuels will cause some jobs to be lost, however if you look\n at the data for jobs created per dollar spent, renewables come out\n \n significantly ahead \n : Per $1 million of spending, renewables create ~7 jobs vs 2-3 for equivalent fossil fuel\n investments. In addition, the majority of energy sector jobs are not specific to what type of\n power generation we use, such as those building and maintaining power infrastructure.\n

\n \n

Cheaper than Fossil Fuels

\n One of the realities of solar energy in particular, is that it is now cheaper than fossil fuels.\n

\n Oil requires constant drilling, and then it requires the cost of refineries and transportation.\n This cost does not end, because that is the definition of a non-renewable resource. You have to\n keep putting petroleum in to keep generating energy.\n

\n Solar energy, due to significant advancements, has significantly decreased in cost. Once the solar\n panels are installed, there are virtually no other costs. For 25 years. Yes really. That’s it.\n It’s passive, set-it-and-forget-it energy.\n

\n One of the critiques of renewable energy is that it is unstable without battery storage, which is\n true, but battery storage is also getting cheaper. This allows renewable energy to compete with\n incumbent fossil fuel energies as a viable alternative.\n

\n \n \n

Solar and wind are now cheaper than coal power, even if you include battery storage

Promotes Individual Freedom and Community Development

\n Talking about freedom, what if your house ran on energy that came from renewables, significantly\n reducing your energy costs or removing them entirely, where you could be the owner of your own\n energy? Solar systems do require an upfront investment, but after installation the energy created\n is passive energy without reliance on an energy company and with minimal maintenance for 25 years.\n This means you can SAVE MONEY in the long run while also becoming your own energy boss.\n

\n As well, small towns and communities that maybe would not be able to have control over their\n energy costs can now afford to power their homes efficiently. Renewable energy gives them the\n opportunity to lower their energy costs significantly so they can use their money for something\n else.\n

Pollution causes health issues

\n Renewable energy puts out substantially less air pollution than fossil fuels. Since we aren’t\n considering climate, ignore CO2, and we will just look at sulphur dioxide, a primary pollutant.\n Air pollution from fossil fuels is responsible for numerous health problems, including asthma,\n cancer, heart disease, and many more. It is estimated that at least 90,000 premature deaths are\n caused by air pollution every year in the US.\n

\n It’s true that renewable energy does create some pollution too, mostly related to mining and\n installation of systems, but even accounting for this, it is nowhere near the amount from fossil\n fuel power. It’s actually even less than the CO2 emissions.\n

\n It’s important to call out that coal is much worse than natural gas on this front - while natural\n gas is still a significant polluter, it is definitely a much better alternative to coal, and can\n be a good stepping stone.\n

\n \n

\n Comparing the pollutants from the full lifecycle of different power sources (data from\n \n \n Oeko-Institut\n \n \n )\n

Lower Land Use Impact

\n Renewables have significantly less environmental impact in other ways too. For example, land\n usage. While solar and wind do take up more space than fossil fuel plants, they are far less\n intrusive, and can be built on farms along with crops, or on rooftops in the case of solar.\n

\n Secondly, while the effects of mining for renewable energy do affect the environment, the\n installation of renewable energy itself does not have a heavy environmental impact. And because it\n is renewable, means that it does not need to be fed new petroleum constantly, and drilling adds\n significant land use and in only specific areas..\n

\n For example, places like Wyoming, which has historically relied on coal for its economy, is an\n excellent candidate for wind energy due to its flat geography and significant amount of wind. Many\n of the skills needed for coal mining can easily transition to renewable energy. Companies\n advertise retraining for former coal miners in a little as 60 days.\n

Let’s Bury the Hatchet

\n In recent years, renewables vs fossil fuels has been highly politicized, with conservatives\n arguing that fossil fuels are needed to fuel the economy, and liberals calling for total\n elimination of fossil fuels. Neither of these extremes are necessary. We can build up clean energy\n and create jobs while ramping down fossil fuels, especially coal.\n

\n When you look at the data, 70% of Americans support renewable energy.\n \n Texas\n \n and\n \n Alaska\n \n , both oil-rich states that vote conservative, have a substantial amount of renewable energy, with\n roughly 80% of both state populations supporting renewable energy.\n

\n We no longer need to make a choice between clean energy and cheap energy, so let’s stop fighting\n and start building.\n

\n","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Cooper White"],"authorId":"recqSy1bdlyxik9vE","status":"Published","live":true,"published":"2025-10-17T00:58:04.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/19rEkiarsw8YPZbndTeYyKcutEDvbnOz9dS1-ZAncc8Q/edit?tab=t.0","primaryAudience":"concerned","articleSubcategory":"Realistic Optimism","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recPWNM0YAGdFHASJ","slug":"we-really-arent-doomed-and-heres-why","meta":{"title":"We really aren't doomed; here's the data to prove it","description":"With all the bad news about climate change, it can feel like we have no chance of addressing it and that we only have a few short decades before the earth is uninhabitable. This isn't actually true. While climate change is a major problem and there is a lot to be concerned about, its important that we are realistic about what is happening and that we look at the progress we have already made at averting the worst impacts.","seoTitle":"","seoDescription":"The data does not support climate doom. Progress is real, and faster action can still avoid worse outcomes.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

There’s a pervasive sentiment that climate change is an existential threat to humanity. When you ask younger people who have grown up in the midst of climate change (and they did in this survey), over half of them agreed with the statement “humanity is doomed”. More and more people are wondering how to stay hopeful about climate change when it feels like it’s just getting worse or it’s too late.

It’s not surprising. News headlines are designed to shock and draw attention, and journalists often take the worst possibilities and state them as fact. The rise of social media increases how much news we see, and more frequent bad news makes us feel like things are just getting worse. Climate activists also often focus on the worst impacts, or use emotionally charged descriptions like “a burning earth”, “an unlivable world” in order to drive people to urgent action. However, this can often have the opposite effect - instead of being inspired to act, people just feel like there’s no point.

Climate change needs to be taken seriously, but it’s important to look at the data, which show these important ideas that aren’t talked about enough:

The current projections for the effects of climate change are no longer close to an existential threat to humanity
We are making a lot of progress toward reducing emissions, and are heading in the right direction
The individual climate actions that matter most are the ones that shift societal norms and perceptions

What are the scientists really saying?

If you are reading this article, you probably already know the basics - we are already seeing about 1.2°C of warming, and we know it is linked to human emissions. Experts have projected different scenarios of how much warming we will see by 2100 based on future emissions.

Back in the ‘90s, there was no signs of emissions decreasing or slowing down, and projections were in the 4-5°C range. This is the temperature range where some of the largest, global impacts were projected. Things like major shifts in ocean currents, major reductions in crop yields, runaway sea level rise, and other catastrophic effects.

As of this writing, the current expected projections based on real world data is 2.7°C. While this is still a very concerning amount of warming, it is significantly better than the baseline scenario. This level will likely still bring about a lot of problems, including more severe storms and wildfires, significant pressure on food systems, and some sea level rise, but we’ve averted the very worst effects already.

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The most important thing to take from this is that the projections are going down over time. This is an indicator that as time goes by, more people and governments are taking this seriously, and the steps they are taking are already working to reduce the impact. That means that we are likely to see even more reductions in the projections as time goes on, but by how much is yet to be determined.

Missing a goal does not mean we aren’t making progress

In the 2014 Paris agreement, nations set an ambitious goal of targeting 1.5°C peak warming, and this is often used as the benchmark of whether we have “succeeded\" or “failed” at fixing climate change. While ambitious goals are a good way to drive action, it's important to recognize progress even if this goal is missed, and realize that passing this benchmark does not mean we are doomed.

For example, the climate action tracker frames individual country’s progress against this goal, labeling most of the largest as “Highly Insufficient” or “Critically insufficient”. This paints a picture of a world that is not taking action or is moving the wrong way, when in reality, most countries are making significant progress toward scaling up clean energy and reducing emissions.

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While it is convenient to use specific numbers like 1.5°C to make projections and set targets, the impacts of climate change are gradual. Any reduction in emissions also reduces the impacts, and makes adaptation easier. While we need to continue to push on this momentum to move even faster, we shouldn’t use this as a reason to be critical of our progress.

To put this into perspective, let’s say you have a goal for your child to get an A on a test, and they come home with a C despite studying. Which of these reactions do you think would best motivate them to be a better student long term?

This grade is unacceptable. You need to actually start trying at school or you will never get a job and you will be a failure.
We know you worked hard, and we know you can do even better if you keep working at it. Let’s look at how you studied and see how we can improve for next time.

Seeing progress in the emissions data

If you look at a graph of emissions over time, it’s easy to feel like we are not doing anything. Emissions are still going up each year. If you look at cumulative emissions, it doesn’t look good:

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However, to see progress, especially with something as large as global emissions, we need to focus on how things are changing. Looking at the emissions released per year, we can see that emissions have been gradually slowing down, and are likely near a peak if the trend continues. In many countries, like the United States, emissions already peaked in 2007 and are now trending downward.

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Another important thing to look at is the per-capita emissions, or emissions per person, which shows improvements to emissions reductions without factoring in population growth. For this metric, worldwide emissions already peaked in 2012, and are now decreasing (and are decreasing quickly in the US since 2005).

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Some argue that per-capita doesn’t mean much, because we are going to see explosive population growth, however this isn’t accurate. The world population is actually projected to level off at around 10 billion people, as more of the world becomes more stable and healthy, and more people choose to have fewer children.

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Global emissions are a lot like a large ship - it has a lot of momentum and it takes a lot of effort to change its direction. Even if you run the motor in reverse at full throttle, the ship will continue moving in the same direction as it slows. It isn’t realistic to expect emissions to go from a point of accelerating upward to being significantly reduced within a short period of 10 years. Reduction of this scale would take drastic levels of change, that would have severe consequences on systems and people in the near term.

You can make an argument that we are not moving fast enough, but it is simply untrue to say that things are getting worse, or that we are doing nothing.

Seeing progress in rolling out clean energy

You can also see similar trends when looking at the progress of solutions. The biggest single source of emissions comes from electricity generation (around 40%), which needs to be addressed by moving from carbon heavy sources of power (like burning coal and natural gas) onto low carbon sources (including nuclear, solar, wind, and others). Again, looking at the power generation sources over time paints a dim picture: Fossil fuel production is growing, and low carbon sources are still a small portion of overall generation.

$\"Image\"$

However, in order to see progress and whether we are moving in the right direction, we need to look at the rate of change, not where we are now. For power generation, this means looking at what new power capacity is being built now. The graph below shows the new power generation built worldwide in 2024, and paints a much different picture: nearly 80% of new capacity was from low carbon sources, and this number is growing every year. If this trend continues, we will soon see an end to new coal power generation, the most pollutant and carbon heavy fossil fuel.

$\"Image\"$

Another important metric to look at is the retirement of existing coal power generation. Experts project that we will hit peak coal production in 2028, and will see a nearly 66% reduction by 2050 with current policies. $\"Image\"$

Projected phaseout of coal energy, from Global Energy Monitor

On the flipside, renewable energy sources, especially solar, have been on an exponential growth curve, and the rate of deployment has continued to surpass even the most optimistic estimates. This growth is apparent even just looking at the total energy generation from renewables. Not only is generation growing every year, it is growing at a faster rate.

$\"Image\"$

Capitalism is now on the side of climate action

The driver for the growth in renewables is no longer primarily political, it is economic. Capitalism has often been seen as the enemy of climate action, with many climate activists calling for the end of capitalism (good luck with that). However, we have now reached the point where green energy is cheaper to deploy in most cases, due to the rapidly falling costs of solar and battery technology due to significant investments in improving efficiency in technology, manufacturing, and deployment.

To see this, we can look at the cost over time in comparison to fossil fuels. While fossil fuel generation has gotten cheaper, the rate is nowhere close to that of renewables.

$\"Image\"$

This is not the full picture though. It’s important to keep in mind though that solar and wind are not baseload power, meaning that their generation is dependent on external factors, unlike fossil fuels which can be controlled by the power plant. This is an important consideration, since we not only need to have enough power capacity, but also have the power at the right time. Fortunately, this can be addressed using batteries to store energy when it is needed, but this does add to the cost of renewables.

For a truly fair comparison, it’s important to compare the cost of renewables and battery storage to fossil fuels, for an apples to apples comparison. This is known as the Levelized cost of energy, or LCOE. As of June 2025, the chart below shows the current levelized costs. Looking at this, it’s a closer call, but renewables are still cheaper than fossil fuels, especially coal.

$\"Image\"$

Levelized cost of energy from different sources accounts for the needs of storage for renewables (source: Lazard LCOE report)

This changes the narrative for climate change and environmentalism

This is a very recent development, and is a significant inflection point for clean energy where it is not only a cleaner alternative, but it is more cost effective too. This effect is likely to feed on itself, many call it a positive tipping point - as more renewables are deployed, more investments into innovation and manufacturing efficiencies will become more worthwhile, further reducing costs. More and more policy debates are no longer about subsidies, but how to reduce unnecessary regulations on renewables so that they can be deployed quickly.

It also means that for poorer countries building energy infrastructure, their leaders no longer need to choose between the climate and their country’s energy prosperity. Historically, many environmentalists argue that we need to prioritize emissions reductions over the growth of poor countries. Some have even gone as far as to say that “overpopulation” and economic growth in these countries is a problem we need to fix. This comes from a very short sighted view that we need to reduce emissions drastically no matter the cost, due to perceptions of extreme urgency in solving climate change.

Not only are these views extremely short sighted and unethical, they are ineffective. We can’t solve climate change at the expense of economic growth - no leader of a developing country will realistically put climate change above their country’s prosperity, and rightly so. Instead of spending energy on this uphill battle, we need to invest in ways to both improve prosperity and reduce emissions, like we are doing with investments in solar and battery technology.

Climate change certainly has urgency - the faster we reduce emissions, the more warming we can prevent, and every bit matters. We cannot wait to take action to address this problem. However, it is also not a short-term problem, and cannot be addressed with short-term solutions. We need to be thinking about how to best decarbonize for decades, not just in the near term. While short term solutions like degrowth or extreme personal sacrifice may have more impact now, longer term changes have a much more profound impact over time.

Can technology solve everything?

One school of thought on climate is “techno-optimism”, which argues that every climate issue can be addressed with new technology. However, there are many aspects of climate change that are likely not solvable by technology alone. For example, agricultural land use and food waste contribute to about 25% of climate impact.

While there are technical solutions to help here like improved farming technology and supply chain efficiencies, we also need cultural shifts, like moving toward less beef-heavy diets and moving away from low quality manufacturing practices like fast fashion. Like technology, these shifts take time to become the new normal. Pushing too hard for fast or drastic changes is typically counterproductive - telling someone they need to be a vegan or they don’t care about the Earth is unlikely to get you very far.

How you fit in

It may sound like all this progress means that individuals are off the hook. We are seeing progress and long term change, so we’re fine, right? While this does mean that drastic individual action is not critical, individuals are a very important part of changing how we think as a society about climate change, and normalizing climate action.

We need to reframe “climate action” as a new normal we are moving toward as a society, and not a heroic minority of activists attacking an uncaring system head on. This was closer to the reality 10-20 years ago, but not today. In fact, the majority of people think we need more climate action. In a 2023 study, 89% wanted to see more political action. 86% think people in their country “should try to fight global warming”. This is not what a fringe movement looks like.

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Small changes from many people shift the norms of society, and lead to profound, long-term movement. We’ve already seen so much progress here. There are many more products being marketed as sustainable than there were even 10 years ago. Large companies often have sustainability officers and are posting their plans to decarbonize. They aren’t doing this out of kindness, they know that the trend is that more and more of their customers care about it. While it's true that some of this is greenwashing, it shows that sustainability is a growing concern that companies are taking seriously.

Changing the narrative will take many individuals showing what everyday climate action looks like through what they do and how they talk about climate. This can look like a lot of things, and is different for everyone. It could be mentioning that you got a new electric mower and you love it. Telling your friends you tried a bean burger and it was actually pretty good. Posting on instagram that you learned that clean energy is now cheaper than fossil fuel alternatives (yes, coal is the alternative energy now).

If you need some inspiration, our actions page will help you get started on some ways you can start taking climate action based on a short survey.

If you want to learn more about climate progress, I highly recommend Not the End of the World by Hannah Ritchie, a leading climate and data scientist. It looks more into how we are actually making progress in many ways, from reductions in deforestation to preventing plastics from getting into the ocean.

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When someone mentions “climate change”, what comes to mind? You probably think of protestors yelling into megaphones, or activists desperately shouting to make people believe. But the truth is, the vast majority of people already agree climate change is real, worry about it, and want action. Yet, most of them believe they are in the minority.

Global surveys and psychological research point to two powerful insights: A strong majority of people today support climate action, and people tend to massively underestimate this fact.

$\"Image\"$

A substantial majority of people worldwide believe climate change is a problem we need to take action to address (Image from: OurWorldinData)

Madalina Vlasceanu’s report, published in Science Advances, surveyed 59,000 people across 63 countries and found that 86% agreed that humans are causing climate change problems and 73% or more in every country saw it as a serious threat. The pattern holds when you zoom in on individual nations: in the United States, around 75% of respondents across multiple surveys said that humans are driving climate change and that it poses a real concern. In the UK, the share was even higher.

Study after study points to the same conclusion: the overwhelming majority of people believe climate change is real and recognize it as a problem.

If so many people care, why does it feel like no one is doing anything? The answer lies in a psychological blind spot known as the “perception gap.” Most people don’t realize how many other people feel this way. Support for climate action is widespread, yet individuals consistently underestimate how common that support actually is.

A 2022 Nature Communications study found that 80–90% of Americans underestimated public support for climate policies or climate concern. People assumed only about 40% of their fellow citizens supported climate action, while the number was actually close to 75%.

A global study over 125 countries illustrates this perfectly. Participants were asked whether they would be willing to contribute 1% of their income to tackle climate change, and 69% said yes. When the same individuals were asked to guess how many others in their country would give the same answer, their estimate was dramatically lower with an average of just 43%.

This gap showed up in every single country, without exception. The chart below visualizes the difference between the actual level of support and what people think others believe in each country.

$\"Image\"$ In every country, the majority of people said they are willing to take action, but think they are in the minority (Image from: OurWorldinData)

Researchers call this phenomenon “pluralistic ignorance”, when people wrongly believe their views are in the minority. Many care deeply, but few talk about it because they fear it will alienate them. This misunderstanding doesn’t just distort public opinion, it actively discourages people from speaking up, getting involved, or pushing for stronger climate policies.

Self-efficacy and individual action

Another related challenge is low self-efficacy, or feeling like your actions won’t make any difference. Many people genuinely want to help or make a difference, but they are convinced their individual efforts won't have any meaningful impact. This doubt is compounded when they believe that others don’t care: “if no one else is doing anything about it, why should I be the only one to make changes for the climate?”

It makes sense that a person would be less likely to take action if they don’t feel like it would have much impact. This is also confirmed by research: It shows that self-efficacy (the belief that your actions can actually make a difference) is a strong predictor of whether someone engages in climate-friendly behavior. For example, even when surveys find that 80% of people are willing to change lifestyle habits to reduce emissions, many still feel their actions won’t matter unless others also act. Across multiple studies, individuals with low self-efficacy are also less likely to discuss climate change, voice support for policies, or participate in collective action.

There are several factors fuel this perception gap:

Traditional and social media amplify extreme opinions, while the average person who quietly supports climate action rarely shows up in the feed.
This is a fairly recent trend - in the past, the majority was more undecided about climate change, but over time, more and more people have started caring about it
Psychological biases shape how we see ourselves and others—we tend to be optimistic about our own reasoning and intentions but surprisingly pessimistic about everyone else’s.

Climate change isn’t a niche concern or a polarized fringe issue anymore - it’s a mainstream priority that’s simply hidden beneath a layer of false perception. These misperceptions matter. When people realize they are part of a caring majority, they become more willing to talk about climate issues, vote for climate-friendly policies, and support collective action. In fact, simply talking about climate is one of the easiest and most effective ways to break this false narrative.

For those starting the conversation for the first time, here are a few tips:

Start small: Mention a recent climate-related news story or a personal experience like what you have tried to do recently.
Connect to shared values: Link climate action to health, family, or community well-being—things everyone can relate to.
Don’t convince, ask questions: Invite others to share their thoughts rather than launching into facts or arguments.
Highlight the majority: Emphasize that most people support climate-friendly actions—this helps others feel part of a positive movement.

So to answer the question: Do many people even think about climate change?

Yes, many people do think about climate change, and globally the vast majority want stronger action. But ironically, most underestimate how many others feel the same.

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Secondhand thrifting apps offer an easy alternative to buying brand-new clothing. There’s a reason it has exploded in popularity in the last few years. Secondhand no longer means old, damaged clothes—modern sites and stores focus on getting you quality goods at a great price. Besides finding bargains, you can discover unique pieces and timeless vintage designs, all while making a positive impact on the climate.

‘Fast fashion’ refers to the cheap, low-quality and sometimes unethically-produced clothes constantly churned out by companies in the effort to sell more. Not only does this result in more sub-par items that don’t last long - it also is a big contributor to the 8% of global carbon emissions generated by the clothing industry. Buying secondhand clothing helps reduce the energy use of continuously producing new clothing. By keeping clothes that would otherwise go to waste in circulation for longer, you also help create a market for sellers, encouraging more use of longer lasting and high quality clothing

Online marketplaces offer everything from designer items to bulk basics. You can find high-quality secondhand clothes at fast fashion prices, or better. You can even get brand new clothes at a fraction of the original price if someone decides they bought the wrong thing. Filters let you customize everything from price range to material to color, making it easy to find just the right item. Once you’ve found something you want, just select your preferred shipping option. Some apps let you make your own offer to the seller, some verify the items themselves. But all of the biggest marketplaces offer a safe platform to browse a variety of great pre-owned goods.

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The Vinted app is a popular marketplace for quality secondhand clothes.

I regularly use Vinted to top up my seasonal wardrobe. Recently, I got a pair of Uniqlo slacks at a quarter of the retail price and a new pair of boots that didn’t fit the seller for only $5. There are plenty of other options out there, too:

Use Poshmark to shop for the whole family.
Visit Depop for the latest viral styles.
ThredUp gets you curated, quality brands.
Vestiaire Collection specializes in luxury items.

Try downloading one of these apps and give it a shot next time you need something.

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When you put your money into a bank account, it isn't just sitting; banks use this money to invest in many different types of projects. While you can't control where your bank invests your money, you can choose a bank that is lending their money to better causes. While most of the biggest banks are lending significantly to the fossil fuel sector, a growing number of institutions are prioritizing lending to green projects and community development. You might be thinking that moving a bit of money probably doesn't make much difference, but it has a surprisingly large impact - moving $8000 (the average savings in the USA) from a major bank to a green bank has nearly the same impact as eliminating meat.

Moving your money is both one of the easiest and most impactful things you can do to positively impact climate change

(image from project drawdown's report on personal banking)

And here's the kicker - most of these banks pay a lot more interest than the big banks! In addition to their lending practices, major banks like Chase know that most people just have accounts there because they have a big name, or their parents had an account there, so they can get away with paying interest rates like .02% (and that's for the \"preferred\" account), while banks prioritizing green lending like Forbright Bank are paying 3-4% interest (as of this writing - interest rates can change, but it is clear to see which banks are paying their customers vs pocketing all of the gains). While these banks are smaller and may not be household names, they are backed by the same FDIC insurance as the big banks.

Switching isn't as hard as you think

Ok, fully moving banks can be quite a chore, since you need to update all of your transfers and direct deposits. However, you can get nearly all the impact just by opening a new savings account at a green bank, and keeping a majority (or any part) of your cash savings in this account. And doing this in the modern days of electronic banking is extremely easy - many green banks allow you to open and fund an account 100% online. I personally still have my Wells Fargo checking account, but have move my savings over to Forbright Bank. I have a portion of my direct deposit going to this new account, but you can also just set up a recurring transfer. If you are on the fence, there is not much downside to opening an account and giving it a try - worst case you can just take your money out, there is no impact to your credit score for creating an account).

The basic steps are:

Find a climate friendly bank that supports online account opening (or if you prefer to go in person, find one that has a branch near you). bank.green is a great resource to find banks that do not fund fossil fuel companies
Connect your current bank account to the new one. In many cases, this can be done instantly, but otherwise takes a couple days to verify microdeposits
Move a portion of your cash savings to the new account using an online transfer
Watch your money earn more interest and help to make a better future

Note: this focuses on US banking, but the sentiment holds true in any country.

Pushing the system

Aside from the personal impact, moving your money can send an important signal to your old bank that their loaning practices matter to customers, and can lead to banks changing their lending practices to keep customers happy. This is not just a hypothetical, it has happened in the past on multiple occasions:

In the 1980s, divestment movements targeting companies behind Apartheid in South Africa resulted in many major banks divesting as well
In the 1990s, divestment from tobacco companies, which contributed to changing the perceptions around smoking

In order to help send this signal, contact your bank to let them know why you are moving savings out of their bank. You can do this using their standard contact number, or try to find the email of an executive of your local branch.

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Check out a Climate Changemakers hour of action

By Esperanza Navarro

While individual actions are important, the greatest impacts—and therefore the most significant changes—come from governments and multinational corporations. The question is: how can we, as citizens, actually influence their decision-making? The answer is through organized and strategic public pressure. Today, a movement called Climate Changemakers offers, with its \"Hour of Action\" tool, an accessible and efficient way to do just that.

But what exactly is an \"Hour of Action\"? It is a guided, 60-minute virtual workshop where a group of people executes a climate campaign on a specific topic in a synchronized manner. Following a clear plan, participants send emails, make phone calls, and post on social media, all directed at the same target—be it a specific politician or the board of directors of a corporation. No specialized knowledge or preparation is required to participate, as the organization provides all the necessary tools and instructions. The only requirement is to register and join the meeting. If you're interested in joining, you can explore upcoming virtual or local events directly on the Climate Changemakers events page or their Luma calendar.

The key to this model is coordination. It's not the same for thousands of people to demand change in a scattered way, on different issues and to multiple recipients, as it is to unify efforts in a single, specific campaign. The latter targets one single recipient, multiplying public pressure until the message becomes impossible to ignore.

It's important to contextualize that Climate Changemakers is a climate advocacy network based in the United States and is primarily designed to influence the politics and market of that country, given its decisive weight in climate change. However, anyone can participate in campaigns targeting multinational corporations, where the participation of consumers worldwide does have influence. Furthermore, this initiative can serve as an example for applying similar strategies in any region.

The true advantage of this model is its practicality. It leverages technology to unite ordinary people who are concerned and want to act, giving them a clear task within a concrete campaign that doesn't steal hours from their lives. You don't need to be a career activist or have an in-depth understanding of climate science. All you need is the impulse to do something, and one free hour.

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\n Your kids are already worried about climate change. The real question isn't whether to have the\n conversation, but how to have it without either terrifying them or pretending everything's fine.\n

\n They're hearing about it everywhere. At school, from friends, scrolling through social media,\n catching fragments of news you thought they weren't paying attention to.\n \n Studies show that more than half of young people feel genuinely worried about climate change, with some\n reporting it affects their daily life. Younger children aren't immune either, researchers have\n documented kids as young as seven expressing fears that the world will end before they're old\n enough to see it.\n

\n \n

\n \n Most young people are very worried about climate change, and for many it impacts their daily\n functioning (\n \n \n \n source\n \n \n )\n \n

\n That's a lot of fear for young shoulders to carry. And as parents, it puts us in an uncomfortable\n spot. We want to protect our kids from worry, but we also shouldn't pretend the problem doesn't\n exist. The good news? There's a middle path, one that's honest without being overwhelming, and\n hopeful without sugarcoating reality.\n

Start by Listening, Not Lecturing

\n Before you launch into explanations or reassurances, ask what they already know. Have they heard\n about climate change? Where did they hear about it, and do they understand why it is happening?\n How does it make them feel?\n

\n You might be surprised by what comes out. Kids absorb more than we realize, and their conclusions\n often run darker than the reality. One parent shared their seven-year-old saying, \"You're lucky\n you got to have your adulthood before the planet was completely destroyed.\" Heavy stuff for\n someone who still loses teeth.\n

\n When they share their fears, resist the urge to immediately dismiss them. Saying \"don't worry\n about it\" can make kids feel like their concerns aren't valid or that you're not being honest.\n Instead, validate what they're feeling: \"I understand why that's scary. It makes sense that you'd\n feel worried about that.\"\n

\n This isn't about dwelling on doom. It's about showing them their emotions matter before you help\n them process those emotions productively.\n

Why So Much Scary News?

\n Once they've shared what's on their mind, it's time to add perspective. Kids (and adults) today\n are bombarded with alarming headlines, and they need help understanding why the tone has been so\n urgent.\n

Here's how you might frame it:

\n \"You're right that there's been a lot of scary news. The thing about news: bad and scary stories\n sell. They get more clicks, more attention, more shares. Progress doesn't make exciting headlines\n the way disasters do. So what you're seeing isn't always the full picture.\n

\n Sometimes the media takes scientific findings and exaggerates them to make bigger, scarier\n headlines. Scientists studying climate change tend to be careful and specific about their\n predictions, but by the time that research becomes a news story, the nuance gets lost. A headline\n saying 'Scientists warn of gradual temperature increases requiring urgent action' doesn't grab\n attention like 'Planet has 10 years left!' even though the first one is more accurate and the\n second one is entirely untrue.\n

\n That's not to say the problem isn't real or serious. It absolutely is, and scientists have been\n right to raise concerns and push for action. But the way the media covers it often amplifies the\n urgency and scale beyond what the actual science says.\"\n

Things Are Better Than They Think

\n Here's something kids need to hear: while most young people are worried about climate change, way\n fewer believe we can actually fix it, and that we are already doing a lot. That gap between caring\n and hoping doesn't match what's really happening.\n

You can explain it this way:

\n \"We have so much access to news now, but more news stories doesn’t mean something is worse. News\n focuses on problems, not solutions, because problems grab attention. That makes it feel like\n everything's getting worse. But when you look at what's actually happening, we are heading in the\n right direction.\"\n

\n For example, just last year, wind and solar power made more electricity than coal in the United\n States for the first time ever. Think about that, the dirty, smoky power that used to run\n everything is now being outpaced by clean energy. And it’s not slowing down, it's accelerating:\n globally, nearly\n \n 80%\n \n of all new power plants built in 2024 run on renewables (up from ~50% ten years ago), showing that\n the shift isn’t coming someday, it’s already happening. Electric cars used to be weird science\n experiments, and now they’re just regular cars you see everywhere.\n

\n \n

\n Change in electricity generation by source (2015-2024)\n \n

\n Kids need to know that some of the scariest predictions like claims that “the world will be\n uninhabitable in 10 years” or images of a “burning Earth” are emotional appeals meant to spark\n action, not scientific forecasts. The truth is, the threat of climate change is real and serious,\n we still have time to mitigate it significantly. We have already likely avoided the worst outcomes\n because many people are taking it seriously and started solving problems faster than many\n expected. Progress doesn’t mean the work is done, it means the future is still in our hands.\n

\n \n

\n \n with current policies, emissions are leveling off and projections are around 3° C, instead of\n the 4-5° C baseline that was projected without the progress we have made. (\n \n \n \n source - climateactiontracker.org\n \n \n )\n

Show Them Real Progress

Kids need concrete examples, not abstract promises that \"someone's working on it.\"

\n They are not old enough to remember a time when solar and wind power were expensive novelties.\n Talk about how\n \n clean energy\n \n is taking over. Wind turbines and solar panels are getting cheaper and better every year. Entire\n countries run on wind power for whole days at a time. Companies are making bottles out of plants\n instead of plastic. Electric buses are replacing smelly diesel ones.\n

\n \n

\n \n \n Visualized\n \n \n : Renewable Energy Capacity Through Time (2000–2023)\n

\n Point out examples they can see. Solar panels on buildings in your neighborhood. Electric car\n charging stations at the grocery store. Recycling bins at school. These aren't futuristic, they're\n here now, working.\n

\n For younger kids, focus on things they can picture. Giant solar farms in China shaped like\n \n pandas\n \n .\n \n Playgrounds\n \n where kids playing generates electricity.\n \n Wind turbines\n \n as tall as skyscrapers. For older kids, talk about batteries that store sunshine for night time,\n \n farms\n \n growing food in skyscrapers, or scientists figuring out how to pull carbon from the air.\n

The key is showing them that progress is real, speeding up, and working.

Make It Age-Appropriate

Not every kid needs the same level of detail.

\n Young kids (5-8):\n Keep explanations concrete and focus on people solving problems. Talk about scientists and\n engineers working together, how trees clean air, how communities cooperate. Show them small things\n you\n do to help; turning off lights, reusing items, planting flowers, or walking instead of driving\n short distances. Kids learn most from what they see and from the example you set.\n

\n Middle kids (9-12):\n You can introduce more complexity around cause and effect. Explain how fossil fuel combustion\n creates greenhouse gases, but also how cleaner alternatives are scaling up. At this age, kids\n often feel powerless, so focus on showing how everyday decisions matter. Talk about how choosing\n energy-efficient products, supporting companies that use sustainable materials, or buying less\n single-use stuff can inspire others and gradually shift what becomes normal in society.\n

\n Teens (13+):\n Engage with full honesty about the nuances and challenges. At this stage, conversations matter as\n much as actions like encouraging them to talk with friends about what’s happening and how they\n feel, and perhaps helping their peers see things in a more positive light. Many teens find purpose\n in helping their peers see progress and possibility, whether through school projects, social\n media, or community efforts. Supporting that kind of engagement can turn anxiety into connection\n and action.\n

Give Them Power, Not Burden

\n \n Research\n \n shows something interesting: young people who worry a lot about climate change and do something\n about it don't struggle with sadness the way kids who just worry do. Action is like medicine for\n helplessness.\n

\n Provide examples through your own actions rather than assigning responsibility to them. Kids learn\n most from what they see, so let them notice how you conserve energy, support sustainable choices,\n or stay informed. If they show curiosity or suggest their own ideas whether it’s planting\n something, starting a small project, or learning more about an issue encourage and help them\n explore it. That way, participation grows naturally from interest and inspiration, not pressure.\n

\n Connect these actions to their existing interests and values. Passionate about animals? Explore\n habitat conservation. Fascinated by technology? Investigate clean energy innovation. Concerned\n about justice? Examine climate impacts on vulnerable populations and response strategies.\n

\n And critically: remind them they're part of something much larger. Countless adults like\n scientists, engineers, policymakers, entrepreneurs, activists are working on solutions every\n single day. This isn't their generation's burden alone to carry.\n

What to Avoid

\n Don’t lie or sugarcoat. Kids can tell, and when they do, they stop trusting what you say. Avoid\n language that makes the problem sound beyond anyone’s control, like “there’s nothing we can do” or\n “it’s up to governments and companies.” Instead, focus on what science tells us clearly: the\n planet is warming, and human actions are driving it. Then balance that truth with what’s still\n uncertain like how severe the impacts might be, and how much difference our choices can make.\n Steer away from catastrophic phrases like “the planet is burning,” and if you don’t know an\n answer, look it up together. That honesty builds trust and shows that learning never stops, even\n for adults.\n

Keep Talking

\n This isn't a singular \"big talk\" that you check off a parenting list. Climate change is an\n evolving challenge, which means your conversations should evolve too.\n

\n Check in periodically. Ask how they're feeling. Point out positive developments when you encounter\n them like new policies, technological breakthroughs, local initiatives. Normalize discussing both\n challenges and solutions. Model informed engagement yourself, children internalize helplessness\n when they observe anxious paralysis, but they learn resilience when they see purposeful action.\n

\n Spend time together outdoors.\n \n Research\n \n consistently shows that children who develop strong connections to nature are more likely to\n protect it as adults. Help them cultivate that relationship with the world they're learning to\n care for.\n

The Bottom Line

\n Your kids are growing up in a world shaped by climate change. That's unavoidable. But they'll also\n grow up in a world where people are actively solving the problem where technology is improving,\n policies are changing, and communities are thriving despite challenges. They need both sides of\n that story. Yes, the challenge is real. Yes, there's work to do. But no, they're not doomed. No,\n it's not too late. And no, they're not alone.\n

\n What you're really offering them isn't certainty or guarantees. It's perspective: that serious\n people are tackling serious problems, that tangible progress is underway and accelerating, and\n that when they're ready, there will be substantive ways to contribute.\n

\n Hope doesn't mean pretending everything's perfect. It just requires believing that human\n ingenuity, collective action, and sustained effort can bend the trajectory of the future toward\n something worth inheriting.\n

\n","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Usama Zulfiqar"],"authorId":"recRIx3fNMMLItiA1","status":"Published","live":true,"published":"2025-10-28T08:03:45.000Z","internalNotes":"- kids overwhelmingly think we are doomed\n- talk to them about what they know and have heard before\n- explain the reason for all the fear and scary stories, and how it was an important step in building awareness\n- emphasize that things now are better than they have been, we just have so much news access it doesn't seem that way\n- talk about progress that is being made, like scaling up green energy","doc":"https://docs.google.com/document/d/1Ng6Nz6jddD4mPiUz-FZK1TsKbZ6DMYd6f7ORRVtmbak/edit?usp=sharing","primaryAudience":"alarmed","articleSubcategory":"Talking About Climate","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recT24hxvVoWxp0SM","slug":"the-climate-economy-is-already-here-and-its-massive","meta":{"title":"The climate economy is already here (and it's massive)","description":"What if the biggest economic shift of your lifetime is happening right now, and most people aren't noticing? Climate adaptation and solutions are already a trillion-dollar industry—here's who's benefiting and why timing matters.","seoTitle":"","seoDescription":"The climate economy is already massive, creating jobs, investment, and new markets across energy and infrastructure.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"volunteering","resourceRequirementRaw":"volunteering","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Imagine you're an HVAC technician. For fifteen years, you've been installing gas furnaces and traditional AC units which is standard stuff. But over the past few years, something has shifted. More and more customers start asking about heat pumps.

If you don't know, heat pumps are systems that both heat and cool your home using electricity, basically an air conditioner that can run in reverse. They're significantly more efficient than traditional heating systems, often using 50-70% less energy than gas furnaces. What used to be niche technology mainly used in mild climates now works efficiently even in cold regions.

At first, it's just a handful of requests from early adopters, environmentalists, and people chasing rebates. But the volume keeps growing. So you get certified. Take a weekend course, learn the systems, start offering heat pump installation alongside your regular furnace work.

Fast forward a few years: nearly half your jobs involve heat pumps. You're busy, your rates are competitive, and you're not worried about your work drying up. Meanwhile, your colleagues who didn't bother learning the new systems are starting to notice their furnace-only business isn't growing like it used to.

This isn't a prediction or some brilliant strategic move. It's just paying attention to what customers are asking for and adapting before you have to.

That's the thing about major economic transitions, they don't announce themselves with trumpets. They show up as small shifts in demand, gradual changes in what people are buying, incremental movements that only become obvious in hindsight.

The Numbers Nobody Talks About

Let's start with scale, because the numbers are genuinely wild.

In the global climate adaptation market, things like flood barriers, resilient infrastructure, drought-resistant agriculture, cooling systems are already valued at over $2 trillion and growing rapidly. Cities are spending billions on sea walls. Countries are rebuilding their agricultural systems. Insurance companies are completely restructuring their risk models.

Combined, we're watching one of the fastest industrial transformations in human history. And it's accelerating. Global investment in climate tech grew 40% just between 2021 and 2023. More and more capital is flowing into this space every quarter, not because investors suddenly care about polar bears, but because the returns are there and the risk of staying in the old economy is becoming clearer.

$\"Image\"$

Global renewable energy investment continues to rise, with solar and wind showing different patterns. In the first half of 2024, solar investment hit $221 billion. (BloombergNEF).

What this means practically: we're past the \"will this happen?\" phase. It's happening. The question now is whether you're positioned to benefit from it or you're going to be playing catch-up.

What We're Building (The Adaptation Economy)

Walk through Miami and you'll see something remarkable: a $6 billion infrastructure transformation happening in real-time. Sea walls, pump stations, elevated roads, resilient power systems. This isn't climate activism, it’s pragmatic economics. The city calculated that spending billions now beats spending tens of billions later on disaster recovery.

They're not alone. More and more coastal cities are making similar calculations. New York is building massive flood barriers. Jakarta is literally moving its capital to higher ground. The Netherlands has been doing this for decades and has turned climate resilience into an export industry, selling their expertise n globally.

But adaptation goes way beyond coastlines. Phoenix and other Southwest cities are building extensive cooling center networks and updating building codes for extreme heat. European cities that never needed air conditioning are retrofitting buildings for a hotter future. Agricultural regions globally are shifting to drought-resistant crops and precision irrigation systems that use 40-50% less water.

The insurance industry might be the clearest signal that this is economically real, not ideologically driven. They're repricing risk based on climate projections, pulling out of high-risk markets entirely, and charging massive premiums for coastal properties. When insurance actuaries, whose entire job is calculating risk and return, are restructuring their entire business model around climate change, that's not politics. That's math.

And here's what's interesting: properties with climate resilience features are already commanding premiums. Homes with flood protection, backup power, efficient HVAC systems, solar panels. They're selling faster and for more money than comparable properties without those features. Early movers who installed these features years ago are seeing their investments pay off not just in lower utility bills, but in property values that held steady or increased while climate-vulnerable properties declined.

The real estate market is already pricing in climate risk, even if most people aren't consciously thinking about it yet.

The Solutions Economy (What's Replacing the Old System)

While cities are adapting to change, there's a parallel transformation happening: the actual energy and transportation systems that created the problem are being replaced.

Solar and wind are now the largest sources of new electricity generation globally, not because of subsidies or mandates, but because they're the cheapest options. In most markets, building new renewable energy is less expensive than even operating existing fossil fuel plants. That cost advantage is only growing as technology improves and scale increases.

The EV market went from \"maybe someday\" to \"mainstream within a decade\" faster than almost anyone predicted. Ten years ago, EVs were expensive novelties. Now they're approaching price parity with gas cars, performing better in most metrics, and cheaper to operate. More importantly, every major automaker has restructured their entire business model around electrification. They didn't do that because of environmental pressure, they did it because they see where the market is going and don't want to be left making obsolete products.

Heat pumps outsold gas furnaces in the U.S. for the first time in 2022, and that gap is widening. What was once niche technology for environmentalists is now the economically rational choice for most new construction and many retrofits. They're more efficient, they provide both heating and cooling, and operating costs are typically lower, especially as electricity grids get cleaner and gas prices stay volatile.

Building efficiency has become a massive industry. Retrofitting existing buildings with better insulation, efficient windows, smart thermostats, and LED lighting used to be seen as nice-to-have upgrades. Now it's a $300+ billion market because the payback periods got short enough that it's just smart economics. Battery storage is transforming grid economics in ways that seemed impossible just five years ago. Large-scale battery installations are making variable renewable energy reliable, and costs have dropped so dramatically that what was recently cutting-edge is now routine.

That cost advantage is only growing as technology improves and scale increases. As we discussed in the Depopulation and Degrowth article, we don't need economic contraction to solve the climate, we need better technology becoming more accessible.

Here's the pattern: these technologies used to be for early adopters willing to pay a premium for environmental benefits. That's not the market anymore. The market now is people making economically rational decisions. The clean option increasingly is the cheap option, the reliable option, the obviously better option.

More and more people are switching not because they're \"green,\" but because it makes financial sense. That's what makes this transition inevitable, it's not running on ideology anymore. It's running on economics.

The Jobs Are Following the Money

This is where the conversation turns practical. The job market is shifting faster than most people realize, and skills are becoming the real differentiator.

Clean energy jobs in the U.S. grew to over 3.3 million in 2023, and they're still growing at about 4-5% annually. Solar installer is one of the fastest-growing occupations. Wind turbine technician training programs can't keep up with demand. Electricians who know EV charging systems and heat pump installation are commanding premium rates.

The HVAC technician isn't an outlier, he's an example of a pattern. HVAC technicians who got trained on heat pumps early positioned themselves well. Electricians who learned EV charging installation before the rush captured the early market when there was less competition . Construction workers who specialized in efficiency retrofits and resilience upgrades are working constantly. The old skills are still valuable, we still need people who can fix traditional systems. But the growth, the premium pay, the job security, that's increasingly on the new side. And there's a first-mover advantage to building expertise in growing fields before everyone else does.

This isn't hypothetical. I talked to a contractor who specialized in home efficiency retrofits. She started five years ago when it was a niche market. Now she's turning down work, charging higher rates, and training new employees to keep up with demand. Meanwhile, contractors who are stuck exclusively with traditional work are competing for a market that's not growing.

The same pattern is playing out globally. Countries investing heavily in clean energy manufacturing and installation are creating stable, well-paying jobs. Europe's push for heat pumps created a labor shortage, there aren't enough trained installers to meet demand. That's an opportunity for workers who get trained, and a bottleneck for the transition.

The skill development angle is compelling because it's tangible and time-sensitive. You can wait on solar panels because they'll keep getting cheaper. You can't wait on skills because the market is growing now, and being early means less competition and more opportunity to establish yourself.

What This Means for Regular People

You're not being asked to sacrifice for the climate. You're being offered a front-row seat to a massive economic transition and a chance to position yourself on the right side of it.

Early adopters of these technologies and industries aren't doing better because they're morally superior. They're doing better because they recognized a shift and acted while there was still an advantage to moving early. Jake didn't become a heat pump installer because he's an environmentalist, he did it because he looked at market trends and made a bet on where his industry was going.

Properties in climate-resilient areas or with green features are already commanding premiums. People who bought or upgraded early got in before the market fully adjusted. That advantage compounds over time. For people building careers or considering career shifts, the first-mover advantage in developing skills in growing industries is very real. The HVAC tech who learns heat pumps now has less competition than the one who waits three years when everyone else has also figured out the market is shifting.

You don't need to wait for perfect conditions or make perfect choices. As we've covered before, taking imperfect action creates momentum that waiting for perfection never will.

None of this requires you to be perfect or radically change your life. It's just recognizing where things are going and making decisions with that knowledge. The people who benefited from getting solar five years ago aren't climate heroes, they're people who did math, saw the payback made sense, and acted. Now they're laughing at utility rate increases while their neighbors' bills keep climbing.

The Trajectory Is Clear

Here's what's increasingly obvious: this economic transition is happening with or without any individual's participation. The market forces are too strong, the cost advantages too clear, the investment too massive.

But participation timing matters. Not in a \"you're too late\" way, these opportunities will exist for years. But early participants in growing markets typically capture advantages that later participants don't: less competition, better incentives, establishing expertise before it's commoditized, buying assets before prices adjust upward.

The climate economy isn't speculative anymore. It's not \"maybe this will be big someday.\" It's already one of the largest economic forces globally, growing faster than most traditional industries, and creating opportunities for people who recognize the shift.

$\"Image\"$

Global energy-transition investment has surged since 2015, reaching about $1.77 trillion in 2023 with renewables, grids and electrified transport driving most growth (BloombergNEF).

Cities are spending trillions on adaptation because the math says it's cheaper than not adapting. Companies are investing trillions in clean energy because it's becoming the economically rational choice. Workers are building skills in these areas because that's where the job growth is. Real estate markets are already pricing in climate resilience.

More and more people and institutions are making these moves, not because they're environmentalists, but because the economics make sense. That's what makes the transition inevitable. When the economic incentives align with the climate goals, change happens fast. You can be part of the early wave, the mainstream wave, or the late wave. All are fine. But the early wave is already seeing benefits the others aren't yet and some of those benefits (limited incentives, establishing expertise in growing fields, buying resilient assets before premiums fully materialize) won't be available later.

The opportunity isn't \"now or never.\" But it is larger now than it will be later. And recognizing that isn't FOMO, it's just paying attention to what's already happening.

When most people hear the word electrification, the first thing that comes to mind is electric vehicles (EVs). And it makes sense. Tesla and the rise of EV adoption have turned electric cars into the most visible emblem of the energy transition. But the truth is that electrification is much broader and deeper than passenger vehicles alone. It is a structural reimagining of how we power our lives, communities, cities, and economies - a change that is essential if we’re serious about tackling climate change.

At its simplest, electrification means replacing technologies that burn fossil fuels directly with technologies that run on electricity. The climate value comes when that electricity is increasingly generated from low-carbon sources. This definition might sound straightforward, but the implications span the entire economy. And unlike flashy headlines about sporty electric SUVs or concept trucks, the real impact of electrification will be felt in places most people don’t actively think about: the heat in our homes, the ovens in factories, the trucks that haul goods across continents, and the machines that make our buildings and infrastructure.

This isn’t a speculative idea or a future breakthrough. It’s a strategy already reshaping energy systems, buildings, and industries.

Why electrification matters even without perfection

The way we generate and consume energy today is fundamentally tied to fossil fuels. Coal, oil, and natural gas still dominate how we power transportation, heat homes, run industrial plants, and manufacture goods. But burning these fuels releases greenhouse gases (GHGs) that trap heat in our atmosphere and drive global warming.

Electrification matters because electricity is a flexible energy carrier. When paired with clean energy sources like wind, solar, and hydropower, electricity can displace fossil fuels and dramatically lower emissions across economic sectors, without needing to replace the end-use equipment again. For example, a gas furnace or diesel engine is locked into fossil fuel use for its entire lifetime. An electric heat pump or motor is not. As grids add more wind, solar, and storage, electrified systems automatically get cleaner.

This is why electrification is less about any single device and more about creating long-term decarbonization pathways.

Buildings: The Quiet Workhorse of Electrification

Buildings are where electrification is both least visible and most impactful. Traditionally, heating and cooling have relied on direct combustion of fossil fuels, gas furnaces, propane heaters, oil boilers. Switching these systems to electric heat pumps - devices that move heat rather than generate it through combustion, can cut energy use dramatically while eliminating on-site emissions. Improvements in electric heat pump technology means these appliances can heat space and water at efficiencies between 200 and 300 percent, compared with 67 percent for a typical Energy Star gas water heater. The result is lower energy demand, lower emissions, and improved indoor air quality.

This isn’t a futuristic upgrade, it’s a present day option that already makes economic sense in many contexts, especially as fossil fuel price volatility increases.

Industry: Harder, Slower, Still Necessary

Industry is often overlooked in everyday climate conversations, but it’s one of the hardest sectors to decarbonize. Heavy industry: steel, cement, chemicals, glass, accounts for a huge percent of global energy use (37% of total global energy consumption) and emissions. High-temperature processes in steel, cement, glass, and chemicals have relied on fossil fuels for decades because they deliver dense, reliable heat. Replacing that infrastructure is expensive and technically challenging.

But progress is happening. Electric arc furnaces, resistance heating, and new electrochemical processes are already reducing emissions in parts of heavy industry. None of this is easy as it demands innovation, investment, and new industrial designs. But the payoff is enormous. Electrifying industrial heat alone could cut a significant portion of global energy demand while unlocking new pathways to low-carbon manufacturing.

Electrification is also more efficiency

Electrification isn’t just cleaner, it’s more efficient. Electrified applications are far more efficient than those that rely on burning fossil fuels. For example, internal combustion engines turn only 25 per cent of the chemical energy in gas or diesel into kinetic energy in the wheels, with 75 per cent turned into wasted heat. Electric vehicles, by contrast, use 90 per cent of energy input to drive the wheels, and waste only 10 per cent. A heat pump can produce 4 kWh of heat per 1 kWh of electricity input, making it four times more efficient than gas. Even when electricity isn’t fully renewable, electrified systems often use less total energy to deliver the same service.

Imagine a world where the energy that once heated a home or moved a truck does so with half or a fraction of the energy required before. Efficiency lowers costs, eases grid strain, and reduces the scale of renewable deployment needed to reach climate targets.

But electrification alone isn’t enough. Its benefits only accrue if the electricity it uses is low-carbon. If electricity is generated from coal or unabated gas, then electrifying everything could simply shift emissions from tailpipes and boilers to smokestacks.

This is why electrification must go hand-in-hand with clean energy deployment like expanding wind, solar, hydro, geothermal, and other zero-carbon sources while retiring high-emission generation. It also means investing in grid infrastructure, storage, and smart systems that can handle increased demand and variability.

The good news is that power-sector decarbonization is already underway in many regions. Technological advances are making electricity from renewable sources increasingly affordable and in many cases more affordable than fossil fuels.

What Electrification Looks Like in Practice

Look around and you will see, beyond EVs, electrification shows up in less visible but more structural ways:

Homes heated and cooled by heat pumps instead of gas
Electric water heaters and induction stoves replacing fossil fuel appliances
Electric buses, trains, and freight corridors reducing diesel dependence
Industrial facilities adopting electric furnaces and low-carbon process heat
Grids designed to manage variable renewables and flexible demand

It is worth acknowledging electrification does have limits. Some emissions are tied to chemical processes rather than energy use. Certain sectors will still need complementary solutions such as material efficiency, green hydrogen, or carbon capture to reach deep decarbonization. Infrastructure also turns over slowly, and affordability remains a legitimate concern for households and industries alike.

However, acknowledging these constraints doesn’t weaken the case for electrification; it strengthens it. Climate solutions that promise effortless transformation tend to disappoint. Electrification works precisely because it is grounded in engineering reality, not wishful thinking. It doesn’t require perfect grids or instant behavior change. Instead, it depends on steady progress, institutional support, and patience.

In climate terms, this is what realistic optimism looks like: not betting on miracles, but committing to solutions that function under imperfect conditions. Realizing electrification’s full potential will require honest conversations about trade-offs, thoughtful policy design, and a clear understanding that electrification is not just about what powers the future, but about what powers a just and resilient one.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2026-03-10T01:26:30.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1YaYznCkI1sWCbGpL0Vry9FtTmrU8fc7mRcGI1ggodAw/edit?tab=t.0","primaryAudience":"engaged","articleSubcategory":"Realistic Optimism","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recTU6sl5GrDQQCQC","slug":"invest-401k-into-esg-fund","meta":{"title":"Invest some of your 401K into 'ESG' funds","description":"Many Company 401K providers have 'ESG' options, which invest specifically in companies with documented ethical standards. These typically have very similar risk profiles to index funds, and avoid industries like fossil fuels.","seoTitle":"","seoDescription":"Move part of your 401(k) into ESG options to align long-term investing with companies focused on environmental performance.","category":"finance","impactLevel":"Low","effortLevel":"Low","effort":"1 hour","type":"action","resourceRequirement":"investment","resourceRequirementRaw":"investment","politicalLeaning":"","age":["18-64","65+"],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Invest some of your 401K into 'ESG' funds

By: Esperanza Navarro

In the United States, many medium and large companies offer their employees 401(k) plans, a retirement benefit with tax advantages. Each company chooses a provider (such as Fidelity or Vanguard) and selects a limited menu of investment options, including stock funds. You may not think that this has anything to do with climate action, but the truth is that you have a choice which companies you invest in. Many retirement plans offer ESG (environmental, social, and governance) funds, which focus on only certain companies that meet ethical and other standards

An ESG investment fund works like any other: it is a selection of many companies chosen according to a pre-established strategy. However, the difference lies in the fact that they only invest in companies with a commitment to environmental, social, and governance (ESG) principles, regardless of the sector they belong to, whereas traditional funds invest in all types of companies.

ESG funds are a form of socially responsible investing (SRI), guided by several criteria: by exclusion (e.g., ignoring controversial companies such as tobacco or weapons manufacturers, or those violating international treaties), by inclusion (proactively collaborating with companies and governments seeking to reduce polluting emissions or introduce better compensation practices), by supporting companies with the best ESG scores, or by backing those whose core activities focus on social issues or the fight against climate change.

Perhaps even better, ESG funds have historically kept up with the performance of more traditional index funds, and may even offer lower risk, according to NerdWallet’s article on sustainable investing.

And due to growing demand, more and more companies are including at least one ESG option in their internal menu. All you need to do is review the list of available funds for your retirement plan, look for those labeled \"ESG,\" \"Sustainable,\" or \"Responsible,\" and allocate a percentage of your automatic contributions to that fund.

Like with general investing, its a good idea to make sure you diversify your investments, such as choosing different company sizes (large cap and small cap) and investing in companies across the world. In many cases, ESG funds are set up to match closely to another index, but with some companies removed that do not meet the standards. For example, the ESGV fund closely maps the the S&P 500, and the price matches pretty closely over time.

$\"Image\"$ ESG funds like ESGV map very closely to traditional index funds like the S&P 500 (SPY)

For those living outside the U.S. or without access to a 401(k), the alternative is to open an international investment account (brokerage) on platforms like Interactive Brokers or eToro to purchase global ESG ETFs, such as the iShares ESG Aware MSCI USA ETF (ESGU). The key difference is the lack of the specific tax advantages of a 401(k). Before investing, it is crucial to seek advice from a financial advisor. Although studies, like one from the 'Journal of Impact and ESG Investing' in 2022, indicate that these funds often have slightly higher returns and lower costs than traditional ones, they are not without risks, as some ESG funds include companies with questionable regulatory compliance records.

If your goal is to align your financial future with a more sustainable one, reevaluating your investments toward an ESG fund is a concrete action you can take today. This shift allows you to direct your capital toward companies that prioritize social, environmental, and corporate responsibility, without necessarily sacrificing performance.

If you do not already have a smart thermostat, this might be one of the easiest and most cost-effective home energy upgrades you can make. These devices automatically adjust your home’s temperature based on your routine, so you stay comfortable without wasting energy or money.

Smart thermostats can learn your schedule, sense when you are away, and even adjust to local weather conditions. Many models connect to your phone, letting you manage heating and cooling remotely. No more realizing you left the air conditioning running after you have already left the house. The U.S. Department of Energy estimates that using a programmable or smart thermostat properly can save about 10 percent a year on heating and cooling costs.

$\"Image\"$

Subtitle:Based on average U.S. household heating and cooling costs and a 10% efficiency improvement estimated by the U.S. Department of Energy.

Source: U.S. Department of Energy – Energy Saver: Programmable Thermostats

Heating and cooling make up nearly half of a typical home’s total energy use, so improving efficiency here can make a pretty noticeable difference. Some thermostats even work with time-of-use energy pricing, shifting your heating or cooling to off-peak hours when electricity demand is lower. Many utility companies also offer rebates, often covering part or all of the cost, which typically runs between 100 and 200 dollars.

I have a Nest thermostat at home, and installation was surprisingly simple. It took about 20 minutes and only required a screwdriver and the step-by-step app guide. It quickly learned my daily routine and now adjusts automatically. As someone who travels often, I love being able to check in from anywhere, monitor the temperature in real time, and track my energy use over time. It gives me peace of mind knowing that my home is staying within a safe temperature range for my pets and plants, even when I am thousands of miles away.

Beyond the savings, there are comfort benefits too. The thermostat adjusts gradually, so there are no sharp temperature swings that make the house feel too hot or too cold. Some models also help manage humidity, send maintenance reminders, or connect to air quality sensors. It is a small piece of technology that quietly keeps your home comfortable and efficient all year long.

How to get started:

Pick an Energy Star–certified thermostat such as Nest, Ecobee, or Honeywell. (Energy Savings at Home | ENERGY STAR)
Follow the included instructions to install it. You'll need to connect a few wires, but don't worry, there's no risk of shock since they are just for signals
Use “eco mode” to automatically dial back heating and cooling when you are away.
Connect it with your phone or weather app for smarter scheduling.
If you travel often, check whether your model includes remote monitoring or energy reports.

","resourceLinks":"https://www.energy.gov/energysaver/programmable-thermostats?nrg_redirect=467167","aiSummary":"","suggestedAudience":"","authorName":["Brittany Hammett"],"authorId":"recLfhv01v9N1Qjkv","status":"Published","live":true,"published":"2025-10-17T00:58:04.000Z","internalNotes":"(10/23) Prefer the image be a graph or diagram, maybe something that shows how much energy use is AC or shows the reduction from a smart thermostat?\nMove the image inline where it is referenced","doc":"https://docs.google.com/document/d/1orbraBB197i8ltLBB627wizoTCQV9Z7m62Pwz5TzEmc/edit?tab=t.0","primaryAudience":"concerned","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recUVZh8gb6qZ34vB","slug":"freeze-leftovers","meta":{"title":"Freeze your leftovers","description":"Leftovers can often go to waste since many people don't want to eat the same thing multiple days in a row. I recently started freezing leftovers and using them as a planned dinner the next week, which saves money and makes planning dinners a bit easier","seoTitle":"","seoDescription":"Freeze leftovers before they spoil to save money, reduce food waste, and keep easy meals ready for busy days.","category":"food","impactLevel":"","effortLevel":"","effort":"10 minutes","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Like many people, I used to throw away the leftovers or let it sit in the refrigerator with the intention of eating them tomorrow. But more often than not, tomorrow came and went, and the food ended up in the trash either way. Recently, I changed my approach: I started freezing my leftovers and using them as planned dinners for the following week, since frozen food lasts much longer. The difference has been immediate—less waste, easier meal planning, and noticeable savings on groceries.

$\"Image\"$

Image from: Food safety tips for leftovers

Food waste is a common issue, and it’s something many households experience simply because life gets busy. Globally, about one-third of all food produced ends up not being eaten, contributing to around 8–10% of greenhouse gas emissions due to the methane this produces when food goes to the landfill. The good news is that small habits, like freezing leftovers, can make a meaningful difference. Freezing leftovers is an easy way to save meals we’ve already put time and money into, while also helping reduce the amount of food that goes uneaten overall.

The truth (I only found out recently) is freezing meals doesn’t make my dinners repetitive; since I can eat them a week or two later, it actually expands my options. By freezing leftovers, I create a rotation of ready-made meals that I can select from later. The only thing to remember is to move it to the fridge the night before so it has time to thaw—and then the next day’s meal is already halfway done.

The wonderful news is most cooked dishes freeze well when stored properly—soups, stews, cooked vegetables, casseroles, rice dishes, pasta sauces, and proteins all retain their flavor and texture after freezing. The key is good storage: airtight containers prevent freezer burn and help keep the food tasting fresh. Labeling can help you keep track of what you freeze, so nothing gets lost in the freezer.

Since I began freezing meals intentionally, I’ve found myself throwing away much less food. I also spend less time thinking about what to make for dinner when I plan my groceries, because one or two meals each week are already decided for me. It’s a small habit that creates real convenience.

How to Get Started:

Use freezer-safe containers, silicone bags, or Ziplock bags. They prevent freezer burn and stack easily.
Portion before freezing. If you have a lof of leftover food, you can divide the meal into individual or family sized portions so you only defrost what you need.
Label with name and date. Most frozen meals stay fresh for 2–3 months (refer to the image for specifics).
To help remember to eat the leftovers, plan a “freezer night” weekly. Build it into your meal routine so using leftovers becomes intentional.
A night or two before, move the food over to the fridge to thaw, so you can microwave it when it’s time to eat

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2025-11-07T04:30:31.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1LCaTIcmvmHAONWlYDzrFJlumb4ndAirXY0XGgBkagEk/edit?tab=t.0","primaryAudience":"concerned","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recVKDn6b6tBvwhm9","slug":"donate-to-climate-cabinet-portfolio-campaigns","meta":{"title":"Climate Cabinet","description":"If you are looking to donate money to politicians who are pushing for change, Climate Cabinet is a great resource to make sure its as impactful as possible","seoTitle":"","seoDescription":"","category":"politics","impactLevel":"High","effortLevel":"Low","effort":"varies","type":"organization","resourceRequirement":"donation","resourceRequirementRaw":"donation","politicalLeaning":"liberal","age":["18-64","65+"],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Climate Cabinet is a U.S.-based, pro-climate nonprofit organization whose goal is to support state and local candidates so they can run for office, win elections, and legislate from positions that are key to climate action. To do so, they use data science with a “Moneyball” approach, analyzing public offices across the country to identify candidates with the greatest potential to generate real impact. Once identified, they support these candidates with financial resources and political backing, and later assist them in implementing pro-climate policies.

The organization was founded by Caroline Spears, a market analyst at one of the leading solar energy companies in the United States. Through her professional experience, she began to notice that many more projects were being developed in some states than in others, even when climate conditions were equally favorable and the federal context was the same. She concluded that the key difference lay in the state and local policies in place in each territory.

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Since its creation in 2020, Climate Cabinet has supported more than 500 candidates at different levels of government, from public school boards to state House of Representatives elections. Its overall win rate is around 62%, a significant figure for local elections. In 2025, the results were even stronger: candidates backed by the organization won 42 of the 45 races they contested.

According to the organization’s own estimates, officials elected with its support have decision-making power over more than 813 million metric tons of carbon dioxide equivalent per year. This means that those holding these offices have the legal and political authority to regulate, prevent, or reduce these emissions through regulations, incentives, and public policies.

If elections are approaching and you want to vote for a candidate who includes climate action on their agenda, the research and work carried out by Climate Cabinet can serve as a reliable reference. On its website and Instagram account, you can find information about active campaigns and those considered top priorities. In addition, donations can be made through its website to support the campaign of your choice.

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In a context shaped by presidents such as Donald Trump or Javier Milei in Argentina, who deny climate change and its human origin, organizations like this show that collective efforts can be focused on local and state-level laws to achieve meaningful results. They also demonstrate that progress does not always come from the top down, but can be built collectively through smart strategies and citizen participation.

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You may have started hearing more about “heat pumps” lately, and how they are an important tool for reducing emissions. Heat pumps are significantly more efficient than standard electrical heating, but how is it possible to generate so much more heat with the same amount of energy?

They’re vastly more efficient than any other form of heating because they use the properties of boiling and condensing liquids to move heat from one area to another, rather than generating heat like traditional methods. This saves you money since you don’t have to consume any fuel and only require some electrical energy to compress the vapour and move air using fans. They’re gaining in popularity, especially in regions where low-cost natural gas is unavailable.

They’re essentially inverted air conditioners. While air conditioners absorb heat from inside the home and discharge it outside of your home, heat pumps absorb heat from outside your home and discharge heat inside your home. They can also function in reverse, just like an air conditioner.

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[[Source: Department of Energy, https://www.energy.gov/energysaver/air-source-heat-pumps]]

Heat pumps, like air conditioners, refrigerators, and dehumidifiers, use refrigerant inside sealed metal tubing. A refrigerant is a liquid with a low boiling point. In heating mode, a compressor takes in low-pressure, low-temperature refrigerant vapor and raises its pressure and temperature. This vapor then passes through many coils of tubing, with a fan blowing air over them. The cooler air removes heat from the hot vapor, blowing it out into the house. The vapor cools below its boiling point, condensing into a liquid, so these coils are known as a condenser. This high-pressure, warm liquid passes through an expansion valve, which reduces the temperature and pressure. This low-temperature, low-pressure liquid is very close to its boiling point at that pressure. The liquid passes through another set of coils with a fan blowing over it. The air the fan blows is slightly warmer than the liquid, causing it to boil, absorbing heat from the air. This coil is known as the evaporator. The resulting low-temperature, low-pressure vapor goes into the compressor, starting the cycle over.

To operate this system as an air conditioner, a reversing valve reverses the flow of refrigerant, turning the outside coil into a condenser, giving off heat, and the inside coil into an evaporator, absorbing heat and cooling the house.

This system is incredibly efficient because it uses the properties of a liquid that absorbs heat as it evaporates into a vapor and that gives off heat as it condenses into a liquid. The compressor uses electrical energy to pressurize and pump vapor through the system, and the fans also consume electrical energy to move air over the evaporator and condenser coils. But this amount of energy is far less than the amount of heat energy heat pumps move from outdoors to indoors. Normal heat pumps move 3 times the thermal energy around than the electrical energy they consume (so they are 300% efficient), and cold climate heat pumps move 4 times the thermal energy than the electrical energy they consume, so they’re 400% efficient. By contrast, a high-efficiency gas furnace converts 98% of the energy contained in natural gas into thermal energy, creating carbon dioxide (a greenhouse gas) along the way.

Even if your local power source is high carbon and produces power entirely from fossil fuel, this is still a significant reduction in greenhouse gas. If your local power is low carbon, your greenhouse gas reduction is even greater.

Since heat pumps are so incredibly efficient, they cost far less to operate.

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You’ll always have lower operating costs with a heat pump if you’re replacing an electric, oil, low-efficiency natural gas, or propane furnace or electric baseboard heaters. Enter your local gas and electricity rates into an online calculator if you’re replacing a high-efficiency gas furnace, since savings in this scenario depend on the differential between your electricity price and your natural gas price.

Heat pumps also save space inside and outside your home since they replace both your furnace and your air conditioner equipment.

Cost and Installation

Heat pumps need to be installed by professionals, and whole-house systems can be expensive. But if you need a system for a single room, small, split ductless heat pumps can be quite affordable. The indoor unit is small and quiet. It pays for itself in power savings quite quickly.

Whole-house systems are considerably more expensive, but if you’re replacing both a furnace and an air conditioner, the savings in operating costs will offset the purchase and installation costs in time. You should also check with your local utility. Many offer discounts and rebates for the purchase and installation of heat pumps.

Heat Pump Water Heaters

Another appliance that moves around a lot of heat is a water heater. Water heaters can burn oil, propane, or natural gas to produce hot water, These produce carbon dioxide directly and involve piping flammable or explosive fuels. They also require proper venting and run the risk of leaking toxic carbon monoxide into your home.

Electric hot water heaters use electrical resistive heating, have none of these risks, and don’t require venting. However, they consume a lot of electricity, so they are expensive to operate. If your electrical source is high carbon, then this also produces carbon dioxide.

A heat pump is far more efficient at heating water than an electric resistive heater. Like an air source heat pump for heating your home, it uses an evaporator coil to extract heat from air in order to boil refrigerant, a compressor to heat and increase the pressure of the refrigerant vapor, and a condenser coil, which releases the heat and condenses the vapor back into a liquid. The condenser sits in the insulated water tank, and the evaporator often sits above the tank, surrounding the hot compressor and discharging cold air out into the room or through a vent outdoors.

If the evaporator is vented indoors, there needs to be at least 1000 cubic feet of air around the cold air exhaust to prevent the room from getting too cold, or the hot water heater needs to be installed in the furnace room that could benefit from cooling. You can also combine this water heater with an air source heat pump that heats your home, moving heat from the outside of your home to the inside of your home and the water tank in the winter, and from the inside of your home to the outside and to the water tank in the summer.

Cost and Installation

Since heat pump water heaters use a lot of metal piping and a compressor, they are more expensive to purchase than other types of water heaters. The much lower operating cost will offset the higher purchase cost over time.

They don’t have special water piping requirements, so they aren’t necessarily more expensive to install than a conventional hot water heater. If you have to vent the cold air outside, then the installation costs may be higher, although you might be able to reuse the vent hole if you’re replacing an oil, propane, or natural gas water heater.

Heat Pump Clothes Dryers

Similar to a water heater, a clothes dryer moves large amounts of heat. Typically, clothes dryers use electric resistive heating, which consumes a large amount of electric power, although they can use natural gas. A natural gas clothes dryer will produce carbon dioxide directly and require good venting to prevent lethal carbon monoxide from leaking into your home.

A heat pump clothes dryer uses a heat pump to heat air in order to dry clothes.

The hot condenser heats cold, dry air, and a fan blows the warm, dry air into the drying drum. The clothes dry, giving up their moisture into the air, and the resulting warm, moist air passes over the cold evaporator. The cold evaporator causes moisture to condense out of the air and cools the air. It then passes back to the condenser, and the cycle continues.

This is a very efficient process, resulting in very low operating costs. Another advantage is that this is a closed system, requiring no venting. Conventional clothes dryers discharge warm, moist air out of a vent and draw room air in to replace it. This creates low pressure in your house, increasing air leakage from outside. This isn’t the case with a heat pump clothes dryer that recirculates its air, so it makes your home more efficient in another way.

The condenser doesn’t provide as much heat as an electric or natural gas clothes dryer, so the dryer drum temperature is lower, resulting in much longer drying times. However, the advantage of this is much more gentle drying, preventing damage and saving wear and tear on your clothes.

Cost and Installation

Since heat pump clothes dryers are more complicated than other types of clothes dryers, using a lot of expensive metal piping and components, they cost more than other types of clothes dryers. However, the lower operating cost offsets the higher purchase cost over time, and the benefit to your home’s air balance adds to the savings.

Installation costs are lower than conventional clothes dryers because heat pump clothes dryers don’t require a vent. Most heat pump clothes dryers reuse the 240 V electrical plug that already exists for an electric clothes dryer, although some use conventional 120 V electrical plugs used by natural gas clothes dryers, so you don’t need to rewire.

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The false choice between individual and systemic climate action

Here's the uncomfortable truth about climate action: we've been arguing about the wrong thing. For years, advocates have squared off in an exhausting binary; individual responsibility versus systemic change, personal carbon footprints versus corporate accountability, individuals using reusable straws versus policy reform. It's a debate that feels urgent, principled, and increasingly pointless. Because while we've been fighting about who should act, the clock has been ticking.

The false choice between individual and systemic climate action has been holding us back from a more empowering reality: they're not separate categories at all. Individual actions don't just reduce your personal emissions, they're actually how systemic change happens. When you install solar panels, you're creating market demand that drives down costs for everyone. When you bike to work, you're making it more normal for people to skip the car sometimes. When you shift your diet, you're signaling to food companies which direction the market is moving.

Here's what we're learning: systemic change doesn't descend from policy alone. It builds when individual choices become collective patterns, when your decisions influence your neighbor, who brings it to their workplace, who shifts how their company operates. Individual action isn't separate from systemic change, it's the mechanism through which systemic change actually spreads. That's not a burden to carry. That's leverage you already have.

Understanding Climate Action: Beyond the Binary

When people ask what is meant by climate action, they're usually trying to determine their place in this fight. And that's precisely where the false choice emerges, in the assumption that you must pick a side. Climate action encompasses any deliberate effort to reduce greenhouse gas emissions, enhance carbon sequestration, or adapt to the impacts of climate change. It's a term that holds entire worlds within it; from the solar panels on suburban rooftops to international treaties hammered out in conference halls, from regenerative agriculture practices to carbon pricing mechanisms.

The question what are the two types of climate action reveals the manufactured divide. The conventional framing presents individual action such as personal choices like reducing consumption, adopting plant-based diets, or cycling instead of driving and systemic action, which involves policy reform, corporate accountability measures, and large-scale infrastructure changes. This binary is appealing in its simplicity. It gives us clear categories, defined battlefields, and the comfort of choosing a team. But it's also fundamentally misleading.

Individual and systemic actions aren't separate types of climate action, systemic change is literally the accumulation of individual choices creating feedback loops. Consider this: when thousands of individuals adopt solar energy, they don't just reduce their carbon footprints, they create market demand that drives down costs, incentivizes innovation, and makes renewable energy more accessible to others. That's individual action catalyzing systemic change.

Consider how this plays out with electric vehicles. When early adopters make the switch from petrol to electric, they create visible demand that signals to governments: people want this transition. Governments respond by investing in charging infrastructure, which makes electric vehicles more practical for more people. As more drivers make the switch, governments invest in even better charging networks, creating a reinforcing cycle where individual choices and systemic support amplify each other continuously. Your decision to drive electric doesn't just reduce your emissions. It helps strengthen the case for infrastructure investment that makes the choice accessible to your neighbors.

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Why Both Individual and Systemic Action Matter

Understanding why climate action is so important requires looking beyond the obvious threats. Yes, we face rising temperatures, extreme weather events, ecosystem collapse, and threats to food security and human health. All true, all urgent, all insufficient to explain why we're stuck in this false choice between individual and systemic approaches.

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“Global greenhouse gas emissions by sector - showing interconnected nature of individual consumption and systemic infrastructure\"- Our world in Data

Here's what often gets missed: climate action matters not just because of what we're trying to prevent, but because of what we're trying to build. The transition to a sustainable economy represents the largest economic transformation in human history, even bigger than the industrial revolution, more comprehensive than the digital revolution. It's not just about saving the planet; it's about reimagining how we live, work, and relate to our environment and each other.

When examining who benefits from climate action, the answer is everyone and that's precisely the point. The immediate beneficiaries include communities most vulnerable to climate impacts: coastal cities threatened by rising seas, agricultural regions facing drought, areas prone to flooding. But the benefits extend far beyond. Renewable energy creates jobs, reduces energy costs, and enhances energy security. Sustainable urban design improves public health and quality of life. Climate action drives innovation, opens new markets, and positions economies for the future.

The false choice between individual and systemic action obscures these universal benefits by creating the illusion that someone must lose for others to win. It suggests that personal sacrifices are futile without policy change, or that policy change somehow exempts us from personal responsibility. Both premises are wrong and counterproductive.

Real Examples of Integrated Climate Action

The most successful examples of climate action blur the lines between individual and systemic approaches. These aren't theoretical constructs, they're working models demonstrating how false the choice really is:

Community Solar Programs: Individual households subscribe to shared solar installations, combining personal choice with collective infrastructure investment. The result? Lower costs through economies of scale, broader access to renewable energy, and demonstrated demand that influences utility planning and policy decisions. Its individual action is made more powerful through systemic structures.

Urban Cycling Infrastructure: Individuals choose to bike instead of drive, but their ability to do so safely and conveniently depends on systemic investment in bike lanes, parking facilities, and connectivity. As more people cycle, political support for further infrastructure grows, creating a virtuous cycle where individual action and systemic change reinforce each other continuously.

Corporate Sustainability Commitments: Companies adopt net-zero targets in response to pressure from consumers, investors, and employees, all individual stakeholders making personal choices that aggregate into irresistible market force. These commitments then drive systemic changes in supply chains, product design, and business models, which in turn make sustainable choices easier and more affordable for consumers.

Notice the pattern? The most impactful climate actions don't fit neatly into either category. They're hybrid approaches that harness the power of both individual agency and systemic transformation, each amplifying the other.

The Obstacles We've Created and Can Remove

Understanding what are the biggest obstacles to climate action means acknowledging an uncomfortable reality: we've constructed some of these barriers ourselves through our insistence on false choices. The actual obstacles are formidable enough such as fossil fuel industry resistance, political polarization, short-term economic thinking, lack of international coordination, inadequate funding for developing nations, and the sheer complexity of transforming global energy systems.

The false choice creates several specific problems. Fossil fuel interests promote carbon footprint calculators to focus your attention on personal guilt and perfecting your own emissions, distracting from actual power to influence systems and shift trends. This enables cynics to dismiss action as either insignificant or unrealistic. Most damagingly, it paralyzes people who genuinely want to help but feel caught between contradictory messages about what actually works.9

How individual action becomes political change

Political will doesn't emerge spontaneously from government offices. It's built through the accumulated pressure of individual citizens making demands, organizations mobilizing resources, movements shifting cultural norms, and coalitions building power. But it starts even more fundamentally: with the products people buy, the conversations they have at dinner tables, the choices they normalize in their communities.

When you choose an electric vehicle, you're not just making a purchase, you're participating in conversations that shift what your friends consider, creating visible proof that alternatives work, and contributing to the market signals that convince manufacturers and policymakers where things are headed. Individual action and systemic change aren't competing strategies, they're sequential and reinforcing stages in the same transformative process, beginning with everyday choices and conversations that accumulate into irresistible momentum.

Empowerment is the antidote to inaction

When we argue that individual action is pointless without systemic change, we demotivate millions who could start making different choices today. When we focus solely on policy reform, we miss recognizing the power we have to influence those very policies through our choices and voices. The cultural transformation that sustains policy changes through inevitable political cycles doesn't happen separately from individual action; it is individual action, multiplied across communities and conversations. The question isn't whether one approach works better, it's whether we're willing to deploy both comprehensively.

The debate between individual and systemic climate action misses what actually happens: individual actions don't just coexist with systemic change, they create it. Your choices influence the people around you, shift what markets respond to, and build the cultural momentum that makes policy change possible. Effectiveness comes from recognizing that systemic transformation emerges from these ripples of influence, each individual action contributing to the feedback loops that scale personal decisions into collective change.

Because the crisis demands it, the science supports it, and the false choice between individual and systemic action has always been just that; false. The real choice is between recognizing how individual influence builds systemic change, or missing the power we already have. It's not about winning or losing, it's about understanding that every action that shifts a norm, sparks a conversation, or demonstrates demand moves us further along the path toward transformation. Choose comprehensive. Choose integrated. Choose action in all its forms, at all its scales. That's how we move beyond false choices to real solutions. That's how we win.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Usama Zulfiqar"],"authorId":"recRIx3fNMMLItiA1","status":"Published","live":true,"published":"2026-03-10T01:12:50.000Z","internalNotes":"- introduce the common discussion of whether individual action or systemic action are more important\n- validate that individual action alone will not fix climate change, but that the actions are about much more than just the actual CO2 reduced\n- main point is that these are not seperate things and are very intertwined, and they each heavily influence each other. give an example of how societal norms shifting let to systemic change (climate related or not)\n- explain that for systemic change to be viable, people have to be onboard, and how this scaling of people allows the tech to become cheaper\n- mention that blaming system change only makes you feel powerless and leads to inaction, but focusing solely on your personal carbon footprint leads to feeling like its your fault","doc":"https://docs.google.com/document/d/1scL4_G5aUzbFS9lG9Og6PPPjxIihHDS73ycz_MhueNE/edit?usp=sharing","primaryAudience":"concerned","articleSubcategory":"Psychology of Climate","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recXxTLDD5wyMBb0R","slug":"work-remotely","meta":{"title":"Try working remotely one day a week","description":"If your job allows it, working remotely is a great way to get more done by skipping the daily commute. Remote work took off when COVID hit, and many companies realized that people are just as productive remotely as in the office.","seoTitle":"","seoDescription":"Working remotely even one day per week can cut commute emissions and often improves focus and flexibility.","category":"transportation","impactLevel":"","effortLevel":"","effort":"1 hour","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":["18-64"],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

If your job allows it, working remotely — even just one day a week — can be a quiet game-changer. Skipping the daily commute doesn’t just save time; it gives you back a little piece of your day. When COVID hit, remote work suddenly became the norm, and to everyone’s surprise, many companies found that people were just as productive at home as in the office. Some even got more done — without the rush-hour stress, long drives, or constant interruptions.

I remember the first time I tried it. It wasn’t a grand experiment. It was just a Tuesday when traffic looked unbearable, and I decided to ask my boss to work at home instead. I made coffee, opened my laptop by the window, and somewhere between answering emails and hearing the birds outside, I realized how different the day felt — quieter, slower, somehow more mine. By lunch, I had finished more than I usually did by mid-afternoon at the office. There was something about the quiet and the lack of small distractions that made space for focus.

Working remotely one day a week might not sound like much, but it shifts more than just where you sit. There’s the obvious part: no commute, less gas, less time spent in traffic. There’s real data behind the difference, too. According to the NCTA, data from a two-week period in 2023 summer showed that about half of the American workforce was doing at least some work from home. During that same period, the Environmental Protection Agency recorded a significant drop in gasoline consumption — a change that translated into a massive cut in CO₂ emissions. It’s a small behavioral shift with an outsized environmental payoff.

Of course, remote work isn’t for everyone or every role. Some people crave the buzz of collaboration or draw energy from in-person teamwork. But when it’s an option, even occasionally, it can make the week feel more balanced.

If it's something you’d like to try, the conversation doesn’t have to be complicated. The key is to approach it after you’ve shown consistency in your work and reliability in communication. And even better — if you’re still interviewing for a role, try to get a sense of the company’s remote culture early on by looking at job postings, benefits pages, or even asking casually how the team handles flexible schedules. When you bring it up, focus on how remote work supports the work, not just your personal preference. A few things help:

Check the policy first: See if the company already has hybrid or remote days in place — it’s much easier to ask when there’s precedent.
Choose the right moment: Bring it up during a 1:1 or after completing a project, when trust is already established.
Frame the benefits in work terms: For example, “I’ve noticed I’m able to focus more deeply at home, especially on tasks that need extended concentration.”
Suggest a small pilot: Something like one remote day per week for two or three weeks, with a check-in afterward to evaluate how it’s going.
Be prepared to stay visible: Offer to keep your camera on for calls, send a quick daily update, or align on communication expectations.

It doesn’t need to be a big negotiation. It’s simply a conversation about what helps you do your best work — and starting small makes it easier for everyone to try.

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\n It sounds simple, but keeping your car tires properly inflated is one of the easiest ways to\n reduce carbon emissions. It takes less time than grabbing a cup of coffee, costs almost nothing,\n and can make a measurable difference in how much fuel your vehicle uses.\n

\n I learned this the hard way during a long drive last summer. My gas mileage started dropping, but\n I brushed it off as traffic or the air conditioner running too high. When I finally checked, all\n four tires were several pounds under pressure. After inflating them to the proper level, my\n mileage improved right away (and felt less like I was dragging). It was a quick reminder that\n proper tire pressure goes beyond the number you see on the dashboard. It affects how efficiently\n your car burns fuel and how long your tires last.\n

\n Underinflated tires create more rolling resistance, which makes the engine work harder and burn\n more fuel. Keeping your tires at the right pressure can improve gas mileage by about three\n percent. For a car that uses roughly 400 gallons of fuel per year, that means saving about 12\n gallons—roughly half a tank for many vehicles. It may not sound like much, but over time, it adds\n up to real savings.\n

\n When tire pressure drops to around three-quarters of the recommended level, efficiency can fall by\n two to three percent, and it only gets worse as pressure drops further. Checking tire pressure\n regularly is a simple habit that helps every time you drive.\n

\n Source:\n U.S. Department of Energy:\n \n \n The Effect of Tire Pressure on Fuel Economy\n \n \n \n (Oak Ridge National Laboratory, 2014). Even a small drop in tire pressure can cut fuel\n efficiency\n \n

\n Proper tire pressure also improves safety and extends tire life. Tires that are too soft wear out\n faster and can overheat, increasing the chance of a blowout and needing costly replacements\n sooner.\n

\n The best time to check tire pressure is when the tires are cold, before driving more than a mile,\n since the heat or driving will increase the pressure a bit. You can find the recommended pressure\n on a sticker inside the driver’s door or in the owner’s manual. The tire itself also lists a\n pressure number, but that one shows the maximum pressure it can handle, so don’t use this number!\n A simple tire gauge and an air pump at most gas stations are all you need to get it right.\n

How to check your tire pressure:

\n Watch your dashboard indicator.\n Most newer cars alert you when pressure drops, but a manual check once every few months is still\n a good idea.\n \n
\n Check your tire pressure\n when the tires are cold (before driving more than a mile).\n
\n Find the recommended PSI\n on the sticker inside your driver’s side door frame or in your owner’s manual (not the number on\n the tire!).\n

\n \n Image from\n \n cars.com\n \n

\n Use a tire pressure gauge.\n A\n \n basic one\n \n costs under ten dollars, or try a\n \n digital model\n \n for easier reading.\n
\n Add air at a gas station or service shop.\n Many locations such as Discount Tire, Les Schwab, or Costco will check and fill your tires for\n free.\n

\n Keeping your tires properly inflated can improve gas mileage, save money, and cut hundreds of\n pounds of CO₂ each year.\n

\n","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Brittany Hammett"],"authorId":"recLfhv01v9N1Qjkv","status":"Published","live":true,"published":"2025-11-19T04:39:12.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1Jxe8VzjhdAGmxfczUylM4IeY2fx03iaoyT7Pv63T2CI/edit?usp=sharing","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recad9QrB0VXkEmZs","slug":"check-that-your-freezer-and-fridge-are-set-to-the-right-temperature","meta":{"title":"Check that your freezer and fridge are set to the right temperature","description":"If your fridge and freezer aren't maintaining proper temperatures, it can lead to more food spoiling sooner, especially more expensive items like meat and poultry. On the other hand, if they are too cold, it can cause more power use and stress to the compressor. Its a good idea to check the temperature settings every one in a while to make sure its where it should be","seoTitle":"","seoDescription":"Set fridge and freezer temps correctly to keep food safer longer, reduce waste, and avoid unnecessary electricity use.","category":"technology","impactLevel":"","effortLevel":"","effort":"15 minutes","type":"action","resourceRequirement":"home","resourceRequirementRaw":"home","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Most of us don’t think twice about the temperature in our fridge or freezer, we just assume it’s “cold enough.” But even a small deviation can have big consequences. If your fridge is too warm, bacteria can multiply quickly, causing food to spoil faster. On the flip side, if it’s too cold, delicate items like vegetables can freeze, energy bills can rise, and your fridge’s compressor works harder than it should.

I learned this the hard way a few months ago. I noticed milk was spoiling faster than usual and my fresh vegetables weren’t lasting. A quick check revealed that the temperature dial had accidentally been bumped, leaving the fridge too warm. That little mistake ended up costing me several day’s worth of groceries. It was a clear reminder that temperature control isn’t just about convenience - it’s about food safety, saving money, and keeping your appliance running efficiently.

According to the U.S. Food and Drug Administration (FDA), your fridge should stay at or below 40°F, and your freezer at or below 0°F. For certain types of fridge, you might even need to aim it a bit lower 35°–38°F (1.7–3.3°C). This keeps your food as cold as possible without freezing it, and stays safely below the 40°F point where bacteria start multiplying quickly.

Maintaining the right temperature in your fridge and freezer is key to slowing bacterial growth and keeping food safe for longer. Salmonella and E. coli, for instance, can multiply rapidly on eggs, meat, or cooked leftovers if they sit above 40 °F (4 °C). But if your fridge or freezer is set too cold - below 32 °F (0 °C) - you risk freezing fruits and vegetables, which can ruin their texture and flavor, while also using more electricity than necessary. Striking this balance isn’t just about food quality and safety - it also has a real impact on the climate. Overly cold settings lead to higher energy consumption, increasing carbon emissions, while spoiled food contributes to food waste, which itself generates greenhouse gases when it decomposes in landfills. By keeping your fridge and freezer at the right temperatures, you reduce both energy use and food waste, helping the planet while keeping your meals fresh.

$\"Image\"$

Image from Fixit

Keeping your fridge and freezer at the right temperature is easier than you might think — and it makes a big difference for food safety, freshness, and energy efficiency. Here’s how to do it step by step:

Get the temperature right

Use a simple refrigerator/freezer thermometer for accuracy. For the fridge, aim for 37°F-40°F (3-4°C), and for the freezer at least at 0°F (-18°C). Place the thermometer in the center of the fridge or freezer, not on the door or back wall, and leave it for a few hours (or up to 24) to get a stable reading. Adjust the dial or digital settings as needed.

$\"Image\"$

Image from LeeValey

Check the door seals

The gasket around the door keeps cold air in and warm air out. A loose or dirty seal can let air escape, making your appliance work harder and wasting energy. Test it by closing the door on a dollar bill or piece of paper — if it slides out easily, the seal may need cleaning or replacement. Wipe it down with warm, soapy water to remove crumbs or residue.
If you notice “frost” forming on items in the freezer, this is a good indicator that the seal isn’t fully working, since it is allowing moist air to get in

$\"Image\"$ Freezer frost is usually an indicator that the freezer seal is not fully sealing

Let food cool before storing - Hot leftovers can raise the fridge temperature, giving bacteria a chance to grow. Let foods cool for a bit before storing them.
Avoid keeping the door open too long - Listen to your dad; every time you leave the fridge open, cold air escapes.
Keep your fridge properly filled - A mostly full fridge and freezer hold cold better. Leave about 20% of space open for air to circulate, so cooled air reaches everything evenly.
Keep the exterior clean and ventilated - Dusty coils or a fridge pushed against the wall can make it work harder. Move it a few inches from the wall if possible and clean the coils to help it run efficiently.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2025-12-05T06:34:50.000Z","internalNotes":"- using a thermometer, what the temperatures should be\n- how to check the door seals","doc":"https://docs.google.com/document/d/1oaQ4M0zk0zlHHoZ2Mu7Vr2uRVQ1L_A1UUt7T7p77PiA/edit?tab=t.0","primaryAudience":"concerned","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recbdmzyRoZK6l7pk","slug":"drawdown-by-paul-hawken-review-the-most-comprehensive-guide-to-climate-solutions-ever-written","meta":{"title":"Drawdown: Most Comprehensive Guide to Climate Solutions Ever Written - Paul Hawken","description":"Drawdown by Paul Hawken ranks the 100 most effective solutions to reverse global warming. Its level of detail and pragmatic approach make it an empowering and practical climate resource","seoTitle":"","seoDescription":"","category":"","impactLevel":"","effortLevel":"","effort":"","type":"review","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

What if solving climate change wasn't about stopping one big thing but starting a hundred proven ones?

Most climate books tell you what's wrong. Drawdown tells you exactly what works.

Published in 2017 and edited by environmentalist and entrepreneur Paul Hawken, Drawdown is the result of a years-long research project involving over 200 scientists, economists, and policy experts from across the world. Their mission was simple but unprecedented: identify, rank, and measure the 100 most substantive solutions to reverse global warming; not theoretically, but based on real-world data, existing technology, and proven results.

The outcome is arguably the most important climate book ever written.

$\"Image\"$

What \"Drawdown\" Actually Means

The title refers to the point at which greenhouse gases in the atmosphere peak and begin to decline, the moment we turn the corner. The book's central argument is that we already have most of the tools we need to get there. Not someday. Not after some technological miracle. Now, with what exists today.

That reframe alone is worth the price of the book.

What's Actually Inside

The book is organized into sections by solution category: energy, food, women and girls, land use, transport, buildings, materials, and more. Each solution gets its own chapter with a clear explanation of how it works, where it's already being implemented, and a precise estimate of how much carbon reduction it can deliver if scaled.

Some of the rankings will genuinely surprise you. Reducing food waste comes in higher than solar panels. Educating girls and expanding access to family planning, not topics you typically hear about in climate discussions, rank in the top 10. Onshore wind, plant-rich diets, distributed solar, walkable cities, clean cooking; the list is as diverse as the planet itself.

This is one of the book's greatest strengths: it demolishes the idea that climate action is one thing done by one type of person in one part of the world. The solutions are everywhere. The opportunities are everywhere. And more and more of them are already happening at scale.

Why It Works for ClimateInvested.org Readers

The most common reason people disengage from climate action is the belief that nothing they do actually matters; that the problem is too big, too complex, and too far gone for individual or community-level action to make a dent.

Drawdown systematically dismantles that belief with data.

Every chapter is a proof point that progress is real, that solutions exist, and that the trajectory of the planet is not fixed. It doesn't ask you to be perfect or to sacrifice everything, it asks you to understand the landscape and find where you fit within it. That's exactly the kind of realistic optimism that drives everything we do at Climate Invested.

Whether you're an individual making household decisions, a business owner thinking about operations, a student choosing a career, or a policymaker looking for evidence-based direction, Drawdown has something specific and actionable for you.

The Updated Edition

In 2020, Hawken released Regeneration: Ending the Climate Crisis in One Generation as a spiritual successor, broader in scope and even more solutions-focused. But Drawdown remains the foundational text. If you read one before the other, start here.

A free summary of all 100 solutions is also available at drawdown.org worth bookmarking regardless of whether you read the book.

The Bottom Line

Drawdown is the antidote to climate paralysis. It is the clearest, most data-backed argument that the tools to fix this already exist and that the only question left is how fast we choose to use them.

It doesn't promise to fix everything. It just shows you, clearly and precisely, how much is already being fixed.

🔗 Pick up your copy — Amazon.

Who It's Best For: Anyone who wants to move from climate anxiety to climate literacy. Ideal for readers who are solutions-minded, data-driven, or simply tired of doom-heavy content with no clear path forward. Also essential reading for students, educators, entrepreneurs, and anyone considering a career in climate.

Difficulty: Easy to Intermediate — each chapter is self-contained and accessible, no scientific background required

Read Time: Can be read cover to cover in a weekend or dipped into chapter by chapter over time

Pages: 240 (original edition)

I used to always reach for half & half in my coffee out of habit. It was just what I knew. But recently, I decided to try a new alternative I had heard about: oat milk. I didn’t think I’d care for anything other than the “real” thing. When I tried it, it was a little different flavor but very creamy, but now it's my go-to for coffee.

One of the biggest advantages I’ve noticed is convenience. Oat milk tends to have a longer shelf life than half & half. Many oat milk products are ultra-heat treated (UHT) and sold shelf-stable before opening, meaning they can sit in your pantry for months, unrefrigerated, until you need them. After opening, oat milk generally lasts 7–10 days in the fridge, while half & half typically needs to be used within 5–7 days once opened. An unopened shelf-stable oat milk carton can last 6–12 months or even 18 months, depending on how fresh the oat milk was before it went through the shelf stabilization process. This means fewer last-minute grocery runs and fewer cartons going to waste.

Despite the creaminess, oat milk is pretty different nutritionally. Oat milk is naturally cholesterol-free and lower in saturated fat than most dairy creamers,which can be helpful if you’re trying to reduce cholesterol or choose heart-friendlier options. It does have less protein than milk or half-and-half, but it’s also lighter in calories overall and is a good source of fiber, so it really depends on what you’re looking for.

On the sustainability side, it’s a pretty easy swap. Dairy farming requires a lot of land and water, and cows burp releases methane — a greenhouse gas that’s especially powerful in the short term. By contrast, growing oats generally uses much fewer resources in terms of water, land and creates a smaller environmental footprint. So if you’re looking to make small, realistic shifts toward more sustainable habits, switching to oat milk is a good one to try.

If oat milk isn’t for you, there are more milk alternatives than ever: almond, soy, coconut, cashew, macadamia, and even pea-protein creamers. Each one has a unique flavor and texture, making it easier to find something that fits your taste instead of settling.

Even if you don’t want to switch completely, having oat milk on hand is practical:

It froths well for lattes (especially barista-style blends).
It blends smoothly in iced coffee without separating.
Its flavor is mild and neutral—it supports your coffee instead of covering it.
And yes—it keeps longer, which makes your morning routine easier.

How to try it

Test it in just one cup of your usual coffee to see how it feels. Alternatively, you can give it a try next time you go to the coffee shop. If it isn’t for you, consider trying a different type, like soy or pea milk
If you like it hot, try a “barista blend”: These are specially made to foam and stay creamy in hot drinks. For iced coffee, oat milk doesn’t separate in cold drinks the way some other alternatives do, and mixes well even while cold.
Taste before committing: Unsweetened oat milk lacks some of the sugars in milk, so you will probably need a little more sweetener than with milk or half & half
If you want to keep using it, you can keep a shelf-stable carton on hand: It’s great for when you run out of dairy unexpectedly.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2025-11-07T04:55:57.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1pzpNp_wvz__4zX5FgrsCnHnanU25HM4l4-PoxgSB-2Q/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recc7v80K7jctIzdq","slug":"low-flow-showerhead","meta":{"title":"Look into a low flow shower head; they have gotten better","description":"Low flow shower heads in the past did not feel as full, but modern versions have improved a lot of the problems, so they are worth another look!","seoTitle":"","seoDescription":"Today's low-flow showerheads feel better than older models while cutting water and hot-water energy use.","category":"technology","impactLevel":"","effortLevel":"","effort":"$40-200","type":"action","resourceRequirement":"home","resourceRequirementRaw":"home","politicalLeaning":"","age":["18-64","65+"],"gender":[],"livingSituation":["city","suburbs"],"actionPhoto":[],"htmlDescription":"

For a long time, “low-flow shower head” wasn’t exactly a phrase that excited anyone, myself included. I pictured weak trickles of water and endless rinsing — not exactly a relaxing shower. But things have changed. The technology behind water-efficient fixtures has quietly evolved, and today’s low-flow shower heads feel surprisingly good — strong, steady, and often hard to tell apart from the regular kind.

These days, a good low-flow shower head can feel just as satisfying as a standard one, often while using 40–60% less water. The secret is in the design. Instead of simply restricting water volume, newer models use pressure-compensating technology or aeration — mixing air with water to maintain a strong, even flow. The result: a steady, refreshing shower that feels full, not stingy.

And the impact of switching might sound small, but it adds up fast. Over a year, with less than 60% water, that can mean saving thousands of gallons — and a fair bit of energy from heating all that water, too.

Beyond the numbers, there’s a quiet satisfaction in knowing that something as ordinary as a shower can be part of a bigger shift toward sustainability. We don’t have to give up comfort, convenience, or the small pleasure of a good morning routine. It’s just a more thoughtful version of what we already do every day.

Of course, not every low-flow shower head is the same. Some focus on a spa-like experience, others on simplicity or smart design. Many come with adjustable spray settings like narrow to wide, spray only, pulse, and so forth.This is particularly handy if different family members like different types of spray.

Many are even certified under the WaterSense label, which guarantees both efficiency and good performance. So if your shower head ever needs replacing, here are two reliable, water-efficient options that still feel great.

SparkPod Shower Head - a basic option that doesn’t have any frills, but has great reviews for high pressure flow
Raindance Showerhead 3-settings - a more premium option that can be handheld and supports different flow settings

Of course, there are many more choices out there — it really depends on your personal preference — and just make sure the model is compatible with your home’s setup.

And the install is usually easier than it sounds - no plumber needed. The only tool you’ll need is a pair of pliers, preferably one with an adjustable head like these:

How to Replace Shower Head

Unscrew the old shower head by turning it counter-clockwise. If needed, use a wrench to loosen it
If there’s old tape or residue on the pipe threads, wipe it off.
Wrap plumber’s tape (Teflon tape) around the threads 2–3 times to prevent leaks.
Screw the new shower head on by hand (no wrench unless you need a tiny final snug. If you use a wrench, put a paper towel or washcloth around the new showerhead to avoid scratches).
Turn on the water and check for drips. If you see any, tighten just a little more.

It’s about a five-minute upgrade, and you’ll feel the difference right away.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2025-10-31T05:12:21.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1oKZgBMPlaMVyMNmQJATGILEzLvRqUZutOtILoEpjZFA/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"reccEWRj3lccYMdDN","slug":"a-go-to-channel-for-sustainable-lifestyle-tips-shelbizleee","meta":{"title":" Shelbizleee","description":"Ever wondered if thrifting, “eco” brands, and reusable everything actually help the planet? This is a go-to channel for sustainable lifestyle tips, where sustainable living gets unpacked with honesty, curiosity, and a little humor. ","seoTitle":"","seoDescription":"","category":"","impactLevel":"","effortLevel":"","effort":"","type":"review","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

If you spend enough time wandering around climate and sustainability content online, sooner or later you’ll probably run into the YouTube channel Shelbizleee. I found it while looking up something random about sustainable fashion, and somehow ended up staying for videos about plastic, overconsumption, and the occasional deep dive into greenwashing.

The channel is run by Shelbi Orme, and her style feels very much like someone talking honestly about trying to live more sustainably in the real world. Not the Pinterest-perfect, zero-waste aesthetic where everything is stored in matching glass jars, it is more like: I’m trying my best, here’s what I’ve learned along the way.

A lot of her videos start with questions I’ve definitely asked myself before: Is thrifting actually sustainable? Are eco-friendly brands legit or just good marketing? Does my personal consumption even matter in the big picture? And instead of pretending there’s always a clean answer, she usually walks through the good, the bad, and the slightly uncomfortable parts of the conversation.

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What I personally appreciate is that the channel never makes sustainability feel like a competition. There’s a refreshing amount of honesty about trying, messing up, and learning. In one video she says something along the lines of “If you’re trying, you’re already doing better than you think,” and that mindset really sticks throughout the channel.

The topics go beyond just lifestyle tips, too. Some videos unpack marketing claims brands make about sustainability, others explore how consumer culture shapes environmental impact. It’s the kind of content that slowly changes the way you look at everyday choices: clothes, packaging, even the way companies advertise “green” products.

For me, watching the channel feels less like getting instructions and more like joining a conversation. Watching it doesn’t make you feel like you need to overhaul your entire life overnight. Instead, it feels more like someone sharing what they’ve learned after spending a lot of time researching sustainability and occasionally realizing things are more complicated than they seem. It’s thoughtful, a little reflective, sometimes a bit critical but never preachy.

And honestly, that’s probably why I keep going back to it. Not because it promises a perfectly sustainable lifestyle, but because it feels like someone sharing the ongoing process of trying to live a little more consciously in a very imperfect world.

","resourceLinks":"https://www.youtube.com/@Shelbizleee/videos","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2026-03-07T22:24:32.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1T7LV0a3xfT8SlNTSbrp2bxPDgPRioA6J-ow01QdQhyE/edit?tab=t.0","primaryAudience":"engaged","articleSubcategory":"","reviewSubcategory":"YouTube Channel","thumbnail":"https://yt3.googleusercontent.com/7ETy1-ocjxD8VU4qVHVMdHIOvl7qnszKMRORvYvyOxTGbkDvDc8P_BXQttGEQP_aEMfDoyQBWQ=s160-c-k-c0x00ffffff-no-rj","tags":[]}},{"id":"reccl0e0tdp9n4dai","slug":"dealing-with-eco-anxiety","meta":{"title":"How to deal with eco-anxiety","description":"With bad news about climate change everywhere you look, its no wonder that climate anxiety is on the rise. I know from experience. Fortunately, the best way to deal with it are also important steps for addressing it as a world. ","seoTitle":"","seoDescription":"Eco-anxiety is real, but manageable. Learn evidence-based ways to reduce overwhelm while staying engaged.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Note: this is a stub. More to come.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Al Billington"],"authorId":"recg5BW9N3ulMopvn","status":"Proposed","live":false,"published":"2025-11-19T07:10:56.000Z","internalNotes":"- how an optimistic mindset and focusing is important to feel empowered to act\n- how it isn't as dire as the news makes it sound - we are making progress and we are not headed for \"apocalypse\" levels of warming anymore. There are things to be optimistic about\n- how taking action, even small, is shown to be effective at combat anxiety (and climate change itself, through shifting norms)\n- dealing with feelings of being the problem and trying to minimize yourself which is a losing battle, but if you think about influencing others, you can have a net positive impact\n- how talking to others about it (in a \"how I feel\" way, not a \"you should stop doing X\" way) can help you feel less alone, but also impactful to get others thinking\n- how to avoid getting overwhelmed and remembering you don't have to solo climate change","doc":"","primaryAudience":"alarmed","articleSubcategory":"Psychology of Climate","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recdkpHPbgMN41bSc","slug":"supercharge-me-net-zero-faster-eric-lonergan-and-corinne-sawer","meta":{"title":"Supercharge Me: Net Zero Faster - Eric Lonergan and Corinne Sawer","description":"TBC","seoTitle":"","seoDescription":"","category":"","impactLevel":"","effortLevel":"","effort":"","type":"review","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Proposed","live":false,"published":"","internalNotes":"","doc":"","primaryAudience":"engaged","articleSubcategory":"","reviewSubcategory":"Book Review","thumbnail":"","tags":[]}},{"id":"rece3wqm4EkIDWtl1","slug":"is-divestment-or-investment-more-effective-for-climate-change","meta":{"title":"Is divestment or investment more effective for climate change?","description":"For a long time, there’s been a debate between divesting and investing. Neither is perfect on its own, but together they’re far more effective. The takeaway is simple: climate action isn’t about sounding right, it’s about moving money in ways that cut emissions fast.","seoTitle":"","seoDescription":"Divestment and investment each play a role. This article explains how capital can move fastest toward lower emissions.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

If you hang around climate conversations long enough, you’ll hear the same debate pop up again and again: Should we focus on divesting from fossil fuels, or investing more in climate solutions?

On one side, divestment is framed as a moral stand to cut off money to polluters and let the system correct itself. On the other hand, investment is sold as the practical route, putting capital where it can actually build a low-carbon future. People argue passionately on both sides and honestly, there’s something to like in each approach. But climate change doesn’t really care about ideology. It cares about emissions going down. So the better question isn’t which side sounds better, but which one actually moves the needle.

What is divestment?

Divestment is basically financial pressure with a conscience. The idea is simple: if enough investors pull their money out of fossil fuel companies or carbon intensive companies, those companies lose capital, legitimacy, and political power. Over time, they either change or fade away.

And to be fair, divestment has achieved something important already as it shifted the conversation. Twenty years ago, oil and gas companies were just energy companies. Today, many of them are openly labeled as climate risks. Divestment campaigns helped make fossil fuels socially and politically uncomfortable. And momentum has definitely grown with over 1,400 institutions across 71 countries committed to fossil fuel divestment, representing roughly $39 trillion in assets at one point, driven by a broader divest and invest movement.

Universities, pension funds, and foundations announcing divestment also send a strong signal: this business model doesn’t align with the future we want. That reputational damage matters, especially in a world where public trust and brand value are real assets.

But here’s the uncomfortable part: selling shares doesn’t make a company disappear. It just changes who owns it. When large institutions divest, their shares are often picked up by private equity, hedge funds, or state-owned players who are even less transparent and far less sensitive to public pressure. So while divestment is powerful as a signal, on its own it doesn’t necessarily lead to fewer oil wells being drilled tomorrow.

The biggest limitation of divestment is that it’s indirect. You’re hoping market pressure eventually leads to behavior change, but you don’t control how long that takes or if it happens at all. In some cases, divestment can even backfire. When fossil fuel assets move into private hands, they often operate with fewer disclosure requirements and weaker climate commitments. The emissions don’t stop but they become harder to track. There’s also a timing issue. Climate change is “a right now” problem, not “a wait a few decades for capital markets to adjust” problem. We need massive emissions cuts this decade and frankly, divestment alone is slow.

That doesn’t make divestment useless. It just means it’s not a silver bullet.

How is investment different from divestment?

Investment, on the flip side, actually putting money into solutions is directly tied to lowering emissions at scale. This includes funding renewable energy, battery storage, green buildings, electric transport, climate-smart agriculture, and all other essential infrastructure that makes decarbonization possible. The advantage here is obvious: investment creates real things like solar farms get built; grids get upgraded; low-carbon technologies get cheaper and scale faster. This is how emissions actually go down in the real world.

We’ve already seen this play out. Solar and wind didn’t become competitive because fossil fuels were shamed into extinction. They became competitive because capital flowed in, innovation happened, and costs dropped dramatically. Recent global data shows investment in renewable energy and clean technologies is surging. In the first half of 2025 alone, investment in renewable energy reached approximately $386 billion, up roughly 10% from the previous year and total energy investment is expected to hit about $3.3 trillion, with about $2.2 trillion going to low-carbon technologies like renewables, grids, batteries, and efficiency. Investment also acknowledges a reality people don’t always like to admit: we’re still living in a fossil-fuel-dependent system. Transitioning away from it requires financing the transition, not just condemning the old model.

That said, not all climate investment is created equal. There’s a version of this story that’s mostly marketing. Slapping green on a fund doesn’t mean it’s driving real impact. Some investments slightly reduce harm without actually changing the system. Others just reshuffle assets that already exist.

There’s also the risk of avoiding the hard stuff. It’s easier to fund shiny new clean tech than to invest in decarbonizing steel, cement, shipping, or aviation. But those hard-to-abate sectors are exactly where emissions are hardest to cut and where capital is most needed. Investment works best when it’s intentional, so the question isn’t just “Is this green?” but “Does this help reduce emissions at scale, fast?”

This is where things get interesting. Some investors choose a third route: stay invested, but actively push companies to change. This means voting at shareholder meetings, engaging more with the company, filing climate resolutions, and tying executive pay to emissions targets. Engagement doesn’t sound as clean or satisfying as divestment. As its progress can be slow. But in some cases, it has delivered concrete results: better disclosures, science-based targets, and actual transition plans. Of course, engagement only works if investors are willing to walk away when companies refuse to change. Otherwise, it becomes an excuse for doing nothing while claiming influence.

Which one is more impactful?

If we’re being honest, it’s not about picking one of divestment or investment. It’s how they’re used together.

Divestment is effective at changing norms, narratives, and legitimacy. It tells the world which business models no longer make sense. It creates pressure and draws lines. Investment is effective at changing reality. It builds alternatives, lowers costs, and accelerates deployment at the speed climate action actually requires. Used strategically, they reinforce each other. Divestment without reinvestment leaves a vacuum. Investment without boundaries risks funding half-measures and greenwashing.

The most effective climate strategies tend to do three things at once: divest from the worst offenders with no credible transition plans, actively engage where change is still possible, and aggressively invest in solutions that scale. Climate change won’t be solved by symbolic gestures alone, nor by blind optimism in green markets. It will be solved by moving money away from models that lock in emissions and toward systems that make a low-carbon world inevitable.

What can I do?

If you want to do something about it, here are what you can start with

Check where your money currently sits: Many major banks still finance fossil fuel projects, so understanding your bank’s climate stance is a first step. Tools like Bank.Green or Get a better bank can help you assess a bank’s fossil fuel exposure and climate commitments.
Switch to a climate-friendly bank: Open an account with an institution that refuses to finance fossil fuels or supports renewable energy sends a clear market signal and redirect your financial footprint toward greener outcomes.
Tell your old bank why you left: Writing or calling to explain that you’re moving your money for climate reasons reinforces consumer demand for responsible policies.
Engage your people: Share that action with friends or family or take public pledges to move your money as collective individual pressure helps build broader demand for climate-aligned banking.

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When organic waste from your home breaks down in landfills, it generates greenhouse gases like carbon dioxide and methane. Instead of throwing all your household waste together, you can separate the organic portion and compost it. This reduces emissions and gives you nutrient-rich fertilizer for your plants. It may sound like pretty involved, but it’s easier than you might think.

What do you need?

You’ll need a compost bin, simply a container with holes (to let air in) and a lid. When it comes to choosing one, there’s something for everyone: you’ll find indoor and outdoor models in all kinds of materials and sizes.

Outdoor composters tend to be larger and are ideal for families that generate more organic waste, though it’s still best to keep them under some kind of cover. Indoor composters, on the other hand, are designed for smaller volumes of waste and often include a charcoal filter to control odors. Many people also use them as a temporary collection point before transferring scraps to their outdoor compost bin.

Of course, you can always start by repurposing a bucket or container you already have at home.

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Outdoor composter options

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Indoor composter options

If you want to compare prices and models, platforms like Amazon offer a wide variety of options to suit different needs and budgets. Here is an outdoor composter model, and here is an indoor one.

Personally, I started composting about a year and a half ago after seeing the great results several friends had with it. I live in an apartment and keep my compost bin on the balcony. I began by using a simple paint bucket to get the hang of the process, but I’ve since upgraded to a nicer one to keep the space looking tidy.

What do you put in it?

Everyday items you can add include:

Fresh scraps: Fruit and vegetable peels, coffee grounds, tea bags, fresh leaves, and grass clippings.
Dry scraps: Dry leaves, dried grass, cardboard (like egg cartons), and paper towels.

It’s important to avoid bones and greasy waste to prevent odors and pests.

To get started, add a base layer of soil to your bin to introduce the microorganisms needed for decomposition. Also, consider using two bins or a composter with two compartments. This way, while one batch is maturing, you can continue adding fresh scraps to the other.

What’s the work involved?

Just mix the contents every two or three days to aerate it. You can use a small shovel or a garden trowel, some composters even come with a special steel mixer tool. The rest of the work is done by microorganisms, they’ll take care of the hard part for you!

What’s it for?

After a few months, you’ll have your own compost! This natural fertilizer looks and smells like rich soil, feeling homogeneous to the touch and showing no recognizable traces of its original components . It acts as a powerful organic amendment, adding essential macronutrients like nitrogen, phosphorus, and potassium to the soil, while also improving its structure for better water retention and stronger root development.

Before using it, mix it with soil for your pots, flowers, or garden. You can also sift it and spread it over your lawn.

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Food is expensive, and the cost of tossed food adds up fast: people spend $1,300 a year on food that ends up in the trash. Food waste also releases methane, an exceptionally potent greenhouse gas. And when you account for the emissions tied not only to food rotting but also to every stage before—farming, processing, transporting, storing, and cooking food that never gets eaten—it’s easy to see how global food loss and waste contributes roughly 8–10% of all human-caused greenhouse gas emissions.

One of the best strategies to limit food waste is to eat your food before it goes bad. It sounds simple enough, but the truth is that managing your groceries to make sure everything gets used up can be a challenge. I’ve ended up kicking myself because I forgot something at the back of the fridge for days or weeks, mourning both the food itself and the money I spent on it.

To combat this, my housemates and I cleared a shelf in our fridge and labeled it ‘eat first’. There, we place leftovers, items we’ve already opened or partially used, and anything that’s close to its best-before window. When we’re looking for something to eat, we look there first. This systematic approach ensures more of our food gets eaten before it spoils. And of course, when less food gets thrown away, less energy and land are used for things that won’t get eaten, and less methane is created in waste systems.

Having this visible, dedicated place for food at risk of waste has transformed how I approach my meals and snacks—I strongly recommend it to anyone who wants to use more of what they’ve already paid for. You’re not adding anything new, simply reorganizing in a way that benefits both the climate and your wallet. Pick a clear bin or use a dedicated section or shelf in your fridge. Label it so you don’t forget. When you next unpack groceries or put away leftovers, move items that should be eaten in the next few days into that space. Try to make a habit of it.

The best part is how simple and free it is to set up. Nothing fancy, complex, or time-intensive, just a little placement change that keeps food visible and top of mind. You’ll be surprised by the difference such a simple habit can make.

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Have you ever scrolled through Instagram and seen a post with a simple tip to save energy, a second-hand store, or a startup innovating with recycled materials, thought \"how interesting!\", and just kept scrolling? Next time, I encourage you to take it a step further: share it on your own feeds or tell your friends about it.

Today, the messages about climate change or sustainability that have the most impact on social media are those with a positive tone that encourage action, generating motivation around a specific environmental problem from a personal perspective. This allows them to stand apart from traditional doom-and-gloom imagery, avoiding feelings of guilt and powerlessness, while inviting individual action.

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By sharing this type of content, we shift the conversation from \"everything is wrong\" to \"look what can be done.\" In this way, we build a community, showing our network that there are more people mobilizing for these causes—a 'like' is private, but a 'share' is a public act that says \"I care about this too.\" This inspires action and tackles a topic that often feels overwhelming, demonstrating that we do have the power to drive concrete change.

To delve into the world of sustainability and climate action, a great starting point is to follow global actors like the UN Environment Programme (UNEP) on Instagram. These accounts will keep you updated on campaigns, relevant data, and international initiatives. To complement this global view with a more day-to-day, actionable focus, we recommend exploring profiles like Climate Science, which specializes in explaining concepts clearly and practically.

It's not about flooding your feed with this type of content or being an environmental expert. It's about talking about that documentary, that tip for reducing plastic, or that news story about renewable energy that you liked and found inspiring. Sharing it might just spark interest in someone else.

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Climate solutions and conservative values often cross paths in ways people do not expect. Strip away the partisan noise and you find a shared foundation built on efficiency, reduced waste, cost savings, and a focus on local independence. These ideas have been part of conservative thought for generations. At the community level, they look less like climate ideology and more like common sense stewardship.

Many conservative families already live these principles. Rural communities fix things rather than replace them. They emphasize resourcefulness. They look for long term savings rather than short term trends. These habits naturally overlap with climate minded decisions like better building insulation, high efficiency equipment, reduced energy waste, and land stewardship. When towns invest in resilient infrastructure or support energy saving programs, they are not trying to make a political statement. They are trying to keep bills low, protect property, and avoid future costs.

Water and land management are other areas where the overlap is clear. Soil conservation programs, watershed protection, and wildfire mitigation all reduce emissions while also protecting the local economy. Farmers, ranchers, and landowners have long understood that if you take care of the land, the land takes care of you. This is not a new idea and it is not a partisan one.

There is also a quiet history of conservative environmental leadership that gets overlooked. President Theodore Roosevelt created the United States Forest Service and protected more than 230 million acres of public land. President Richard Nixon signed the Clean Air Act, the Clean Water Act, and established the Environmental Protection Agency. President George H. W. Bush helped strengthen the Clean Air Act in 1990, supporting programs that reduced acid rain and cut pollution at the source. None of these decisions were framed as climate action at the time, but they shared a common thread: protecting natural resources, safeguarding public health, and preserving the nation’s long term stability.

Many state and local conservative leaders have followed similar paths. They expanded land conservation, invested in smart growth planning, or backed energy efficiency standards that kept household costs down. These choices were rooted in principles such as responsibility, stewardship, and fiscal discipline, not political ideology. Even today, many rural and conservative communities are building small scale solar, restoring wetlands, improving stormwater systems, or upgrading public buildings to cut energy waste. These projects lower long term costs and strengthen local resilience.

Climate solutions do not need to be framed as political. When the conversation focuses on shared values, people find common ground. Most individuals, regardless of political identity, want their communities to be stable, affordable, and prepared for the future. They want clean air, reliable infrastructure, and healthy land for their children. Community scale climate solutions speak directly to these goals.

The overlap has always been there. It only becomes clearer when we approach the topic through values like stewardship, responsibility, and independence rather than ideology.

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There's a certain type of climate conversation that goes like this: \"You know what would really solve climate change? If we just had fewer people.\" Or its cousin: \"We need to stop economic growth entirely.\"

These ideas sound logical at first glance. Fewer people means less consumption, right? A smaller economy means fewer emissions? But here's the thing, the data doesn't support these ideas at all. And even if it did, good luck convincing eight billion people to voluntarily make their lives worse.

More importantly, we don't need to. The real story happening right now is way more interesting.

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Source: Our World in Data

Look at the United States. Since 1990, GDP per capita has grown by 70%. Americans are significantly more prosperous than a generation ago. Yet per capita emissions have fallen by 30%. The economy grew while emissions shrank. This is what decoupling looks like in action, and it happened in the world's largest economy without anyone sacrificing their standard of living.

Pushing a Ship Backward vs. Turning the Wheel

Picture this: climate change is like a massive cargo ship heading toward an iceberg. The ship has enormous momentum, carrying the weight of 8 billion people, their needs, their aspirations, and the entire global economy. It's not going to stop on a dime.

Now, the depopulation and degrowth approach says: \"Everyone rush to the bow and push backward! If we all push hard enough, we can slow this thing down.\" And sure, in theory, if you could get everyone pushing in perfect coordination, you might reduce the ship's speed a little. But here's the problem, you're not changing the direction. The ship is still pointed at the iceberg. You're just approaching it slightly slower while exhausting everyone in the process.

Plus, try coordinating that effort across every deck. Billions of passengers just finally got aboard after generations of waiting. The last thing they're willing to do is push the ship backward when they've only just started moving forward.

Now contrast that with the clean energy approach: you're turning the wheel. You're actually changing where the ship is headed. The momentum is still there, people still want prosperity, comfort, and opportunity but now that momentum is carrying us in a different direction. Away from the iceberg entirely.

Turning the wheel works with the ship's momentum instead of against it. You're not asking people to sacrifice or push against their own interests. You're redirecting the energy that's already there toward a destination that doesn't involve disaster.

One approach is exhausting, divisive, and doesn't solve the fundamental problem. The other actually changes the outcome. Which one sounds more likely to work?

Rich Countries Are Getting Cleaner While Getting Richer

Here's a pattern that shocked researchers when they first discovered it: countries don't just pollute more and more as they get wealthier. They pollute more for a while, then hit a peak, and then this is the wild part, they start polluting less even as their economies keep growing.

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Initial increases in GDP per head result in increased greenhouse gas emissions but, as an economy transitions from industrial production to service-based industries the environmental damage gradually falls (Source: Environmental Kuznets Curve)

It's called the Environmental Kuznets Curve, and it's playing out across the developed world right now. The UK's emissions have dropped back to levels not seen since 1890, before cars existed while its economy has grown massively. The U.S. hit peak emissions in 2007 and has cut them significantly while GDP increased by over 20%. Germany, France, Spain, the pattern repeats.

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Source: Our World Data

Why does this happen? Because wealthy economies can afford to do things differently. They invest in renewable energy. They build efficient transit systems. They regulate pollution. They research better technologies. They shift from heavy manufacturing to services and high-tech industries. The very development that seems like the problem becomes part of the solution.

There's also a psychological shift that happens with development. When people aren't worried about making rent or feeding their families, they have mental space to think about sustainability. It's not that wealthier people are morally better, they just have the breathing room to think about more than staying afloat. This is why environmental concern naturally grows as countries develop.

Now, you might think, \"Wait, didn't rich countries just shift their pollution to China and India?\" It's a reasonable concern and is true to some degree, but it doesn't explain the decline. Even when researchers track consumption-based emissions, accounting for all the products imported from manufacturing hubs, the reduction remains real. Wealthy nations have cut emissions both domestically and in their total consumption footprint. While some production relocated overseas, the overall trajectory shows genuine progress, not just accounting tricks.

Poor countries couldn't afford technologies like solar panels and electric cars until recently. Wealthy nations adopted them first and through that early adoption and heavy investments in research and development, drove costs down dramatically. Renewables have gotten to the point where they are competitive and often cheaper than fossil fuels, even when accounting for needed battery storage. This creates an opportunity: developing countries can skip the fossil fuel phase entirely, leapfrogging straight to clean energy as they grow, without having to pay more. They can reach that emissions turning point faster, without repeating the previously necessary polluting development path wealthier nations took.

Population Growth Is Already Solving Itself

Let's talk about population, because this one drives me crazy. Every time someone brings up overpopulation as the main driver of increasing emissions, they're operating on outdated information. The explosive population growth everyone talks about? It isn't even happening anymore.

Global population growth has been slowing for decades. We're on track to peak sometime around 2080-2090 and then likely decline. And this isn't happening because of anything sinister, it's happening because when people's lives get better, they naturally have fewer children.

It's a pattern so consistent that demographers have a name for it: the demographic transition. Give people access to education, healthcare, and economic opportunity, and birth rates drop. Not because anyone forces them to, but because people with options make different choices.

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World Population Projection byUnited Nations - Department of Economic & Social Affairs(Population Division)

The global fertility rate is already down to 2.3 children per woman, just barely above the 2.1 needed to maintain the current population. Most of Europe, East Asia, and parts of the Americas are well below replacement rate. Japan's population is actively shrinking. So is Italy's. China's working-age population peaked in 2015.

And here's the kicker: from 2012 to 2023, the world added over 900 million people, yet per capita emissions actually declined. Population growth isn't the determining factor, how we generate energy is. $\"Image\"$

Source: Our world in Data - CO2 emissions per capita

The Sacrifice Problem (Or: Why This Would Never Work Anyway)

Okay, let's do a thought experiment. Imagine I told you that to save the climate, you need to:

Give up air conditioning.
Get rid of your car (no replacement).
Stop eating meat
Never travel more than 100 miles from home again.
Have no more than one child, or ideally none.

How excited are you? Would you do it? Even if you personally would, could you convince your neighbors? Your city? Your country?

Of course not. And you shouldn't have to.

There are billions of people on this planet actively working to improve their lives right now. A family in Vietnam saving up for their first car. A couple in India finally able to afford air conditioning for brutal summers. A homeowner in Ohio wants to upgrade to a heat pump. Someone in Berlin switched to an electric vehicle. A student in Kenya getting internet access for the first time. A parent in California installing rooftop solar. These are all people trying to improve their lives, just in different ways depending on where they're starting from. The degrowth argument treats all of this as the problem. But asking a family to not pursue these improvements, whether it's their first car or their first EV, goes against everything that motivates us as humans. We want progress. We want better for ourselves and our kids.

This is why degrowth fails before it even starts. It's not just impractical, it's swimming against the fundamental current of human nature. People want better lives. They want their kids to have opportunities. They want comfort and security and the ability to see the world.

Any real solutions have to work with human nature, not against it.

Technology Is Already Changing Everything

Here's what's actually happening while people debate degrowth: clean technology is getting ridiculously good and ridiculously cheap.

Solar and wind are now the cheapest forms of new electricity in most of the world not with subsidies, just straight up cheaper than building new coal or gas plants, even if you include the cost of battery storage. Electric vehicles are approaching price parity with gas cars due to huge strides in battery tech, while being cheaper to operate. Heat pumps are more efficient than any fossil fuel heating system.

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Source: Our World in Data-Cheap renewable growth

These technologies keep getting better and cheaper. That's why emissions are already declining in many developed countries even as people live comfortable, modern lives. Nobody had to sacrifice anything—the clean option just became the better option.

You're Not the Problem—You're Part of the Solution

Here's the thing about being someone who can afford to try new technologies: you're not carrying some burden of guilt. You have an opportunity.

When someone switches to an electric car, they're not just reducing their own emissions. They're creating demand that helps manufacturers scale up, which brings prices down for everyone else. They're normalizing the technology so their neighbors see it and think, \"Huh, maybe that's not so weird after all.\" They're proving to the market that clean options work.

This is how change actually happens in the real world. It's not everyone simultaneously deciding to live with less. It's some people trying new things that work well, industries responding to that demand, costs falling, and eventually the new technology becoming so obviously better that everyone switches.

Think about LED bulbs. Nobody had to guilt-trip you into switching from incandescent bulbs. LEDs just got better and cheaper until using anything else seemed outdated. That's the path we're on with clean energy—we just need to keep pushing forward.

The Real Path Forward

Multiple developed countries are already proving you can cut emissions while growing economically and maintaining comfortable lifestyles. The UK, Germany, France, Denmark, they're all doing it right now. Emissions down, quality of life up.

The technologies exist. The economics increasingly favor them. While we have the momentum, we still have a lot of work to do. We need to accelerate this transition even faster to avoid the worst climate impacts. And that doesn't mean we need fewer people. We need more hands on deck.

Think back to the ship analogy: turning the wheel changes direction, but the more people helping turn it, the faster the ship responds. Every person who switches to clean energy, every early adopter who proves new technology works, every voice pushing for better policy, they're all adding force to turn that wheel. Small individual actions create the social proof and market signals that speed up systemic change.

We don't need to push the ship backward. We don't need to convince billions of people to sacrifice their aspirations and livelihoods. We just need to keep turning the wheel toward solutions that actually work, solutions that make life better, not worse.

That's a future worth building. And unlike depopulation or degrowth, it's a future we can actually achieve.

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They are likely doing something close to where you live","seoTitle":"","seoDescription":"","category":"politics","impactLevel":"Medium","effortLevel":"Medium","effort":"2 hours","type":"organization","resourceRequirement":"volunteering","resourceRequirementRaw":"volunteering","politicalLeaning":"","age":["18-64","65+"],"gender":[],"livingSituation":["city","suburbs"],"actionPhoto":[],"htmlDescription":"","resourceLinks":"https://yimbyaction.org/","aiSummary":"","suggestedAudience":"","authorName":"","authorId":"","status":"Proposed","live":false,"published":"2026-03-09T04:22:35.000Z","internalNotes":"","doc":"","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"rechIIoCN0CzRbikr","slug":"watch-climate-town-episode-on-youtube","meta":{"title":"Climate Town","description":"Climate Town by Rollie Williams makes climate change entertaining, digestible, and actually hopeful. 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If you’ve ever tried to understand climate change through the news, you might know the feeling: one minute you’re reading about rising temperatures, the next you’re googling “carbon markets explained” and wondering how you got here. That’s exactly why the podcast How to Save a Planet is such a refreshing listen.

Hosted by Alex Blumberg and Ayana Elizabeth Johnson, the show manages to tackle climate solutions in a way that feels surprisingly human. Instead of sounding like a lecture, most episodes feel like you’re listening in on two curious people trying to figure things out together.

And honestly, that’s part of the charm.

The podcast series has over 230 episodes, taking big climate questions such as renewable energy, climate jobs, or how policy actually changes emissions and breaks them down through conversations with scientists, activists, and everyday people working on solutions. But what I like most is that the show doesn’t just throw facts at you. It tells stories as Ayana brings deep climate expertise, while Alex often plays the role of the curious listener asking the kinds of questions most of us are probably thinking.

There’s also a lot more humor than you’d expect from a climate podcast. The hosts occasionally laugh at the absurdity of how complicated climate solutions can be, or admit when something confuses them. At one point they joke about the scale of the challenge, basically acknowledging that saving a planet sounds like a slightly unreasonable weekend project.

But the show never loses its sense of optimism. Instead of focusing only on the problem, the podcast constantly asks the same core question: What can actually work?

That perspective makes the listening experience feel different. You finish an episode not just more informed, but often with a clearer sense of what people around the world are already doing to tackle climate issues.

Personally, I like putting on an episode during a walk or commute. It’s one of those podcasts where you learn something new without feeling overwhelmed. Climate change is obviously a huge topic, but How to Save a Planet makes it feel a little more understandable and occasionally even hopeful. Which, honestly, is not a bad thing to carry with you for the rest of the day.

Check them out here: Blue Mountain Belle

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Single-use plastic has become one of the most visible symbols of environmental harm. It’s the thing people point to when talking about wasteful consumption, overflowing landfills, and polluted beaches. And while there’s truth behind that concern, the conversation around single-use plastic is often far more simplistic than the reality. Plastic waste is a problem - but not in the way most people assume. And in some cases, single-use plastics actually help solve bigger environmental issues.

Understanding this nuance is important. If we want real progress on sustainability, we need to focus on where the biggest impacts actually are - rather than where public frustration happens to land.

Let’s start with climate impact. Yes, plastics are made from fossil fuels, and yes, manufacturing them creates greenhouse-gas emissions. In 2019, the global plastics lifecycle—from extracting raw materials to producing finished products—generated around 1.8 billion tonnes of CO₂ equivalent, or roughly 3.4% of total global emissions. That’s not nothing. But it’s also not the climate catastrophe many headlines make it out to be.

To put things in perspective, the global energy sector - electricity and heat - accounts for more than one-third of all emissions; transport, heavy industry, buildings, and agriculture also carry huge carbon footprints, so compared to these giants, plastics are a relatively small contributor.

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This doesn’t mean we should ignore plastic-related emissions. But it does mean that calling single-use plastic a major climate villain is misleading. If our goal is to reduce global emissions at scale, focusing solely on banning straws or plastic bags won’t move the needle nearly as much as decarbonizing the power grid, shifting transportation to low-carbon systems, or improving industrial efficiency.

Here’s where the conversation gets more interesting. One of the largest sources of avoidable greenhouse-gas emissions is food waste. Globally, wasted food accounts for 8-10% of emissions - which is more than plastic production by a long shot. This is because growing food requires huge amounts of land, energy, water, fertilizer, and transportation. When food gets thrown away, all those resources are wasted too. Additionally, food in landfills breaks down into methane, which is also a greenhouse gas.

This is where single-use plastics often make a surprising positive difference. Lightweight plastic packaging - think seals, films, trays, and wraps - can extend the shelf life of fresh produce, meat, dairy, and baked goods by days or even weeks, which in turn leads to less food spoils before people get a chance to eat it. For example, a cucumber wrapped in thin plastic film can last two to three times longer, plastic-sealed meat stays fresh significantly longer compared to butcher paper. In many cases, the emissions saved by preventing food from being wasted far outweigh the emissions required to produce the plastic packaging.

Of course, this doesn’t mean all packaging is good. Excessive, unnecessary, or poorly designed plastic packaging is still wasteful. But it does explain why plastic became the dominant material for food protection: it works exceptionally well, it’s lightweight, and it reduces spoilage. The key is to use plastic strategically - where it helps - and reduce it where it doesn’t add value.

The real problem with plastic isn’t the material itself - it’s what happens when it’s thrown away. In high-income countries, nearly all plastic waste ends up in engineered landfills or modern waste-management systems. These facilities are far from perfect, but they do a good job of containing waste and preventing leakage into the environment. As a result, wealthier countries contribute relatively little to ocean plastic pollution, even though they use a lot of plastic. The ocean plastic crisis overwhelmingly comes from mismanaged waste - trash that’s dumped in open landfills, left uncollected, thrown into waterways, or openly burned. This happens largely in regions without formal waste infrastructure. When plastic escapes into the environment, it becomes a long-lasting pollutant that harms wildlife, breaks down into microplastics, and spreads through rivers and oceans. But when it’s properly collected and contained, it poses far fewer risks to ecosystems. Helping poorer countries develop waste management systems can be far more impactful for ocean plastic than reducing plastic use, in addition to many other health benefits.

When we look at all of this together, we can see a more complete and realistic picture. Plastics do have environmental impacts, and those impacts shouldn’t be ignored. But plastics also provide real benefits that are often missing from public conversations. For one, their contribution to global climate change is relatively small compared to the major emitting sectors that dominate the world’s carbon footprint. They also help reduce food waste - an issue with a far larger climate impact than the emissions associated with producing plastic packaging. And most importantly, plastic only becomes pollution when it escapes into the environment, which is ultimately a waste-management failure, not an inherent flaw of the material itself.

None of this means we should continue using plastic carelessly. Reducing unnecessary plastic, improving recycling systems, and redesigning packaging to be more sustainable are all essential steps. But trying to eliminate plastic entirely, or treating it as universally harmful, can easily create more problems than it solves. A more thoughtful path forward is to cut back on plastic where better alternatives exist, use it intentionally where it provides clear environmental advantages - such as protecting food - and strengthen waste-management systems so plastic stays out of oceans and natural habitats. At the same time, encouraging reuse where it’s practical and convenient can further reduce waste without disrupting the benefits plastic currently provides.

The focus should be shifting away from guilt-driven decisions and focusing on actions that truly create meaningful impact. Instead of fixating on every piece of plastic you use, it’s far more effective to prioritize high-leverage habits - reducing food waste, choosing low-carbon meat, being mindful of energy use at home, and buying fewer, longer-lasting products when possible. These choices do more to reduce your environmental footprint than most plastic swaps ever will. And perhaps just as important, your actions can inspire others, for example, when your friends see you choosing public transit because it works for you, or simply talking about sustainability in a positive way, it encourages them to take their own steps. Individual impact grows exponentially when it spreads through conversations, shared habits, and community norms. By modeling practical, sustainable choices - not perfection - we can help create an environment where doing the right thing feels accessible, reasonable, and worth trying for everyone.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2025-12-12T07:16:02.000Z","internalNotes":"- The big problem with plastic is incorrect disposal more than plastic use in more developed countries\n- most plastic in first world is properly contained in landfills and does not get in the ocean\n- its good to use less plastic, but it doesn't have much emissions impact as other things\n- recycling plastic is not very effective and isn't a catch all","doc":"https://docs.google.com/document/d/1HGfA01eue1JPvsY98y9ctfXMMyOtLzCsdyHZu8pJ3VY/edit?tab=t.0","primaryAudience":"concerned","articleSubcategory":"Practical Action","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"reciJp5mSgJwJ167i","slug":"add-a-book-about-climate-change-to-your-reading-list-","meta":{"title":"Add a book about climate change to your reading list ","description":"Reading about an issue is often the best way to get your head around it, but it can be hard to know where to start. Five Books is a website where experts curate book recommendations on their areas of interest. Whether you're into history, science, or fiction of any stripe, you can find book lists from environmental experts that provide an engaging way think more deeply on climate change.","seoTitle":"","seoDescription":"Build your climate confidence with expert-recommended books that explain the science, solutions, and real progress in plain language.","category":"learning","impactLevel":"","effortLevel":"","effort":"15 minutes","type":"action","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Rup Priodarshini"],"authorId":"recj3IUMT480zmKXp","status":"Proposed","live":false,"published":"","internalNotes":"","doc":"","primaryAudience":"concerned","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recibaZ9ur29MzQmC","slug":"this-holiday-buy-less-give-more-experiences","meta":{"title":"Try gifting an experience instead of a physical item","description":"Deep down (and according to research) most of us don’t really want to deal with the holiday gift rush. One alternative that is growing in popularity is gifting experiences instead of physical gifts","seoTitle":"","seoDescription":"Gift experiences instead of extra stuff to reduce holiday waste and create memories people actually value.","category":"lifestyle","impactLevel":"","effortLevel":"","effort":"15 minutes","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":["18-64","65+"],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Last year, I decided I had had enough: I skipped the frantic shopping runs, the endless scrolling for gift ideas, the late-night wrapping sessions that left me surrounded by paper and tape.

Instead, I decided to give experiences — moments that could be shared, not stored.

I invited a friend for a picnic by the river. I made dinner for my family, with mismatched candles and a year-in-highlight presentation that we all laughed about. I wrote a little “movie coupon” for someone special. None of it looked grand, but every single one of those gifts turned into something I still remember.

The truth is, the holidays can get noisy. There’s joy, yes, but also pressure — to buy, to wrap, to keep up. Somewhere in all that, I realized how easy it is to forget that giving doesn’t have to mean buying.

And you know what? Secretly no one even wants to do gifts. A 2023 survey by the Center for Biological Diversity found that 90% of Americans wish the holidays were less materialistic — up from 78% in 2005. And 88% say the season should be more about family and caring for others — a feeling that’s stayed steady over the years.

What I’m Planning This Year

This season, I’m keeping that spirit going.

Maybe another picnic. Maybe a shared cooking class. Maybe just a slow morning coffee with someone I’ve missed talking to. I’m also thinking of donating in someone’s name — to a cause that matters to them. It feels like a simple way to make giving more intentional, more aligned with what really counts.

I’m not giving up gifts completely — just reimagining what “giving” means. If even one of our gifts this season becomes a shared moment instead of a wrapped one, I think we’d all feel the difference.

So, this year, I’m choosing stories over stuff, and I think you should try it too!

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2025-10-27T04:25:13.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1qubHbTFKk51taOUfZAdpLzLuukgnsC6-d4Y9wjtzJmI/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recii7XLZPeDn4K7b","slug":"regeneration","meta":{"title":"Regeneration by Paul Hawken","description":"Spiritual successor to Drawdown; broader and bolder","seoTitle":"","seoDescription":"","category":"","impactLevel":"","effortLevel":"","effort":"","type":"review","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Usama Zulfiqar"],"authorId":"recRIx3fNMMLItiA1","status":"Proposed","live":false,"published":"","internalNotes":"","doc":"","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"Book Review","thumbnail":"","tags":["recwH0vyxQ0qPWpAX"]}},{"id":"recjYRhNwUDXW4CtE","slug":"is-your-home-sustainable-try-these-easy-product-swaps","meta":{"title":"Is Your Home Sustainable? Try These Easy Product Swaps","description":"This topic focuses on simple, practical swaps for everyday household items to reduce waste, lower your carbon footprint, and create a more sustainable home without overwhelming lifestyle changes","seoTitle":"","seoDescription":"Small home product swaps can reduce waste, save money, and make your daily routine meaningfully more sustainable.","category":"lifestyle","impactLevel":"","effortLevel":"","effort":"$40-200","type":"action","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Is Your Home Sustainable? Try These Easy Product Swaps

By: Esperanza Navarro

Do you want to adopt a more sustainable lifestyle but don't know where to start? The task might seem overwhelming, but the important thing is to begin with smart and simple changes. Below, I present 10 easy sustainable swaps for everyday products. They are simple to implement and replace single-use or disposable items with durable, reusable, and lower-impact alternatives.

1. Liquid Shampoo → Shampoo Bar Shampoo, conditioner, and even solid detergents effectively perform the same function and usually come in minimal paper or cardboard packaging.

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2. Disposable Plastic Bottle → Steel Bottle A steel bottle keeps your drink hot or cold and prevents the use of hundreds of single-use plastic bottles.

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3. Ziploc Bags → Food Containers or Reusable Silicone Bags Perfect for storing food, packing snacks, or freezing. Unlike Ziploc bags, these can be washed and reused over and over again.

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4. Plastic Grocery Bags → Reusable Cloth Bags Cloth bags are stronger and more durable. You can keep a few in your car or backpack for impromptu shopping trips.

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5. Disposable Plastic Straws → Steel Straws Steel straws are reusable and durable. This way, we avoid the use and continuous disposal of plastic straws.

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6. Disposable Makeup Remover Pads → Reusable Pads Instead of buying packs of disposable makeup remover pads, the alternative is to have a couple of reusable cloth pads—just wash and use them many times.

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7. Pads/Tampons → Menstrual Cup The menstrual cup has a long lifespan (5 to 10 years). In the long run, it is more economical, comfortable, hygienic, and sustainable.

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8. Plastic Toothbrush → Bamboo Toothbrush Bamboo is a biodegradable, fast-growing material that also emits fewer greenhouse gases during its production.

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9. Plastic Sponge (Synthetic Loofah) → Natural Vegetable Sponge (Natural Loofah) They biodegrade at the end of their useful life, have a lower carbon footprint, and are just as effective for washing dishes.

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10. Disposable Products → Products with Interchangeable Heads This applies to razors, electric toothbrushes, and even epilators. You keep the handle (the largest and most complex part) and only replace the wear-and-tear component.

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What Do All These Changes Have in Common?

If we reduce the use of single-use plastics and synthetic products (which have more natural alternatives), and if we start using products that are made to last longer, are of better quality, or avoid unnecessary packaging (or use natural and biodegradable materials), we will contribute to reducing:

Our carbon footprint.
Our water footprint.
Waste generation.
The depletion of natural resources.

These swaps work because you can start with 1 or 2 changes, and eventually, the habit of selecting sustainable products forms naturally.

Which one will you try first?

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Esperanza"],"authorId":"recUI3wW2s8beNkGJ","status":"Changes requested","live":false,"published":"","internalNotes":"","doc":"https://docs.google.com/document/d/1P_0v8pA1bxzWgrlX6KVRoeN7Vr6gF3lFik_chMczh-I/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"reck4BqWUy7MfXZfI","slug":"let-a-patch-of-lawn-grow-wild-for-the-insects-and-for-you","meta":{"title":"Let a Patch of Lawn Grow Wild","description":"A small corner left uncut becomes a living reminder that nature doesn’t need control, only space — where wildflowers bloom, pollinators return, and even neighbors start to notice.","seoTitle":"","seoDescription":"Letting part of your lawn grow wild supports pollinators, saves water, and creates a healthier yard ecosystem.","category":"lifestyle","impactLevel":"","effortLevel":"","effort":"free","type":"action","resourceRequirement":"home","resourceRequirementRaw":"home","politicalLeaning":"","age":["18-64","65+"],"gender":[],"livingSituation":["suburbs"],"actionPhoto":[],"htmlDescription":"

Last spring, I decided to stop mowing a small corner of my yard. It wasn’t a grand plan — just curiosity. I wanted to see what would happen if I gave that patch of grass a break.

A few weeks later, the change was subtle but striking. The grass grew taller, yes, but it also came alive. Tiny purple flowers appeared on their own. Bees began to visit. Butterflies drifted through. At night, I could even hear the soft chirping of crickets.

That little patch taught me something simple but profound: nature often doesn’t need our intervention — it just needs our patience.

Lawns, for all their neatness, are surprisingly barren places. They’re quiet, green spaces that offer almost nothing for pollinators. A perfectly trimmed lawn might please the human eye, but to bees, butterflies, and beetles, it’s an empty plate — no nectar, no pollen, no shelter.

Research from Lawrence University on the No Mow May initiative found that if every household allowed just one square meter of their lawn to grow wild, it could provide enough nectar for pollinators to produce millions of jars of honey every year. That’s how much difference a tiny patch can make.

At first, letting go of the habit of mowing felt uncomfortable. I wondered what my neighbors might think. There was always the temptation to tidy it up. But as the weeks passed, that small “messy” corner became one of my favorite places. Watching how quickly nature returned reminded me how resilient life can be when we give it space.

What surprised me most was how it caught on — one neighbor left a small corner of their yard to grow freely, and another let a pot on their balcony go a little wild too. Now, I notice things I never did before — the hum of bees working, the sway of clover in the breeze, the quiet networks of insects going about their day. It’s humbling to see how much life can fit into such a small piece of earth.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2025-10-27T04:27:45.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1pnfafR5XppEmD6rCPHxLyAqYivVa2hnF9duVM526RMs/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"reckFUc2w7tNL7mD9","slug":"it-all-started-with-one-meat-free-monday","meta":{"title":"Try going meat free for a day","description":"A small Monday experiment — skipping meat for a day — turns into a gentle reminder for myself that meaningful change can start with curiosity. One plate, one choice, one new habit that nourishes both body and planet. ","seoTitle":"","seoDescription":"Trying one meat-free day each week is an easy way to lower food emissions without changing your whole diet.","category":"food","impactLevel":"","effortLevel":"","effort":"free","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

It started as a tiny challenge I gave myself one Monday: no meat for the day. Just one day — how hard could it be? I wasn’t trying to change my diet overnight or make a big statement. I just wanted to see what would happen if I made space for more plants on my plate.

That first Monday felt… refreshing. I made lentil curry with coconut milk, tried tofu for the first time in a while, and ended the day feeling lighter — not just physically, but mentally too. It felt good to know that one small choice could be both nourishing and meaningful.

I chose Mondays for a reason. They’re like a reset button — a fresh start to the week. So turning it into a “meat-free” day felt symbolic, like setting the tone for the rest of the week.

And that small change truly matters. A study from the University of Oxford found that plant-based diets can reduce food-related emissions by up to 73%, depending on the type of diet. That’s huge — and here’s the thing: we don’t all need to go vegan tomorrow to make a difference. With more people making small swaps, the collective impact would be much more than a few people going vegan. Millions of small shifts add up faster than a few perfect ones. It’s these small changes, not massive shifts, that truly moves the needle.

But it’s not only about the data — it’s also about discovery. When I started skipping meat on Mondays, I found myself experimenting more in the kitchen: roasting chickpeas, layering sweet potatoes into salads, and learning new ways to cook mushrooms. It became a small weekly ritual that encouraged creativity and awareness.

And no, I’m not fully vegetarian — I still enjoy meat sometimes, but now I think about it differently. I see it as a choice, not a default. And every Monday, I’m reminded that meaningful change often begins with something small — a single meal, a small decision, a simple curiosity to try something new.

If you’ve been curious to try something new, maybe start with one day too. Try one new recipe, share it with a friend, and see how it feels. It might not be right for you, and thats ok, but you might be surprised!

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2025-10-27T04:32:22.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/157RqRNkA1d59Y6zCh8eSPY2ej8TkEX7ythO5fmbuin4/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"reckUwBm8nTGaMt7y","slug":"try-an-imperfect-produce-service","meta":{"title":"Try an 'imperfect produce' service","description":"A lot of perfectly good fruits and vegetables don't make it to grocery stores due only to imperfections in their appearance. Fortunately, 'imperfect produce' subscription services are popping up, so you can help prevent fresh food from being wasted while saving some money. ","seoTitle":"","seoDescription":"Imperfect produce services rescue edible food that stores reject for looks, reducing waste and lowering grocery costs.","category":"food","impactLevel":"","effortLevel":"","effort":"15 minutes","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

A large amount of produce is regularly thrown away simply because they don’t look like the ideal specimen. Fruit and vegetables may be wonky, too big or small, or even just too numerous to all be sent to grocery stores. But they’re perfectly good to eat—it’s not like their looks matter once they’re chewed up and in our stomachs. More and more people are turning to ‘Imperfect produce’ services, delivering this ‘ugly’ or excess produce at a fraction of its usual cost.

Why does saving produce matter for climate change? When food rots in landfills, it releases methane and other greenhouse gases, accounting for 8–10% of global greenhouse gas emissions. Putting imperfect produce to good use means that less food ends up in landfills and less water, fertilizer, and fuel are wasted.

The work of rescuing this produce has been taken up by companies that partner with farmers, wholesalers, and food brands to collect and sort food that might otherwise go to waste. Their subscription boxes bring fruit and veg that’s fresh, tasty, and often cheaper than grocery store prices right to your door. By using these services, you can save money and time while helping to reduce emissions from food waste.

I use the service Oddbox. Each week, I customize my box to exclude anything I really don’t want. Besides the sheer convenience of getting fresh, cheap groceries picked and delivered to my house, I love discovering what I’ve received. Sometimes it means trying an item or recipe I wouldn’t usually go for. I never ate beets until I got them in my Oddbox once, and now the beetroot-chorizo risotto I made in an effort to use them up has become one of my go-to dinners.

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‘Too small, too much, too odd’: An example of the ‘imperfect’ produce available for delivery this week | Source: Oddbox

Oddbox is UK-based, but many similar services exist around the United States.

Imperfect Foods brings rescued or surplus groceries in almost every category (fruit, veg, meat, dairy, pantry staples) to most major US cities and suburbs.
Misfits Market brings produce and pantry items to most of the contiguous US, specialising in organic food.
Hungry Harvestbrings produce and groceries to the East Coast, Midwest and parts of the South, while donating to fight hunger.
Perfectly Imperfect Producedelivers fruit and veg from local farms in the Midwest.

These are just a few of the imperfect produce companies working to reduce food waste—many local farms offer their own service. These subscriptions usually let you customize which fruits, veggies, and other groceries you want each round, and many offer starting discounts. Try it out by picking one of the above or exploring what’s available in your local area.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Rup Priodarshini"],"authorId":"recj3IUMT480zmKXp","status":"Published","live":true,"published":"2025-11-19T06:12:39.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1XoUV57QhxCQ_RqYRYS5HHjz-zYzrkTFumxL0bPMDArw/edit?usp=sharing","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"reclSzG29p1vJBNXp","slug":"take-shorter-showers-and-feel-surprisingly-good-about-it","meta":{"title":"Try taking a shorter shower","description":"Long, hot showers feel great — but they quietly use more water, energy, and even dry out your skin. Turns out, shorter ones can be surprisingly refreshing.","seoTitle":"","seoDescription":"Shorter showers reduce water and heating energy use and can still feel refreshing once the habit sets in.","category":"lifestyle","impactLevel":"","effortLevel":"","effort":"free","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

Long showers used to be my sacred ritual — part concert hall, part brainstorming booth, part therapy session. The sound of running water somehow made everything feel clearer. But a few months ago, I decided to see what would happen if I cut my shower time a little shorter… or just took one shower a day instead of two.

It sounded like a big change at first. Spoiler: it wasn’t.

What surprised me most was how quickly it became normal. Trimming just a couple of minutes barely changed anything about the routine — but it did make a small dent in my water and energy use. I later learned a 10-minute shower uses about 80 liters of water and emits around half a kilo of CO₂ — every single time. Multiply that by a year, and it’s a surprisingly large footprint for something that feels so ordinary.

There’s also something nice about not rushing back to the bathroom out of habit. On quiet days, the body doesn’t really need it, and the skin seems to appreciate the break from hot water. Plus, fewer showers mean fewer bottles of shampoo and body wash to buy — small savings that quietly add up.

Now, I usually aim for an 8-minute shower. Sometimes I even go every other day if I’ve had a quiet work-from-home stretch. The difference? I’ve noticed my skin isn’t as dry, my utility bill has dipped a little, and — maybe it’s just in my head — I feel less wasteful.

The best part is that it doesn’t feel restrictive. It’s just a small shift in habit. I even made a little game out of it: I play one of my favorite songs (about 8 minutes long) and challenge myself to finish before the track ends.

What once felt like a tiny personal luxury turned out to be an easy, satisfying shift. Shorter — or less frequent — showers still feel just as refreshing, and I get to step out knowing I’ve saved a bit of water, energy, and money — without giving up the joy of a good rinse.

It is a reminder that not every climate action has to feel like a sacrifice. Sometimes, it’s simply about enjoying the same moments — just a bit differently.

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When millions of people were voting in November 2025, the spotlight was on the high-profile races. Very few noticed that the people of Portland, Oregon, voted for a local bond measure to keep parks safe, preserve natural areas, plant trees, and reduce the risk of wildfires for the next five years.

Only 30.9% of registered voters turned up for that election, and the measure passed by a margin of about 18,000 votes in a city where more than 630,000 people live. It means if you live in Portland and voted “yes” on the measure, your vote held more weight than it would in a state or national election.

Local bond measures raise money for short-term projects (things like bike lanes, public transit, energy-efficient streetlights) that you can see and benefit from. Some of these projects lower emissions and protect natural areas, too.

And since very few people show up to vote for local bond measures, just one vote can go a long way in making real climate progress in your community. Here’s what you can do to stay aware of bond measures in your community and make sure your vote counts.

Check your city or county website for upcoming bond measures in your area of residence.

Read local voters' pamphlets. They will tell you everything that each local bond measure will fund. You can visit your county website to sign up for them.

Attend a town hall or virtual meeting if your community offers one. There, officials will explain how bonds up for a vote will improve everyday life in your community.

You can tell your friends and neighbors about any upcoming elections that contain bond measures that will drastically improve your community and help the planet. The more people who are aware of them, the more votes they could get.

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Even when people care deeply about the environment, motivating real and sustained climate action is challenging. Many of us understand the science, acknowledge the risks, and even express concern, yet we fail to take meaningful steps because we don’t believe our individual or collective actions will make a real difference, and because climate change still feels abstract, distant, or someone else’s responsibility. Behavioral science research shows that awareness alone is not enough — action requires emotional resonance, perceived relevance, and a sense of agency.

A “Behavioral interventions motivate action to address climate change” study in PNAS tested 17 different strategies for inspiring climate action, from tracking carbon footprints to personal benefit framing to writing letters to policymakers, within 7,624 U.S. adults unveil an interesting fact. The results revealed a clear and somewhat surprising pattern: the most effective strategy was not education, statistics, financial savings, or even evidence-based explanations, but future-oriented thinking.

The most powerful approach turned out to be surprisingly simple: asking people to write a letter to a future child or a family member, explaining what they were doing today to protect the world that person would grow up in. This was powerful because it forced people to move beyond abstract concern into personal accountability. It also gently pushes people to reflect on their own behavior - not just what they believed, but what they were actually doing. When you have to put your actions into words for someone you care about, it becomes harder to ignore the gap between good intentions and real action.

This practice wasn’t just about thinking harder — it felt different. People who tried these future-focused exercises didn’t just say climate change sounded serious; they felt more connected to it, more responsible, and more ready to do something. Many were more willing to talk to others, share helpful articles, or support climate actions. It wasn’t fear that drove them - it was care, identity, and a feeling that this matters to me and the people I love.

This strategy works so well because climate change often feels like it’s happening somewhere else, to someone else, many years from now. But when we picture our future home, our future children, or even our future self trying to live a safe and meaningful life on a stressed planet, the issue suddenly becomes personal, real, and emotional — not just informational. This letter exercise takes this one step further. By writing to a future loved one, we’re not just thinking about the problem - we’re explaining what we choose to do in response to it. Even if the problem feels too big to solve alone, taking action becomes a way of showing someone we care that we’re truly trying and that we’re setting an example regardless of the large or small impact. In that way, it helps break through the feeling of powerlessness and turns climate action into an act of love and responsibility, not just obligation.

Future-thinking taps into three powerful human motivators:

It becomes personal. It’s no longer a global abstract problem — it directly affects our world, our people, our story.
It awakens responsibility: Most of us are far more motivated to protect those we love than to respond to statistics or warnings.
It creates emotional urgency: Not panic — but a mix of care, hope, and “I can’t ignore this anymore.”

The second most effective strategy is framing climate action around personal benefits — like saving money, improving our health, or keeping our neighborhood clean. When people connect these benefits to simple, doable actions, the impact grows. For example, replacing ground beef with ground turkey can lower your grocery bill while also reducing your carbon footprint. Switching to LED bulbs saves electricity and cuts energy costs. And the good news is that these kinds of actions are becoming easier and more accessible as they go mainstream.

This also helps explain why some common approaches don’t really motivate people. Take calculating personal carbon footprint, for example — something many campaigns, schools, and organizations promote. While it’s useful for understanding how much we consume, it often doesn’t push people to actually change their behavior. Seeing the numbers can feel abstract, overwhelming, or even guilt-inducing, and instead of sparking action, it can make people tune out.

The truth is people take action when they feel connected, invested, and able to make a difference. For too long, climate communication has focused on data, graphs, and logical arguments. Those are important, but they miss the human side: our choices are shaped by meaning, identity, and relationships. Thus, how we talk about climate change really needs to change. Instead of relying on guilt, scary statistics, or doomsday warnings, the most effective approach is to tell stories that are personal, empathetic, and future-focused. Schools, governments, nonprofits, and media can help by including simple exercises like writing prompts, storytelling workshops, intergenerational conversations, or guided imagination exercises. These aren’t just activities — they’re ways to make the issue feel real and meaningful.

To truly inspire change, we need to shift from asking, “Why does climate action matter to the planet?” to asking, “How are you showing your loved ones that you are looking out for their future?”

If you want to make climate action feel personal and meaningful, try these simple exercises. They aren’t about memorizing facts or checking boxes — they’re about connecting your choices today to the future you care about.

Personal Future Visualization of a negative future

Find a quiet spot, close your eyes, and take a few deep breaths. Now imagine your life 20–30 years from now if climate change continues unchecked. Picture your home, your neighborhood, your finances, your work, your health, and your relationships.
Ask yourself: what would a normal day look like? What challenges or losses might you face? How your surroundings look, sound, and feel. How does it feel to live in this world? What would you wish had been done differently today?
After a few minutes, open your eyes and write down what you saw and felt. Be creative and imaginative with how you picture the future or express it.

Personal Future Visualization of a positive future

What the future would look like if we are able to fix the climate change problem.

Find a quiet spot, close your eyes, and take a few deep breaths. Now picture your home, neighborhood, your work, your health in a sustainable, climate-resilient world, in the next 20-30 years from now.
Ask yourself: What does your surrounding look, sound and feel like? How do your loved ones and community live and interact? What choices or habits helped make this world possible? How does it feel to know you played a part?
After a few minutes, open your eyes and note down what you saw and felt.

Letter to your future Child or Young relative

Take a blank page on your favorite journal. Imagine a child you care about — your current or future child, niece, nephew, or even your younger self.
Write them a letter about the world they will inherit. Explain what actions you are taking now to help protect it, why these actions matter, and what kind of planet you hope they will live on - write something from the heart.

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I’ll be honest: caring about climate change can be exhausting.

You open social media and see headlines about wildfires, floods, melting ice caps, plastic-filled oceans, and disappearing species. Then someone tells you that your coffee cup lid is killing the planet. Another person says if you’re not vegan, you don’t care enough. And suddenly, what started as “I want to be a responsible human” turns into guilt, anxiety, and emotional fatigue.

That’s climate burnout. And if you’ve felt it, you’re not alone.

But the good news is we can care deeply about the planet without destroying our own mental health. We just need a healthier relationship with activism, responsibility, and our own limits. It is perfectly possible, and perhaps essential, to approach the climate crisis with both awareness and self-compassion.

Psychologists and researchers are increasingly calling attention to “eco-anxiety” and “climate grief” - emotional responses to grief over environmental change, fear of the future, and despair about what might still come. In one global survey of young people aged 16 - 24, 59% said they felt “very” or “extremely” worried about climate change, many reporting that these feelings disrupted their sleep, concentration, work or everyday functioning.

In other research about the relationship between climate change and mental health, over 45,000 people found consistent links between climate-related anxiety or worry and elevated symptoms of depression, stress and general psychological distress. Even before physical disasters strike, awareness alone - of shrinking glaciers, biodiversity loss, or rising sea levels - is enough to weigh heavily on mental health. Given this clear link between climate awareness and mental strain, the question isn’t whether it’s realistic to care - but how to care in a way that lasts. Because if caring destroys our spirit, then we all lose.

You don’t have to solo climate change

Caring about the climate sustainably begins with understanding what you can and cannot carry. It is obviously unreasonable to expect one person, acting alone, to reverse decades of large-scale policy and corporate decisions, to fix everything. However, it’s easy to take this burden subconsciously, if you feel like you are the only person who cares. Caring about climate doesn’t mean we must be perfect. It means staying informed, making small choices where we can, and setting an example for those around us.

Instead of launching into everything at once - changing your diet, upgrading all your consumption habits, recalculating your carbon footprint, agonizing over every past vacation - it helps to choose a pace that your life can sustain. Simple, repeatable habits, woven into everyday routines, can add up meaningfully over time much more than frenzied bursts of “climate purity.” When acting sustainably becomes part of your normal rhythm, it’s easier to keep it up - and less likely to lead to resentful burnout.

Things are probably actually better than you think

It also helps to be gentle with how and when we take in climate information. The constant barrage of climate disasters - news articles, social media posts, scientific reports - can overload our emotional defenses. If you scroll through it blindly, night after night, you risk internalizing despair. You don’t have to follow every impact of climate change and every news story to be someone who cares about solving it. A more mentally sustainable approach might mean deliberately limiting how often you read about disasters, curating what sources you follow, or balancing heavy news with stories about innovation, resilience, and ecological restoration. And it’s really important to remember that we are moving in the right direction, and just need to go faster.

If you think we are going in the wrong direction, consider these trends:

emissions per person peaked about a decade ago and have been decreasing since then
nearly 80% of new power added in 2024 came from renewable sources.
Globally, around 90% of new renewable energy projects now produce electricity more cheaply than fossil fuels, and wind and solar costs continue to drop
the expected warming by 2100 has been steadily decreasing over time as more work is done, from over 4 degrees C to closer to 2.5 C

These aren’t just cherrypicked feel good stories, they are real trends. They show that we are already moving in the right direction, even if progress feels slow. Balancing exposure to heavy news with positive developments doesn’t mean ignoring reality - it means grounding yourself in facts that support resilience. A rested, hopeful person is a more effective advocate than someone on the verge of overwhelm; and seeing progress, even incremental, can fuel the long-term commitment that real change requires.

Its also important to remember, a lot of climate messages are fear-based - “the planet is dying,” “everything is collapsing,” “we’re out of time”. These headlines are often exaggerated to provoke urgency, but for people who already care, they can have the opposite effect. Fear can definitely spur action, but fear alone burns hot and burns out fast. Longer term motivation comes from feeling like your actions can make a difference, and that it is not an unsolvable problem. When your commitment comes from a sense of empowerment rather than guilt and dread, climate-conscious living feels less like punishment and more like living in alignment with your values. And that difference in energy matters, especially for your mental health.

You can have a net positive impact without giving up modern life

It’s also worth remembering that caring about climate doesn’t require you to live in austerity. It doesn’t demand that you never travel, never enjoy convenience, never make imperfect choices. What it does ask is consistency and honesty. It’s okay to make concessions sometimes. It’s okay to live in a world that isn’t built for perfection. What matters is choosing to act consciously whenever you can. And your impact doesn’t come only from individual consumption choices. There is real, meaningful influence in the community, with the conversations, in the everyday ways you talk about the environment with friends or family, in supporting local initiatives, or engaging with policies that shape how we use energy, land, and resources collectively. Often, these “social ripple effects” matter far more than any single eco-friendly purchase. One thoughtful conversation, a shared idea, or community effort can influence dozens, hundreds, or even thousands of people.

There is real power and comfort in sharing the emotional load with others. Carrying climate worries alone is isolating - but you don’t have to carry them alone. In fact, concern about climate change isn’t limited to a small group of people; most people around the world care deeply about the climate and want stronger action. A survey of 59,000 people across 63 countries found that 86% agreed that humans are causing climate change problems and 73% or more in every country saw it as a serious threat. At the same time, 69% of people from over 125 countries said they would be willing to contribute 1% of their income to tackle climate change.

Because we tend to talk less about climate concerns than we feel, it can feel like you’re one of just a few people who care - even when you’re not. Sharing your feelings and experiences with your community doesn’t just reduce the burden on you personally; it helps correct that misperception, builds shared hope, and can spark collective commitment. Community makes big problems feel less paralyzing and more manageable and it reminds us that we aren’t alone in caring about our future.

Don’t beat yourself up - start small

Of course, not everything is within your control. Trying to fix what’s beyond you is a recipe for despair. But you can control how you live, what you value, how you speak, and how you care. That zone of influence - your habits, your community, your mindset - is where sustainable caring begins.

Finally, it’s worth saying: being human and being environmentally aware are not mutually exclusive. The goal isn’t to prove how “green” you are. You are allowed to care about climate and still live in a modern, imperfect, complicated world. Because caring about the climate isn’t about sprinting until you collapse; it’s about pacing yourself for the long run. It’s about living a life where environmental consciousness is woven into daily choices, where love and respect for Earth guide action more than guilt and fear, and where mental health is valued as much as planetary health.

","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2025-12-15T06:43:58.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1_rLbTGYAeWM_F4SfAoYbYtnHDYZAyosP9sMUvR2AJ-0/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"Psychology of Climate","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"reco79VLy8cbzlz64","slug":"powder-detergent","meta":{"title":"Try a powder or pod based laundry detergent","description":"Many new laundry detergents are coming in powder or pod form instead of liquid. These detergents work just as well, they are just shipped without the water, making them much easier to transport and often less expensive than traditional liquid detergents","seoTitle":"","seoDescription":"Powder and pod detergents clean well with lighter packaging and lower shipping emissions than liquid detergents.","category":"lifestyle","impactLevel":"","effortLevel":"","effort":"$5-10","type":"action","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":["18-64","65+"],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"

In recent years, there has been a gradual shift in laundry detergents toward powder and pod-based options. At first, I didn’t think much of it. I had always just used liquid detergent because that’s what I was used to. But when I moved into a smaller place recently, the storage space in the laundry area became something I had to think about a little more. The shelves were narrower, and those big plastic bottles took up a surprising amount of room. So I tried switching to a powder based one.

$\"Image\"$

Powder and pod based detergents take up much less space and often come with reusable containers that are easy to store (image from Blueland)

It made the laundry space feel more organized right away. A compact box was easy to store, and because the powder and pod were already concentrated, it didn’t feel like I was lugging around something heavy or bulky. But what I appreciated most was how consistent the wash turned out. The clothes came out clean and light, without the slightly soapy feel that sometimes happens when too much liquid detergent accidentally gets poured in. I used to have to eyeball how much liquid to put in, but with powders, a simple scoop provides a consistent measurement. With pods, it’s even more straightforward: one pod per load. And even though it feels like a small thing, using a consistent amount can help prevent residue, reduce wear on fabrics, and avoid running extra rinse cycles.

$\"Image\"$ Even major brands like Tide have started offering pod based detergents. Image from: iHeartKroger

This shift toward powders and pods is happening for broader, practical reasons too. Liquid detergent is mostly water—sometimes up to 60–90% of the product’s weight—so transporting it requires heavier packaging and more fuel consumption and emits more CO2 gases. Powders and pods are more compact because they’re concentrated, which makes them easier to ship and often lower in cost per wash, especially when comparing powder based laundry detergent and liquid detergent, typically almost 50% cheaper.

Performance-wise, the effectiveness of powder and pod detergents has kept pace with modern washing machines. Many newer formulations dissolve well even in cold water, which is increasingly important for those who prefer lower-temperature washing to save energy or protect delicate fabrics. Some powders are also specifically designed for certain water types, such as hard water, where minerals can interfere with cleaning results.

Of course, choosing between powder, liquid, or pods still comes down to personal preference. There’s no one-size-fits-all solution—and there doesn’t need to be. But if you ever feel curious enough to try something different, it can be surprisingly low-effort to experiment, and there are plenty of options on the market as they become more popular.

Here are a few ways to test powders or pods:

To try it out,pick up a small bag/box of powder or a trial-size pack of pods instead of committing to a big container. Check out these trial ones on Amazon:
Tide Power PODs - 18 loads
Blueland - 36 loads
Clean Revolution - 100 loads
If you prefer washing in cold water, look for labels like “cold wash,” “cold activated enzymes,” or “cold water formula.” These dissolve and clean more effectively at lower temperatures.
Run a small test load first. For example: towels, T-shirts, or bedding, and compare the results

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Let’s get this out of the way: there is no such thing as a perfect climate-friendly lifestyle.

There’s a powerful myth floating around social media that says if you really care about the planet, you should do everything right. You should never take a flight. You should never touch plastic. You should only buy secondhand, eat perfectly local, compost flawlessly, and track your carbon footprint like a full-time job. That all sounds wonderful, but also incredibly unrealistic.

This “perfect or nothing” thinking is one of the biggest reasons people give up trying altogether. When perfection becomes the standard, feeling like a failure becomes inevitable. And when people feel like failures, they stop trying. That’s why in climate change, “better” matters so much more than “perfect.”

The pressure to make perfect climate choices usually comes from a good place - like wanting to reduce harm. But in practice, it turns climate action into a personal performance, and this mind set creates problems. Firstly, it’s emotionally draining. We start to question every action: Should I have ordered takeout? Should I have bought that shirt? Should I be walking instead of driving? Our daily life turns into a series of moral stress tests. Secondly, it’s counterproductive. When perfection is the goal, we fall into “all-or-nothing” thinking. One flight, one plastic bottle, one fast fashion purchase, and suddenly it feels like everything is ruined. So why bother trying at all?

So, let me tell you the uncomfortable truth: our world isn’t built for perfect choices.

Most cities still rely heavily on cars. Many affordable products come wrapped in plastic. Sustainable alternatives are sometimes more expensive, less accessible, or harder to find. Even “green” products usually carry some kind of hidden environmental cost. We can’t opt out of the system completely. Thus, expecting ourselves to live a perfectly low-impact life inside a high-impact system isn’t inspiring - it’s unfair.

Furthermore, one of the most damaging parts of climate culture online is the constant comparison. There is always someone doing more - living waste-free, growing their own food, never flying, perfectly composting. When you see people operating at that level, it’s easy to feel like your own efforts don’t count. But it is worth remembering sustainability isn’t a competition. Shaming people doesn’t save the planet; it only creates resentment. A movement built on guilt will always be weaker than one grounded in encouragement and support.

What we need to know is that it is okay that our climate change progress is messy, sometimes it could be inconsistent, nonlinear, and full of setbacks. You might have a month where you cook more at home, make thoughtful purchases, and minimize waste, then a hectic week arrives, and you fall back on convenience food or forget your reusable bag. None of that erases the progress you’ve made. The idea of “climate purity” convinces people that one mistake cancels everything, when in reality climate action is cumulative. What matters is the overall pattern, not a perfect streak.That’s why small, repeatable shifts in habits are far more powerful than rare, dramatic lifestyle overhauls. It’s more impactful to reduce food waste most weeks than to go zero-waste for two weeks and burn out. It’s better to cut down on meat regularly than to swing between extreme diets. These actions may not go viral, but multiplied across millions of people, they shift behavior, culture, and demand. Think about plant-based meals, for example. Most people didn’t suddenly become vegetarian, but millions started eating less meat once or twice a week. As this small behavior became more normal, restaurants added more meat-free dishes, grocery stores expanded plant-based sections, and even fast-food chains launched vegetarian or vegan items. This wasn’t the result of a radical lifestyle change by a few but it was the accumulation of modest choices by many.

And here’s something important that often gets overlooked: doing things imperfectly, as a regular person, actually makes climate action feel more accessible to the people around you. If someone sees you making small, doable changes - not preaching, not performing, not striving for perfection - it feels relatable. In many cases, that’s more influential than the most passionate activist, because extreme commitment can sometimes intimidate or turn people off. Your imperfect effort can open the door for someone else’s first step.

We’ve seen this play out in real life. Take plant-based meals, for example. Most people didn’t become vegetarian overnight. Instead, millions simply started eating less meat once or twice a week. As that modest behavior became normal, restaurants added more meat-free dishes, grocery stores expanded plant-based sections, and even fast-food chains introduced vegetarian and vegan options. That shift didn’t come from a few people making radical lifestyle changes - it came from many people making small, imperfect choices over and over.

And perhaps the best part is this: when we succeed at something small, we feel capable and that feeling keeps us going. If you need some inspiration, take a look at the actions page - answer a few questions and get recommended actions you can start now.

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Rechargeable batteries are designed to last for years and be reused hundreds or even thousands of times. For a few years now, my household has been using rechargeable batteries for most of our battery-powered devices, especially items that go through power quickly, like remote controls and string lights. While the initial investment is a little higher—you need to buy a charger along with good-quality batteries—it quickly pays off, since you don’t need to spend time and money acquiring new batteries when they run out of juice.

By lowering the demand for producing new batteries and destroying old ones, rechargeables help cut down on the raw material extraction, manufacturing, packaging, shipping, and safe disposal associated with disposable batteries—all of which carry environmental costs. Using a reusable battery, meanwhile, only requires the power needed to charge it up for another round. It all adds up: life-cycle assessments show that over many charge cycles, rechargeable batteries produce substantially less greenhouse gas emissions than the equivalent number of disposable batteries.

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On average, over time, rechargeable batteries cost less than disposable ones | Source: Clark

There are many rechargeable batteries and chargers on the market to choose from. Here are a few that reviewers recommend:

EBL 8 Bay for a starter pack with a multi-USB charger and both AA and AAA batteries
Energizer AccuRecharge PowerPlus for long battery life
Duracell Rechargeable for a balance of high quality and affordability

Some chargers come with the batteries, while others should be bought separately. To ensure your batteries have a long life, use a decent charger of the same brand and avoid over-charging or storing batteries at extreme temperatures. Regardless of your needs, rechargeable batteries are a practical and convenient switch with both financial and environmental benefits.

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A while ago, I bought a lamp on Facebook Marketplace — a small wooden one with a woven shade. The seller lived just a few blocks away and said it had been in her guest room for years. It wasn’t expensive or rare, but there was something lovely about it. I liked that it already had a bit of history, and that I didn’t have to buy something new to brighten my room. That little exchange reminded me how reuse can feel personal, not just practical.

There’s something oddly comforting about secondhand things. Maybe it’s the story they carry, or the small sense of satisfaction that comes from giving something another round of use. Lately, places like Facebook Marketplace have quietly become the modern version of community trading — a space where one person’s “no longer needed” becomes someone else’s “exactly what I was looking for.”

For me, buying or selling on Marketplace isn’t really about decluttering or finding bargains, though that’s part of it. It’s about slowing the cycle of stuff, even just a little. Instead of tossing an old chair or buying another blender brand new, you get to participate in a kind of informal reuse system. It’s not revolutionary, but it’s real — and it happens every day, in neighborhoods you drive through without noticing.

The process itself is surprisingly easy. Listings are local, messages are quick, and there’s no auction or waiting game like on older resale sites. You take a few photos, write a short note, and that’s it. You might meet someone at a coffee shop or outside a grocery store, exchange a few words, and both walk away a little lighter — one with cash, the other with something they needed.

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How Facebook Marketplace Works

How to Get to It

On desktop: Go to Facebook and click the Marketplace icon (looks like a small storefront) on the left sidebar.
On mobile: Open the Facebook app → tap the Menu (☰) → select Marketplace.
If you don’t see it, you may need to update the app or confirm your location settings.

How to Search and Browse

Use the search bar to look for specific items (e.g., “desk,” “bike,” “dining chair”).
Filter by location, price range, condition, and delivery/pickup options.
You can save items to watch and revisit them later.

How Buying Works

When you find something you like, click Message or Send Seller a Note to ask if it’s still available.
Confirm details: price, condition, pickup time, and location.
Most purchases are paid in person with cash or mobile payment apps (like Venmo, Zelle, PayPal). People typically pick up at the seller's location or meet in a public place nearby.

How Selling Works

Go to Marketplace → Create New Listing → Item for Sale.
Add photos, title, category, price, and description.
Set your pickup location (you don’t need to give your exact address—use a nearby landmark or “meet at Starbucks”).
Once someone messages, coordinate timing, payment, and pickup.

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The belief that change is possible might be the most powerful climate tool you have.

If you've ever felt paralyzed by climate news, wondered whether your actions actually matter, or quietly thought \"maybe it really is too late\" then this book is for you.

Useful Belief by Australian author and behavioral expert Chris Helder builds its entire premise on one radical idea: it doesn't matter whether a belief is 100% true. What matters is whether it's useful.

A useful belief is one that drives better decisions, creates momentum, and moves you toward the outcome you want. An unuseful belief, even a perfectly logical one, keeps you behind.

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Why This Matters for Climate Action

While this is not a book about climate change, the climate conversation has a belief problem. Decades of doom-heavy messaging have left millions of people, especially younger generations holding one of the most paralyzing beliefs imaginable: that it's already too late and there’s nothing we can do. Research consistently shows that this kind of climate fatalism leads directly to disengagement. This isn’t surprising - when people believe nothing will work, they stop trying. And when they stop trying, nothing changes.

Helder's framework cuts straight through that cycle.

The belief thatindividual actions matter, that clean energy is winning, that progress is real and accelerating, these aren't naive or delusional beliefs. They're accurate. And more importantly, they're useful. They produce more engagement, more action, more conversation, and more change than their doom-filled alternatives ever could.

This is precisely the philosophy behind ClimateInvested.org . Realistic optimism isn't about pretending the problem doesn't exist, it's about choosing the mental frame that makes you most capable of acting within it. Helder gives that philosophy a name, a framework, and a practical toolkit.

What You'll Actually Get From It

The book is short, punchy, and immediately applicable, most readers finish it in a single weekend. Helder writes the way a great speaker talks: clear, direct, and with just enough humor to keep things moving. There's no academic fluff here. Every chapter builds toward the same practical question:is this belief making you more capable, or less?

For instance, Helder illustrates how adopting a useful belief changes what you notice in the world. Using the brain’s Reticular Activating System as an example, he shows that once you choose beliefs that support action, opportunities and possibilities that were always there suddenly become visible.

By the end, you'll have a simple but powerful filter for the thoughts and narratives you choose to carry about climate, about your own impact, and about what's actually possible.

The Bottom Line

In a world drowning in climate anxiety content, Useful Belief is a quiet but powerful reset. It won't give you a 10-step plan to save the planet. What it will give you is something more foundational which is a mindset that makes every step you do take more intentional, more confident, and more effective.

This book offers a clear, thoughtful perspective. It lays out practical ideas and challenges assumptions, making you reconsider what real progress looks like.

Get the Book on Amazon

Who It's Best For: Anyone experiencing climate anxiety, overwhelm, or eco-fatalism. Also ideal for people interested in behavioral psychology, personal development, and sustainability who want a mindset framework that applies beyond climate to every area of life.

Difficulty: Easy — accessible to all readers, no prior knowledge required

Read Time: 2–4 hours / One weekend

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You’ve probably seen it: someone scrolls past a post about rising temperatures. They roll their eyes when a friend shares another climate crisis headline. They switch the channel when a news segment talks about emissions. It’s not just apathy, there’s a real emotional, cognitive, and social pushback against being told to care about climate change. But this reaction isn’t random. It’s rooted in how we as humans think, feel, and interact with information, especially when it challenges identity, beliefs, or a sense of control.
For years, climate communication has operated on a simple assumption: if people truly understood the severity of climate change, they would care more, talk about it more, and act accordingly. When that doesn’t happen, the reaction is often frustration because why don’t people care, when the stakes are so high?
But it's important to note that most people don’t reject climate change itself. What they resist is the experience of being told to care, especially when that instruction feels moralizing, overwhelming, or disconnected from their everyday lives.
Being Told to Care Feels Like Losing Control
In daily life, nobody likes feeling managed. Imagine when your boss micromanages you, even reasonable requests feel annoying. If a friend constantly tells you how you should live, you start tuning them out even if they’re right. Climate messaging often triggers the same response.
A lot of climate communication doesn’t sound like information. It sounds like an instruction: You should care; You need to act; You’re part of the problem.
Psychologically, this triggers something called reactance - the instinctive pushback people feel when their freedom to choose feels threatened, they are more likely to disengage, even from issues they broadly agree with. Survey experiments have shown that, regardless of the source of the information, recommendations for behavioral changes decreased individuals’ willingness to take personal actions to reduce greenhouse gases, decreased willingness to support pro-climate candidates, reduced belief in the accelerated speed of climate change, and decreased trust in climate scientists.
Climate Change Feels Far Away (Until It Doesn’t)
Climate change is usually described in global terms: parts per million, average temperatures, targets for 2050. That’s not how most of us experience our lives. We experience late buses, rising rent, a kid who won’t sleep or a job that won’t let us log off.
When climate change is discussed primarily at a planetary scale, it struggles to compete with the practical demands of everyday life. The result isn’t denial, but disengagement like a sense that this is important in theory, but not clearly relevant in practice. Ironically, when climate impacts do show up in daily life through higher electricity bills during heatwaves, food prices jumping after floods, insurance premiums rising, we often don’t connect the dots. Not because we’re unintelligent, but because no one framed climate change as this is why your grocery bill changed.
Constant Doom Is Emotionally Exhausting
Climate communication often relies on urgency, catastrophe, and worst-case scenarios to convey seriousness. While fear can motivate action in some contexts, it frequently backfires when people lack a sense of control. For people already overwhelmed by work, money, and family obligations, thus fear doesn’t motivate action, but instead it triggers avoidance. Studies on emotional responses to climate information show that excessive doom framing can lead to avoidance, emotional numbing, or outright rejection of the message.
Imagine coming home after a long day and someone greets you with:
“Everything is falling apart and if you don’t help fix it, it’s partly your fault.” Even if it’s true, it’s not exactly inviting.
People Feel Small Compared to the Problem
Climate change is framed as one of the biggest collective challenges humanity has ever faced. That’s accurate. But we live our lives making small, incremental decisions: what to cook, when to commute, whether to replace an appliance, how to stretch a paycheck.
When the problem feels enormous and individual actions feel insignificant, powerless. So instead of leaning in, we emotionally opt out. We tell ourselves it’s a government issue, a corporate issue, or a future issue, anything that lets us stay functional in the present.
Identity Complicates Everything
Climate change also isn’t just a scientific topic anymore. It’s a cultural signal. In many places, caring about climate change has become associated with certain political identities, social circles, or lifestyles. For some people, openly caring feels like aligning with a group they don’t identify with or actively want to distance themselves from.
Because human beings are social creatures, we filter information through identity long before we analyze data. If a message feels like it’s coming from “people like them, not people like me,” it doesn’t matter how factual it is, we tend to reject them. That’s why two people can read the same climate article and walk away with completely different reactions because the message landed differently against their sense of self.
Most People Think They’re Alone (But They’re Not)
Here’s the quiet irony: most people think other people don’t care about climate change.
Research consistently shows that the majority of people support stronger climate action. Yet individuals tend to underestimate how many others feel the same way. This misperception creates a feedback loop: people stay silent because they think they are in the minority, and that silence reinforces the belief that concern is rare.
This silence reinforces resistance. People don’t like being told to care about something they believe “most people don’t really care about anyway.”
Trust Is Fragile
Years of politicization, corporate greenwashing, and inconsistent messaging have eroded confidence in many institutions associated with climate communication. When trust is low, calls to care are interpreted skeptically, even if the underlying science is sound. People may accept that climate change is real while remaining unconvinced by those who claim authority over the narrative.
People Aren’t Heartless - We’re Busy
Finally, there’s the simplest explanation: People are tired and have limited emotional bandwidth.
We’re juggling work, relationships, health, finances, and an endless stream of crises. Even people who intellectually understand climate change often rank it lower than immediate personal concerns, this is not because they don’t value the future, but because the present demands attention.
All of this points to one thing: telling people to care is the least effective way to get them to care.
Caring cannot be commanded. It must be cultivated. Messages that respect autonomy, connect climate impacts to lived experience, offer realistic pathways for engagement, and acknowledge emotional limits are more likely to resonate.
Most people do not need to be convinced that climate change matters. They need language that makes caring feel possible and relevant.
People respond better when climate change is framed as:
part of everyday life, not a distant abstraction
connected to things they already value
solvable in pieces, not all at once
shared, not morally imposed
","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Changes requested","live":false,"published":"","internalNotes":"","doc":"https://docs.google.com/document/d/1WalgdhuIQK-ZOX0kYf2_cFlT1xV7GzbgDPeeQn8Yzjk/edit?tab=t.0","primaryAudience":"concerned","articleSubcategory":"Talking About Climate","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recqirMUR0DS58L4W","slug":"try-ground-turkey-instead-of-ground-beef","meta":{"title":"Try ground turkey instead of ground beef","description":"Next time you are buying ground beef, try using ground turkey instead. I won't tell you it tastes the same, but it is very good and is significantly cheaper too. And it makes a bigger climate impact than you might think - beef causes 10 times as much emissions as poultry or seafood pound for pound","seoTitle":"","seoDescription":"Ground turkey is a simple swap that lowers meal emissions versus beef while still working in familiar recipes.","category":"food","impactLevel":"","effortLevel":"","effort":"free","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"
Trying ground turkey instead of ground beef was just something I did out of curiosity. I didn’t plan to make it a habit. I just noticed it at the store one day and thought, why not?
Turkey has a lighter flavor and a softer texture, which at first felt unfamiliar. But after a few tries — spaghetti, tacos, even homemade burgers — I started to like it. It cooks quickly, takes on seasoning well, and leaves less grease behind in the pan. And without really meaning to, I found myself reaching for it more often.
Nutritionally, the difference is modest but meaningful. Ground turkey tends to have less saturated fat and slightly fewer calories than beef, especially the leaner varieties.
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Image from Souper Sage
From an environmental angle, its ripple effect is bigger than you’d expect. I later discovered that beef produces roughly 10 times more greenhouse gas emissions per pound than poultry or seafood. That’s because raising cattle requires far more land, feed, and water — and cows burp methane, a potent heat-trapping gas.
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Image from Our World in Data
And the best part is: It is cheaper too. Ground turkey is generally cheaper than ground beef, partly because turkeys require less feed, land, and time to raise than cattle. Price also varies based on fat content—leaner blends of either meat tend to cost more. However, even when comparing similar lean/fat ratios, ground turkey often remains the more affordable option. For example, in the U.S., grocery comparisons frequently show ground turkey costing about 20 - 40% less than ground beef.
One thing to keep in mind with any poultry, including turkey, is that it is important to cook it fully, so it isn’t a good replacement for a medium rare burger. However, I’ve found that ground turkey fits especially well in dishes where seasoning and texture do the talking: tacos, chili, pasta sauce, or those one-pan Hamburger style meals. A few months ago, I made turkey meatballs for a friend who didn’t even realize they weren’t beef until I mentioned it.
If you want something closer to beef in flavor and richness, look for 85/15 - 85% lean meat and 15% fat— sometimes labeled “85% lean,” “ground dark meat,” or just “ground turkey” without the “extra lean” wording.
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Have you ever felt like trying to eliminate your personal carbon footprint is a hopeless endeavor? In the modern world, nearly every activity we engage in - from eating food to traveling to using electricity - carries a carbon cost. For us, reaching “personal net zero” in the strictest sense is nearly impossible. But what if the real path to climate impact isn’t just about reducing your own emissions? What if, instead, you could actually create a net positive effect on the world?
There’s plenty of studies that look at how to reduce your carbon footprint, but most of them miss the most important point. For example, a widely cited study identifies four lifestyle changes with the greatest impact: adopting a plant-based (or low-meat) diet, avoiding air travel, living car-free. But the top one by a huge degree? Having one less child.
$\"Image\"$ It’s common to see charts like this that cite having fewer children as far and away the most impactful thing you can do, but this is a flawed take. Image from Opinion
This recommendation isn’t like the rest; having a kid has zero effect on your own emissions. However, it counts the child’s potential emissions (and their descendants) and all their future emissions. The major flaw here is that it fails to consider the possibility that these individuals can take positive environmental actions, or be influential beyond themselves. For example, what if the “one fewer child” would have grown up to discover a new cleaner technology, or become a leader in climate communication? Or at a more realistic level, what if they were climate conscious children who helped move the next generation’s normal?
Despite its flaws, this does show an important concept - your impact on others is far more impactful than the carbon reduction of the action itself.
Instead of focusing on depopulation, we need to focus on how we can actually have a net positive climate impact. This means not only offsetting your own personal impact, but exceeding it. While this is impossible when focusing only on your own direct personal impact, your choices that influence others can magnify impact far beyond the direct emissions reductions. In other words, setting a positive example and inspiring others creates a ripple effect that often dwarfs the effect of personal lifestyle changes alone.
This is where the concept of ripple effects and social influence becomes powerful - and where our role as an “influencer of behavior” can have a multiplying effect on our personal emission reduction. By looking outward, we can see how our actions might trigger ripple effects far beyond our own emissions. You don’t need to eliminate all your emissions to make a difference - you can create a net-positive impact by inspiring others and catalyzing collective action.
Small actions can extend far beyond your own footprint. When you adopt sustainable habits, talk about climate-conscious choices, or support climate-positive companies, you influence others. Friends, family, colleagues, and your wider community may adopt similar behaviors, creating a chain reaction. Each person you influence has the potential to influence others, amplifying your impact.
Studies on behavior show that motivating people in one domain—like diet or transport—can sometimes spill over into other behaviors. While direct spillover to large-scale collective action is not guaranteed, information, visible action, and social normalization can shift attitudes, especially among those closest to you.
The people you know best - your friends, family, and peers - are the ones most receptive to your influence. You know their habits, what motivates them, and the conversations that resonate. Sharing your sustainable lifestyle choices - whether it’s choosing plant-forward meals, cycling to work, or supporting environmentally responsible brands - can spark curiosity and create meaningful change in ways a distant lecture or social media post might not.
For example, if you start biking to work, your coworkers might be motivated to try cycling or public transit. Or if you host a plant-based dinner for friends, they might also be intrigued and ask about tips to start low-carbon meals for their own.
So why do people keep talking about the concept of a carbon footprint? Because it is useful, but only if it’s approached the right way. Too often, thinking about our own climate footprint can be demoralizing. Focusing solely on minimizing your own negative impact can lead to guilt, frustration, or even the feeling that the world would be better off without you. That mindset is not productive - it doesn’t motivate others and it doesn’t generate real change. So, how should we use this tool? Think of it not as a measure of “how bad I am,” but as a map for “where can I start?” It can help identify areas of greatest impact in your life, suggest small adjustments, and guide conversations with those around you. The focus should be on leverage points - places where small actions can influence larger systems - rather than a constant self-assessment of guilt. If you fixate on “minimizing myself,” you may feel consumed by guilt or defeat - especially when structural emissions included in industry, energy, and infrastructure lie beyond your control.
If you regularly check your carbon footprint, the first step is to identify the high-impact area in your life. For some, home energy use might be the biggest contributor - so switching to a renewable energy plan, improving insulation, or using energy-efficient appliances can make a real difference. For others, food may be the main source of emissions; in that case, reducing meat consumption a few days a week or trying more plant-forward meals can help. Beyond your direct impact, consider the ripple effect of your choices: even changes that seem small for you but are visible to others - like choosing sustainable products - can inspire friends, family, or colleagues to act too. And the best part is you can use these choices as conversation starters, like, “Hey, I recently switched to a green energy plan—here’s why it made sense for me.”
So is eliminating your “carbon footprint” even possible?
Yes, you might not reach personal net zero—but by encouraging others, you can help them reduce their emissions faster and, in doing so, achieve something even more powerful: a net negative impact through collective action. Small changes by groups can shift demand away from carbon-intensive products and toward greener alternatives. This shift can accelerate structural change: companies respond to demand, retailers promote sustainable products, and policymakers notice evolving social norms. Over time, these ripple effects reinforce sustainable systems and incentivize broader decarbonization - far beyond what any single person could achieve alone.
","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2025-12-05T06:12:24.000Z","internalNotes":"Article to talk about how having small impacts on others can result in an outsized impact for a person, and even can result in a net negative emissions. \n- Focusing on increasing your positive climate impact (normalizing sustainable lifestyle, getting others thinking, building demand for climate positive companies), and less on decreasing the negative (reducing your personal emissions)\n- How one person can cause a small chain reaction of impact as the people you influence go on to influence others. inspiring through action\n- How you are the best person to influence those close to you since you know them well\n- Focusing on your own impact and trying to \"minimize\" yourself can cause more feelings of guilt and that the world would be better off without you, which helps no one. while looking outside your own impacts can make you see that you can be a net positive on the world\n- How the \"climate footprint\" is a useful tool for seeing where you can have the most reduction impact, it can lead to individual and \"minimizing\" sentiment. Don't think of it as a measure of \"how bad I am\" and more \"where can I start\"","doc":"https://docs.google.com/document/d/18BalWlwoxA0tXjRiDCthbZOxJfAsrgKY4RC0dIc4w8w/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"Psychology of Climate","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recrE5fz333JvJmI0","slug":"deal-with-feeling-powerless","meta":{"title":"How do you deal with feeling powerless?","description":"Even if you are taking some climate action, its hard not to feel like you are taking on the world by yourself. Framing your thinking can help a lot here though","seoTitle":"","seoDescription":"Feeling powerless is common. This article offers practical ways to regain agency and keep taking meaningful action.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"
Feeling powerless - especially when you care deeply about big problems like climate change - is something many people struggle with. And that sense of being one person against a huge, complicated crisis can feel crushing. But it’s also a very human reaction. The important thing is to understand why that feeling often arises, why it doesn’t mean you’re powerless, and how shifting your mindset - and actions - can help you move from despair to something far more hopeful and grounded.
When we really start to see what’s happening with the planet - melting ice caps, shrinking habitats, extreme weather, loss of species - it can hit us hard. For a lot of people (me including), that understanding doesn’t just stay intellectual. It shows up in emotions: sadness, guilt, fear, powerlessness, sometimes even grief. There’s now a term for this: many researchers call it eco-anxiety or climate anxiety - emotional distress rooted in climate change and environmental degradation.
This kind of worry isn’t trivial or rare - it’s widely documented and deeply felt. Published on Lancet Planetary Health, an international survey of 16–25 year-olds across 10 countries found that about 60% said they were “very worried” about climate change, and nearly half said this anxiety affected their daily lives, including sleep, concentration, and mood. Many young people feel the burden more intensely because they expect to live longer with climate-related crises than their parents, leading to a sense of grief over the futures and environments they fear losing. Similar patterns appear in adult populations, where studies show that climate-related anxiety is strongly linked to higher levels of stress, depression, and overall psychological distress, highlighting that this is a shared human response to a very real global threat.
But here’s the important thing: feeling powerless doesn’t necessarily mean you are powerless.
It’s tempting to think that individual actions don’t count. The climate crisis is global, so what’s the point of changing a habit, recycling a little, or cutting down on meat consumption? But that’s a narrow, all-or-nothing way of seeing things - and for many people, it ends up making them shut down emotionally and feel even less capable.
A Journal of Environmental Psychology research suggests a more nuanced and hopeful picture. For many, climate anxiety is positively related to pro-environmental behaviours and engagement. In other words: those uncomfortable feelings about climate change - worry, grief, powerlessness - often motivate people to act rather than freeze. Emotion can be a source of energy, not just despair.
Importantly, this doesn’t mean action must be heroic or grand to matter. Small gestures, consistent habits, community-scale engagement - these accumulate. When numerous people each do what they can, the collective effect can be far larger than the sum of parts. Thinking of your emotions not as a burden but as a kind of compass - pointing you toward what matters to you, what’s worth protecting - can reframe “powerless” into “caring.” That matters because it fuels purpose.
One helpful mindset is to treat climate-related emotions as a signal - a sign that you care deeply about the world around you. Instead of seeing it as flaws or weaknesses, you can view them as proof that you haven’t numbed out. You’re paying attention, and you’re sensitive to real suffering and real risks. That sensitivity, when handled gently, can become the foundation for meaningful action at whatever scale feels sustainable to you. For some people, that might look like changing daily habits such as reducing waste, eating less meat, or choosing more sustainable transport. These actions may seem modest, but they build personal agency - the feeling that you are not helpless. And what’s often overlooked is that these actions don’t just shape your own mindset - they quietly influence the people around you. Even if you never talk about climate or sustainability, others notice how you live. A reusable cup, consistent recycling, choosing to bike, supporting greener brands - these small choices can spark curiosity, normalize different habits, and make sustainable behaviour feel more approachable for others. Change doesn’t only spread through speeches or campaigns; it also spreads through example. Your quiet consistency can be its own form of leadership. In that sense, your personal actions are not just about reducing your own footprint; they’re a ripple that moves outward, reminding others that small steps are possible, reasonable, and worth trying.
At the same time, trying to do everything alone can be exhausting. Thus, connecting with others - whether it’s close friends, community groups, student clubs, local climate organizations, or even just one person who also cares - can dramatically reduce that sense of isolation we might have. When people come together around shared concern, it becomes more powerful, confidence grows, and actions multiply. For example, when you have an honest conversation about climate anxiety you give someone else permission to speak up. One shared post, one community event can ripple outward and influence far more people than you might expect. That’s the quiet power of collective action - you’re not just acting for yourself, you’re modelling possibilities for others.
But that doesn’t mean we should throw ourselves into nonstop activism until burnout. Balancing action with self-care - giving yourself permission to rest, reflect, and recharge - is essential. For many, this means setting boundaries around news and social media intake, engaging in creative outlets or hobbies, and allowing space for hope and joy. For me, personally, it is taking a long walk in nature.
It also helps to remember that you’re not carrying this alone. Trusting that other people - friends, communities, activists, policymakers, scientists are also doing their part can ease the weight you feel on your own shoulders. No single person is responsible for solving the entire climate crisis. When you recognize that others are also contributing in their own ways, it becomes easier to step back when you need rest, without guilt or panic. That sense of shared responsibility makes your own effort feel more grounded, humane, and sustainable.
$\"Image\"$
Image from Unicef
Sometimes, it helps to remember that acting with intention doesn’t have to be about solving the whole problem. It can just be about doing what you can - and accepting that’s enough for now. In the end, the most powerful thing might not always be a big action, but it can be quiet - a lived commitment.
Feeling powerless is real. But feeling powerless and doing nothing are two very different things. When many people choose to care, to act, even a very small action, those ripples can accumulate. Over time, it can become a wave, a bigger effect than any individual action could make.
So if you’re reading this and feeling the weight - know that you are not alone. And the fact that you’re asking these questions, thinking about impact is the start of something stronger than powerlessness. It might be the beginning of purposeful actions.
","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2025-12-16T06:20:37.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1s2BomcS5K3Vq3xG1xnUI7Z1n5p78ZsfL-WsHx9vHTBM/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"Psychology of Climate","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recryFIYitNAfLVUu","slug":"unplug-your-electronics-when-not-in-use-","meta":{"title":"Use a smart power strip ","description":"Keeping electronic devices on standby uses power, and over time (and many devices) this can really build up. Using a smart power strip or simply unplugging electronics when not in use reduces energy usage.","seoTitle":"","seoDescription":"Use a smart power strip to cut standby electricity from idle devices and lower wasted energy at home.","category":"technology","impactLevel":"","effortLevel":"","effort":"$20-40 upfront","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"
Most electronics continue to use up small amounts of power when they’re in standby mode. It may not sound like much until you recognize the sheer amount of household devices we rely on. The devices that suck up the most energy tend to be those that don’t need to be on 24/7 for important functions, such as TVs and game consoles. When many devices are constantly running, it can add up to a considerable passive drain on energy.
In fact, standby power makes up 5-10% of household electricity use. Not only does this high passive energy usage mean higher bills, it also results in greater CO2 emissions, which are a critical contributor to climate change.
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The standby power of individual electronic devices can add up to a significant cost for households | Source: Family Handyman
Unplugging your devices when they’re not in use is one option—but it can be difficult to remember and to do, especially with so many devices around, plugged in at hard-to-reach spots. While unplugging gets the job done if you’re happy to do it, an even better option is to use a smart power strip.
Smart power strips are designed to detect when a particular device isn’t in active use and shut off its energy. You can get anything from a basic smart strip that just turns outlets on or off to high-tech smart strips that can group devices together (for example, only turning your monitor and speakers on when the computer’s on) or use timers and motion-sensing technology to detect usage. Some even allow you to manage your outlets easily through a remote control, app or voice command.
While all this might sound fancy, standard smart power strips don’t cost any more than traditional power strips. This makes them an accessible and effortless way to manage energy usage—you can plug it in and forget about it. Try upgrading to a smart power strip and see how much you save.
","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Rup Priodarshini"],"authorId":"recj3IUMT480zmKXp","status":"Published","live":true,"published":"2025-11-08T03:29:11.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1ku0Ee8yDfv05ZXgFRCA4EQf2C2BBKXRgoBh7oiqF40c/edit?usp=sharing","primaryAudience":"concerned","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recsHcq2NuPf05Iyu","slug":"the-ministry-for-the-future-by-kim-stanley-robinson","meta":{"title":"The Ministry for the Future by Kim Stanley Robinson","description":"A near-future novel that takes climate economics seriously; one of the most discussed climate fiction books of the decade.","seoTitle":"","seoDescription":"","category":"","impactLevel":"","effortLevel":"","effort":"","type":"review","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Usama Zulfiqar"],"authorId":"recRIx3fNMMLItiA1","status":"Proposed","live":false,"published":"","internalNotes":"","doc":"","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recteCDZzRY36QZ4l","slug":"look-into-top-rated-climate-non-profits-on-giving-green","meta":{"title":"Look into top-rated climate nonprofits on Giving Green","description":"Donating to a nonprofit is a great way to supplement your personal climate action and spread your impact. However, as with any donation, it's hard to figure out which groups are actually focused on doing good and have the most impact. Fortunately, Giving Green is doing the research to provide much needed clarity.","seoTitle":"","seoDescription":"Giving Green rates climate nonprofits by impact, helping you donate where your dollars can do the most good.","category":"donation","impactLevel":"","effortLevel":"","effort":"15 minutes","type":"action","resourceRequirement":"donation","resourceRequirementRaw":"donation","politicalLeaning":"","age":["18-64","65+"],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"
Have you ever wanted to support a good cause for climate change but didn't know where to start? I’m a fan of Giving Green, a nonprofit that does the legwork for you. Giving Green reviews and ranks climate charities based on evidence and cost-effectiveness. In addition to providing recommendations, they explain their reasoning with data. They also provide a way to donate to all of their selected causes at once and then distribute your money accordingly, making it a valuable resource if you’re stuck on where to focus your giving.
Climate change is a complex problem with so many moving parts, from energy production to agriculture and beyond. There are countless organizations out there today fundraising for climate issues, but not all climate charities are equal in terms of real impact per dollar. Giving Green’s expert reviews help you understand which nonprofits are most likely to make a measurable difference.
Giving Green looks at a wide range of climate nonprofits, working on everything from industrial methane reduction to clean vehicles to systemic policy change. It scores them based on scientific evidence, impact per dollar, track record of measurable progress, and the likelihood that donations will accelerate climate solutions. The research is regularly updated so that when you donate, your contribution goes where it will make the most difference. This makes it easier to donate effectively instead of just picking familiar names.
There are three main ways you can use Giving Green to donate to climate issues.
Giving Green Fund:This is a single fund that seamlessly distributes 100% of your contribution to a portfolio of high-impact, research-backed organizations. Just donate and sit back!
Browse top nonprofits: Explore the cream of the crop—Giving Green’s highest-rated, spotlighted charities. Look at the supporting research and click through to donate directly.
Support Giving Green: Boost your impact by contributing to research. For every $1 that Giving Green receives, their work unlocks another $21 for impactful nonprofits.
If you want to make sure your charitable gifts are making as much of a difference as possible, Giving Green is the perfect place to start. Instead of getting lost in the sea of climate fundraising, take the guesswork out and make the use of your money (and your time!) targeted and impactful.
","resourceLinks":"https://www.givinggreen.earth/","aiSummary":"","suggestedAudience":"","authorName":["Rup Priodarshini"],"authorId":"recj3IUMT480zmKXp","status":"Published","live":true,"published":"2026-02-23T15:29:23.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1HzL7q09ldD5Fa7vNeNv8El16pj76gSygc3vygTv5mSM/edit?usp=sharing","primaryAudience":"engaged","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recuks2hAFAoY1sLP","slug":"dont-sweat-buying-local","meta":{"title":"Buying local food actually doesn't make much difference climate wise","description":"Buy local is a common sustainability tip, but when you look at the data, it doesn't really make as big a difference as you'd think. Its true that buying local reduces transportation, but food is shipped in such large volumes that the shipping costs per item don't add up to much","seoTitle":"","seoDescription":"Food miles are a smaller factor than most people think. Learn which food choices actually drive emissions.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"
“Buy local” is one of the most commonly promoted sustainability tips as we hear it from many blogs or news. The idea seems obvious: if your food travels fewer miles, it must produce fewer emissions, right?
It is technically true, but when we look closely at the data, the reality is more complicated. While buying local food can reduce transportation emissions, the impact is often much smaller than we think. Food is moved in highly efficient, large-scale systems, and transportation usually accounts for only a small fraction of a food product’s total carbon footprint. In most cases, what you eat matters far more for your carbon footprint than where your food comes from.
It’s easy to picture trucks, cargo ships, and airplanes as the biggest culprits in food-related emissions. They’re visible, tangible, and they move products across the world. But research consistently shows that transport actually accounts for only a small fraction of total greenhouse gas emissions from food. For the average U.S. diet, only around 4–6% of food’s emissions come from transportation. This relatively low share is largely due to scale: while a ship or truck does emit greenhouse gases, it can move massive quantities of food at once, so the emissions per individual item are relatively small compared with the emissions embedded in producing the food itself. By contrast, about 80–83% of emissions come from food production itself — including land use change, fertilizer use, livestock feed, and on-farm energy use. You can see this in the chart below; transport is barely visible compared to other factors
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Transport emissions are very small in comparison to other factors of food production (Image from Our World in Data)
This means even if we could magically eliminate all long-distance food transport, it would barely dent the total emissions from food. And because food is shipped in very large volumes using highly efficient logistics systems, the emissions per item are often quite small. For example, a container ship carrying thousands of tonnes of produce can be more efficient per kilogram of food than a few cars driving to farmers’ markets. So, the idea that simply buying local will make a huge difference for the planet isn’t quite accurate.
In fact, sometimes local food can even be worse for the environment than imported food.
Consider tomatoes grown in heated greenhouses in cold climates (like Germany or the UK in winter), the extra energy needed to keep them alive and growing can actually create more carbon emissions than tomatoes grown naturally in sunny regions like Spain or Morocco and transported by ship. A well-known study on apples found that German apples had the lowest footprint during harvest season, but by spring, apples shipped from New Zealand had a lower carbon footprint than stored German apples, because storing local apples in refrigerated warehouses for months consumed a lot of energy. So, local isn’t automatically low-carbon. Factors like production energy, storage methods, and supply chain efficiency can matter just as much—or even more—than distance. Even the season doesn’t always make a huge difference, since global trade can supply fresh fruit year-round with relatively low emissions.
The question we as consumers should ask is “What am I eating” not “Where is my food coming from”. Most of the emissions associated with food come from the production phase, and the differences can be enormous. For example, for beef (beef herd) 79kg out 99kg CO₂-equivalent is due to land use change and farming practice. Furthermore, producing 100 grams of protein from beef can emit 10 to 100 times more greenhouse gases than producing the same amount from peas or beans. Animal products (especially beef, dairy, and eggs) contribute the majority of food-related emissions. Eating local beef is still far more carbon-intensive than eating imported soybeans, lentils, or other plant-based food. So, if climate is your primary concern, reducing high-impact foods like beef and lamb will have a much bigger effect than switching from imported to local produce.
Here is another uncomfortable truth: sometimes you have to choose between ethical treatment and a bigger footprint.
Many people opt for grass-fed beef because it’s considered more ethical. Grass-fed cattle tend to have better living conditions, more natural grazing behaviors, and less reliance on industrial feedlots. From an animal welfare perspective, it’s an easy choice to support. But from a climate perspective, it’s complicated. Grass-fed beef generally has a larger carbon footprint than intensively farmed beef because these animals grow more slowly and produce methane through cow burp over a longer period. They need more land, which can contribute to land-use change and biodiversity loss, and their feed efficiency is lower, meaning more emissions per kilogram of meat produced. According to data from Our World in Data, producing beef from a dedicated beef herd emits roughly 99 kilograms of CO₂-equivalent per kilogram of meat, while beef from dairy herds emits around 33 kilograms per kilogram. That’s a huge difference. So if you are looking for a choice of food to lower emissions while still supporting better animal welfare, you can replace beef with other meats, like chicken, pork, or sustainably sourced fish. Environmental solutions are full of trade-offs; there’s rarely a perfect choice, but thoughtful substitutions can significantly reduce your impact.
All of this doesn’t mean that buying local is useless. Local food supports small farmers, strengthens local economies, fosters community resilience, and often ensures fresher, higher-quality produce. These are all valuable benefits, even if they don’t directly translate into a massive reduction in carbon emissions. Local produce can also increase transparency about how your food is grown and handled, which matters for food safety and quality control.
But if your primary concern is climate impact, it’s important to prioritize differently. The most effective steps are to focus on what you eat, reduce high-impact animal products, minimize food waste, and only then consider how local your food is. “Buy local” is still a positive action, but it’s not the climate silver bullet it’s often made out to be.
So next time someone tells you “always buy local,” it’s worth pausing and thinking about what really matters. The biggest impact usually comes from eating less high-impact foods like beef and reducing food waste - actions that make a real difference without major downsides. Other things like where your food comes from matter less in comparison. In sustainability, there are rarely perfect answers, but focusing on these high-impact areas is a clear and effective place to start.
","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2025-12-02T08:15:26.000Z","internalNotes":"- what types of food you eat have a much bigger impact, like reducing high impact foods like beef\n- the transportation impact is low for far foods since it is shipped in large quantities \n- grass fed beef is actually worse for climate so you sadly have to choose between ethical treatment and bigger footprint","doc":"https://docs.google.com/document/d/1XTHxyVl_JeliTwO_new1NCi1eneHFqhCuVq9VJjNG9E/edit?tab=t.0","primaryAudience":"concerned","articleSubcategory":"Practical Action","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recvCOeK9e1x1J7qW","slug":"join-a-local-tool-library-for-your-diy-needs-","meta":{"title":"Join a local tool library for your DIY needs ","description":"Tool libraries let you borrow things like drills, saws, and lawn equipment for a period of time. Borrowing and sharing expensive tools that aren't regularly used saves you money and storage space. It reduces demand for energy-intensive manufacturing, and encourages repairing items instead of buying more. ","seoTitle":"","seoDescription":"Borrow seldom-used tools from a local library to save money, reduce clutter, and avoid unnecessary new purchases.","category":"lifestyle","impactLevel":"","effortLevel":"","effort":"1 hour","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"
Have you ever bought a tool for a project around the home and wondered when you’d ever need it again? Tool libraries provide an easy and sustainable solution, letting you borrow tools from the small and everyday to the large and specialist, when you need them, without having to worry about costs or storage.
A tool library is basically a library, but for tools instead of books. You can get things like drills, sanders, saws, lawn equipment, sewing machines, specialized hand tools, and even bulky items like carpet cleaners and pressure washers. Once you become a member of a local library (usually for a small annual fee or donation), you can browse their inventory and check out the tool you need for a few days or a week, then return it when you’re done.
Not only does this save you money buying a tool you may only use once or twice, it is also a climate action. What makes this planet-friendly? Since tool libraries allow a whole neighborhood to share one or two items, fewer new tools have to be made, transported, packaged, and eventually discarded. Every step of that process is associated with energy costs, which means more climate-warming greenhouse gas emissions. The Library of Things, a tool library with branches across London, UK, has saved 1,500 tonnes of CO 2 since its inception in 2014.
Tool libraries also often have workshops and other resources to help people repair items instead of buying more. For example, the Tool Library in Buffalo, NY helped divert 4,229 pounds of waste through a ‘Repair Cafe’ program that showed residents how to mend their belongings.
Aside from these tangible benefits, it feels great to be able to fix something instead of having to throw it away.
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Many local tool libraries let you browse their extensive inventories online | Source: Denver Tool Library
There’s more immediate benefits of tool libraries, too. They help people save the money they’d otherwise spend on expensive tools which would probably spend most of their time in storage. In 2022, the aforementioned Buffalo Tool Library recorded 14,000+ transactions that amounted to $580,000 saved in would-be new products. There’s also a valuable social aspect to tool libraries, as sharing tools and tips can help strengthen community relationships.
If you like the idea of a tool library membership and are curious if there is one near you, there’s an easy way to get started—theTool Library Alliance is an international association providing resources on all things tool library. They have a catalogue of active tool libraries across the world, with a large and growing concentration in North America and Europe. You can also search for libraries local to you online. So if there’s something you need to complete your next project, check out your local tool library.
","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Rup Priodarshini"],"authorId":"recj3IUMT480zmKXp","status":"Published","live":true,"published":"2026-01-01T04:43:29.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1siT3bIIHsqQJMnoxyylD4wTaRh7aBtDace_zUTh5bek/edit?usp=sharing","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recvIrfL0cSZRJ76W","slug":"a-field-guide-to-climate-anxiety-how-to-keep-your-cool-on-a-warming-planet-by-sarah-jaquette-ray","meta":{"title":"A Field Guide to Climate Anxiety: How to Keep Your Cool on a Warming Planet by Sarah Jaquette Ray","description":"Gen Z's first \"existential toolkit\" for combating eco-guilt and burnout while advocating for climate justice.","seoTitle":"","seoDescription":"","category":"","impactLevel":"","effortLevel":"","effort":"","type":"review","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Usama Zulfiqar"],"authorId":"recRIx3fNMMLItiA1","status":"Proposed","live":false,"published":"","internalNotes":"","doc":"","primaryAudience":"engaged","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recwnIYGKP4OKz2DK","slug":"turn-on-the-power-saving-mode-on-your-phone-and-laptop","meta":{"title":"Turn on the power-saving mode on your phone and laptop","description":"Most phones and computers come with an option to manage energy use by automatically minimizing background processes and non-essential effects, and 'sleeping' during inactive periods. This saves energy and extends your device's battery life. ","seoTitle":"","seoDescription":"Enable power-saving mode on phones and laptops to reduce energy use and extend battery life automatically.","category":"technology","impactLevel":"","effortLevel":"","effort":"10 minutes","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"
We’re so accustomed to having phones, tablets, and laptops all around us that it’s easy to forget that they’re tiny supercomputers, and the functions they provide quietly and constantly use energy. Many require frequent charging, and besides, all that information on them doesn’t just exist in the cloud—it has to be stored, requested, and processed via physical data centers, with their own operating costs.
Phones and computers of all kinds are so ubiquitous that the energy impact really adds up. Luckily, on practically all of these devices, there’s an easy climate win hiding right in the settings. Power-saving mode reduces how hard your device has to work by way of small changes in system operation that don’t interfere with the device’s function. IT Services at the University of Oxford found that power-saving mode cut desktop energy use by half. A study of Android phones found that it used up to around 33% less power, extending battery life by 50%.
How does this work? Power-saving settings slow down background apps, limit constant refreshing and syncing, dim the screen brightness a little, and generally keep your processor from running at full blast when it doesn’t need to. The click of a button optimizes all these settings so that you can save energy without compromising on performance. Often, you can customize the changes, so if there’s a background or display feature that’s particularly important for you, you can exclude it from being affected.
You can even customize your device to enter power saving mode only when you’re not using it by setting up a Sleep Mode (Apple) or scheduling the battery saver mode to turn on during inactive hours (Android). You can also put computers in Sleep mode when you’re not using them, saving more power by setting the sleep timer to come on after a shorter period of inactivity. This switches to lower power while preserving all your open apps.
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Using power-saving mode is as easy as toggling a switch on your phone | Source: Apple Support
You probably won’t even notice the difference, but these adjustments lighten the energy load. There’s a real benefit for you, too: your battery lasts longer and wears out slower. This saves you charging time and saves money in replacement costs.
To turn on power-saving mode, look up the battery settings on your device. On Apple devices, click Settings > Battery and toggle on Low Power Mode. On Windows, go to System > Power & battery to explore your options.
","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Rup Priodarshini"],"authorId":"recj3IUMT480zmKXp","status":"Published","live":true,"published":"2025-12-02T08:18:03.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/15St8zU8_s0AAoJ3od4wiEohlrYh9F2Byg1-tfYp3al8/edit?tab=t.0","primaryAudience":"concerned","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recwpIuJdnpC1tHnR","slug":"why-perfect-climate-action-is-the-enemy-of-good","meta":{"title":"Don't let 'perfect' climate action be the enemy of good","description":"While large, sweeping changes feel like they are the most important things to do, they can often lead to analysis paralysis and inaction. Taking small, imperfect steps builds the confidence for bigger changes.","seoTitle":"","seoDescription":"All-or-nothing thinking stalls progress. Small imperfect actions create momentum for bigger climate change.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"volunteering","resourceRequirementRaw":"volunteering","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"
Meet Alex and Jordan. They both care about climate change. They both want to reduce their emissions.
Alex has been researching electric vehicles for six months. Spreadsheets, reviews, battery degradation rates, he knows everything about every model. But without home charging at the apartment, Alex is still driving a 2015 Honda Civic, waiting for conditions to be perfect.
Jordan bought a used Prius last month after a 20-minute test drive. It's not perfect, still partly gas-powered but Jordan's already cut transportation emissions in half.
Guess who's making a bigger impact?
The Paralysis That Looks Like Preparation
There's a specific type of climate anxiety that masquerades as being really, really thoughtful.It sounds like: \"I shouldn't get an electric car because manufacturing batteries has emissions.\" \"Going vegetarian doesn't matter if I'm still eating cheese.\" \"Switching to renewable energy is pointless when the grid still has coal plants.\"
These concerns aren't wrong, they're just incomplete. They focus on why imperfect solutions aren't good enough, while ignoring that they're still vastly better than doing nothing.
Here's what the data shows: people who take some action even small, imperfect steps are dramatically more likely to take bigger actions later. Meanwhile, people waiting for perfect conditions tend to still be waiting five years later, having taken zero steps, but boy do they know a lot about lithium mining.
Even if the impacts are small at first, Action creates momentum.
Let's Get Uncomfortably Specific
You know what imperfect climate action looks like in real life?
It's buying a plug-in hybrid because you can't charge a full EV at your apartment complex. You just cut your gas usage by 70%. The person waiting to buy a house with a two-car garage and level-2 charging? Still burning the same amount of gas as last year.
It's replacing your ancient fridge now, instead of waiting until you can afford to gut your entire kitchen for maximum efficiency. That's hundreds of dollars saved annually and tons of emissions avoided. The person waiting for the perfect renovation? Still running a 1995 energy vampire.
It's trading out beef for other meats because you want to lower your food impact, but also bacon. Since beef causes 10 times the emissions of other meats, that makes an impact. The person still researching the perfect plant-based protein powder? Zero reduction.
It's buying secondhand clothes instead of fast fashion, even though you still buy some new things. You just avoided textile waste and reduced demand for new production. The person saying \"secondhand still involves carbon from shipping, so it's not really sustainable\"? Buying new items with way higher total impact.
Notice something? Every \"imperfect\" option involves actions today instead of tomorrow. The \"perfect\" options aren't bad, in fact it's true that they would have a higher impact if implemented. But waiting years for perfect conditions means years of unchanged emissions, and just feeling guilty that you aren’t doing more. The problem isn't wanting the best solution; it's using \"not perfect yet\" as a reason to do nothing in the meantime. You can still make bigger changes in the future if you want to, and now you have more momentum to do it.
The math nobody is talking about
This idea isn’t just on the personal scale either. Let's talk about the UK for a second. They didn't wait until renewable energy was ready to drive the grid to start the transition. They started adding wind turbines when renewables could barely power 5% of the grid. Then 10%. Then 15%.
People probably complained. \"What's the point of wind power if we still need gas plants?\" But they kept building anyway, imperfectly, incrementally.
$\"Image\"$
Source: Yearly Electricity Data (Ember)
Now? Renewables regularly supply over 50% of UK electricity. Some days they hit 80%. But that only happened because they started when it wasn't perfect, when it was just barely viable, when critics could easily point out all the ways it fell short.
The same goes for natural gas. Critics dismissed it as \"still fossil fuels, so what's the point?\" But switching from coal to natural gas cut emissions significantly while providing the reliable baseload power needed as renewables scaled up. It isn’t the final answer, it was a bridge that made the final answer possible.
Perfect was never coming. Good enough; build the future anyway.
Your Imperfection Permission Slip
Let's address the elephant in the room: you probably feel like a hypocrite talking about climate change.
You flew to a wedding last year. You eat meat sometimes. Your commute involves a gas-powered vehicle. Your streaming habit has a carbon footprint. Your entire existence in a modern economy involves some level of fossil fuel consumption. Who are you to advocate for climate action when you're not doing it yourself?
Here's the uncomfortable truth: this guilt serves exactly one purpose, and it's not helping the planet.
The fossil fuel industry has spent decades promoting the idea that climate concern requires moral purity. It's possibly their most effective strategy. If you need a zero-carbon lifestyle to have opinions about climate policy, then approximately zero people qualify. Meanwhile, systemic change is slowed because everyone feels too imperfect to demand it.
So, here's your official permission: You don't need to be perfect. You never did.
You can fly sometimes and still support aviation fuel standards. You can eat meat and still advocate for agricultural emissions reduction. You can drive a gas car and still vote for EV infrastructure. Your imperfection doesn't disqualify your concern, it makes you human.
And while individual changes matter, the direct reduction is not the most important impact. It’s about how your choice influences other people, and ultimately, our society.
The Ripple Effect Nobody Mentions
Here's what actually happens when you buy an electric or hybrid vehicle, even if you're charging it on a grid that's partly fossil fuels:
You cut your direct transportation emissions by 60-80%. That's real. But you also do something less visible but even more important: you make EVs more normal. Your neighbor sees it in your driveway. Your friend rides in it and realizes it's actually nice. Your coworker asks about the charging situation. You become a data point proving EVs work for regular people, not just tech enthusiasts with solar panels and home charging.
You're also creating market demand that drives down prices. You're supporting infrastructure buildout. You're forming a political constituency that votes for EV-friendly policies. You're shifting what \"normal\" looks like in your community.
None of this requires perfection. The person still researching and waiting for ideal conditions contributes exactly none of these effects.
This applies to everything: heat pumps, solar panels, plant-based eating, whatever. Your imperfect choice contributes to making the next person's choice easier. It shifts markets, norms, and even political will. Perfectionists waiting for ideal conditions contribute to maintaining the status quo.
Start Literally Anywhere
The most effective climate action is the one you'll actually do this month, not the one that looks impressive in a hypothetical future.
Can't get solar panels? Switch to renewable energy from your utility. Can't afford an EV? Drive your current car less and maintain it well. Can't replace your gas furnace? Install a smart thermostat. Can't go fully plant-based? Try just replacing beef with chicken or fish sometimes (beef causes 10x more emissions than other meats)
$\"Image\"$
High-Impact Climate Actions Ranked by Effectiveness; Individual actions vary widely in their emission reduction potential. Research shows actions like reducing meat consumption, transitioning to heat pumps, and adopting electric vehicles deliver substantially larger emission cuts than symbolic gestures like purchasing carbon offsets.
These aren't participation trophies. They're actual progress.
Research shows the biggest predictor of sustained climate action isn't having money, time, or perfect conditions. It's taking some initial action and experiencing success. That first small win builds confidence. It makes the next step less intimidating. It shifts how you see yourself from someone who feels they should be helping to someone who actually shows up. When you take even a small step, you start to feel more in line with your values, and that sense of consistency makes the effort feel lighter and far more meaningful.
People waiting for perfect conditions discover those conditions never materialize, and five years pass with zero progress and a really sophisticated understanding of why they couldn't start yet.
The Momentum Nobody Believes Until They Experience It
Watch what happens when you stop waiting for perfect:
You start small; LED bulbs, a bean burger, trying a secondhand app. It's nothing impressive. But you feel slightly less helpless, which is significant when climate discourse is basically optimized to make you feel helpless.
Then, because you've done something, the next thing feels possible. Maybe you research your utility's green energy plan. Maybe you actually signed up. Maybe when your water heater dies, you consider a heat pump instead of automatically replacing it with the same thing.
These small actions don’t change everything on their own, but together they start building real momentum. The bigger shift happens inside you, where habits settle in and confidence begins shaping a new identity around this work. And when you show up consistently, the people around you start shifting too. Norms move a little, and your impact stretches beyond the action itself, spreading through your family, friends, and the spaces you move through.
The Climate Doesn't Grade on Purity
The atmosphere doesn't track your moral consistency. It responds to tons of CO2. Every bit we don't emit helps. Every bit we emit hurts. The accounting is straightforward: imperfect action that cuts emissions beats inaction that cuts nothing.
This isn't about lowering standards. It's about being honest about how change actually happens. We need massive transformation, fast, and that means everyone contributing what they can from wherever they are. People in apartments contribute differently than homeowners. Renters differently than landlords. Different budgets, different abilities, different circumstances, all finding their own imperfect paths forward.
So, what's one thing you've been putting off because you couldn't do it perfectly? That's your starting point. Not someday when conditions align. This week, imperfectly, because that's the only way real change happens anyway.
","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Usama Zulfiqar"],"authorId":"recRIx3fNMMLItiA1","status":"Published","live":true,"published":"2025-11-21T06:29:21.000Z","internalNotes":"The tonality used in this article:\n-Conversational & direct yet sharp & witty.\n-Confrontational with being sympathetic.\n-More of evidence-based rather than academic-based.\n-Empowering & Punchy.\nI tried something different in tone, let me know how you think and feel about it.","doc":"https://docs.google.com/document/d/1phojfmqUYJeVmPM_c6VstztHi1vJ8WVLILSQOY18hyk/edit?usp=sharing","primaryAudience":"concerned","articleSubcategory":"Psychology of Climate","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recx2UbqpewmsC0mI","slug":"climate-tech-that-failed-and-why-thats-not-bad-news","meta":{"title":"Climate tech that failed and why that’s not bad news","description":"Climate tech headlines can feel like a rollercoaster. One day it’s a breakthrough that promises to change everything, the next it’s news of a startup folding or a project being shelved. It’s tempting to see those moments as setbacks, but they’re often just signs that the climate transition is testing ideas in the real world. ","seoTitle":"","seoDescription":"Climate tech failures are part of progress. Learn what they teach and why iteration speeds better solutions.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"
We read the headline like another startup shuts down, another promising technology doesn’t scale, another big idea quietly disappears and it’s hard not to feel a little gloomy. When the climate crisis already feels overwhelming, failed solutions can feel like proof that we’re running out of time, or worse, that we don’t know what we’re doing.
But here’s the thing: climate tech failure is not a sign that climate action is failing. In many cases, it’s the opposite. It’s a sign that the sector is experimenting, learning, and growing up. If anything, climate tech failures tell us that real work is happening, not just slogans and promises, but hard, messy attempts to change how our economy runs.
To understand why that’s good news, we need to rethink what “failure” actually means in climate tech.
Climate tech sits at a difficult intersection. It tries to solve massive physical problems including energy, materials, food, transport while also surviving in financial markets that prefer fast growth and quick returns. That tension alone guarantees that not every idea will survive.
Take solar energy. Today it’s one of the clearest climate success stories, with costs falling by more than 90% over the past decade. But along the way, many solar manufacturers and installers collapsed under policy shifts, rising interest rates, and brutal competition. Companies like Sunworks and Titan Solar didn’t fail because solar itself was a bad idea. They failed because timing, financing, and execution matter just as much as technology.
$\"Image\"$
Image from Irena
Battery manufacturing tells a similar story. Northvolt was once seen as Europe’s answer to Asian battery giants, raising roughly $16 billion to build a homegrown supply chain. Scaling manufacturing at that level turned out to be brutally complex. When Northvolt filed for bankruptcy, some commentators framed it as proof that green tech doesn’t work. But a more honest reading is that building physical infrastructure at scale is hard, and every attempt teaches the next one where the cracks are.
Carbon removal has also had its share of painful lessons. Running Tide, a startup experimenting with ocean-based carbon removal, shut down after raising tens of millions of dollars. As a result, it landed on the front page of ClimateTech is Struggling news. But it is worth remembering that the failure wasn't wasted effort. It clarified what kinds of carbon removal approaches might be verifiable, scalable, and durable and which ones probably aren’t.
None of these stories mean the climate solutions themselves were pointless. They mean the path forward isn’t linear.
It’s tempting to see climate tech failures as a warning sign. But in reality, innovation has always worked this way.
In the early 2010s, the first wave of “cleantech” investing collapsed spectacularly. More than 90% of companies failed to return capital, and investors retreated for years. At the time, it felt like a verdict on climate innovation. In hindsight, it was more like a crash course. That period taught the sector painful but valuable lessons: capital-intensive hardware needs patient financing, policy matters more than founders like to admit, and scaling from the lab to the real world is where most ideas break. Today’s climate tech ecosystem looks different precisely because those mistakes were made early. Failure also accelerates learning in a way success often doesn’t. When a startup struggles to scale batteries, electrolyzers, or carbon capture systems, the entire industry learns where supply chains break, where costs explode, and where assumptions are too optimistic. Those insights don’t disappear when a company shuts down. They flow into new startups, new funding models, and better policies.
And crucially, failure filters hype from substance. Climate tech has no shortage of bold claims. Projects that don’t survive real-world constraints help redirect capital toward solutions that can actually work at scale. That’s not cynicism, instead that’s market maturity.
$\"Image\"$
Image from Third Derivative
It’s easy to get stuck on individual failures and miss the broader trend. When you zoom out, the trajectory of climate tech is unmistakably forward.
Renewable energy deployment keeps hitting record highs globally. Electric vehicles continue to grow as a share of new car sales. Grid-scale battery storage is expanding faster than many analysts predicted a few years ago. These gains didn’t come from a single perfect company or flawless technology. They came from thousands of experiments, many of which failed quietly along the way.
Even technologies still struggling today, like direct air capture, are advancing through iteration rather than instant success. Companies like Climeworks have faced layoffs and criticism, but they’ve also pushed carbon removal from theory into physical infrastructure that can be tested, measured, and improved. That alone is a meaningful step.
There’s a strange comfort in realizing that failure is normal. It means the climate tech space isn’t stuck in ideas but actively testing them against reality.
It also means investors, policymakers, and founders are getting better at asking the right questions. Instead of “Is this climate solution visionary?” the focus is shifting toward “Can this scale?”, “Can this survive market cycles?”. A climate tech ecosystem that never fails is one that never tries anything ambitious. A climate tech ecosystem that fails, learns, and adapts is one that has a fighting chance.
If reading about failed climate solutions makes you feel discouraged, that reaction makes sense. The climate crisis leaves very little emotional room for disappointment.
But the healthier response is this: failure is evidence that the transition is underway. We are no longer just talking about climate solutions, we’re building them, stress-testing them, and, yes, sometimes watching them fall apart. Failure doesn’t cancel progress. Failures sharpen it with every setback helps narrow the field toward solutions that are not only cleaner, but also cheaper, tougher, and more resilient.
That’s how real change happens.
","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2026-02-10T05:08:22.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1k2kj0X_kNMU8Irs2uirzW5AkxefZuBJIDQ6cHYVJhrY/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"Realistic Optimism","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recxI7S9NsISGSB2F","slug":"the-most-realistic-climate-resolution-you-can-make-this-year","meta":{"title":"The most realistic climate resolution you can make this year","description":"New Year’s resolutions usually fail for the same reason: they ask for too much, too fast. But in fact, climate action doesn’t need dramatic overhauls or perfect habits. It works better when it looks boring, small, and repeatable. This year, instead of promising to “go green,” try one tiny climate action a day.","seoTitle":"","seoDescription":"Skip unrealistic resolutions. One small repeatable climate action can build lasting progress all year.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"
Every new year comes with a familiar pressure to start over. We promise ourselves we’ll do better, live cleaner, and finally become the kind of person who always makes the right choice. When it comes to climate change, those resolutions often collapse under their own weight. The expectations are too big, the timelines too short, and the stakes feel impossibly high.
But sustainable progress doesn’t come from dramatic lifestyle overhauls. It comes from small, repeatable actions that quietly compound over time. That’s why the most realistic climate resolution isn’t about perfection but about consistency.
Instead of chasing big gestures, try some of these ideas: Some involve noticing, learning, or even resting. Together, they help turn climate concern into something practical, sustainable, and grounded in real life.
Start by noticing the systems behind everyday life
Before changing behavior, it helps to understand what’s actually shaping it. Each day, take a moment to notice one system behind something you use like your electricity, your morning coffee, your commute, or the package that shows up at your door. You don’t need to research deeply or reach a conclusion. The goal isn’t to judge yourself but to build awareness. Start by simply asking questions like: Where does this energy come from? Why is this the default option? Who designed this system?
Climate change isn’t driven by individual bad choices. It’s driven by systems we rarely see: energy grids, supply chains, zoning laws, agricultural practices. When you start noticing these systems, climate change stops feeling abstract and becomes clearer. Over time, this awareness creates context. And context is what makes better decisions easier later on.
When it’s easy, choose the slightly lower-impact option
Once you begin noticing systems, opportunities for small shifts appear naturally. This isn’t about sacrifice or self-denial; it’s about choosing the lower-impact option when it already fits your life.
Maybe you walk instead of drive because the weather is nice. Maybe you choose a plant-forward meal because it looks tasty, not because it’s greener. Maybe you combine errands or delay a purchase you don’t actually need. But remember, you’re not trying to optimize every decision. You’re just training yourself to notice when better options already exist and taking them without turning it into a moral test.
Over a year, these choices become normal and repeatable. When low-impact choices feel normal rather than burdensome, they stick and they scale socially as well as individually.
Learn one small thing, spending like ten minutes max
One reason climate change feels overwhelming is that people assume they need to understand everything. In reality, five minutes a day is enough as climate information doesn’t need to be overwhelming to be useful.
Each day, learn one small thing: what electrification really means beyond electric cars, why energy efficiency often delivers faster results than new technology, or how the power grid shapes emissions more than most individual choices. This learning isn’t about becoming an expert. It’s about building a baseline understanding that replaces vague fear with clarity. Knowledge reduces anxiety, and clarity makes action feel possible.
And remember when ten minutes are up, stop. This habit works because it respects attention, not because it demands mastery.
Talk about climate change casually
Climate change doesn’t move forward because people win arguments. It moves forward when concern becomes socially normal. Thus climate conversations don’t need to be debates or lectures. They can be light, brief, and human. You don't have to convince anyone of anything to be making an impact.
Focusing on actions you are taking and why you like them are a great, non confrontational way to do this. For example, mention things like a bike lane you like, or how you tried oat milk with your coffee and it is actually better than you thought.
Social change doesn’t spread because people are persuaded. It spreads because behaviors become visible and acceptable. Every casual climate conversation helps shift what feels normal to talk about and casual conversations reduce defensiveness and help climate concern exist in the open.
Remember, you don’t have to change someone’s mind. Just by mentioning it offhand, you’re helping climate action feel like a normal part of everyday life.
Support one solution with time, voice, or money
Focus more on consistent small changes rather than making big, drastic changes to your life. The important thing is to make a habit of looking for solutions in some small way. Start by supporting one solution with time, voice, or money, whatever fits. That might mean following a local housing or transit group, sharing an article on social media, or donating when it makes sense. This can also be trying something new, like adding a leftover day each week to reduce food waste, or trying a vegetarian option at a restaurant. If it isn’t for you, no sweat.
What matters is reinforcing a key truth: real climate progress comes from collective improvement over time, not isolated personal behavior or pushing for everyone to make drastic changes.
Reduce one small, unnecessary waste
This isn’t about zero waste or perfect recycling. It’s about noticing one thing that doesn’t add value and letting it go. It is also worth knowing that waste isn’t just about trash. It shows up as unused purchases, excess energy, wasted food, and even wasted attention.
Each day, notice one thing that doesn’t add value and reduce it, for example skip a needless purchase, store leftovers better or even unsubscribe from something you never read.
Remember, these changes aren’t about minimalism or purity, they’re about intentionality.
Rest and count it as climate action
This might be the most overlooked habit of all. Burnout doesn’t help the climate. Exhausted people don’t sustain habits, build movements, or imagine better systems. In contrast, rest creates the mental space needed for long-term thinking. It allows optimism to be realistic rather than forced. Climate action is not an emergency drill you run forever. It’s a long project. Treating rest as part of the work makes it sustainable.
None of these habits will solve climate change on their own. And of course, that’s not the goal. The point is that small, repeatable behaviors reshape how you relate to the problem.
Over weeks and months, these small actions reshape how climate change fits into your life. Over a year, you’ll notice something subtle but important: climate action will feel less like something you should do and more like something you already do naturally, imperfectly, and in community with others.
And that’s how real progress begins: not with dramatic resolutions, but with habits that last.
","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2026-01-07T06:41:58.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1RpdcBTqFYonSFHU4cjLoj9JOm6hQfBPbuSQakCMZeyY/edit?tab=t.0","primaryAudience":"engaged","articleSubcategory":"Practical Action","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recxrfhwW2D00kCJ8","slug":"the-uninhabitable-earth-by-david-wallace-wells","meta":{"title":"The Uninhabitable Earth by David Wallace-Wells","description":"A unflinching look at worst-case climate scenarios; pairs well with more solutions-focused reads to give readers the full picture.","seoTitle":"","seoDescription":"","category":"","impactLevel":"","effortLevel":"","effort":"","type":"review","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Usama Zulfiqar"],"authorId":"recRIx3fNMMLItiA1","status":"Proposed","live":false,"published":"","internalNotes":"","doc":"","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recxzfsqLoYiSimFl","slug":"catalyst-with-shayle-kann","meta":{"title":"Catalyst with Shayle Kann ","description":"Podcast focused on climate technology and investment; ideal for readers interested in where capital is flowing and which solutions are scaling fastest.","seoTitle":"","seoDescription":"","category":"","impactLevel":"","effortLevel":"","effort":"","type":"review","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Usama Zulfiqar"],"authorId":"recRIx3fNMMLItiA1","status":"Proposed","live":false,"published":"","internalNotes":"","doc":"","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recyXk5T2fLcDuvOC","slug":"is-eco-anxiety-normal","meta":{"title":"Is eco-anxiety normal?","description":"If you feel the eco-anxiety, just know that, it is very normal, many people experience this feeling. And the good news is acknowledging and sharing how you feel can become a catalyst for connection and shared actions. ","seoTitle":"","seoDescription":"Wondering if eco-anxiety is normal? Here is what it means, why it happens, and how to respond in healthy ways.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"
For a growing number of people, climate change isn’t an abstract future risk or a line item in a policy report. It’s something felt viscerally as unease, grief, guilt, anger, or a persistent sense that something is deeply off. This emotional response has a name now: eco-anxiety. And as it becomes more widely discussed, a simple question keeps surfacing: Is eco-anxiety normal?
The short answer is yes. But the more important answer is why and what that tells us about the world we’re living in.
Understanding Eco-Anxiety
Eco-anxiety refers to chronic or acute anxiety related to environmental degradation and climate change. It’s not a clinical diagnosis, but a psychological response to a very real threat. People experience it differently: sleeplessness after reading climate news, guilt over everyday consumption, fear about having children, or a quiet dread that never quite goes away.
$\"Image\"$
Image from Nature
Unlike traditional anxiety disorders, eco-anxiety is not irrational. Climate change is happening. Biodiversity is declining. Extreme weather is intensifying. The science is clear, and the impacts are increasingly visible. Feeling distressed in response to this information isn’t a malfunction, rather it’s a reasonable emotional reaction to an unstable reality.
In that sense, eco-anxiety isn’t a sign that something is wrong with individuals. It may be a sign that something is wrong with the systems they inhabit.
Why Eco-Anxiety Is Becoming More Common
Eco-anxiety is rising not because people are becoming more sensitive, but because they are becoming more informed. Climate data is no longer buried in academic journals. It’s in headlines, social media feeds, and daily conversations. Wildfires, floods, heatwaves, and air pollution are no longer distant problems but they’re lived experiences.
But the way information travels today also shapes how people experience it. Climate news often circulates through highly emotional headlines, viral posts, and dramatic imagery. Social media algorithms amplify the most alarming content because it spreads fastest. In that environment, complex scientific findings can sometimes be compressed into simplified or sensational narratives, and uncertainty or nuance can disappear. The result is that many people encounter climate change primarily through a stream of worst-case scenarios, catastrophic projections, and “doomer” framing.
At the same time, many people feel caught in a contradiction. They are told climate change is an emergency, yet are expected to continue life as usual: commute, consume, grow, compete. Individual actions are emphasized through recycling more, fly less, buy greener products while systemic change often feels slow, compromised, or out of reach.
This mismatch between the scale of the problem and the scale of response is a key driver of eco-anxiety. When people understand the severity of the crisis but feel powerless to influence outcomes, anxiety is a predictable result.
One reason eco-anxiety feels so heavy is that responsibility is often framed at the individual level. People are encouraged to calculate their carbon footprints, optimize their consumption, and make “better choices”. While personal action matters, this framing can quietly shift responsibility away from structural drivers like fossil fuel dependence, extractive supply chains, and policy inertia.
The result is a moral pressure cooker. People worry that every choice: what they eat, wear, buy, or discard is ethically charged. For many, eco-anxiety isn’t just fear about the future; it’s guilt about the present.
Yet there is another imbalance in climate communication: progress often receives far less attention than problems. Breakthroughs in renewable energy, falling costs of clean technologies, large-scale policy shifts, or successful conservation efforts rarely generate the same viral momentum as disaster headlines. Many people are therefore exposed to constant signals of crisis but relatively few signals of progress.
This matters because guilt is not a sustainable motivator. It exhausts rather than empowers. And when systemic problems are individualized, people can end up blaming themselves for outcomes shaped by forces far beyond their control.
It’s tempting to medicalize eco-anxiety like to treat it as something to be cured or managed away. But doing so risks missing the point. Eco-anxiety is not simply a personal mental health issue; it’s also a collective signal.
Psychologists increasingly argue that distress about climate change can be a healthy response to an unhealthy situation. From this perspective, eco-anxiety reflects awareness, empathy, and moral engagement. It shows that people are paying attention and care about more than short-term comfort.
These nuances suggest that eco-anxiety doesn’t always cripple people, but when it becomes intense and persistent, it can contribute to distress, especially if individuals feel powerless to act.
Who Feels Eco-Anxiety and How Much?
Eco-anxiety doesn’t affect everyone equally.
A cross-national European study using data from over 52,000 participants across 25 countries found that almost 43 % of people were “very” or “extremely” worried about climate change. Women and people with higher education were among those more likely to report high worry levels.
Young people report particularly high levels of climate-related distress. A study found that nearly half of Generation Z respondents reported high eco-anxiety - more than four times higher than older generations, partly because they will live with the consequences longer and had little say in the systems that created them. Communities already facing climate impacts from heat stress to flooding or food insecurity experience anxiety alongside tangible loss.
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Image from Nature
Interestingly, eco-anxiety is also common among people working in sustainability, climate science, and environmental advocacy. Proximity to the data can sharpen concern rather than dull it. Knowing exactly how narrow some of our windows for action are can be emotionally taxing.
This highlights an uncomfortable truth: eco-anxiety often correlates with awareness, not weakness.
So Is Eco-Anxiety “Normal”?
Eco-anxiety is not a flaw in human psychology. It’s a response to ecological instability and social contradictions. In that sense, it may be one of the most honest signals we have.
The danger is not that people care too much about the planet. The danger is that we normalize a world that demands emotional numbness in the face of crisis.
So yes — eco-anxiety is normal. Recognizing the legitimacy of eco-anxiety doesn’t weaken climate discourse, it enriches it. It moves the conversation from dismissing emotional experiences to understanding them as part of our shared response to one of the defining challenges of our time.
The question, then, isn’t whether eco-anxiety is normal. It’s what we do with it.
Left unaddressed, eco-anxiety can lead to disengagement as people tune out, avoid news, or adopt a kind of quiet nihilism. But when acknowledged and shared, it can also become a catalyst for connection and action. Research suggests that collective action such as joining climate groups, community initiatives, or advocacy efforts can reduce feelings of isolation and helplessness. Acting with others transforms anxiety from a private burden into a shared motivation.
Crucially, this shifts the narrative away from individual perfection toward systemic impact.
","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2026-03-10T00:35:09.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/19LWEJ7XvWJBZAwS3xRTToOCqt-ZhR5x3ahNlS32cCzQ/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"Psychology of Climate","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"recz7zSHQd2kibKbV","slug":"try-a-meat-substitute","meta":{"title":"Try a meat substitute","description":"I'm not going to tell you that meat substitutes taste \"just like beef(tm)\", but they are actually pretty good as their own food, and they have gotten a lot better recently. Give a bean burger or impossible burger a try sometime","seoTitle":"","seoDescription":"Meat alternatives have improved a lot and can cut food emissions while adding variety to everyday meals.","category":"food","impactLevel":"High","effortLevel":"Medium","effort":"$5-10","type":"action","resourceRequirement":"lifestyle","resourceRequirementRaw":"lifestyle","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"
It's true that meat alternatives don't taste exactly the same, but that doesn't mean they aren't tasty, versatile, and, depending on the country and product, very economical. They aren’t just a novelty anymore - plant-based options are more popular and accessible than ever. You can now find everything from gourmet veggie burgers in restaurants to plant based options at major chains like Burger King (The Impossible Whopper), McDonald's (The McPlant), and KFC (Beyond Fried Chicken).
Adding more plant based foods have many health benefits: they can help prevent and manage obesity, heart disease, diabetes, and cancer, in addition to improving overall well being.
Furthermore, plant-based options like a bean burger instead of a traditional meat patty significantly helps to reduce greenhouse gas emissions (as shown in the chart). Due to the land needed to raise cows and the methane they produce, beef has a much higher climate impact than almost any other food, even other meats. This means that even substituting beef with a plant based option can go a long way, without needing to give anything up.
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Own elaboration with data from Poore, J & Nemecek, T (2018)
Personally, I use textured soy protein to replace ground meat in dishes like shepherd's pie or empanadas. It's a protein rich option with a neutral flavor that works very well in various recipes. What makes it particularly appealing is the cost, when you consider that it's sold dry and expands when hydrated, textured soy protein becomes about two to eight times more affordable per prepared serving than ground beef.
This is just one example of how incorporating more plant-based ingredients in your diet (like legumes, whole grains, nuts and vegetables) is not only a tasty way to add variety, but it can also offer benefits for your health and the planet.
","resourceLinks":"","aiSummary":"","suggestedAudience":"","authorName":["Esperanza"],"authorId":"recUI3wW2s8beNkGJ","status":"Published","live":true,"published":"2025-10-17T00:58:04.000Z","internalNotes":"good video to link: https://www.youtube.com/watch?v=w5GmDRW975g","doc":"https://docs.google.com/document/d/1EmwMtvjnyx3AAXmeOqLX_d-fei6Z4nOZuJTmoneQCq4/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"reczX8GzuzXsi6qLF","slug":"use-ecosia-search-engine","meta":{"title":"Use the Ecosia search engine","description":"Ecosia is a free search engine and browser that uses its earnings to plant trees. I'll admit Its not quite as good as google, but its 100% free","seoTitle":"","seoDescription":"Ecosia directs ad revenue to tree planting, turning everyday web searches into small climate-positive contributions.","category":"technology","impactLevel":"Low","effortLevel":"Low","effort":"10 minutes","type":"action","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"
If you spend a lot of time online (and let’s be honest, who doesn’t?), your search engine can actually have a climate impact - Ecosia is a free search engine and browser that uses its ad revenue to plant trees around the world — and not a small amount either. Over 242 million so far and dedicated over € 96 million to climate actions. It’s a simple idea: you search, they plant.
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I’ll admit — it’s not quite as slick or predictive as Google. The search results can feel a little slower, and occasionally you’ll find yourself opening another tab to double-check something. But for day-to-day browsing, it works surprisingly well. I started using it after reading about their tree-planting projects in over 35 countries, for example: Indonesia, Brazil, and Burkina Faso. Seeing the little “tree counter” tick upward every time I searched made the internet feel just a bit more purposeful.
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What makes it meaningful is how effortless it is. You don’t need to donate money, sign petitions, or install complex software. Just use Ecosia as your default search engine, and part of the revenue from your searches goes directly to verified reforestation programs. According to Ecosia, every 45 - 50 searches fund the planting of one new tree — restoring ecosystems, providing shade and food for local communities, and absorbing carbon from the atmosphere.
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(Image from Ecosia)
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It’s not a perfect replacement for Google, but it’s close enough that I usually don’t notice the difference. If you want to try Ecosia, just download the Ecosia Chrome Extension, which will update your default search to use it automatically. You can also set it up directly if you'd prefer:
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Open Chrome Settings
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Go to Search Engine → Manage Search Engines
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Add \"https://www.ecosia.org/search?q=%s\"
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Set Ecosia as the default.
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If you use a different browser, check out their guide here to try it out.
","resourceLinks":"https://www.ecosia.org/","aiSummary":"","suggestedAudience":"","authorName":["Helen Ha"],"authorId":"recMQbuXjwyOwZBaT","status":"Published","live":true,"published":"2025-10-30T05:14:27.000Z","internalNotes":"","doc":"https://docs.google.com/document/d/1KUWV1IK9vgt2Mc_ZjeYxlBTXEpokgbfO4LHVCihaX2Y/edit?tab=t.0","primaryAudience":"alarmed","articleSubcategory":"","reviewSubcategory":"","thumbnail":"","tags":[]}},{"id":"reczvcZ8nQT7namuX","slug":"your-money-is-a-climate-tool","meta":{"title":"Your money is a climate tool","description":"Your money is already shaping the climate, quietly and constantly. The real question isn’t whether it has an impact but instead it’s whether you’re choosing that impact intentionally or letting it happen by default.","seoTitle":"","seoDescription":"Your money influences emissions through spending, banking, and investing. Learn how to direct that influence intentionally.","category":"","impactLevel":"","effortLevel":"","effort":"","type":"article","resourceRequirement":"","resourceRequirementRaw":"","politicalLeaning":"","age":[],"gender":[],"livingSituation":[],"actionPhoto":[],"htmlDescription":"
Most people think climate action looks like buying an electric car, eating plant-based meals, or remembering to bring a tote bag to the grocery store. These actions are important and impactful, however, there’s one thing that has a large climate impact that is often overlooked: your money.
Whether you think about it or not, your money is already shaping the climate, every single day. Even when you’re not thinking about it. Your savings, your investments, your pension, your spending, all of it is quietly voting for the kind of world that gets built. The question isn’t whether money influences climate outcomes. It’s whether you’re using that influence intentionally or leaving it on autopilot.
Money doesn’t sit still
We like to think of money as neutral, just numbers in a bank account. But money doesn’t sit still. Banks lend it. Funds invest it. Companies use it to expand, drill, build, or innovate. When your money is parked somewhere, it’s usually being used to finance something. That something might be renewable energy, affordable housing, or climate tech. Or it might be fossil fuel extraction, deforestation-linked supply chains, or industries that lock in emissions for decades. So even if you’ve never bought an oil stock in your life, there’s a decent chance your money has still touched fossil fuels through pension funds, index funds, or bank lending. That’s what makes money such a powerful climate tool because it works whether you’re paying attention or not.
Let’s start with the simplest one: what you buy. Every purchase is a tiny signal. When millions of people make similar choices, those signals add up. That’s how renewable energy demand grows, why plant-based food markets are expanding, and why companies have started caring about sustainability claims, even if they aren’t honest.
Putting your money where your mouth is
The other way your money has power is through your investments. If you have a bank account, your savings are being lent out by your bank. If you have a pension or retirement fund, that money is invested across global markets. These pools of capital are massive, and they shape what gets built next. Historically, a lot of that capital has gone to fossil fuels because they were profitable, familiar, and politically supported. But now that’s changing slowly, unevenly, and not always voluntarily. When money flows into renewables, grid upgrades, energy efficiency, or climate adaptation, costs come down and adoption speeds up.
Some people use their money by divesting by pulling funds out of fossil fuels. Others focus on investing in climate solutions. These aren’t opposing strategies, they’re just different tools.
Divestment works best as a signal. It tells markets which business models are losing legitimacy as it shifts norms and expectations. But on its own, divestment doesn’t automatically reduce emissions. Investment, on the other hand, builds alternatives. It finances the solar farms, battery storage, electric transport, and low-carbon materials that replace fossil-heavy systems. Climate finance isn’t about moral purity. It’s about direction. Even small shifts matter when they happen at scale. Asking where your pension is invested. Choosing a bank that doesn’t aggressively finance fossil fuel expansion. Supporting funds or platforms that prioritize real climate impact over vague green labels. None of these actions alone will solve climate change. But collectively, they reshape financial incentives and markets respond to incentives.
It is also worth remembering that you don’t need to optimize every dollar to make a difference. Using money as a climate tool doesn’t mean everyone needs to become a climate finance expert. It means recognizing that money has influence and choosing to do something about it. It means asking basic questions: Where is my money? What is it supporting?
So, What Can You Actually Do With Your Money?
Using your money as a climate tool doesn’t mean flipping your entire financial life upside down. It means making a few intentional moves instead of leaving everything on autopilot. Here are some practical places to start.
1. Look at Where Your Money Is Sitting
Check where your savings accounts are held and what they’re invested in. Sites like bank.green are a great way to see how much your bank is invested in fossil fuels, as well as offering alternatives that focus on clean energy investments. While completely switching banks can be difficult, you can get most of the benefit from just moving some of your savings to a green bank. See our article on green banking for more details
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(image from project drawdown's report on personal banking)
2. Ask Your Bank or Pension Fund Questions
You don’t need to move your money immediately to have an impact. Simply asking questions like: Ask your bank how it manages climate risk or whether it finances new fossil fuel expansion. Ask your pension provider about climate policies, transition plans, or net-zero commitments. Few people reach out to their financial institutions, so you can have an outsized influence by doing so.
3. Avoid Financing the Worst Offenders
If you do make changes, start by avoiding the obvious red flags: companies or funds heavily exposed to new coal, oil, or gas expansion with no credible transition plan. Look for funds that are “ESG” (environment, social, and governance), which indicate that included companies meets a bar of social responsibility
4. Reinvest in Real-World Climate Solutions
When possible, move money toward things that actually reduce emissions or build resilience which might include renewable energy, energy efficiency, grid upgrades, climate-smart infrastructure. Sites like energea.com allow individuals to invest in solar projects across the world, and provide a great return as well.
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