The GOP being “worse” in their climate rhetoric doesn’t give the Dems a free pass. You have to do more than just vote every four years, and voting for Democrats isn’t helping at all. Start looking for grassroots groups taking climate action near you. If you haven’t already, think about your own consumption habits and what you and your family are able to divest from.

https://jacobin.com/2024/03/fossil-fuel-cash-democrats-climate

https://www.cbsnews.com/sacramento/news/california-democrats-getting-money-from-big-oil-and-voting-against-environmental-laws/

https://www.businessinsider.com/congress-democrats-with-fossil-fuel-stocks-investments-2021-12

https://time.com/6087933/biden-infrastructure-bill-climate-change/

https://theintercept.com/2021/08/03/bipartisan-infrastructure-bill-climate-subsidies-fossil-fuel/

Couldn’t people use bio engineering to make plankton or fungi that will suck up methane and shit out oxygen or something?

I've been a long-time lurker here, and while I appreciate the incredible data and the urgency of the conversation, I can't shake the feeling that our proposed solutions are stuck in a defensive, managerial mindset. We talk about carbon taxes, EVs, and solar panels, which are all important, but they only address the symptoms. They're about slowing down the poison. What if we could build a system that actively heals the patient?

The single largest and most overlooked carbon sink on this planet is not the ocean or the atmosphere. It is the soil. For centuries, our industrial agricultural model has treated soil like a dead, inert medium to be force-fed with fossil-fuel-derived chemicals. In doing so, we have turned what should be our greatest ally into a massive source of carbon emissions.

We don't need to invent a complex, expensive new carbon capture technology. We just need to remember the old one. We need a Neo-Agricultural Revolution, built on a simple, Gnostic truth: the farm is not a factory; it is an ecosystem.

This isn't a return to the past; it's a leap into a more intelligent, systems-based future. Here are the core, scalable principles:

1. Create a Carbon Sponge (Building the Foundation):

First, we must re-forge the very structure of our soil, turning it from a dead, eroding medium into a living, permanent carbon sink.

• Biochar & Hugelkultur: Instead of letting agricultural and forestry "waste" rot into methane, we should be transmuting it. Through simple pyrolysis, we create biochar, a pure, stable carbon that sequesters its carbon for centuries and acts as a permanent reef for microbial life. We can also build our agricultural fields on a foundation of buried, decaying wood (Hugelkultur). This creates a massive, long-term carbon sink that also acts as a self-irrigating, self-fertilizing engine.

• Wood Chips & Autumn Leaves: This is the simplest yet most powerful tool. We can take the "waste" from our cities and forests and use it as a high-carbon "armor" for the soil. A thick layer of wood chips or leaves suppresses weeds (reducing herbicide use), retains immense amounts of water (combating drought), and slowly decomposes into rich, black, carbon-heavy soil, turning a municipal waste stream into a primary agricultural asset.

2. Close the Nutrient Loop (Turning Waste into Wealth):

Our current system is a linear model of insanity. We create toxic pollutants from our waste, then burn fossil fuels to create synthetic replacements for the very nutrients we just threw away. A regenerative system is a closed loop.

• Compost & Biogas: On-farm composting systems and, on a larger scale, methane digesters, can take organic "waste" (food scraps, manure, even humanure from compost toilets) and transmute it into two resources: a nutrient-rich, pathogen-free fertilizer and a clean, renewable fuel (biogas).

• Fish Fertilizer & Urine Diversion: The byproducts of the fishing industry can be hydrolyzed into a powerful liquid fertilizer. Human urine, a sterile and perfectly balanced source of nitrogen and phosphorus, can be diverted and diluted, replacing a significant portion of synthetic fertilizers and turning our cities' largest water waste stream into their greatest asset of fertility.

3. Design a Living, Self-Fertilizing System:

Finally, we use intelligent, ecosystem-based design to make the farm a self-regulating entity.

• Lasagna Composting (Sheet Mulching): This is a no-till method of building new fertility directly on-site. By alternating layers of carbon materials (cardboard, leaves) with nitrogen materials (kitchen scraps, grass clippings), we mimic the natural process of soil creation on a forest floor, creating deep, living topsoil without ever breaking the ground and releasing carbon.

• Advanced Crop Rotation & "Living Mulches": This isn't just alternating corn and soy. It's a sophisticated choreography of "giving" and "taking." Heavy-feeding crops are followed by nitrogen-fixing legumes. Chief among these is clover, which can be inter-planted as a "living mulch." It outcompetes weeds, prevents erosion, and hosts bacteria that create a literal, biological fertilizer factory in the soil by pulling nitrogen from the air, often eliminating the need for synthetic nitrogen entirely.

• Silvopasture: The intentional integration of trees, forage, and grazing animals is a carbon-sequestration powerhouse. It stores carbon in the trees, in the perennial grasses, and deep in the soil, all while producing high-quality animal protein in a humane, ecologically-sound system.

4. Activate the Biological Internet (The Fungal Network):

This is the final, crucial piece that animates the entire system. Beneath the soil lies a vast, intelligent, and ancient network that is the true engine of planetary regeneration: mycelium. The "Wood-Wide Web."

• This vast fungal network is the planet's primary digestive system. It is what breaks down the tough, carbon-rich materials in our wood chips and hugelkultur beds, transmuting them into bioavailable life. It physically connects with the roots of over 90% of plant species, acting as a massive extension of their own root systems, allowing them to absorb far more water and nutrients. This network has even been scientifically proven to act as a nutrient superhighway, allowing interconnected plants to share resources with each other.

• Crucially, as the mycelium weaves through the soil, it binds particles together and secretes a powerful, carbon-rich glycoprotein called glomalin. This substance is a "super-glue" for soil, creating the stable, aggregated structure that resists erosion, holds moisture, and gives living soil its rich, dark, and spongy quality. This process is one of the most powerful, and scientifically validated, mechanisms for drawing down atmospheric carbon and locking it, permanently, into the geosphere.

This isn't a fantasy for a small, boutique farm. These are scalable, adaptable principles. The result would be a system that not only produces more nutrient-dense food with fewer inputs, but one that actively draws down atmospheric carbon and stores it, safely and permanently, in the living earth.

We don't have to just endure the future. We can literally grow a better one. We just need to have the courage to get our hands dirty.

I wrote a full version of my idea if anyone's interested: https://docs.google.com/document/d/15HlqUMxwWaaQjSfcyp6foBAu60stochPzGqAf6_188I/edit?usp=sharing

Earths climate can be restored to its pre-industrial state by removing CO2 from the atmosphere once all human activities have been made carbon neutral. The changes which carbon removal cannot undo can be undone with actions specific to them like pumping cold seawater onto ice to refreeze the arctic or restoring ecosystems. The technologies needed for complete carbon neutrality and carbon removal already exist. A major obstacle to restoring Earths climate is the idea that we need to adapt to the changes to Earths climate which have already happened or are going to happen regardless of CO2 emissions reductions.

Climate adaptation is inherently unethical because will prevent current and future generations from inhabiting the better world which used to exist. Climate adaptation measures no matter how effective, will not change the fact that a world which is any number of degrees warmer will never be as suitable as the climate we had when the amount of CO2 in the atmosphere was still 280 PPM. Climate adaptation will not address the issue that anthropological climate change will reduce the quality of life for all humans on Earth. We can use climate adaptation measures to survive but the world will never be as good as it was in the previous climate. Telling present and future generations that they will need to inhabit a less good world when technologies to restore the climate exist is immoral an unfathomable extent. We have the means to actually fix the problem of climate change so there is no reason to settle for a less desirable alternative.

Ocean Thermal Energy Conversion (OTEC) can be used to artificially maintain pre-industrial climatic conditions until Earths climate can be restored to its pre-industrial state. OTEC systems convert the heat stored in shallow ocean water into electricity via a non-water turbine cycle where water from the deep ocean is the heat sink that condenses the fluid after it exits the systems turbine. The water that gets discharged from the condenser is also cooler than the ocean surface so it will also create a cooling effect when it is discharged into the ocean surface. Cooling the ocean surface will reduce the severity of the effects of climate change especially those directly related to ocean surface temperature such a hurricanes or flooding.

Climate adaptation efforts like seawalls or extreme weather resistant crops divert time, money and resources away from efforts which address the root cause of climate change. All the time, money and resources spent on climate adaptation efforts could be much better spent on artificially maintaining pre-industrial climatic conditions, atmospheric carbon removal and climate related ecosystem restoration. Efforts to restore Earths climate will not be cheap or quick which is why we cannot afford to waste time and money on climate adaptation if our ultimate goal is climate restoration. Time and money should be spent on addressing the root cause of suffering rather than trying to live with suffering.

If we actually want to fix climate change we should oppose climate adaptation like fossil fuels. Climate adaptation is counterproductive to addressing climate change because it diverts attention and resources away from the actual solution to climate change which is to restore Earths climate to what it used to before human activities changed it. The sooner the truth about of climate adaption is exposed the sooner the world will become a better place.

today there was a attack on van gogh art because symbolism reasons but this doesn't help climate activism and hurts the image of it as artists and some many others see this as some bad radical movement. destroying art just for some climate symbolism doesn't do anything than having you be put to jail or having climate fight image be damaged. And if you do want to be a climate activist, than do something that will actually do something. Be a economist and put your bets on renewable energy Be a engineer and help create solar panels and batteries. I mean I am trying to be a conservationist to not only help species but ecosystems that are carbon sequencers like rainforests and kelp. DO something that will help the climate fight, not make a bad image of it and get arrested.

I have been a vegan for about 30 yrs. About seven years ago, I joined Extinction Rebellion, and things became much different for me. For the first time since I first became vegan, I had a hope for a better future, and I was a part of it. Now, seven years later, I’m still fighting like crazy to make Extinction Rebellion take off here in New York City, but I’m also recognizing the massive flaw in the trap that is veganism, and what it is doing to people’s otherwise productive brain capacity.

To understand this better, you have to understand how many people are vegan, roughly 3% of the population, and what their mentality is, generally speaking. One the first thing a vegan does when they take on the identity, is get vegan shoes. This happens usually in the first year. Throwing out old shoes is often not done, but sometimes it is. Sometimes the old shoes are just thrown aside. In their place, likely a pair of vans or converse. Something authentically and honestly canvas, and not leather.

At about this time, they’ll start to attend vegan meetups, hangouts, and even environmental get-togethers.

Not to find out what people are doing, but to make sure everyone is wearing the right shoes.

“How long have you been vegan?”

“Why did you become vegan?”

“How come you can’t stop eating cheese, ice cream, etc etc”

It’s an unstoppable trainwreck of vegan subculture consumption.

It wastes time, it wastes energy, and quite frankly, it’s reductive. The word reductive is perfect for this, and the title of this essay. It basically means you are taking a complex problem, and making it simple.

You are taking a complex problem, systemic oppression, climate change, planetary mass destruction, mass death and murder at a global scale, and making the problem super simple.

But it’s not just simple. It’s also completely ignorable.

Brothers and sisters, stop being completely reductive, invisible, and non-participatory.

My full thoughts on are on this substack post...

Stop trying to solve a complex issue with a simple consumer choice.

There is no moral consumption under capitalism.

Recent science completely disproves the ILUC argument against biofuels. The ILUC argument assumes that land can only be used to grow one crop at once so therefore either existing food production will have to be displaced or new farmland will need to be created. This is patently false.

Here are the three ways to grow oilseed crops for HEFA biofuel production without ILUC

1. Cover Crops: The main economic barrier to farmers adopting cover cropping is that cover cropping has typically been a net loss because the cover crops do not generate any revenue. Growing oilseeds as cover crops changes this. Oilseeds can be crushed to produce seed oil and meal. The seed oil can be used as HEFA biofuel production feedstock and the meal can be fed to livestock. Growing oilseeds as cover crops will allow farmers to implement regenerative agriculture and make extra revenue from the oil and meal from their cover crops in the process.

- https://news.wsu.edu/press-release/2025/10/16/helping-farmers-boosting-biofuels-new-wsu-led-paper-shows-promising-cover-crop-benefits/

2. Marginal and degraded lands: Marginal and degraded lands by definition cannot be used to grow food because their soil is too poor for any food crops to grow. Using these lands to grow oilseeds for HEFA biofuel production does not displace food production because these lands cannot be used to grow food in the first place. These lands already exist around the world so therefore they do not need to be created by destroying natural habitats.

- https://www.futurity.org/biofuel-crops-switchgrass-marginal-land-climate-change-2717252/ (oilseeds can be grown instead of switchgrass)

3. Unprofitable farmland: In some areas of the world growing certain food crops is becoming unprofitable for farmers. If farmers continue to try and cultivate these food crops then they will go bankrupt. Switching to oilseeds for HEFA biofuel production makes sense because then these farmers will switch from growing an unprofitable crop to growing a profitable crop. Oilseeds will be very profitable in the future for struggling farmers because they produce both oil for HEFA biofuel production and meal for livestock.

- https://www.wusf.org/economy-business/2024-07-07/pongamia-trees-grow-where-citrus-once-flourished-offering-renewable-energy-and-plant-based-protein

All three of these methods are currently considered by academia and industry as the future of biofuels.

The agricultural sector is switching to regenerative agriculture which will further increase the sustainability of these biofuels. Regenerative agriculture will eliminate the need for the synthetic fertilizers and pesticides that have long been used in industrial agriculture. In addition regenerative agriculture will improve the health of the soils that oilseeds are grown on. The ILUC free cultivation of oilseeds in the ways mentioned above should all be done using regenerative agriculture.

We really should stop spouting the "biofuels use too much land" BS whenever biofuels are mentioned. That logic is BS based on incomplete picture thinking. ILUC free ways to produce biofuels will exist regardless of if we acknowledge their existence or not. Our ignorance will not change reality.

Arguably, going vegan is one of the best things you can do to fight climate change and help the environment in general. Here are some extra facts, that can't be denied at any rate. Please consider thinking about them and, should you agree, talk to others about it. Thank you so much!!

Milk: Cows only produce milk after giving birth. They’re artificially inseminated every year, and their calves are taken away shortly after birth – a process proven to cause severe stress for both mother and calf. Male calves often end up as veal or are exported abroad.

Eggs: Only hens lay eggs – male chicks are killed right after hatching. Even in Germany, where “in-ovo sexing” is used, the system remains the same: laying hens are slaughtered after 1–2 years, though they could live 8–10. And many chicks are still shipped abroad to be gassed or shredded there.

Age at slaughter:

• Chickens: ~6 weeks (natural lifespan 8–10 years)

• Pigs: ~6 months (natural lifespan ~15 years)

• Cows: ~1.5 years (natural lifespan ~20 years) Almost all farmed animals are still children when they’re killed.

Intelligence & emotion:

• Pigs recognize themselves in mirrors.

• Chickens remember over 100 faces and have complex social structures.

• Cows grieve and visibly show joy when reunited.

Feeling: Neuroscience is clear – they experience joy, fear, and pain just like dogs or cats.

“Organic” changes little: Calves are still taken away, male chicks still killed, animals still slaughtered. “More space” doesn’t mean “no suffering.”

I know the first responses to this statement might be to refute it by stating, “no it’s capitalism!” or “no, it’s the evil doers whose hands the technology are in!” I am not here to argue that these are not indeed part of the problem, but they are not the full picture.

Most everyone here has a desire to see nature prosper. We are aware of the damage that our Earth is suffering under the amount of pollution, carbon emissions, exploitation and land being used for industry and we want to do something about it! But most environmental solutions consist of either political reform (i.e. getting rid of capitalism) or advocating for green energy (i.e solar, wind, etc.). But none of these solutions deals with the problem directly: that being technological progress. These solutions might slow down the negative impact that industry is having on the planet, but they will not prevent it. This is because technological progress is antithetical to the prosperity of nature. Any system that supports technological advancements, will inevitably contribute to ecological destruction. When I speak of technology I am not referring to just individual tools or machines like a computer, I am referring to our globalized interconnected technological system in which modern machines rely on to function. To maintain large-scale complex technological structures today requires a ton of energy.

For instance, to support the Internet requires the large scale electric grid, data centers, subsea cables, which all use fossil fuels. Even infrastructures like so-called “green” energy such as solar and wind whose structures require rare metals, and a lot of land mass to provide enough energy to our society, disrupting wildlife habitats. I think it’s naive to believe that we could ever invent an alternative energy source that can support our technological world that does not inadvertently negatively impact the environment. Unless we were to scale back on technology would we also scale back on energy consumption; but the more complex a technology is the more power and resources is required to maintain it. Political reform is a hopeless solution. Politicians are biased towards supporting technological progress, and are more concerned about short-term power than they are long-term survival due to global competition. This is why there is such a reluctance to stop using fossil fuel energy all together. There may be a transition in adding more “green” energy to the electric grid, but higher polluting practices will continue to be used because they are a more reliable, efficient and cost-effective means to sustaining our technological system.

“No matter how much energy is provided, the technological system always expands rapidly until it is using available energy, and then it demands still more.” - Anti-Tech Revolution Why and How, by Theodore Kaczynski

While this could be attributable to capitalism, I argue that capitalism has become the dominant economic system because of its association with technological and industrial success especially when it comes to short-term survival. Nations that make maximum possible use of all available resources to augment their own power without regard for long-term consequences will become more dominant. It is technology that has made possible the extensive extraction of resources. One only has to observe advancements in oil drilling to see that. I think it’s time we start to think more critically of technological progress and what it means for our planet.

You can find more information about this topic on: https://www.wildernessfront.com/
A movement that is dedicated in carrying out the mission

First of all, I'm not a general opponent of criticism of consumerism. In some cases, it's important to reflect on what we consume, although of course, other measures must be taken, as well. But what about flying? We hear all the time that we shouldn't fly - but if I cancel my holiday flight, the plane will still take off, right? So the reduction in CO2 is almost non-existent.

Does not-flying only yield to anything if we are the single person that crosses the threshold for the plain not to take off? Which would mean that in like 95/100 cases, us not flying doesn't do any good?

I hope I missed something and not flying actually does make sense.

We know the environmental damage caused by industrial animal agriculture, but meat is also deeply meaningful to a lot of people. It's tied to culture, class, masculinity, tradition. For some, asking people to eat less meat feels like an attack on their identity.

In this short video, I explore how history, language and symbolism shape our relationship with meat — and how those forces might help us shift behaviours, gently. Would love to know what others think: how powerful is language as a lever for cultural change?

https://www.youtube.com/watch?v=VTONJ2lQUoA

Hey everyone,

This is something I’ve been thinking about for a while now and wanted to share. In our tech-crazy world, we often ignore the environmental costs of our gadgets and services. One big issue that doesn’t get talked about enough is the environmental impact of Global Navigation Satellite Systems (GNSS) like GPS, GLONASS, Galileo, and BeiDou.

These GNSS providers have a bunch of satellite (24 to 30+ each). And yeah, they’re convenient, but they’re also really bad for the environment...

1. Building the Satellites: The materials needed for these satellites (metals, rare earth elements, etc.) are mined and processed in ways that seriously mess up our planet. It’s energy-intensive and often destroys local ecosystems.

2. Launching Them: Each rocket launch spews out a ton of CO2 and other pollutants. A single launch can release between 100 and 300 tons of CO2. That’s a huge contribution to climate change.

3. Running Them: The ground stations and control centers for these satellites use a ton of electricity. Even if some use renewable energy, the overall carbon footprint is still pretty big.

4. Dealing with Old Satellites: When satellites reach the end of their life, they either get moved to a “graveyard” orbit or are made to re-enter the atmosphere. Both options add to space junk or atmospheric pollution.

Given all this, we really need to think about our dependence on GNSS tech. Sure, it’s convenient, but the environmental cost is way too high. If we start rejecting the use of GNSS, we can push providers and policymakers to consider more eco-friendly alternatives. This could mean fewer satellites getting launched in the future.

We can’t keep turning a blind eye to the environmental impact of our tech. It’s time to put the planet’s health above our gadgets. Let’s push for innovations that don’t destroy our ecosystems.

Is using a map really that bad?

For many years I have been trying to use less water and electricity, buy cruelty-free products, travel only in energy-efficient vehicles, etc. I even tried to be vegan for a while (alas, my health failed me)... By the last year, it had all turned into some kind of mania and I started looking for new ways to be even more sustainable. In short, I’ve learned that web services that we use daily, due to their centralization and connection to data centers, annually emit more than 100 million (!!!) carbon dioxide into the atmosphere, worsening the situation with the greenhouse effect. The solution to this problem is like a piece of cake – we all must abandon the products that digital giants offer us: instant messengers, browsers, e-mail, and other web services. I beg you, please, hear me – all they are guided by their own benefit and absolutely don’t care about the safety of the Earth! Stop helping them earn money on services that bring irreparable harm to our planet!

I thought this was useful, chat GPT prompts with suggestions-

1. how can AI help solve climate change?

Artificial Intelligence (AI) can play a significant role in combating climate change in various ways. Here's a breakdown of how AI can contribute to solving this global challenge:

1. Optimizing Energy Use and Efficiency

• Smart Grids: AI can help optimize electricity distribution, managing energy flow more efficiently and reducing energy waste. By predicting demand and adjusting the supply accordingly, AI can improve grid reliability and decrease the need for fossil fuel-based backup power.

• Energy Efficiency in Buildings: AI can be used in smart buildings to optimize heating, cooling, lighting, and appliance usage based on real-time data, reducing energy consumption and emissions.

2. Renewable Energy Management

• Grid Integration of Renewables: AI can help balance the fluctuating supply of renewable energy (e.g., solar and wind) with demand by forecasting energy production and consumption, thus improving the reliability of renewable energy sources on the grid.

• Predicting Weather Patterns: AI can enhance weather forecasting models to predict renewable energy availability more accurately, helping to plan energy production and distribution more effectively.

3. Climate and Environmental Monitoring

• Satellite Imagery Analysis: AI can analyze satellite data to monitor deforestation, land-use changes, and urban expansion, providing critical insights into environmental degradation and climate change impacts.

• Real-time Monitoring: AI can process vast amounts of environmental data, such as air and water quality, temperature, and carbon emissions, enabling real-time monitoring of ecosystems and climate patterns.

4. Reducing Carbon Emissions in Industry

• Industrial Automation: AI can optimize manufacturing processes to reduce energy consumption and material waste, leading to lower carbon emissions in industries such as steel, cement, and chemicals.

• Carbon Capture and Storage (CCS): AI models can improve the efficiency of carbon capture technologies, predicting optimal conditions for capturing CO2 emissions and storing them safely.

5. Sustainable Agriculture

• Precision Agriculture: AI-powered tools can help farmers optimize the use of resources such as water, fertilizers, and pesticides. By using sensors and data analysis, AI can increase crop yields while minimizing environmental impact.

• Carbon Sequestration: AI can help track soil health and optimize agricultural practices for carbon sequestration, turning agricultural lands into carbon sinks.

6. Climate Change Mitigation Strategies

• Carbon Footprint Analysis: AI can be used to assess and reduce the carbon footprint of organizations, industries, and even entire countries by analyzing supply chains, energy usage, and production methods.

• Sustainable Urban Planning: AI can assist in designing cities with lower emissions by optimizing transportation systems, energy-efficient building designs, and waste management solutions.

7. Predicting and Adapting to Climate Change Impacts

• Disaster Response: AI can analyze historical climate data and predict extreme weather events (e.g., hurricanes, floods, wildfires), helping authorities prepare for and respond to natural disasters more effectively.

• Climate Adaptation Models: AI can be used to develop models to assess the impacts of climate change on ecosystems, agriculture, and human health, providing guidance on adaptation strategies.

8. Supporting Climate Policy and Decision-Making

• Climate Modeling: AI can enhance complex climate models by processing large amounts of data and identifying patterns that humans may overlook, helping policymakers understand future climate scenarios and make informed decisions.

• Data-Driven Policy: AI can assist governments and organizations in developing evidence-based climate policies by analyzing large datasets and simulating potential policy impacts.

9. Promoting Circular Economy

• Waste Management: AI can optimize recycling processes and the management of waste materials, ensuring that products are reused or recycled more efficiently, thus reducing the environmental impact of landfills and incineration.

• Supply Chain Optimization: AI can help optimize supply chains to reduce waste, transportation emissions, and resource consumption by predicting demand and streamlining production processes.

10. Public Awareness and Education

• AI-Powered Platforms: AI can be used to create interactive platforms that educate the public about climate change, offering personalized recommendations to reduce carbon footprints, such as using less energy or choosing sustainable products.

• Behavioral Insights: AI can analyze consumer behavior and suggest ways to encourage more sustainable habits, such as reducing waste, conserving water, or adopting electric vehicles.

Challenges and Considerations

While AI holds great potential in combating climate change, there are some challenges to consider:

• Energy Consumption of AI: AI itself requires energy to run, and if not managed carefully, this could lead to increased emissions. Optimizing the energy efficiency of AI systems is crucial.

• Data Quality and Bias: AI's effectiveness depends on the quality of data. Poor or biased data can lead to inaccurate predictions or solutions.

• Equity: AI solutions should be accessible to all countries, including developing nations, to ensure equitable distribution of benefits in the fight against climate change.

2. how to make climate change appeal to republican voters?

I can assist! I misunderstood your earlier question. Here’s how the climate change issue could be framed to appeal to Republican voters, focusing on values often aligned with conservative principles:

1.	Economic Opportunities: Highlight how renewable energy can boost the economy, create jobs, and reduce dependence on foreign oil. Point to states like Texas, which leads in wind energy production, as examples of conservative-led clean energy success.

2.	Energy Independence and National Security: Stress the importance of reducing reliance on foreign energy sources. Clean energy technologies can make the U.S. energy-independent, a goal that resonates with national security concerns.

3.	Innovation and Free Market Solutions: Emphasize the role of American innovation and entrepreneurship in tackling climate challenges. Focus on market-driven solutions like carbon capture technologies or investments in nuclear energy.

4.	Conservation and Stewardship: Frame environmental action as part of conserving God’s creation, a value many conservatives hold. Point out how protecting natural resources benefits future generations.

5.	Resilience and Preparedness: Discuss how addressing climate risks, such as flooding or wildfires, can reduce future costs for taxpayers. Investing in resilient infrastructure is a fiscally responsible approach.

6.	Local Solutions and States’ Rights: Advocate for empowering states and local governments to take the lead on climate initiatives, rather than relying on federal mandates.

By linking climate action to these values, the conversation can resonate more effectively with Republican voters. Would you like more examples or strategies?

Here are additional strategies and examples for framing climate change in ways that align with Republican values:

1. Boosting Agriculture and Rural Economies

   • Framing: Highlight how addressing climate change can help farmers and rural communities by protecting crops and livestock from extreme weather.

   • Examples: -Programs that reward farmers for adopting sustainable practices like regenerative agriculture or carbon farming (e.g., storing carbon in soil).

-Renewable energy projects, such as wind farms and solar installations, providing extra income for landowners in rural areas.

2. Reducing Waste and Promoting Efficiency

•	Framing: Focus on the importance of reducing waste and improving efficiency, principles conservatives often support.

•	Examples: -Highlight success stories of businesses cutting costs by reducing energy consumption.

-Promote energy-efficient technologies, like LED lighting or advanced manufacturing systems, that save money for households and companies.

3. Strengthening National Defense

•	Framing: Stress how climate-related risks, such as rising sea levels and extreme weather, affect military operations and readiness.

•	Examples: -Discuss how the Department of Defense is already adapting to climate threats, including fortifying bases against flooding and preparing for climate-induced conflicts abroad.

4. Economic Benefits from Clean Energy

•	Framing: Present clean energy as an opportunity to lead global markets and maintain the U.S.’s competitive edge.

•	Examples: -Talk about how China is dominating the solar panel market and why the U.S. needs to invest in similar technologies to compete.

-Point to American companies, like Tesla, creating jobs in innovative energy sectors.

5. Health and Family Well-Being

•	Framing: Highlight the health benefits of reducing air pollution from fossil fuels, especially for children and vulnerable populations.

•	Examples: -Cleaner air leading to fewer asthma cases, which reduces healthcare costs and improves quality of life.

-Local campaigns to transition from coal plants to cleaner energy sources, improving public health in nearby communities.

6. Bipartisan Success Stories

•	Framing: Showcase examples of Republican-led climate initiatives to inspire action without partisan conflict.

•	Examples: -The Reagan administration’s efforts to address ozone depletion through the Montreal Protocol.

-Recent bipartisan efforts like the Growing Climate Solutions Act, which helps farmers and foresters access carbon markets.

7. Appealing to Fiscal Conservatism

•	Framing: Emphasize that ignoring climate risks will cost more in the long run through disaster relief, infrastructure repair, and insurance costs.

•	Examples: -Show how Florida, under Republican leadership, is investing in sea wall projects to address rising tides, saving money by acting early.

8. Community and Personal Responsibility

•	Framing: Tie climate solutions to conservative values of responsibility and local empowerment.

•	Examples:

•	Encourage community-led initiatives like tree planting or small-scale solar co-ops.

•	Promote individual actions, such as reducing energy use at home, as a way to “do your part.”

9. Natural Disaster Resilience

•	Framing: Link climate action to disaster preparedness, which has a direct and visible impact.

•	Examples:

•	Advocate for investments in flood defenses, wildfire prevention, and drought-resistant crops.

•	Frame these investments as practical, life-saving measures, not ideological debates.  

I was wondering if all the climate protesters that block roads are organized by the same group, or if it's a monkey see, monkey do situation? I like the energy, but the execution is really aimed at the wrong target. The result is not actually reducing any carbon emissions, and pissing off anyone that might be for the cause. Does anyone know of a specific group or groups doing this, or is it just random decentralized action?

edit: I'll also add in, groups that throw paint on art, and glue themselves to stuff as well.

I think that the best solution for climate change would be to call for a world government. More specifically, a world government that is a federal global government that has jurisdiction exclusively over world crises, climate change, military issues, citizenship (allowing for United Nations Citizenship, meaning the right to live and work anywhere in the world, and national citizenship, giving you the right to vote in national elections and run for office in national elections (if in democratic country), granted by having a residence in a residence in a country for two years and, if you have more than one residence in multiple countries, you will have both countries citizenship if you owned the residence for at least two years and can prove that you have paid taxes to each country [people without a residence would have the national citizenship of their last residence] pandemics, border disputes between countries, internet jurisdiction, international commerce, defined specifically as someone who crosses a national line and what they do while they travel to their final destination, and an object that is traveled across a national line under the same circumstances as a person, space jurisdiction (until other planets potentially create their own world governments), and scientific discoveries relating to weapons that can cause mass destruction. Everything else would be under the jurisdiction of the nations states and their respective regional states/provinces.

The reason I believe this is the solution to climate change is because I do not believe that countries like the US are willing to take enough action on climate change to truly fix the issue. If we have a federal world government, preferably under the UN, as it is an already existing global institution, it would be able to solve the climate problem, as it will be able to implement solutions all throughout the world.

For my call to action, I recommend that you write to your local countries's lawmakers and ask them to get a World Constitutional Convention started, specifically, next year at the UN Summit of the Future, as they are planning on strengthening global governance at that event. I have also created a petition that you can sign (although I posted that on another subreddit, so I will not post it, but it is on change.org).

If people take those actions, I believe that we can solve the climate crisis.

Do you understand Carbon Credits and Certificates

Can someone tell me why some climate activists attack art or block the roads or just generally disrupt people’s lives.

In my opinion those people aren’t actual climate activists as it has to be common sense that all those actions do is perpetuate hate from the public over climate activism. Like blocking the roads leaves hundreds of cars idling which is counter intuitive and pisses people off, or attempting to destroy art literally does nothing for the cause.

I just wanted to get some opinions of people who actually care or may know the reasoning for these actions.