Climate Change-Solutions: Difference between revisions

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===== How climate-friendly waterwheels are coming around again =====
[https://www.theguardian.com/environment/2025/jan/17/how-climate-friendly-waterwheels-are-coming-around-again by Chris Baraniuk 17/1/25 The Guardian]
In the foothills of the Himalayas, a group of villagers hauled a sturdy metal waterwheel into place. Its horizontal blades soon caught the rushing water of the stream directly below it. The machine began to spin, and electricity began to flow.


==Solutions and Adaptations==


# [[Doing Nothing]]
# [[Doing Nothing]]
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# [[Wide-ranging adaptations]]
# [[Wide-ranging adaptations]]


=====European Renewable Projects With Batteries Set to Grow More Than 450% by 2030=====
[https://www.reuters.com/sustainability/climate-energy/european-renewable-projects-with-batteries-set-grow-more-than-450-by-2030-2026-05-11/ | Susanna Twidale | Reuters | May 11, 2026]
This article reports that Europe’s co-located renewable power and battery capacity is expected to grow by more than 450 percent by 2030. It is a strong climate-solutions example because pairing wind and solar with batteries allows clean power to be stored when generation is high and released later when demand and prices rise.
=====Wind and Solar Overtake Fossil Fuels in EU Power Supply=====
[https://www.reuters.com/sustainability/climate-energy/wind-solar-overtake-fossil-fuels-eu-power-supply-2026-01-21/ | Kate Abnett | Reuters | January 21, 2026]
This article reports that wind and solar generated more electricity than fossil fuels in the European Union for the first time in 2025. It fits the clean-energy tipping point theme because it shows renewable power moving from supplemental generation to a leading role in a major regional electricity system.
=====24/7 Renewables Could Happen Sooner Than You Think=====
[https://www.canarymedia.com/articles/clean-energy/24-7-renewables-could-happen-soon | Julian Spector | Canary Media | May 21, 2026]
This article explains how falling costs for solar, wind, and batteries are making around-the-clock renewable power more realistic. It is useful for documenting climate solutions that are actually working because it shows how clean-energy developers are combining multiple technologies to produce more reliable power instead of relying on one resource alone.
=====Gigantic Form Energy Battery to Power Google Data Center in Minnesota=====
[https://www.canarymedia.com/articles/batteries/gigantic-form-energy-battery-google-minnesota | Julian Spector | Canary Media | February 24, 2026]
This article reports on a major iron-air battery project planned by Xcel Energy, Form Energy, and Google in Minnesota. It is a strong long-duration storage example because the project is designed to provide clean electricity for up to 100 hours, helping solve the problem of renewable power during long cloudy, calm, or high-demand periods.


=====The World Is Installing Grid Batteries at a Blistering Pace=====
=====Q&A: Can China Turn Hydrogen Into Its Next Clean-Energy Industry?=====
[https://www.canarymedia.com/articles/batteries/world-installing-grid-batteries | Dan McCarthy | Canary Media | May 15, 2026]
[https://www.carbonbrief.org/qa-can-china-turn-hydrogen-into-its-next-clean-energy-industry/ | Carbon Brief | Carbon Brief | June 2026]
  This article reports that 112 gigawatts of grid batteries were deployed worldwide in 2025, roughly ten times the amount added just four years earlier. It is a strong climate-solutions example because batteries help make solar and wind power more reliable, reduce the need for fossil-fuel peaker plants, and allow more renewable electricity to be stored for use during evening demand.
  This article examines China’s effort to build a clean-hydrogen industry, including the role of industrial policy, renewable electricity, and hard-to-electrify sectors such as steel, chemicals, shipping, and aviation. It fits this topic because it looks at whether a major economy can apply lessons from solar and electric vehicles to another clean-energy technology.


=====Solar Power Soared Last Year — And It’s Not Slowing Down=====
=====May 2026: Electric Trucks, Buses Round-Up=====
[https://www.canarymedia.com/articles/solar/solar-power-record-2025 | Kathryn Krawczyk | Canary Media | April 24, 2026]
[https://blogs.edf.org/energyexchange/2026/06/08/may-2026-electric-trucks-buses-round-up/ | Environmental Defense Fund | EDF Energy Exchange | June 8, 2026]
  This article describes the rapid global growth of solar power and notes that more countries are setting new solar generation records. It fits the “climate solutions actually working” theme because solar is no longer a small experimental technology but one of the fastest-growing sources of new electricity worldwide.
  This article summarizes recent announcements in electric trucks and buses, including port-trucking investments and charging infrastructure. It is useful for the cleaner-transportation category because medium- and heavy-duty electric vehicles can cut diesel pollution, reduce greenhouse-gas emissions, and improve air quality in communities near ports, warehouses, and freight corridors.


=====New Forecast: Solar, Wind and Battery Storage to Dominate in 2026=====
=====Electric School Bus Measures in U.S. Climate Policy=====
[https://environmentamerica.org/center/updates/new-forecast-solar-wind-and-battery-storage-to-dominate-in-2026/ | Environment America Research & Policy Center | Environment America | January 29, 2026]
[https://www.wri.org/us-climate-policy-implementation/sectors/electric-school-buses | World Resources Institute | WRI | 2026]
  This article reports that solar, wind, and battery storage were forecast to provide nearly all new U.S. electricity generating capacity in 2026, based on federal energy data. It is useful for documenting clean-energy tipping points because it shows that new power-plant construction is now heavily weighted toward renewable energy and storage rather than fossil fuels.
  This resource explains how electric school buses can reduce emissions, improve children’s exposure to cleaner air, and eventually support the electric grid through vehicle-to-grid storage. It is a strong climate-health and transportation solution because school buses are high-impact public vehicles that can replace diesel pollution while also supporting renewable power integration.


=====Progress Despite Fragmentation: The Energy Transition to 2030=====
=====Adopting Electric School Buses in the United States=====
[https://about.bnef.com/insights/clean-energy/progress-despite-fragmentation-the-energy-transition-to-2030/ | BloombergNEF | BloombergNEF | January 6, 2026]
[https://www.pnas.org/doi/10.1073/pnas.2320338121 | E. F. Choma et al. | Proceedings of the National Academy of Sciences | 2024]
  This report-style article examines the global energy transition through 2030 and finds continued momentum for renewable power, battery storage, electrification, and clean-energy investment. It is useful for this page because it shows that the shift away from fossil fuels is being driven not only by policy but also by falling technology costs and expanding markets.
  This research article evaluates the health and climate benefits of replacing diesel school buses with electric school buses. It is useful for this topic because it connects cleaner transportation with measurable public-health benefits, especially for children and communities exposed to diesel exhaust.


=====China’s Solar Growth Continues to Reshape Global Energy Expectations=====
=====Electric School Buses May Yield Significant Health and Climate Benefits, Cost Savings=====
[https://www.carbonbrief.org/experts-what-to-expect-from-china-on-energy-and-climate-action-in-2026/ | Carbon Brief | Carbon Brief | January 16, 2026]
[https://hsph.harvard.edu/news/electric-school-buses-may-yield-significant-health-and-climate-benefits-cost-savings/ | Harvard T.H. Chan School of Public Health | Harvard University | May 20, 2024]
  This article looks at China’s climate and energy outlook for 2026, including the possibility that its emissions may be peaking as clean-energy deployment expands. It fits the climate-solutions topic because China’s massive solar, wind, battery, and electric-vehicle growth is one of the largest real-world tests of whether clean technology can bend national emissions trends.
This article reports on research finding that electric school buses can provide major health and climate benefits compared with diesel buses. It fits the climate-solutions theme because it shows that electrifying public fleets can reduce greenhouse gases, lower air pollution, and provide benefits that may outweigh the upfront costs.
 
=====As Climate Change Threatens Student Athlete Safety, States Try to Adapt=====
[https://grist.org/extreme-heat/as-climate-change-threatens-student-athlete-safety-states-try-to-adapt/ | Grist | Grist | April 1, 2026]
  This article examines how states and schools are adapting athletic programs to protect students from extreme heat. It belongs in the climate-health category because it shows adaptation in daily life, including heat rules, monitoring, schedule changes, and safety protections for young people facing hotter conditions.
 
=====Local Communities Are Powering the New US Climate Legacy=====
[https://onebillionresilient.org/2026/04/02/local-us-climate-legacy/ | Adrienne Arsht-Rockefeller Foundation Resilience Center | One Billion Resilient | April 2, 2026]
This article highlights local climate resilience efforts in the United States, especially around extreme heat. It is useful for this page because it emphasizes community collaboration, social cohesion, heat planning, and local leadership as practical tools for adapting to climate change.
 
=====Modern Agriculture Is Collapsing Under Climate Change. Indigenous Farming Has Answers=====
[https://grist.org/indigenous/modern-agriculture-is-collapsing-under-climate-change-indigenous-farming-has-answers/ | Miacel Spotted Elk | Grist | March 26, 2026]
This article explores how Indigenous farming practices may help communities adapt to climate disruption while maintaining food security and ecological balance. It fits the climate-solutions theme because it highlights traditional knowledge, crop diversity, soil care, and local resilience as alternatives to fragile industrial agriculture systems.
 
=====Climate Reporting Rules for Food Sector Set High Bar for Regenerative Agriculture=====
[https://www.reuters.com/sustainability/sustainable-finance-reporting/climate-reporting-rules-food-sector-raise-bar-regenerative-agriculture--ecmii-2026-04-15/ | Reuters | Reuters | May 15, 2026]
This article examines how climate reporting rules are increasing pressure on food and agriculture companies to document emissions and land-use impacts. It is useful for a climate-solutions page because regenerative agriculture, methane reduction, fertilizer efficiency, and forest protection depend on better measurement and accountability across food supply chains.
 
=====Opportunities for Addressing Methane and Other Super Pollutants=====
[https://www.wri.org/ndcs/resources/methane-and-other-super-pollutants | World Resources Institute | WRI | 2026]
This resource explains how countries can reduce methane and other short-lived climate pollutants in agriculture, energy, and waste. It is a strong methane-reduction example because many of these measures are already available and can deliver faster climate benefits than carbon dioxide reductions alone.


=====Reducing Methane Emissions From Landfills: The Potential of Biocover Systems=====
=====Reducing Methane Emissions From Landfills: The Potential of Biocover Systems=====
[https://www.ccacoalition.org/resources/reducing-methane-emissions-landfills-potential-biocover-systems | Climate and Clean Air Coalition | CCAC | February 20, 2026]
[https://www.ccacoalition.org/resources/reducing-methane-emissions-landfills-potential-biocover-systems | Climate and Clean Air Coalition | CCAC | February 20, 2026]
  This report explains how biocovers can reduce methane from landfills by using naturally occurring bacteria to convert methane into less harmful gases before it escapes. It is a practical methane-reduction solution because biocovers can be used at many unmanaged or poorly managed waste sites where more complex gas-capture systems are not realistic.
  This report explains how landfill biocovers can reduce methane by using bacteria in soil-like cover materials to oxidize methane before it escapes. It is useful for this topic because it focuses on a practical waste-sector solution that can work even where full landfill gas collection systems are too expensive or difficult.
 
=====Climate-Based Pre-Screening of Self-Sustaining Regreening Opportunities in Drylands=====
[https://arxiv.org/abs/2605.04206 | Katja Froehlich et al. | arXiv | May 5, 2026]
This research article presents a method for identifying dryland restoration sites where native vegetation may be able to persist without heavy irrigation. It fits the reforestation and adaptation category because it uses climate and remote-sensing data to make restoration more realistic in water-scarce regions.
 
=====Towards Climate-Ready Marine Protected Areas: Challenges and Opportunities=====
[https://www.nature.com/articles/s44183-026-00184-3 | G. Fuchs et al. | npj Ocean Sustainability | 2026]
This article explains how marine protected areas can be designed and managed to remain effective as ocean temperatures rise and species shift. It is a strong ocean-protection solution because it treats protected areas as living systems that need monitoring, adaptation, governance, and long-term management.
 
=====Marine Protected Areas and Climate Change=====
[https://iucn.org/resources/issues-brief/marine-protected-areas-and-climate-change | International Union for Conservation of Nature | IUCN | 2026]
This issue brief explains how marine protected areas can support climate adaptation and mitigation by protecting ecosystems such as coral reefs, seagrass beds, mangroves, and other marine habitats. It is useful for this page because ocean protection can store carbon, buffer coastlines, protect biodiversity, and support fisheries resilience.
 
=====The Galápagos Is a Wildlife Haven. But Is That Enough to Protect the Rare Scalloped Hammerhead Shark?=====
[https://www.theguardian.com/environment/2026/jun/09/galapagos-scalloped-hammerhead-sharks-industrial-fishing-baby-pregnant-conservation | The Guardian | The Guardian | June 9, 2026]
This article describes conservation work to protect scalloped hammerhead sharks through satellite tagging, migration research, and stronger international protections. It fits the ocean-protection category because it shows how marine conservation increasingly depends on protecting migratory species across reserves, national waters, and the high seas.
 
=====The 400-Year-Old Ocean Secret That Protected Fish Long Before Modern Conservation Existed=====
[https://timesofindia.indiatimes.com/science/the-400-year-old-ocean-secret-that-protected-fish-long-before-modern-conservation-existed/articleshow/131583839.cms | Times of India | Times of India | June 2026]
This article describes the traditional Indonesian marine management practice known as sasi, in which communities restrict harvesting in certain areas or seasons to protect fish and other marine life. It is useful for the climate-solutions topic because it shows how community-based ocean protection and traditional ecological knowledge can support biodiversity and food security.
=====The Grid Is in Better Shape This Summer. Thank Solar and Batteries.=====
[https://www.canarymedia.com/articles/clean-energy/grid-better-shape-this-summer | Jeff St. John | Canary Media | May 26, 2026]
This article explains how new solar power and battery storage are improving U.S. grid reliability ahead of the summer season. It frames clean energy as a practical reliability solution, not just a climate goal, because solar and batteries can help meet peak demand, reduce stress on aging power plants, and provide fast-response capacity when the grid is under pressure.
 
=====Pioneering Grid Battery Nudges California Closer to 24/7 Clean Energy=====
[https://www.canarymedia.com/articles/long-duration-energy-storage/pioneering-grid-battery-california | Julian Spector | Canary Media | June 8, 2026]
T his article reports on the Tumbleweed battery storage project in Kern County, California, which can discharge electricity for eight hours. It is a strong clean-energy solution example because long-duration batteries help make renewable power more useful after sunset and during extended periods when solar and wind generation are lower.
 
=====US Solar-Storage Build Spurred by Gas Plant Waits=====
[https://www.reuters.com/business/energy/us-solar-storage-build-spurred-by-gas-plant-waits--reeii-2026-06-04/ | Reuters | Reuters | June 4, 2026]
This article describes how long waits and rising costs for gas turbines are making solar-plus-storage projects more attractive for meeting new U.S. power demand. It shows how renewable energy and batteries are moving from niche climate tools into practical infrastructure choices that can be built faster than many fossil-fuel alternatives.
 
=====Chart: US to Overwhelmingly Build Clean Power in 2026=====
[https://www.canarymedia.com/articles/clean-energy/chart-us-overwhelmingly-build-clean-power | Dan McCarthy | Canary Media | February 27, 2026]
This article reports that solar, batteries, and wind are expected to make up the overwhelming majority of new U.S. utility-scale power capacity in 2026. It is useful for this topic because it shows that the clean-energy transition is visible in actual construction plans, with fossil gas representing only a small share of new capacity and coal absent from the new-build list.
 
=====In Massachusetts, Parked EVs Will Start Feeding the Grid This Summer=====
[https://www.canarymedia.com/articles/ev-charging/massachusetts-evs-feeding-grid | Sarah Shemkus | Canary Media | June 3, 2026]
This article describes a Massachusetts vehicle-to-grid pilot program that will begin with electric school buses and expand to more electric vehicles. It is a cleaner-transportation and grid-resilience example because parked EVs can act as distributed batteries, sending electricity back to the grid during peak demand while also replacing diesel-powered vehicles.
 
=====GM Thinks EVs Can Help Offset AI’s Energy Suck With Vehicle-to-Grid Tech=====
[https://www.theverge.com/transportation/946820/gm-energy-ev-v2g-storage-sodium-ion | Andrew J. Hawkins | The Verge | June 10, 2026]
This article reports on General Motors’ plan to expand vehicle-to-grid and home-energy systems using bidirectional electric vehicles, home batteries, and stationary storage. It fits the climate-solutions theme because it treats EVs as more than transportation, showing how electric cars can help stabilize the grid and make better use of renewable energy.
 
=====The Electric Grid’s Next Power Source Might Be Sitting in Your Driveway=====
[https://www.vox.com/climate/485674/ev-battery-storage-grid-renewable-energy | Vox | Vox | May 2026]
This article explains how electric vehicles could support the power grid through managed charging and vehicle-to-grid technology. It emphasizes that EVs can help absorb renewable electricity when it is abundant and return power during peak demand, but also notes that grid upgrades are still needed for the full climate benefits of electrified transportation.


=====Improve Landfill Management=====
=====Electric Bus Depots Used to Support UK National Grid=====
[https://drawdown.org/explorer/improve-landfill-management | Project Drawdown | Project Drawdown | 2026]
[https://cleantechnica.com/2026/05/12/electric-bus-depots-used-to-support-uk-national-grid/ | CleanTechnica | CleanTechnica | May 12, 2026]
  This resource explains how better landfill management can reduce methane emissions through gas collection systems, biocovers, and improved waste practices. It is a strong climate-solutions item because landfill methane is a powerful near-term warming pollutant, and many of the tools to cut it already exist.
  This article describes how electric bus depots can support the electrical grid while replacing diesel buses. It is a good cleaner-transportation example because electric buses reduce tailpipe pollution and, when paired with smart charging, can become part of a more flexible clean-energy system.


=====Basic Information About Landfill Gas=====
=====Over 9,900 Electric Buses Operating in Latin America Now=====
[https://www.epa.gov/lmop/basic-information-about-landfill-gas | U.S. Environmental Protection Agency | EPA | Updated September 12, 2025]
[https://cleantechnica.com/2026/05/31/over-9900-electric-buses-operating-in-latin-america-now/ | CleanTechnica | CleanTechnica | May 31, 2026]
  This resource explains how landfill gas is produced, collected, treated, and sometimes used for energy. It is useful for the methane-reduction category because it shows the technical basis for capturing methane from waste sites instead of allowing it to leak directly into the atmosphere.
  This article reports that Latin America now has more than 9,900 electric buses in operation. It shows that cleaner transportation is scaling beyond wealthy countries and that electric buses can reduce diesel pollution in dense cities while allowing public transit to run on increasingly renewable electricity.


=====From Waste to Wins: How Orange County’s Smart Landfills Are Slashing Methane=====
=====Tackling Methane Emissions Would Strengthen Energy Security Amid Crisis=====
[https://rmi.org/resources/from-waste-to-wins-how-orange-countys-smart-landfills-are-slashing-methane/ | RMI | Rocky Mountain Institute | January 30, 2025]
[https://www.iea.org/news/tackling-methane-emissions-would-strengthen-energy-security-amid-crisis | International Energy Agency | IEA | May 4, 2026]
  This article describes Orange County’s Smart Landfill Program, which uses real-time data, drones, infrared imaging, and automated monitoring to improve landfill gas collection. It is a concrete example of methane reduction already being implemented by a local government, with benefits for climate pollution, odor, air quality, and landfill operations.
  This article summarizes the IEA’s 2026 methane findings, including that a large share of fossil-fuel methane emissions can be reduced with existing technologies. It is a strong climate-solutions example because methane reduction can slow warming quickly, capture usable gas, and improve energy security at the same time.


=====How to Make Communities More Resilient to Climate Change=====
=====Key Findings — Global Methane Tracker 2026=====
[https://news.ncsu.edu/2026/01/compounded-resilience-communities/ | Matt Shipman | North Carolina State University | January 6, 2026]
[https://www.iea.org/reports/global-methane-tracker-2026/key-findings | International Energy Agency | IEA | 2026]
  This article explains a “compounded resilience” strategy that helps local governments design projects that both reduce climate risks and cut greenhouse-gas emissions. It fits the adaptation category because it treats resilience as more than disaster response, showing how communities can combine mitigation, infrastructure planning, public health, and social benefits.
  This resource provides key findings from the IEA’s Global Methane Tracker 2026. It is useful for documenting methane reduction as an available climate solution because it identifies large amounts of methane that can be abated with existing tools, including leak detection, repair, equipment upgrades, and better management of oil, gas, and coal operations.


=====Community-Led Climate Resilience at the Neighborhood Scale=====
=====Clean Shipping Deal Still in Play; Methane Leaks Continue=====
[https://www.nature.com/articles/s44168-026-00359-1 | C. D. Trott et al. | npj Climate Action | 2026]
[https://www.carbonbrief.org/daily-brief/clean-shipping-deal-still-in-play-methane-leaks-continue-more-free-euets-permits/ | Carbon Brief | Carbon Brief | May 5, 2026]
  This research article examines how neighborhood-scale climate resilience can be guided by community participation and environmental justice. It is useful for this topic because it shows that successful adaptation depends not only on engineering projects but also on local knowledge, fair decision-making, and investment in historically underserved communities.
  This briefing includes coverage of methane-reduction opportunities and clean-shipping negotiations. It is useful for this topic because it connects two practical climate-solution areas: cutting methane from fossil-fuel systems using existing technology and reducing pollution from international shipping.


=====Adaptation in Action: A Foundation for Community-Led Resilience=====
=====Santa Marta: Key Outcomes From First Summit on Transitioning Away From Fossil Fuels=====
[https://www.lci.ca.gov/newsroom/news/2026/03-06/ | California Governor’s Office of Land Use and Climate Innovation | ICARP | March 6, 2026]
[https://www.carbonbrief.org/santa-marta-key-outcomes-from-first-summit-on-transitioning-away-from-fossil-fuels/ | Carbon Brief | Carbon Brief | April 30, 2026]
  This article describes California’s first round of Adaptation Planning Grant Program projects, which invested in local, regional, Tribal, nonprofit, and academic partnerships. It is a concrete adaptation example because the projects are designed to help vulnerable communities plan for climate risks such as heat, flooding, wildfire, drought, and sea-level rise.
  This article summarizes the first international summit focused specifically on transitioning away from fossil fuels. It highlights clean energy, energy security, electrification, methane cuts, and support for developing countries, making it a useful example of governments trying to turn broad climate language into transition roadmaps.


=====High Power Bills Impeding Heat Pumps, California’s Electrification Goals=====
=====Rewriting the Climate Story: 10 Years of Solutions=====
[https://calmatters.org/environment/2026/02/heat-pumps-ca-electricity/ | Alejandro Lazo | CalMatters | February 23, 2026]
[https://grist.org/fix/grist-50/10-years-of-solutions/ | Grist | Grist | May 29, 2026]
  This article examines California’s effort to install millions of heat pumps while also confronting high electricity costs that slow adoption. It is useful for a climate-solutions page because it shows both the promise and the practical barriers of building electrification, including permitting, affordability, electricity rates, and household energy choices.
  This article looks back at a decade of climate-solutions work through people and projects featured by Grist. It is useful for this page because it emphasizes that climate solutions are not only technologies but also community organizing, policy design, food-system changes, clean-energy work, and local resilience efforts.


=====France’s Heat Pump Sector Is Betting on a Rebound=====
=====Good News! These Positive Tipping Points Will Help Save the World=====
[https://www.lemonde.fr/en/economy/article/2026/05/26/france-s-heat-pump-sector-is-betting-on-a-rebound_6753820_19.html | Le Monde | Le Monde | May 26, 2026]
[https://grist.org/cities/good-news-these-positive-tipping-points-will-help-save-the-world/ | Matt Simon | Grist | October 31, 2025]
  This article reports that France’s heat pump industry is seeing signs of renewed growth after a difficult period, helped by consumer interest, electrification policy, and concern about fossil-fuel prices. It fits the cleaner-buildings category because heat pumps can replace fossil-fuel heating while also providing efficient cooling during hotter summers.
  This article explains how positive tipping points can accelerate climate progress when clean technologies become cheaper, more familiar, and more widely adopted. It is a strong fit for “solutions actually working” because it shows how solar, batteries, electric vehicles, and heat pumps can reinforce one another and spread faster once they pass key economic and social thresholds.


=====Executive Summary — The Future of Heat Pumps=====
=====The Ocean Can Play a Much Larger Role in Fighting Climate Change=====
[https://www.iea.org/reports/the-future-of-heat-pumps/executive-summary | International Energy Agency | IEA | 2026]
[https://www.wri.org/insights/ocean-based-climate-change-solutions | Katie Wood and Oliver Ashford | World Resources Institute | Updated May 22, 2026]
  This resource explains how heat pumps can reduce building emissions, improve air quality, and support electrification when paired with clean electricity. It is useful for this topic because it identifies heat pumps as a mature and scalable climate solution for homes, commercial buildings, and some industrial uses.
  This article explains seven ocean-based climate solutions, including offshore renewable energy, cleaner shipping, blue carbon, sustainable fisheries, and protection of coastal ecosystems. It fits the ocean-protection category because it shows how ocean conservation and climate mitigation can work together when managed carefully.


=====Right To Zero: Building a Zero-Emissions Future=====
=====Beating the Heat: Study Explores the Search for Cool During Heatwaves=====
[https://earthjustice.org/feature/right-to-zero-emissions | Earthjustice | Earthjustice | 2026]
[https://www.theguardian.com/environment/2026/jun/04/beating-heat-study-explores-search-cool-heatwaves | The Guardian | The Guardian | June 4, 2026]
  This feature explains the public-health and climate benefits of replacing fossil-fuel vehicles, buildings, and equipment with zero-emission alternatives. It fits the climate-solutions theme because it connects electrification with cleaner air, reduced diesel pollution, lower greenhouse-gas emissions, and environmental justice.
  This article reports on research into how people seek cooling during heatwaves in multiple countries. It is relevant to climate-health solutions because it points to the importance of cooling centers, parks, shade, flexible work rules, and public spaces that help people survive extreme heat.


=====Flipping Business Fleets to Zero Emission=====
=====Heat Governance & Policy=====
[https://www.climatesolutions.org/article/2024-12/flipping-business-fleets-zero-emission | Climate Solutions | Climate Solutions | December 3, 2024]
[https://innovation.luskin.ucla.edu/heat/heat-governance-and-policy/ | UCLA Luskin Center for Innovation | UCLA | 2026]
  This article describes a fleet decarbonization accelerator that helps organizations replace fossil-fuel vehicles with zero-emission alternatives. It is useful for the cleaner-transportation category because business fleets can cut pollution quickly when they electrify vans, trucks, buses, and other high-use vehicles.
  This resource describes UCLA research on heat governance, planning, and policy. It fits the climate-health category because it focuses on proactive heat adaptation before emergencies happen, including physical interventions, public-health protections, and policies designed to reduce heat exposure where people live, work, and go to school.


=====Clean Transportation=====
=====Extreme Heat and Community Resilience Program=====
[https://www.climatesolutions.org/100-percent-clean/clean-transportation | Climate Solutions | Climate Solutions | 2026]
[https://www.lci.ca.gov/climate/icarp/grants/extreme-heat-community-resilience/ | California Governor’s Office of Land Use and Climate Innovation | ICARP | 2026]
  This resource explains how cleaning up transportation pollution can reduce greenhouse-gas emissions while improving public health. It is especially relevant because it connects zero-emission vehicles, cleaner freight, buses, and public transit with communities that have long suffered from diesel pollution and transportation-related environmental injustice.
  This resource describes California’s program to fund local, regional, and Tribal projects that reduce extreme heat impacts. It is a concrete adaptation example because eligible projects include heat action plans, shade, reflective surfaces, passive cooling, and low-energy cooling strategies.


=====The High Seas Treaty: Hope for Humanity=====
=====Climate Shift Index: Ocean=====
[https://asil.org/insights/volume-30-issue-6/ | American Society of International Law | ASIL Insights | April 30, 2026]
[https://www.climatecentral.org/climate-shift-index-ocean | Climate Central | Climate Central | 2026]
  This article explains the legal significance of the High Seas Treaty and its role in protecting ocean biodiversity beyond national borders. It is a useful ocean-protection article because it highlights marine protected areas, environmental impact assessments, benefit sharing, scientific cooperation, and the inclusion of Indigenous knowledge in international ocean governance.
  This tool helps users understand how climate change is influencing ocean temperatures. It belongs in a climate-solutions collection because better ocean heat data can support marine conservation, fisheries planning, coral protection, and coastal adaptation decisions.


=====What Is the High Seas Treaty and Why Is It Important?=====
=====Coastal Risk Finder=====
[https://unu.edu/ehs/article/what-high-seas-treaty-and-why-it-important | United Nations University | United Nations University | January 16, 2026]
[https://www.climatecentral.org/tool/coastal-risk-finder | Climate Central | Climate Central | 2026]
  This article explains how the High Seas Treaty can help protect marine life in areas beyond national jurisdiction. It fits the ocean-protection category because the treaty creates tools for marine protected areas, environmental impact assessments, scientific cooperation, and more equitable sharing of ocean benefits.
  This tool allows communities to explore local coastal flood and sea-level-rise exposure. It is an adaptation solution because it helps translate climate projections into planning information for infrastructure, zoning, emergency preparedness, and coastal resilience.


=====A Primer on What the High Seas Treaty Is and How It Will Work=====
 
[https://apnews.com/article/e608278358cb092fe0916b772b42058b | Melina Walling | Associated Press | September 2025]
 
  This article explains how the High Seas Treaty will create a new system for protecting biodiversity in international waters. It is useful for this topic because it connects ocean protection with the global 30x30 conservation goal and describes how countries can create marine protected areas and manage harmful activities beyond national borders.
 
===== How climate-friendly waterwheels are coming around again =====
[https://www.theguardian.com/environment/2025/jan/17/how-climate-friendly-waterwheels-are-coming-around-again by Chris Baraniuk 17/1/25 The Guardian]
  In the foothills of the Himalayas, a group of villagers hauled a sturdy metal waterwheel into place. Its horizontal blades soon caught the rushing water of the stream directly below it. The machine began to spin, and electricity began to flow.




Line 180: Line 259:
[https://www.reuters.com/sustainability/decarbonizing-industries/digging-zero-inside-race-decarbonise-mining-2025-05-07/ | Reuters | Reuters | May 7, 2025]
[https://www.reuters.com/sustainability/decarbonizing-industries/digging-zero-inside-race-decarbonise-mining-2025-05-07/ | Reuters | Reuters | May 7, 2025]
  This article examines efforts to decarbonize mining, including replacing diesel with renewable energy, battery-powered equipment, regenerative trains, and cleaner transport. It fits the climate-solutions theme because minerals are needed for batteries, grids, and clean-energy infrastructure, and the article focuses on reducing emissions from the supply chains that support the energy transition.
  This article examines efforts to decarbonize mining, including replacing diesel with renewable energy, battery-powered equipment, regenerative trains, and cleaner transport. It fits the climate-solutions theme because minerals are needed for batteries, grids, and clean-energy infrastructure, and the article focuses on reducing emissions from the supply chains that support the energy transition.




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