Climate crisis

The climate crisis demands action — and action is happening. This archive tracks real progress: policy wins, clean-energy milestones, community resilience, and scientific advances that show meaningful change is possible. Stories here come from every corner of the world.

Dominican Republic forested landscape, for article on Plan Yaque land restoration

The Dominican Republic reforests a fifth of the country in 10 years

The Dominican Republic restored 18% of its territory in a single decade — not through sweeping mandates, but through conversations with farmers, one at a time. Plan Yaque, a coalition of 30 NGOs and government agencies, launched in 2009 with a simple premise: help landowners see trees as a path to water security and steadier farm income. Project leaders traveled farm by farm, and as restored hillsides began holding water and reviving streams, neighbors became the project’s most persuasive advocates. The result is one of the largest land recoveries in the Western Hemisphere this century — and a reminder that some of the most durable environmental wins come from trust, not enforcement.

Aerial view of large electrical power plant with many rows of solar photovoltaic panels for producing clean ecological electric energy in morning, for article on zero-carbon power capacity

96% of all new power capacity in the U.S. in 2024 will be carbon-free

Clean energy just crossed a quiet threshold in the United States: 96 percent of new electricity capacity planned for 2024 is zero-carbon, while new natural gas additions have fallen to a 25-year low. The real game-changer is battery storage, which lets solar and wind power flow steadily even when the sun sets or the wind dies down. Utility-scale batteries alone account for 14.3 gigawatts of planned additions this year, dwarfing new gas builds. Tax credits from the 2022 Inflation Reduction Act helped unlock a wave of domestic battery manufacturing, bringing costs down and deployment up. It is a hopeful signal that the long-promised clean grid is finally being built, not just imagined.

Solar panels, for article on utility-scale solar farm, for article on Pacific renewable energy, for article on dome-shaped solar cells

Turkish scientists develop “bumpy” solar panel concept that can harvest up to 66% more energy

Dome-shaped solar cells could absorb up to 66% more light than their flat counterparts, according to new simulations from a research team at Abdullah Gül University in Türkiye. The trick is geometric: tiny hemispherical bumps catch sunlight from many angles at once, acting almost like little lenses that funnel light into the cell. That means solar power could finally work well on surfaces that flat panels struggle with, like clothing, curved windows, greenhouse roofs, and wearable medical devices. The design still needs to be built and tested in the real world, but it points toward a future where solar generation lives quietly inside the everyday surfaces around us, rather than only on dedicated rooftops.

Allegiant Stadium, for article on solar-powered Super Bowl

Super Bowl 58 first to be fully powered by renewable energy

Renewable electricity powered Super Bowl LVIII from end to end, drawing on more than 621,000 solar panels installed across the Nevada desert. Allegiant Stadium runs year-round on solar through a 25-year agreement with NV Energy, so this wasn’t a one-weekend gesture dressed up for the cameras — it’s how the building keeps the lights on every day. The same solar farm produces enough electricity to power around 60,000 homes, easily absorbing the game’s 10-megawatt demand without strain. When the most-watched event in American sports runs smoothly on sunshine, the old worry that renewables can’t be trusted with serious loads gets a lot harder to argue, anywhere in the world.

Aerial view of container ship

Decarbonization containers turn 78% of marine emissions into limestone in new pilot

A remarkable pilot project installed on a 787-ft. container ship has proven it’s possible to capture emissions from the smokestacks of cargo ships with 78% efficiency and convert the CO2 into limestone pebbles, which can be offloaded and sold. London startup Seabound, funded by a US$1.5-million grant from the UK Government, partnered up with global shipping company Lomar to install the carbon capture equipment on one of its older and dirtier-burning ships, a medium-sized vessel capable of carrying more than 3,200 shipping containers.

A heat pump unit on a home exterior, representing U.S. heat pump sales growth supported by the Kigali Amendment

Nine U.S. states, including California and New York, sign heat pump agreement to clean up air pollution

Nine U.S. states have inked an agreement to promote climate-friendly heat pump sales. The memorandum of understanding sets a 2030 target for heat pumps to make up 65% of residential heating, cooling, and water heating equipment sales. By 2040, the goal is for heat pumps to account for 90% of the HVAC and water heating market. The states on board with the agreement include: California, Colorado, Maine, Maryland, Massachusetts, New Jersey, New York, Oregon, and Rhode Island.

Wind turbines amid clouds, for article on E.U. wind power, for article on renewable electricity generation

Wind power overtakes natural gas in the E.U. for first time ever

Wind energy outproduced natural gas across the European Union for the first time ever in 2023, according to an analysis from the energy think tank Ember. Renewables together supplied nearly half of Europe’s electricity that year, while coal generation fell by 26 percent — the steepest single-year drop the continent’s power sector has ever recorded. Analyst Sarah Brown called it a “monumental shift,” noting that wind and solar are now becoming the backbone of the grid rather than an add-on. What makes this especially hopeful is that it happened during an energy crisis, when many expected Europe to retreat to coal. Instead, the continent leaned harder into clean power — and showed the rest of the world what’s possible.

Mangrove forest, for article on Pakistan mangrove restoration

Pakistan has expanded mangroves nearly threefold between 1986 and 2020

Pakistan’s mangrove forests have nearly tripled since 1986, growing from about 48,000 hectares to 144,000 hectares — a striking reversal of the global pattern of mangrove loss. Most of that expansion sits in the Indus Delta, where roughly 100,000 people depend on healthy mangroves for fishing livelihoods. The recovery has been driven by an unusual mix: provincial forest departments, international scientific partnerships, carbon credit financing, and fishing villages whose residents work as nursery hands and patrol against illegal cutting. In one coastal town, a single nursery holds 50,000 saplings ready for planting. As coastlines worldwide face rising seas and intensifying storms, Pakistan’s quietly persistent restoration offers a real-world template for what sustained, community-rooted conservation can achieve.

Meskel Square traffic in Addis Ababa, for article on fossil fuel vehicle ban

Ethiopia becomes first country to ban combustion-powered vehicles

Ethiopia just became the first country anywhere to ban the import of gasoline and diesel cars, with the policy announced in late January 2025. What makes this remarkable is the foundation underneath it: every kilowatt powering an Ethiopian EV comes from renewable sources, mostly hydropower, so these vehicles are genuinely zero-emission from the moment they plug in. The shift is also deeply practical — Ethiopia has been spending around $6 billion a year on oil imports, with most of that fueling vehicles, money that can now flow into homegrown clean transport instead. Wealthier nations have led on EV adoption, but none have drawn this line. Ethiopia just showed the rest of the world a bolder version of what’s possible.

Woman putting organic waste in the compost bin

France implements compulsory composting

As of January 2024, municipalities in France must now provide residents with ways to sort bio-waste, which includes food scraps, vegetable peels, expired food and garden waste. Households and businesses are required to dispose of organic matter either in a dedicated small bin for home collection or at a municipal collection point. The waste will then be turned into biogas or compost to replace chemical fertilizers.