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Building Direct Air Capture Responsibly from the Ground Up

  • carbon capture and storage (CCS)
  • carbon removal
  • Climate
  • U.S. Climate
  • U.S. Climate Policy-Direct Air Capture
Climeworks direct air capture plant with mountains
  • carbon capture and storage (CCS)
  • carbon removal
  • Climate
  • U.S. Climate
  • U.S. Climate Policy-Direct Air Capture

What to Know About 5 Big Plans for US Carbon Removal

  • carbon removal
  • carbon capture and storage (CCS)
  • U.S. Climate
The Lolo National Forest planted 530,500 seedlings across 2,536 acres.
  • carbon removal
  • carbon capture and storage (CCS)
  • U.S. Climate

A New Industrial Revolution for a Livable Climate

  • U.S. Climate
  • industry
  • GHG emissions
  • carbon removal
  • carbon capture and storage (CCS)
The inside of a dimly lit industrial building.
  • U.S. Climate
  • industry
  • GHG emissions
  • carbon removal
  • carbon capture and storage (CCS)

A Low-Carbon Future in the US Depends on Decarbonizing Petroleum Refineries

  • carbon capture and storage (CCS)
  • carbon removal
  • GHG emissions
  • fossil fuels
A landscape view of a U.S. refinery.
  • carbon capture and storage (CCS)
  • carbon removal
  • GHG emissions
  • fossil fuels

7 Things to Know About Decarbonization in the American Energy Innovation Act

  • U.S. Climate
  • Energy
  • carbon removal
  • electric grid
  • carbon capture and storage (CCS)
  • energy efficiency
  • renewable energy
Workers checking a rotor on a marine energy system
  • U.S. Climate
  • Energy
  • carbon removal
  • electric grid
  • carbon capture and storage (CCS)
  • energy efficiency
  • renewable energy

A CO2 Direct Air Capture Plant Will Help Extract Oil in Texas. Could This Actually Be Good for the Climate?

  • U.S. Climate
  • Energy
  • carbon removal
  • climate change
  • carbon capture and storage (CCS)
  • fossil fuels
CO2 removed from the air can be used to extract oil, like at this Michigan facility. Photo by U.S. Department of Energy/Flickr.
  • U.S. Climate
  • Energy
  • carbon removal
  • climate change
  • carbon capture and storage (CCS)
  • fossil fuels

In World That Says It’s Cutting Nutrient Pollution, Progress Is Lacking

  • water pollution
  • Freshwater
  • Water Quality
  • water risk
Algal blooms in Florida’s Santa Fe River
  • water pollution
  • Freshwater
  • Water Quality
  • water risk

After 15 Years, EPA Updates Water Quality Trading Policy. It Could Do More.

  • Freshwater
  • water pollution
  • wastewater
  • Water Quality
Wetlands like these in the Chesapeake provide cost-effective water quality services.
  • Freshwater
  • water pollution
  • wastewater
  • Water Quality

When Improving America’s Infrastructure, Don’t Forget Forests

  • Freshwater
  • deforestation
  • Forests
  • natural infrastructure
  • Water Quality
  • water risk
Watershed
  • Freshwater
  • deforestation
  • Forests
  • natural infrastructure
  • Water Quality
  • water risk

PODCAST: How We Can Clean the Chesapeake and Save Money in the Process

  • Freshwater
  • podcasts
  • agriculture
  • water pollution
  • pollution
  • Water Quality
Marsh
  • Freshwater
  • podcasts
  • agriculture
  • water pollution
  • pollution
  • Water Quality

Guacamole Coasts: Not Just Florida, Not Just Now

  • water pollution
  • mapping
  • pollution
  • wastewater
  • Water Quality
  • water risk
  • water pollution
  • mapping
  • pollution
  • wastewater
  • Water Quality
  • water risk

Environmental Justice and Democracy Failures at the Heart of Flint’s Water Crisis

  • Equity & Governance
  • Freshwater
  • environmental democracy
  • environmental justice
  • human rights
  • Water Quality
  • water risk
Water plant in Flint, Mich.
  • Equity & Governance
  • Freshwater
  • environmental democracy
  • environmental justice
  • human rights
  • Water Quality
  • water risk

Cleaner US Rivers, Lakes and Estuaries with Water Quality Trading

  • agriculture
  • water pollution
  • Freshwater
  • Water Quality
Fishing in Mitkof Island. (Petersburg, Alaska, U.S.) Photo by Penny Meyer/Flickr.
  • agriculture
  • water pollution
  • Freshwater
  • Water Quality

China and the United States Accelerate Efforts on Carbon Capture and Storage

  • Energy
  • climate change
  • carbon capture and storage (CCS)
  • international climate policy
  • U.S. policy
China and the United States forged new partnerships on carbon capture utilization and storage. Photo credit: Jonas, Flickr
  • Energy
  • climate change
  • carbon capture and storage (CCS)
  • international climate policy
  • U.S. policy

Getting More from the U.S. Farm Conservation Water Quality Budget

  • Freshwater
  • agriculture
  • Water Quality
USDA provides limited voluntary financial and technical assistance to farmers who want to lessen their environmental impact. Photo Credit: Heather Dawn/Flickr
  • Freshwater
  • agriculture
  • Water Quality

Overcoming Barriers to USDA’s New Conservation Program

  • agriculture
  • water pollution
  • Freshwater
  • Water Quality
Agriculture is a key source of nutrient pollution in the United States. Photo credit: NOAA, Flickr
  • agriculture
  • water pollution
  • Freshwater
  • Water Quality

A New Strategy to Improve Water Quality—One Targeted Watershed at a Time

  • water pollution
  • hypoxia
  • Freshwater
  • Water Quality
More than 15,000 streams, rivers, and lakes are too polluted with nutrient runoff to support wildlife, be enjoyed recreationally, or serve as a drinking water source. Photo credit: USDA
  • water pollution
  • hypoxia
  • Freshwater
  • Water Quality

Recent Progress Shows China’s Leadership on Carbon Capture and Storage

  • Energy
  • carbon capture and storage (CCS)
  • climate change
  • fossil fuels
  • U.S. policy
A coal plant in Beijing, China. Photo credit: Bret Arnett, Flickr
  • Energy
  • carbon capture and storage (CCS)
  • climate change
  • fossil fuels
  • U.S. policy
Silhouettes of children playing swing in turbine wind park at sunset