Geoengineering the climate would have massive repercussions for the health of billions of people at risk of malaria who live in tropical countries, according to a new finding by scientists at Georgetown University Medical Center and colleagues. 

A team of scientists explores how forests might be restored after centuries of spruce plantations and other intensive management.

Climate change directly affects groundwater resources. 

The drop in water levels comes as hotter temperatures and falling water levels left a smaller amount of water flowing through the Colorado River.

The latest State of the Ecosystem Reports highlight fishing communities with environmental justice concerns and potential risks to fishery management from proposed offshore wind energy development.

CU Boulder study shows how compromise, communication can set more realistic expectations for fisheries, farms and beyond

Agencies seek public comment on implementation strategy for Northeast and Mid-Atlantic regions.

Providing customized training to Brazilian ranchers can not only help keep carbon in the ground, but improve their livelihoods and mitigate climate change, according to new research from CU Boulder and the Climate Policy Initiative / PUC-Rio. 

Most global carbon-budgeting efforts assume a linear flow of water from the land to the sea, which ignores the complex interplay between streams, rivers, lakes, groundwater, estuaries, mangroves and more. 

Ballast water release from ocean vessels has introduced hundreds of invasive species to coastal ecosystems worldwide, causing major disruptions to fisheries and biodiversity.