Soils have the potential to store substantial amounts of carbon and help slow climate change.

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. 

Wireless sensors can monitor how temperature, humidity or other environmental conditions vary across large swaths of land, such as farms or forests.

A new study in the journal Earth’s Future led by the University of Massachusetts Amherst shows that, since Euro-American settlement approximately 160 years ago, agricultural fields in the midwestern U.S. have lost, on average, two millimeters of soil per year.

The reimagined world map of agriculture includes large new farming areas for many major crops around the cornbelt in the mid-western US, and below the Sahara desert.

Looming climate change may be economically hard for low-income cattle farmers in poor countries due to increasing heat stress on the animals. 

An instrument designed to measure tree height can also distinguish corn from other crops.

Methyl bromide is an important ozone depleting trace gas that is currently emitted primarily from natural sources.

Lower water consumption by lower elevation forests could mean they are less adapted to drought.

Known as the common reed, the European Phragmites first appeared in North America in the 1800s, spreading quickly and aggressively through the wetlands of Canada and the United States.