Forests play a significant role in removing carbon from the atmosphere by absorbing one-third of carbon emissions annually. This is according to a new U.S. Forest Service study conducted in collaboration with USGS scientists.
New USGS research shows that rice could become adapted to climate change and some catastrophic events by colonizing its seeds or plants with the spores of tiny naturally occurring fungi. The DNA of the rice plant itself is not changed; instead, researchers are re-creating what normally happens in nature.
To better understand and reduce tsunami hazards, USGS scientists examined sediment deposited by the tsunami in and around Sendai, Japan, as part of an international tsunami survey team organized by Japanese scientific cooperators.
Now that field work has wrapped up at the Ice Age "Snowmastodon" fossil site near Snowmass Village, Colo., USGS and other scientists will begin work on unraveling the climate and environmental history of the area.
USGS scientists are studying the Earth’s conditions 3 million years ago to gain insight into the impacts of future climate. Join us Aug. 3 in Reston, Va., to learn how this information is used to better understand the magnitude of changes forecast for the end of this century.
A new study supports the ecological reliance of red knots on horseshoe crabs. The well-being of red knots, a declining shorebird species, is directly tied to the abundance of nutrient-rich eggs spawned by horseshoe crabs.
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