In dry years, rivers become birds’ crowded corridors
New research finds that in dry years, birds funnel into the greenness of river environments, but overcrowding may increase competition for habitat and resources.
Read MoreNew research finds that in dry years, birds funnel into the greenness of river environments, but overcrowding may increase competition for habitat and resources.
Read MoreLearn what the findings mean for the future of research and our planet.
Read MoreGreen grass is giving way to a brownish-yellow hue as the U plays its part to conserve water.
Read MoreThis natural disaster has been pervasive throughout history inspiring many to write about its effects on humanity and the environment.
Read MoreU researchers found that 1,000 years ago, the Fremont used cultural burning to reduce the risk for large-scale wildfire activity in mountain environments.
Read MoreResearchers look into the effects of repeated droughts on different kinds of forests.
Read MoreUse of forests to offset carbon emissions requires an understanding of the risks
Read MoreIn a warming climate, tree communities, particularly in more arid regions, are becoming more drought tolerant primarily through the death of less hardy trees.
Read MoreResearch shows disruptions rippled out from climate change in South America.
Read MoreA U forest ecologist wins the prestigious Packard Fellowship, which allows freedom to pursue creative research directions.
Read MoreSociety, Water and Climate Research Group melds scientific perspectives toward finding sustainable water solutions in a changing world.
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