Scientific Focus Area
Biogeochemical Dynamics from Genomes to Watershed Scales
Mountainous watersheds provide 60-90% of water resources worldwide, and have accordingly been referred to as the ‘water towers’ of the world. However, uncertainty associated with predicting watershed hydrobiogeochemical behavior remains high as climate change, extreme weather, wildfire, land-use change, and other disturbances significantly reshape interactions within the world’s watersheds. Read More »
Biological transformations of sulfur in water-saturated sediments may partially offset increased sulfur released from rocks due to climate change.
Read More »Modeling specific times and areas that experience enhanced environmental reaction rates can provide an important basis for planning, managing, and protecting natural resources and ecosystem function.
Read More »This journal article explores how opening dialogues and enhancing communication streams can be extremely beneficial to science.
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A U.S. Department of Energy National Laboratory Managed by the University of California
