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Data Streams: How wireless technology is transforming river science in the Rockies

A curving river from above.

EESA Scientists Develop New Model to Study Watershed Flow and Chemical Transport

A scientific figure depicting three two sections: a) Mountainous watershed response to changing rain and snow involves many processes that occur across scales and subsystems like hillslopes and bedrock. (Hubbard et al., 2018). b) Comparison between observed and simulated Concentration-Discharge responses at the watershed outlet.

EESA Scientists Model Watershed Response to Future Climate Extremes

A graphic depicting rainfall, snowfall, precipitation, and temperature across two mountainscapes.

Small-scale Changes in Environment Can Have Large Effects on Microbial Communities

Genome visualization

Study Evaluates Phosphorus Availability Underground using Plant Leaves as Biosensors

Switchgrass and a blue sky.

BioEPIC Science: m-CAFEs

Photo of Brachypodium dystachion in EcoPOD lysimeter.

BioEPIC Science: Belowground Biogeochemistry

Photo of Berkeley Lab scientists conducting fieldwork at Hopland research center

BioEPIC Science: ENIGMA

Photo of Erin Kelly and Andrew Putt, University of Tennessee Knoxville graduate students, process sediment samples from CPT drilling.

BioEPIC Science: Watersheds

Photo of Workforce Development & Education Intern and Mentor Summer 2019, July 16, 2019. Shannon Brown - Intern, Michelle Newcomer - Mentor.

Biological and Environmental Program Integration Center

The BioEPIC building rendering.

Agustin Avila Sakar, Cryo-EM Trailblazer

Scientist loading a sample into the cryo-EM equipment

Berkeley Lab Team Hunts for Carbon in Soil Without Getting Their Hands Dirty

A scientific graphic of a soil imaging scanner.
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