Trevor Keenan

Trevor Keenan

Title
Assistant Professor
Department
Dept of Environmental Science, Policy & Management
Faculty URL
https://ourenvironment.berkeley.edu/people/trevor-keenan
Research Group
https://www.keenangroup.info
Email
trevorkeenan@berkeley.edu
Phone
(510) 486-5537
 
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Research Expertise and Interest
global change, Dynamic Vegetation, carbon cycle, ecophysiology, land-atmosphere interactions, biogeochemistry, micrometeorology, remote sensing, mathematics and data science
Research Description

Trevor F. Keenan is an Assistant Professor at the Department of Environmental Science, Policy and Management, UC Berkeley, and a Scientist in the Climate and Ecosystem Sciences Division at Lawrence Berkeley National Laboratory. Prof. Keenan’s interests are centered on understanding the impacts of climate variability and long-term change on terrestrial ecosystem function and land surface dynamics, as well as related feedbacks to the atmosphere through ecosystem carbon cycling and water use. His work combines large ecological data sets (e.g., eddy-covariance, remote sensing), models of ecosystem state and function, and data assimilation/mining tools, with results from in-situ field studies and experiments, to gain a mechanistic understanding of key physical and biological processes. Prof. Keenan uses methods from diverse disciplines, including ecophysiology and biogeochemistry, micrometeorology, atmospheric science, mathematics, statistics and high-performance computing.

Read more about the members and work in the Berkeley Keenan Group: www.keenangroup.info

Information about the group's publications: www.keenangroup.info/publications.html

In the News

A researcher on top of a tall meteorological tower in a forest
August 3, 2021

NSF awards $2 million to the FLUXNET Coordination Project

A project led by Trevor Keenan has received $2 million in funding from the National Science Foundation (NSF) to continue essential research in understanding ecosystem-atmosphere interactions, and the response of these to environmental change. Named the FLUXNET Coordination Project, it will link over ten existing national and international networks focused on continuous observations of ecosystem-atmosphere interactions at over 1,000 locations around the world. The project will fill fundamental knowledge gaps in science, engineering, and societal issues associated with ongoing changes in ecosystem function and the related cycling of carbon and water. 

Latest News

Plants Buy Us Time to Slow Climate Change – But Not Enough to Stop It
NSF awards $2 million to the FLUXNET Coordination Project
Climate change has the Arctic seeing green
See all

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In the News

A researcher on top of a tall meteorological tower in a forest
August 3, 2021

NSF awards $2 million to the FLUXNET Coordination Project

A project led by Trevor Keenan has received $2 million in funding from the National Science Foundation (NSF) to continue essential research in understanding ecosystem-atmosphere interactions, and the response of these to environmental change. Named the FLUXNET Coordination Project, it will link over ten existing national and international networks focused on continuous observations of ecosystem-atmosphere interactions at over 1,000 locations around the world. The project will fill fundamental knowledge gaps in science, engineering, and societal issues associated with ongoing changes in ecosystem function and the related cycling of carbon and water. 

Featured in the Media

Please note: The views and opinions expressed in these articles are those of the authors and do not necessarily reflect the official policy or positions of UC Berkeley.
August 31, 2018

Climate change has the Arctic seeing green

MyScience

As the Arctic warms and previously barren land turns green, a team of Berkeley scientists has come up with a way to calculate the magnitude of change. Led by assistant environmental science, policy, and management professor Trevor Keenan, who has a joint appointment at the Lawrence Berkeley National Laboratory, the researchers have found that 16 percent of the land that used to be too cold for extensive plant growth is now warm enough for vegetation. By 2100, they estimate that only 20 percent of the northern hemisphere's vegetated land will be hampered by cold temperatures. "Although the greening might sound like good news as it means more carbon uptake and biomass production, it represents a major disruption to the delicate balance in cold ecosystems," Professor Keenan says. This story originated at Berkeley News.

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