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Trevor Keenan
Climate and Ecosystem Sciences Division, Lawrence Berkeley National LaboratoryMeeting roles in:
A Review: Long-term trends and emergent dynamics in the eddy covariance record
Persistent increase of ecosystem water use efficiency driven by rising atmospheric CO2
Representing effects of droughts and heatwaves on vegetation physiology in SCOPE simulations
FLUXNET: A New Era of Global Flux Data Access and Availability
Modeling rain-induced soil carbon pulses from global drylands with FLUXPULSE
Thermal Acclimation of Stem Respiration Implies a Weaker Carbon-climate Feedback
Representativeness of AmeriFlux and NEON networks in terms of carbon and water flux estimates
Global Patterns of carbon, water and energy exchange observed by FLUXNET
Systematic Bias in Field-Based Tree Height Measurements: Implications for Biomass Estimation and Ecosystem Monitoring
Ecohydrologic insights for water resource management in agroecosystems
Data-Driven Approaches to Improve Climate Impact Accounting for Nature-Based Carbon Removal I Oral
Emerging Machine Learning Approaches for Process Understanding and Predictions in Ecosystem Sciences I Poster
Data-Driven Approaches to Improve Climate Impact Accounting for Nature-Based Carbon Removal II Poster
Constraining global canopy temperatures: implications for the water, energy and carbon cycles
Emerging Machine Learning Approaches for Process Understanding and Predictions in Ecosystem Sciences II Oral
Prithvi-EO: An Open-Access Geospatial Foundation Model Advancing Earth Science through Global Collaboration
Characterizing vegetation structure across Earth’s tropical forests
Enhanced Soil Moisture Prediction at Subseasonal-to-Seasonal Scales Using a Deep Learning–Physics Hybrid Approach
BenchFlux: Scalable AI Benchmarks for Terrestrial Carbon Fluxes to Advance Research, Education, and Resource Management
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