Gil Bohrer
- ORCiD
- https://orcid.org/0000-0002-9209-9540
- OpenAlex ID
- https://openalex.org/A5061715783 (API record)
Associated Concepts [?]
- Biology
- Environmental science
- Ecology
- Geology
- Geography
- Physics
- Botany
- Ecosystem
- Engineering
- Chemistry
- Atmospheric sciences
- Computer science
- Oceanography
- Mathematics
- History
- Archaeology
- Organic chemistry
- Materials science
- Geotechnical engineering
- Quantum mechanics
- Paleontology
- Meteorology
- Hydrology (agriculture)
Authored Works
sorted by decreasing year, and then by display-name
- Using a crown Hydrodynamics model (FETCH3) to simulate transpiration rates in anisohydric and isohydric species under water limited conditions.
- Quantifying species-habitat associations using data pooled across studies and collection methods
- Making Bayesian Optimization Accessible: Using Bayesian Optimization for Anything (BOA) to Minimize Canopy Resistance in an LES Model
- Increasing Nitrate Loads Reduces Carbon Sequestration, Nitrogen, and Phosphorus Accumulation on a Freshwater, Estuarine Marsh
- Improving wetland model realism: Activating and parametrizing sub-grid level wetland land-unit in the E3SM land model (ELM)
- Greenhouse Gas Fluxes and Long-Term Nutrient Sequestration in a Temperate Lake-Coastal Wetland Are Determined by Long- and Short-Term Hydrological Changes and Vegetation Patch Types
- Examining species-specific hydraulic traits using multi-scale measurements and the hydrodynamic canopy transpiration model FETCH3.14
- Enhancing existing environmental management tools to simulate watershed-coastal systems in a single framework
- Challenges and Opportunities for Monitoring and Modeling Wetland Management as a Nature-based Climate Solution.
- Assessing the Impacts of Forest Loss on Local Climate across the Conterminous United States
- Understanding hydrological and ecological controls on methane flux in Lake Erie estuarine mineral-soil marsh
- Influence of Species-Specific Hydraulic Traits on Stomatal Response to Water Stress: Insights from a Tree-Level Hydrodynamic Model (FETCH3)
- Incorporating Heterogenous Estuaries into SWAT+ to Inform Climate Adaptation Strategies
- How elevation influences carbon dioxide and methane fluxes from tidal fresh and saltwater wetlands
- Functional-type modeling approach and data-driven parameterization of methane emissions in wetlands
- Elucidating the ecological dynamics of microbial systems in freshwater wetlands with an integrative omics approach across time and space
- Decision Support Tools for Wildlife and Land Management Through a Shared Platform for Animal-Borne Sensor Data
- Coupling Vegetation Biophysics and Ecohydraulics for Improved Simulation of Land-Atmosphere Carbon-Water-Energy Exchange
- A Deep, Diverse Reservoir of Methane-Cycling Microorganisms Resists Hydrologic Perturbation to Sustain Metabolic Activity in Freshwater Wetland Soils
Linked Co-Authors
- Adrienne B. Narrowe
- Ashley M. Matheny
- Benjamin M. Sleeter
- Bridget B McGivern
- C. M. Gough
- Camille L. Stagg
- D. Drewry
- Edoardo Daly
- Ellen Stuart-Haëntjens
- Eric J. Ward
- John Fieberg
- Jorge A. Villa
- Justine Missik
- Ken W. Krauss
- Kevin D. Kroeger
- Lisamarie Windham‐Myers
- Malak M. Tfaily
- Marcela Silva
- Qing Zhu
- Sarah C. Davidson
- Scott C. Neubauer
- Theresia Yazbeck
- Timothy H. Morin
- Tongxi Hu
- William J. Riley
- Yanlan Liu
- Zhiliang Zhu
Linked Collaborating Institutions
- Colorado State University
- Kent State University, Ohio
- Lawrence Berkeley National Laboratory, California
- Monash University, Australia
- Pacific Northwest National Laboratory
- Purdue University, Indiana
- SUNY Syracuse, New York
- The Ohio State University
- U.S. Geological Survey
- U.S. Geological Survey, Menlo Park
- University of Arizona
- University of British Columbia, Canada
- University of Colorado, Denver
- University of Louisiana
- University of Minnesota, Twin Cities
- University of Texas, Austin
- University of Wisconsin, Madison
- Virginia Commonwealth University
- Washington State University
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