-
Benjamin Sulman
Oak Ridge National LaboratoryMeeting roles in:
Developing Workflow for High, Mixed and Irregular Resolution E3SM Land Model Coupled with 3D Watershed Flow and Reactive-Transport Models
Measurements, Models, and More: Cross-Disciplinary Science to Understand and Predict Rapidly Changing Processes at the Top of the World
Evaluation of Vegetation, Soil, And Land-Atmosphere Exchange from an Arctic-Informed Land Surface Model Across Pan-Arctic Tundra Field Sites
Assessing New Process Representations in ELM at the Pan-Arctic Scale
Hydration-Driven Bryophyte Physiology: Implications for Modeling Terrestrial Carbon and Water Fluxes
Modeling Methane Dynamics Across Polygonal Tundra Landscapes: Insights from a Coupled Biogeochemistry Model (ELM-PFLOTRAN)
Informing Land Surface Model Performance Through Functional Relationship Benchmarks: A Case Study of High-Latitude Respiration Sensitivity to Temperature
Advancing Process-Based Modeling of Wetland Methane Emissions with Data-Driven Parameterization in ELM-Wet
Evaluating Hydrodynamic and Sea‐Level Rise Controls on Carbon Fluxes in Coastal Wetland
Contrasting Patterns of Redox and Oxygen Dynamics at Terrestrial-Aquatic Interfaces
Reconstructing nearshore tidal surface water elevation from SWOT to simulate coastal wetland biogeochemistry
Understanding coastal terrestrial-aquatic interface soils through model-data comparisons
Effects of Post-Wildfire Regeneration Trajectories on Carbon and Nitrogen Cycling Mechanisms in Boreal Forests
How mycorrhizal fungi shape ecosystem biogeochemical cycles: insights from mycorrhizae-explicit modeling efforts
Enter Note
Go to previous page in this tab
Author/Chair
