Edward Brzostek
Assoc. Professor of Forest Ecology and Ecosystem Modeling, West Virginia University
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Recent Publications
- Microbial-Explicit Processes and Refined Perennial Plant Traits Improve Modeled Ecosystem Carbon Dynamics
- Reparameterizing Litter Decomposition Using a Simplified Monte Carlo Method Improves Litter Decay Simulated by a Microbial Model and Alters Bioenergy Soil Carbon Estimates
- Root Exudation Links Root Traits to Soil Functioning in Agroecosystems
- Roots Selectively Decompose Litter to Acquire Nitrogen and Build New Soil Carbon
- Lipid-Enhanced Oilcane Does Not Impact Soil Carbon Dynamics Compared with Wild-Type Sugarcane
- Plant Litter Traits Control Microbial Decomposition and Drive Soil Carbon Stabilization
- A New Bioenergy Model that Simulates the Impacts of Plant-Microbial Interactions, Soil Carbon Protection, and Mechanistic Tillage on Soil Carbon Cycling
- 21st Century Biogeochemical Modeling: Challenges for Century-Based Models and Where Do We Go from Here?
Recent Datasets
- Microbial-Explicit Processes and Refined Perennial Plant Traits Improve Modeled Ecosystem Carbon Dynamics
- Root Exudation Links Root Traits to Soil Functioning in Agroecosystems
- CORPSE Model with Litter Decomposition Parameters Derived from the LIDET Dataset
- FUN-BioCROP Model with Litter Decomposition Parameters Derived from the LIDET Dataset
- Roots Selectively Decompose Litter to Mine Nitrogen and Build New Soil Carbon
- Lipid-Enhanced Oilcane Does Not Impact Soil Carbon Dynamics Compared with Wild-Type Sugarcane
- Plant Litter Traits Control Microbial Decomposition and Drive Soil Carbon Stabilization
- FUN-BioCROP: Fixation and Uptake of Nitrogen-Bioenergy Carbon, Rhizosphere, Organisms, and Protection