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Benjamin Runkle
University of ArkansasMeeting roles in:
Greenhouse and Trace Gas Fluxes from Agricultural and Managed Lands I Oral
Insights from a Novel Automated Chamber Flux System: CH4, N2O and CO2 Dynamics in a Rice Field
Building a More Complete Representation of Methane Dynamics Across Earth's Ecosystems I Oral
Building a More Complete Representation of Methane Dynamics Across Earth's Ecosystems II Poster
Extreme environmental conditions and their role in carbon dioxide and methane fluxes in forested wetlands.
Greenhouse and Trace Gas Fluxes from Agricultural and Managed Lands II Poster
Modeling paddy rice growth and fluxes of CH4 and CO2 using the ecosys model
A Review and Synthesis of Wetland and Peatland Models Simulating CH4 Production, Oxidation and Transport
Monitoring Rice Photosynthesis Under Contrasting Water Management Conditions with Near-Surface Hyperspectral Sensing
Data-driven assessment of rice methane emissions based on the duration of inundation periods
The category is water, water everywhere, and with it arrives the Variance-bOwen Ratio Terrestrial Evapotranspiration fluX (VORTEX) network
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