Sihi Biogeochemistry Lab
Sihi Biogeochemistry Lab
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Current Projects
Southern Piedmont Climate-Smart Project
Brief description of the project: We are partnering with the Rodale Institute on a $25M project from the USDA’s Partnerships for Climate Smart Commodities program. The project title is “Quantifying the Potential to Reduce Greenhouse Gas Emissions and Increase Carbon Sequestration by Growing and Marketing Climate-Smart Commodities in the Southern Piedmont”.
Last updated on Oct 24, 2023
OUTREACH ASSISTANCE TO BEGINNING FARMERS, RANCHERS, AND VETERANS TO PROMOTE SUSTAINABLE OPERATIONS AND PRODUCTIVITY
Brief description of the project: We are organizing workshops, field days, outreach and community engagement activities on climate smart and regenerative agricultural practices in GA through this USDA project from the Beginning Farmer and Rancher Development Program.
Last updated on Apr 9, 2023
Understanding biophysical drivers of the CH4 source sink transition in Northern Forests
Total Funding: $1,655,957 (Emory: $329,238) Meet our multi-institute collaborative team members: Woodwell Climate Research Center, lead institute: Jennifer Watts (PI), Kathleen Savage (Co-PI) Emory University: Debjani Sihi (PI) San Diego State University: Xiaofeng Xu (PI) Arizona State University: Hinsby Cadillo-Quiroz (PI) University of Maine: Shawn Fraver (PI) USDA Forest Service: David Hollinger (Collaborator)
Last updated on Apr 9, 2023
Measuring & modeling agricultural carbon sequestration through a microbial lens
Funding source: Valent Biosciences/Valent U.S.A. (Carbon sequestration in agricultural soils,
https://www.halo.science/research/agriculture/carbon-sequestration
)
Last updated on Mar 3, 2024
Modeling Soil Carbon for Climate-Smart and Sustainable Future
Funding source: Halle Institute for Global Research, Emory University and The Halle Foundation Collaborative Research Grant
Last updated on Aug 8, 2022
Upscaling soil organic carbon measurements at the continental scale by understanding emergent ecosystem properties and spatial representativeness analysis
Funding source: National Science Foundation, Macrosystem Biology and NEON-Enabled Science (Award #: DEB-2106137)
Last updated on Aug 8, 2022
Using probability distribution function as a scaling approach to incorporate soil heterogeneity into biogeochemical models for greenhouse gas predictions
Funding source: US Department of Energy Office of Science, Environmental System Science (Award #: DE-SC0022314)
Last updated on Aug 8, 2022