Please wait...
About This Project
Plants convert sunlight into energy and initiate symbiotic partnerships with fungi through their roots. In these symbioses, plant-derived carbon (C) is traded with fungi for water and nutrients. I plan to investigate exactly how C flows through belowground fungal networks in a grassland prairie plot. Determining the fate of C is important in understanding plant-fungal trade systems, but perhaps more so in specifying the relationship between soil fungal C and climate change mitigation.
More Lab Notes From This Project

Browse Other Projects on Experiment
Related Projects
Benefiting Bivalve Hatcheries with Open Source Research in improved Phytoplankton Blends
Every oyster that humanity has consumed started as a miniscule larva, invisible to the naked eye. During...
Tiny worlds in desert moss: Microbes and microfauna in biological soil crusts
Desert mosses live closely with lichens and other microorganisms, together performing vital ecosystem services...
Uncovering fungal biodiversity from contaminated brownfield and superfund sites in Southern California
Fungal biodiversity in Southern California remains poorly documented, particularly in contaminated soils...





