89
0
0
Like?
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
How can a cheap scanner reveal hidden signals in living soil?
Soil looks like one brown background, but water, minerals, organic matter, roots, fungi, bacteria, and decaying...
Can biome logs transform biomass from a problem to soil-ution?
As catastrophic megafires and flooding intensify across the western United States, fungi and other microbes...
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...

