CAREER: How does recalcitrant organic matter become bioavailable? Mechanisms and controls on sediment organic matter oxidation by microbial communities
CAREER: How does recalcitrant organic matter become bioavailable? Mechanisms and controls on sediment organic matter oxidation by microbial communities
Discipline
Oceanography
Funder
National Science Foundation (NSF)
Field
Natural Sciences
Organization
University of Tennessee at Knoxville; Working Group on NIH DMSP Guidance
Location
United States
Description
In order to better understand how recalcitrant organic matter becomes bioavailable, the DMP aims to collect geochemical, experimental, and observational data from water samples from White Oak River sites and Mid-Atlantic Bright Samples.
Date Last Modified
2017
Keywords
geochemistry
genomics
student learning