Christopher Schadt

Proteomic Analysis of Model Metal-reducing Microbial Communities

Lead Institution

Oak Ridge National Laboratory

Principal Investigator

Dwayne Elias

Project type

Exploratory Research

The sulfate- and Fe(III)- reducing bacteria (SRB and IRB) are primarily responsible for metals and radionuclide immobilization in porous subsurface sediments. Desulfovibrio vulgaris and Geobacter…

Insights into peatland carbon cycling derived from integration of Omics with biogeochemical profiling

Lead Institution

Michigan Technological University

Principal Investigator

Evan Kane

Project type

Large-Scale EMSL Research

Peatlands are one of the most important ecosystems providing feedbacks to the climate system because they store a large component (>30%) of the world's soil C stocks. Peatlands also are found…

A Multiomics, Systems-Based Approach to Quantify the Response of Microbially-Mediated Carbon Turnover to Climate Change Manipulation in a Northern Peatland Forest

Lead Institution

Florida State University

Principal Investigator

Rachel Wilson

Project type

Large-Scale EMSL Research

Peatlands store 1/3 of all soil carbon (C) and currently act as net C sinks sequestering C as a complex mixture of organic compounds. The anoxic, water-logged, cool conditions of boreal peatlands…

EMSL Science Overview

Christopher Schadt

Projects

Proteomic Analysis of Model Metal-reducing Microbial Communities

Insights into peatland carbon cycling derived from integration of Omics with biogeochemical profiling

A Multiomics, Systems-Based Approach to Quantify the Response of Microbially-Mediated Carbon Turnover to Climate Change Manipulation in a Northern Peatland Forest