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Approaches

Aquatic Ecology 2/19 Projects
Eddy Covariance 2/19 Projects
Global Change Biology 9/19 Projects
Microbial Ecology 5/19 Projects
Modeling 7/19 Projects
Nutrient Dynamics 6/19 Projects
Remote Sensing 1/19 Projects

Research Projects

Temperature Sensitivity of Substrate Decomposition from Enzymes to Microbial Communities

A recently funded project explores how substrate stoichiometry and architecture influence the C and N released via mineralization, and the temperature sensitivity of these fluxes. This avenue of research will ...

Date August 2010 - present
Location Northeast Kansas
Contact Sharon Billings

Landscape Legacies in Rivers: Retrospective Analyses of Changes in Ecosystem Function across Two Centuries

Date January 2010 - present
Location Kansas and Missouri
Contact James H. Thorp

The Biogeochemistry of Soil Nitrogen Cycling with Changing Precipitation Regimes

Current climate models predict that the Central Plains of North America will likely experience similar rainfall amounts with climate change, with longer dry periods and more intense events. Little is ...

Date September 2009 - present
Location Central Plains
Contact Sharon Billings

Linking Whole Ecosystem Stoichiometry to Individual-level Nutrient Dynamics

The availability of nitrogen (N) and/or phosphorus (P) constrains primary production in most ecosystems worldwide. As a consequence, the fluxes of N and P through ecosystems are tightly linked. Thus, ...

Date September 2009 - present
Location International
Contact Ford Ballantyne

Vegetation and Moisture Heterogeneity as Influences on Mass and Energy Fluxes and Lower Boundary Layer Turbulence

In this project we are using a large eddy simulation model under "real" conditions in which I force the model with satellite imagery coupled with a land-surface model. In order ...

Date September 2009 - present
Location Statewide
Contact Nate Brunsell

Soil Organic Matter Processing with Warming in the Moist Boreal Forests of Eastern Canada

Understanding how the vast reservoir of soil organic carbon in boreal systems will respond to warming is critical for predicting future climate. As the boreal forests of eastern North America ...

Date September 2009 - present
Location Eastern Canada
Contact Sharon Billings