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  Research Task 3 Projects
 

The overall goal of Task 3 is to develop & apply prediction & assessment technologies at local/regional/national scales. The work builds on previous and ongoing research by CASMGS investigators in modeling & assessment of SC & soil GHG emissions.


Subtasks:
  1. Task 3, Subtask 1: Refinement and validation of biophysical models

    Efforts in this subtask will concentrate on refinements to existing models of soil C and GHG emissions, compilation of experimental data for model validation and software development to facilitation simulation and data analysis.

  2. Task 3, Subtask 2: Field-scale prediction and assessment

    Subtask 2 will focus on developing knowledge about the optimal design of quantification systems, including the best mix of field sampling, remote sensing and modeling, their costs of implementation and accuracy and precision.

  3. Task 3, Subtask 3: Regional-scale prediction and assessment

    This subtask investigates effects of variability of environmental variables and heterogeneity in agricultural systems and their management, along with issues of scaling.

  4. Task 3, Subtask 4: National-scale prediction and assessment

    Research for this subtask focuses on developing quantification and assessment capabilities at the national level.

  5. Task 3, Subtask 5: Integration of economic and biophysical models

    The activities under this subtask provide for refinement of integrated economic/ecosystem models that have been developed by CASMGS investigators, for use in economic and policy assessment at alternative spatial scales.

  6. Task 3, Subtask 6: Model comparisons and databases for integrated assessment models

    Model comparisons and defining areas of overlap among models and methodologies are addressed in this subtask.

  7. Task 3, Subtask 7: Integrated assessments of greenhouse gas mitigation at field and farm scale

    Research on the impacts of soil carbon sequestration policies at the field- and farm-scale will provide a detailed analysis of how the impacts of these polices may vary spatially.

  8. Task 3, Subtask 8: Regional and national level integrated models and policy assessment

    Here we undertake regional-level policy assessments parallel the regional-level biophysical modeling, and focus on the North-Central region of the US.


Research:
 

Command-and-Control Policy Instruments versus Market-Based Instruments

A current research project at Iowa State University compares and evaluates policy instruments for providing environmental goods.


Reproducing Long-Term Soil Organic Carbon Dynamics with the EPIC Model

This work tests the EPIC model against soil carbon trend and crop production data from a long-term experiment from Arlington, WI.


Analysis of carbon dynamics in the US agricultural soils by using crop yield data

Carbon (C) sinks in agricultural soils can help mitigate carbon dioxide emissions and hence global warming. This study focuses on estimating crop residual C inputs to agricultural soils in the US, by using crop yield data and weather information.


Understanding variations in N2O emissions from agricultural landscapes

Recent research aims to characterize the influence of soil-landscape combinations and N fertilizer application rates on agricultural N2O emissions.


The Nebraska Carbon Study

Quantifying the change in greenhouse gas emissions due to natural resource conservation practice application in Nebraska. A collaborative effort between CSU-NREL, the State of Nebraska, USDA NRCS and the US DOE


The Indiana Carbon Storage Project

Quantifying the Change in Greenhouse Gas Emissions due to Natural Resource Conservation Practice Application in Indiana. A collaborative effort between USDA NRCS and CSU - NREL.


The Iowa Carbon Storage Project

Quantifying the change in greenhouse gas emissions due to natural resource conservation practice application in Iowa. A collaborative effort between USDA NRCS and CSU NREL.


A modeling approach to examining soil carbon management strategies at the landscape scale

Research at PNNL’s Joint Global Change Research Institute has begun to address the issue of scaling in carbon sequestration studies. We demostrate a modeling approach using a test study site in Maryland.


Regional Assessment of Net Greenhouse Gas Fluxes from Agricultural Soils in the US Great Plains


Recent Trends in CO2 flux between U.S. Agricultural Soils and the Atmosphere

Agricultural land use and management has led to modest amounts of carbon sequestration in soils over the past decade. Gains are due to setting-aside land in the Conservation Reserve Program and organic ammendments to crop and grazing lands.


CSTORE: A Tool for Monitoring Soil Carbon Changes in Agricultural Systems

Forecasting and quantification of soil C stock changes are essential component of agricultural carbon sequestration projects. We are developing a new model, called CSTORE, to quantify and assess soil carbon stock changes in agricultural systems.


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