Note: The following characters are not allowed:

', ",<, >, |, $, @, %, =, ;, &, +, (, ), /, \ Checking: view:Ltask2

The Consortium for Agricultural Soil Mitigation of Greenhouse Gases HOME
About CASMGS Home Institution Menu News Menu People Menu Publication Menu Search
This site looks best using IE
  Research Task 2 Projects
 

The overall goal of Task 2 is to enter into partnerships to identify, develop, and evaluate agricultural best management practices, including partnerships between (A) federal, State, or private entities; and (B) the Department of Agriculture.


Subtasks:
  1. Task 2, Subtask 1: Land management systems

    We propose to evaluate system impacts of alternative management practices for C sequestration on other soil quality parameters (e.g. soil N and water holding capacity) and on mitigation of other GHGs at selected sites.

  2. Task 2, Subtask 2: Perennial systems

    Established, long-term field study sites will be used to assess an array of management practices on the rate of soil C sequestration in rangelands, native and restored grasslands, forest lands and wetlands. Net primary productivity and biomass-C inputs

  3. Task 2, Subtask 3: Irrigated systems

    We propose to develop our knowledge about how BMPs related to irrigation and drainage impact soil C by using a two-tiered approach integrating detailed site-level measurements with regional-level investigations of physical and economic impacts of BMP's.


Research:
 

Multiple Benefits of Carbon-Friendly Agricultural Practices

Iowa State University study estimates multiple benefits of a conservation tillage subsidy policy.


Towards Implementing Carbon Markets in Agriculture

Until policy mechanisms that appropriately incorporate the potentially temporary nature of sinks are developed, it is unlikely that agricultural sequestration will gain widespread acceptance.


Below-ground Carbon Storage Study: Konza Prairie

The goal of this research is to discover how prescribed burning, grazing or mowing frequency, and nutrient additions affect above-ground and below-ground biological process, including soil carbon and nitrogen levels in the tallgrass prairie.


Effects of Carbon Sequestration BMPs

Some of the most commonly recommended Best Management Practices (BMPs) for carbon sequestration include no-till or reduced tillage, more intensive crop rotations, and optimal nitrogen fertilization rates.


Soil Carbon Levels Highest in Upper Soil Layers

Three K-State long-term tillage and fertility studies have recently been analyzed for changes in soil organic carbon (SOC) levels.


Economics of Sequestering Carbon in the U.S. Agricultural Sector

This study explores the economic potential of sequestering additional C in the U.S. agricultural sector by providing farmers with incentives to expand the adoption of land uses and production practices that increase C storage in soils and vegetation.


Soil and Crop Management Effects on Soil Carbon Sequestration

Long-term field studies are being used to determine the effects of tillage, rotation, and nitogen management on soil carbon and nitrogen pools and turnover.


Soil Carbon Stocks Across an Irrigation Chronosequence

Irrigation dramatically changes the productivity of cropland in arid and semi-arid regions, resulting in much higher yields as well as greater amounts of crop residues that are returned to the soil.


Irrigated Crop Rotation, Tillage, and Nitrogen Impacts On Soil Carbon Storage

Managing agricultural systems to optimize soil carbon storage and minimize nitrous oxide (N2O) emissions can have a significant impact on the future concentration of greenhouse gases as well as sustainability of the crop production system.


Pasture management and soil C

We reviewed the literature to examine ways that grassland management impacts soil C stocks.


An integraded approach to develop baseline soil carbon content in semiarid eastern Oregon

The Century model was used to assess the impacts of potential changes in land management on semiarid rangeland in Central Oregon.


About |  Home |  Insider |  Institutions |  Newsletter |  Current Publications |  News |  People |  Citations |  Research |  UP 
Comments? Questions? Problems?
   Click here.
CASMGS is funded by:

 
News Highlights!
CASMGS is a consortium of nine universities and one National Laboratory assembled to investigate the
potential of agricultural soils to mitigate greenhouse gases. Click here for background information.