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Research Project: INTEGRATED INVASIVE SPECIES CONTROL, REVEGETATION, AND ASSESSMENT OF GREAT BASIN RANGELANDS

Location: Great Basin Rangelands Research

Title: Rangeland CEAP: An assessment of conservation practices

Authors
item Spaeth, Ken -
item Weltz, Mark
item Briske, Dave -
item Jolley, Leonard -
item Metz, Loretta -
item Rossi, Colleen

Submitted to: Rangelands
Publication Type: Peer Reviewed Journal
Publication Acceptance Date: October 24, 2012
Publication Date: N/A

Interpretive Summary: This rangeland synthesis establishes a precedent for formalized ongoing partnerships among scientists, land managers, conservation specialists, and policymakers. These partnerships can assist NRCS in providing the most up-to-date science-based information for rangeland conservation practice standards. NRCS is developing a process to review all its grazing land conservation practices based on the findings in this book and additional published material where possible to define quantitative metrics to evaluate the impacts of both individual practices and suites of conservation practices (e.g. resource management systems). To document the impacts of conservation NRCS is investigating the options of implementing a producer monitoring system and associated data management systems to quantify ecosystem impacts and provide the foundational data for modifying conservation practices in the future to achieve the desired targeted benefits.

Technical Abstract: The NRCS uses science-based technology to provide conservation planning and assistance to land owners and land operators to maintain productive lands and healthy ecosystems. Evaluating science-based literature on effectiveness of rangeland conservation practices is an important first step as it provides a valuable source of information and the synthesis will serve as a “living document” that can be updated as new scientific information is available. The comprehensive literature synthesis of peer-reviewed scientific research “broadly supports” many of the conservation practice standard purposes. The synthesis identifies a lack of research that specifically applies to conservation practices as a common occurring theme. The research community has not often conducted long-term studies (>10 years) to document ecosystem outcomes, including both ecosystem goods and services derived from implementing conservation practices. Similarly, the USDA has not emphasized or funded either short- or long-term monitoring investigations following the implementation of conservation practices because the benefits were assumed to be self-evident or that they were too costly or difficult to obtain. In general, natural resource research is focused on short-term challenges, with less attention and fewer resources devoted to long-term and fundamental research. Also, very few rangeland research efforts seek to incorporate the “human factor” that is key to making long-term changes in management or practice application successful. A new mechanism of funding research and changes in agencies polices and program that focus on long term (i.e., >10 years) monitoring of impacts of conservation is required to document cost-effectiveness of conservation. This research should focus on what new technologies and monitoring systems are needed to observe and measure the important abiotic and biotic variables in a cost-effective and timely manner to meet the needs of adaptive management required of producers and federal and state agencies at local, regional, and national scales.

   

 
Project Team
Blank, Robert - Bob
Longland, William - Bill
Weltz, Mark
Swope, Sarah
 
Publications
   Publications
 
Related National Programs
  Pasture, Forage and Rangeland Systems (215)
  Crop Protection & Quarantine (304)
 
Related Projects
   ASSESSING HYDROLOGIC RESPONSE OF PLANT COMMUNITIES IN THE GREAT BASIN
   REDUCING THE IMPACT OF WILDFIRES IN NORTH AMERICAN DESERTS
   QUANTIFYING ENVIRONMENTAL BENEFITS DERIVED FROM IMPLEMENTING RANGELAND CONSERVATION PRACTICES WITHIN THE GREAT BASIN
   INTEGRATED INVASIVE SPECIES CONTROL, REVEGETATION, AND ASSESSMENT OF GREAT BASIN RANGELANDS
   QUANTIFYING PLANT GROWTH RESPONSE AND ENVIRONMENTAL BENEFITS DERIVED FROM IMPLEMENTING GRAZING LAND CONSERVATION PRACTICES.
   GREAT BASIN COOPERATIVE ECOSYSTEM STUDIES UNIT NFCA
   DEVELOPING ECOLOGICAL SITE DESCRIPTION STATE AND TRANSITIONS MODELS FOR GREAT BASIN RANGELAND PLANT COMMUNITIES
   GREAT BASIN ECOLOGICAL SITE DEVELOPMENT
   QUANTIFYING AND PREDICTING IMPACTS AND BENEFITS OF CONSERVATION ON GRAZING LANDS
   EVALUATION OF THE EFFECTS OF RANGELAND CONDITIONS ON THE SOURCES AND TRANSPORT OF DISSOLVED SOLIDS WITHIN THE UPPER COLORADO RIVER BASIN
   QUANTIFYING ENVIRONMENTAL BENEFITS DERIVED FROM IMPLEMENTING RANGELAND CONSERVATION PRACTICES TO IMPROVE WATER QUALITY
   Quantifying Soil Erosion and Runoff from Western Rangelands
 
 
Last Modified: 05/19/2013
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