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Research Project: Management Technologies for Arid Rangelands

Location: Range Management Research

Title: Grassland conservation in the borderlands: Understanding coupled human-ecological systems to achieve conservation goats

Authors
item Ceballos, Gerardo -
item List, Rurik -
item Frederickson, Eddie
item Fredrickson, Ed
item Davidson, Ana -
item Sierra Corona, Rodrigo -
item Martinez, Luli -
item Herrick, Jeffrey
item Pacheco, Jesus -

Submitted to: Book Chapter
Publication Type: Book/Chapter
Publication Acceptance Date: March 15, 2009
Publication Date: N/A

Technical Abstract: Grasslands are one of the shared ecosystems that dominate the heart of the North American continent. Among these are the Chihuahuan Desert grasslands that are undergoing a rapid transition to desertified, arid scrub conditions. Policy-driven landuse changes are reducing their capacity to maintain biodiversity, ecosystem services, and human well-being. In northwestern Chihuahua, and adjoining New Mexico, Arizona and Texas, degradation occurred differentially on either side of the border with degradation in the United States preceding that in Mexico, but becoming more pronounced in some parts of Mexico during the last two decades. Degradation patterns in the United States can inform Mexican conservation efforts, while relatively intact Mexican ecosystems provide valuable insights into functional grassland systems. Our collaborative socio-ecological study of the patterns and processes governing ecological change is guiding grassland recovery with the goal of maintaining biodiversity that appears necessary to reinstate lost ecosystem services and grassland productivity on which human population¿s in the transbounday region depend. As this chapter discusses, prairie dogs in this region exhibit the characteristics of a keystone species and are important ecosystem engineers that maintain northern Chihuahuan grasslands. They are critical for the maintenance of biodiversity and support grassland ecosystem functioning, resulting in important benefits for humans. The natural process of prairie dogs supporting ecosystem function creates ecosystem services essential for human well-being. This process is disrupted by poor land management (i.e., governmental policies that promote cattle overgrazing) resulting in environmental degradation that results in a loss of biodiversity, alteration of ecosystem function, and reduction of ecosystem services. In this chapter we present an approach to overcome the negative cycle of overgrazing, and discuss how this approach could be implemented bi-nationally.

   

 
Project Team
Peters, Debra - Deb
Havstad, Kris
Rango, Albert - Al
Herrick, Jeffrey - Jeff
Anderson, Dean
Bestelmeyer, Brandon
Tartowski, Sandy
Fredrickson, Ed
Frederickson, Eddie
Estell, Richard - Rick
Lucero, Mary
 
Publications
   Publications
 
Related National Programs
  Rangeland, Pasture, and Forages (215)
 
Related Projects
   Technologies for Monitoring, Management, and Remediation of Degraded Rangelands
   Models and Monitoring Protocols to Support Long-Term Monitoring of Desert Ecosystems
   Southwest Carbon Sequestration Partnership-Phase Ii: Terrestrial Sequestration
   Feasibility Test of a Uav-Based System for Rangeland Inventory Assessment and Monitoring in the Owyhee Uplands
   Interactions of Climate Change and Other Environmental Factors on Invasive Plant Infestation in the Arid West
   Grazinglands Ceap and Nri Technical Support
   Field Testing of Monitoring and Assessment Technologies Across Large Ranch Landscapes in the Southwestern U.S.
   Baseline Ecological Health Survey
   Application of "interpreting Indicators of Rangeland Health" (Iirh, Tr 1734-6) to Management of Linear Impacts
   Identification, Characterization, & Transfer of Microbial Endophytes into Native Plant Materials to Improve Success of Rangeland Restoration
   Habitat Monitoring on Holleman Air Force Base
   Rangeland Management Practices and Technologies
   Monitor Habitat
   Monitor Habitat-Phase II
   Soil Baseline Study: Impacts of Dispersed Vehicle Disturbances
   Grazinglands Ceap and Nri Technical Support-Phase II
   Development of State and Transition Models That Describe the Vegetation Dynamics of Ecological Sites
   Lake Mead National Recreation Area Ecosystem Health Monitoring
 
 
Last Modified: 05/09/2009
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