Source: TEXAS A&M UNIVERSITY submitted to
SUSTAINING RANGELANDS IN THE SOUTHERN GREAT PLAINS IN THE 21ST CENTURY: ADAPTING TO AND MITIGATING FOR CLIMATE CHANGE
Sponsoring Institution
National Institute of Food and Agriculture
Project Status
TERMINATED
Funding Source
Reporting Frequency
Annual
Accession No.
0223450
Grant No.
2010-67004-21814
Project No.
TEX09461
Proposal No.
2010-03364
Multistate No.
(N/A)
Program Code
A3111
Project Start Date
Sep 1, 2010
Project End Date
Aug 31, 2012
Grant Year
2010
Project Director
Wilcox, B. P.
Recipient Organization
TEXAS A&M UNIVERSITY
750 AGRONOMY RD STE 2701
COLLEGE STATION,TX 77843-0001
Performing Department
Ecosystem Science & Management
Non Technical Summary
Rangelands worldwide are being transformed by the encroachment of woody plants. This is a fundamental alteration of the landscape, and it is occurring because of a variety of factors including historic overgrazing, reduction in the extent and frequency of fires, and increases in CO2. On one hand, woody plant encroachment poses a serious problem for landowners and agricultural producers by threatening the agricultural productivity of rangelands and the ecosystem services they provide. On the other hand, we know that woody plants have a greater capacity than grasses to store carbon, thereby making them a potentially important vehicle for carbon sequestration and the mitigation of climate change. These competing demands present a dilemma for the future use and management of rangelands, with far-reaching consequences for society and the global environment. It divides those for whom agricultural productivity is the priority from those whose priority is to diminish global warming. Striking some kind of balance will require not only sound science, but also open dialogue between stakeholders with conflicting perspectives and needs. This planning proposal is a collaborative and mulit-institutional effort that will build the foundation for a successful Agriculture and Food Research Initiative (AFRI) Regional Coordinated Agricultural Project (CAP) that: 1) develops methods of optimizing rangeland productivity, ecosystem services, and carbon sequestration under changing climatic conditions; 2) builds common ground among stakeholders through effective extension and education efforts; and 3) enhances understanding of the combined effects of human uses, land fragmentation, and woody encroachment on rangeland ecosystems under climate change.
Animal Health Component
(N/A)
Research Effort Categories
Basic
(N/A)
Applied
50%
Developmental
50%
Classification

Knowledge Area (KA)Subject of Investigation (SOI)Field of Science (FOS)Percent
1010780107020%
1210780107080%
Goals / Objectives
With the ultimate goal of developing a Rangeland CAP in mind, we have developed specific planning grant objectives as follows: 1) Engage stakeholder groups to learn what their key issues are related to climate adaptation and mitigation in the SGP region 2) Establish a multi-disciplinary network of regional collaborators spanning research, extension, and education 3) Evaluate existing work and literature relevant to the proposed Rangeland CAP 4) Identify knowledge gaps 5) Establish research, extension, and education priorities and clearly identify the scope, objectives and milestones for the larger project 6) Develop a plan for communication, coordination, and synthesis to insure maximum integration across disciplines and programs, and a high degree of data quality and management
Project Methods
The principle outcome of this planning grant will be the development of a compelling and highly competitive proposal for the AFRI CAP. Other tangible outcomes will be (1) amore integrated science, policy, and stakeholder community in the SGP relative toclimate change issues on rangelands and (2) identification of the most importantchallenges facing rangelands in the SGP and a roadmap for addressing these challenges. The basic approach for achieving the six objectives of this planning grant will be a series of workshops (Fig. 4) to: (1) Engage stakeholder groups to learn what their key issues are related to climate adaptation and mitigation in the SGP region (2) Establish a multi-disciplinary network of regional collaborators spanning research, extension, and education (3) Evaluate existing work and literature relevant to the proposed Rangeland CAP (4) Identify knowledge gaps and develop standardized strategies and methodologies for conducting collaborative research, extension, and education (5) Establish research, extension, and education priorities and clearly identify the scope, objectives and milestones for the larger project (6) Develop a plan for communication, coordination, and synthesis to insure maximum integration across disciplines and programs, and a high degree of data quality and management These focused meetings are needed to ensure coordination and full integration of planning activities. The outcomes of the workshops will serve as guides for the development of a full-scale CAP. They will, therefore, need to reflect priorities, activities, and objectives for the broader SGP region, both for research, and for extension and education. The workshops will be coordinated, with results and findings from one informing the next, and so on. The management team, consisting of the Project Director and seven co-Project Investigators, will meet first with stakeholder groups to gather input on their perspectives and needs (Objective 1). Stakeholder participants will be recruited from, at a minimum, producers, the research, educational, and extension communities, as well as from industry, special interest groups, environmental groups, and local and state government. The meetings will be publicized via County Extension communications, local newspaper announcements, university web sites, and personal communication. Participants will be chosen far enough in advance of the workshops to have the opportunity to provide suggested topics of discussion via a dedicated web site. Guided roundtable discussions that focus on specific topics of interest will allow stakeholders to provide input on a wide range of issues. Participants will be encouraged to continue to provide input through the web site for some period of time following the workshops. We propose to hold three stakeholder workshops, to be located in three different sites representing the diversity of the SCP region.

Progress 09/01/10 to 08/31/12

Outputs
OUTPUTS: The purpose of this grant was to provide support for developing a large climate related AFRI proposal. Funding allowed for 4 team meetings throughout the life of the project. These meetings were held in Kansas, Oklahoma, and Texas. The tangible end result of the project was the development and submission of a proposal to the AFRI Climate program in January 2012. PARTICIPANTS: Not relevant to this project. TARGET AUDIENCES: Not relevant to this project. PROJECT MODIFICATIONS: Not relevant to this project.

Impacts
A proposal was successfully submitted in January 2012. The proposal was ultimately not funded. Interactions and relationships developed during the planning period were useful.

Publications

  • No publications reported this period


Progress 09/01/10 to 08/31/11

Outputs
OUTPUTS: This grant has provided resources for planning and implementing integrated projects that help to address the challenges posed by climate change to agricultural producers. We have used this support for a number of planning meetings across the Southern Great Plains Region. These planning meetings have included research, extension and education specialists. In addition we have supported several workshops of stakeholder groups to gain an understanding of stakeholder concerns. PARTICIPANTS: Investigators Name Title Department institution email B. P.Wilcox, PI Prof Eco Sci & Manage Texas A&M bwilcox@tamu.edu S. Fuhlendorf Prof. Natural Res Okla State U sam.fuhlendorf@okstate.edu S. Archer Prof Natural Res Univ Arizona sarcher@ag.arizona.edu J. Briggs Prof Biology Kansas St U jbriggs1@k-state.edu B. Wu Prof Eco Sci & Manage Texas A&M xbw@tamu.edu D. Elmore Ext Spe Natural Res Okla State U dwayne.elmore@okstate.edu C. Hart Ext Spe Eco Sci & Manage Texas A&M chart@ag.tamu.edu W. Polley Res Sci GSWRL ARS wayne.polley@ars.usda.gov D. Briske Prof. Eco Sci & Manage Texas A&M dbriske@tamu.edu J. Angerer Assist P Eco Sci & Manage Texas A&M jangerer@tamu.edu U. Kreuter Prof Eco Sci & Manage Texas A&M urs@tamu.edu Y. Luo Prof Biology U Oklahoma yluo@ou.edu B. McCarl Prof Ag Economics Texas A&M brucemccarl@gmail.com W. Pinchak Prof Eco Sci & Manage Texas A&M w-pinchak@tamu.edu W. Rogers Assoc P Eco Sci & Manage Texas A&M wer@tamu.edu J. Sawyer Ext Spe Animal Science Texas A&M j-sawyer@tamu.edu B. Scanlon Prof Econ Geology Univ. Texas bridget.scanlon@beg.utexas.edu M. Shafer Prof Okla Climate Surv U Oklahoma mshafer@mesonet.org M. Sorice Assist P Forestry Virgina Tech msorice@vt.edu J. Spears Prof Secondary Ed Kansas St U jdspears@k-state.edu W. van Leewen Assoc P Natural Res Univ Arizona leeuw@ag.arizona.edu J. West Assist P Eco Sci & Manage Texas A&M jbwest@tamu.edu TARGET AUDIENCES: Not relevant to this project. PROJECT MODIFICATIONS: Not relevant to this project.

Impacts
This is an integrated project that melds basic and applied research, extension and outreach, and education. We have developed a set of objectives with respect to each component 3.1 Biogeochemical cycles and climate a. Determine current carbon stock and how it is distributed thru the region b. Develop a comprehensive understanding of the relationships between land cover, production systems and carbon sequestration c. Provide regionally based forecasts of likely climate change scenarios and the uncertainties surrounding these forecasts 3.2 Adaptive management a. Develop adaptive vegetation management strategies with a particular emphasis on the use of fire b. Develop integrated enterprise management with an emphasis on the development of new or more flexible livestock management strategies c. Develop sustainable animal production strategies in the face of ongoing change warming and more variable climate 3.3 Socio-Economic a. Identify vulnerabilities and subsequent governance approaches that enhance social ecological resilience b. Conduct comprehensive life cycle analysis of the important rangeland based agro-production systems c. Evaluate the economic viability of rangelands for enhancing carbon storage d. Evaluate the probability of the conversion from croplands to rangelands or visa versa e. Improve policy to better maintain the viability of rangeland production systems 3.3 Education and Extension a. Synthesize ecological, economic, and social information gained from this project and other sources into relevant extension and education products b. Promote adaptive management strategies that are helpful in dealing with climate uncertainty 3.1 Data assimilation and analysis a. Develop a modeling framework for assessing the resilience of social-ecological systems in the Southern Great Plains b. Conduct a comprehensive land cover analysis to better understand current land cover condition and evolution of land cover changes including cultivation and woody plant encroachment 5.Potential Impact and expected outcomes This program will provide the research, extension, and educational framework to help rangeland based agricultural producers manage their rangelands in the most productive, cost efficient and environmentally responsible ways. By integrating our work across disciplines and developing frameworks to understand the rangeland based agricultural production systems as complex social ecological systems we will be able to develop contemporary management strategies that will help producers to thrive in times a high climatic and economic uncertainty.

Publications

  • No publications reported this period