Energy Exploration and Development in the Desert Southwest
Dates
Start Date
2016
End Date
2018
Summary
Drylands make up approximately 35% of the US and 80% of DOI lands, all located in the West and especially the Colorado Plateau. Consisting of arid and semi-arid ecosystems, drylands are strongly resource-limited with low resilience and resistance to abiotic perturbations. Thus, small environmental changes often have disproportionally large ecological effects. One source of disturbance in the region is energy exploration and development (EED), which has also been a major driver of economic growth and social change in the western US for more than 100 years. In 2007, there were almost 90,000 abandoned and current wells spanning 60 years of activity on the Colorado Plateau, and the number of wells has been increasing exponentially with [...]
Summary
Drylands make up approximately 35% of the US and 80% of DOI lands, all located in the West and especially the Colorado Plateau. Consisting of arid and semi-arid ecosystems, drylands are strongly resource-limited with low resilience and resistance to abiotic perturbations. Thus, small environmental changes often have disproportionally large ecological effects. One source of disturbance in the region is energy exploration and development (EED), which has also been a major driver of economic growth and social change in the western US for more than 100 years. In 2007, there were almost 90,000 abandoned and current wells spanning 60 years of activity on the Colorado Plateau, and the number of wells has been increasing exponentially with time. Though extractive industries are often economically important to communities on the Colorado Plateau, many communities in the region have economically diversified and become amenity and tourism destinations. Thus, there is a need for new science to anticipate and mitigate the impacts of EED to rehabilitate drylands in its aftermath.
Accordingly, an interdisciplinary USGS research collaboration is working to identify actions that can be taken to reduce the negative impacts of EED on the Colorado Plateau. This effort involves natural and social scientists collectively investigating research questions focused on three topics: (1) impacts to ecological-social systems at the plot to regional scale, (2) rehabilitation of roads and pads, and (3) integrated analysis and scenario development.
This pilot project focuses on social and economic aspects of EED, recreation, and tourism in the Colorado Plateau region. The pilot aims to both leverage and contribute to the efforts of the broader USGS collaboration. Case studies involving background data and stakeholder interviews will be developed to research how communities are impacted by managing for multiple uses in the region, and a spatially-explicit assessment of potential resource use impacts and conflicts resulting from multiple uses will be developed. Further investigation of the cumulative impacts of EED on Colorado Plateau ecosystem services will capitalize on other potential synergies. For example, SECI researchers are investigating the feasibility of collecting and integrating more detailed social values and preference data into an existing viewshed analysis, recently developed in the ARtificial Intelligence for Ecosystem Services (ARIES) modeling platform for the Moab Master Leasing Plan.
FY 16 Accomplishments
Hired social scientist post-doc, starting Aug 2016;
Developed preliminary research plans, including tentative identification of two case study locations (i.e., Moab, UT, and Vernal, UT) and of project methods and tools.
FY17 Objectives
Develop and initiate additional social and economic research plans, focusing on potential synergies with existing or concurrent efforts (e.g., ARIES modeling in the region) and/or needs;
Share project objectives, approach, and preliminary results with local and agency stakeholders.