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Mr. Kevin Neal
The University of Oklahoma

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0 Ecosystem Services
0 GIS
0 Plant Ecology
0 Remote Sensing
0 Spatial Analysis

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Profile ImageLawrence Burkett Department of Geography and ...
Profile ImageChris Anderson University of Oklahoma
Profile ImageNuwanthika Perera Oklahoma Biological Survey, ...
Profile ImageMichelle H. Busch Geographical Ecology Group D...
Profile ImageEdward Higgins Oklahoma Biological Survey, ...
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Research article
Published: 04 May 2021 in Journal of Land Use Science
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Improving our understanding of land-use change is critical for water management in semi-arid areas, due to its effects on the hydrological cycle. In the U.S. Southwest, fallowing farmland has become one strategy to reduce water use. Previous to this study, the magnitude and location of changes in fallowing have not been studied in depth. Using the 30-meter Cropland Data Layer, this study assessed the spatial and temporal patterns of fallowing in the U.S. portion of the Rio Grande/Río Bravo Basin (RGB) at three spatial scales (basin, state, and ecoregion) between 2008 and 2018. Our results do not show evidence of an increasing trend in fallowing at the basin level. However, the spatio-temporal patterns differed considerably among states and ecoregions, revealing hotspots of fallowing. By showing that land fallowing is not a widespread practice across the basin, our findings indicate that the potential of this strategy to save water has been underused.

ACS Style

Sophie Plassin; Jennifer Koch; Madison Wilson; Kevin Neal; Jack R. Friedman; Stephanie Paladino; James Worden. Multi-scale fallow land dynamics in a water-scarce basin of the U.S. Southwest. Journal of Land Use Science 2021, 16, 291 -312.

AMA Style

Sophie Plassin, Jennifer Koch, Madison Wilson, Kevin Neal, Jack R. Friedman, Stephanie Paladino, James Worden. Multi-scale fallow land dynamics in a water-scarce basin of the U.S. Southwest. Journal of Land Use Science. 2021; 16 (3):291-312.

Chicago/Turabian Style

Sophie Plassin; Jennifer Koch; Madison Wilson; Kevin Neal; Jack R. Friedman; Stephanie Paladino; James Worden. 2021. "Multi-scale fallow land dynamics in a water-scarce basin of the U.S. Southwest." Journal of Land Use Science 16, no. 3: 291-312.

Journal article
Published: 22 January 2020 in Sustainability
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In recent years, researchers have begun to adopt a perspective evaluating “winners and losers” regarding the consumption and value of ecosystem services. “Winners” tend to benefit from the ecosystem service and “losers” absorb most associated costs. Our study focuses on water use in Oklahoma (USA) and a plan to divert water from the Kiamichi River in southeastern Oklahoma for consumption at residences in the Oklahoma City metropolitan area. Our study is, in part, a follow-up from an initial 2013 survey of Oklahoma City residents and residents of the Kiamichi. For this paper, a survey was distributed within the state of Oklahoma to evaluate changes to ecosystem service willingness to pay and valuation. This survey also included an experimental element assessing if exposure to additional information about ecosystem services influenced respondents on ecosystem service valuation, or willingness to pay. Our results generally aligned with those found in the 2013 survey. Oklahoma City residents are not aware of where their water is coming from and are not willing to pay to protect ecosystem services, despite an overall increase in activism. Our results indicate that a smaller number of significant factors determining willingness to pay for ecosystem service maintenance were identified than the study in 2013. Exposure to additional information had no effect on peoples’ preferences. We found that public opinion surrounding environmental support is context-specific, political conservatism may not always impede valuation of environmental protections. We conclude that cultural, moral, and political values interact in their influence on expressions of valuation and willingness to pay for ecosystem services.

ACS Style

Claire Burch; Michelle Busch; Edward Higgins; Steven Bittner; Nuwanthika Perera; Kevin Neal; Lawrence Burkett; Antonio Castro; Christopher Anderson. Revisiting a Water Conflict in Southeastern Oklahoma 6 Years Later: A New Valuation of the Willingness to Pay for Ecosystem Services. Sustainability 2020, 12, 819 .

AMA Style

Claire Burch, Michelle Busch, Edward Higgins, Steven Bittner, Nuwanthika Perera, Kevin Neal, Lawrence Burkett, Antonio Castro, Christopher Anderson. Revisiting a Water Conflict in Southeastern Oklahoma 6 Years Later: A New Valuation of the Willingness to Pay for Ecosystem Services. Sustainability. 2020; 12 (3):819.

Chicago/Turabian Style

Claire Burch; Michelle Busch; Edward Higgins; Steven Bittner; Nuwanthika Perera; Kevin Neal; Lawrence Burkett; Antonio Castro; Christopher Anderson. 2020. "Revisiting a Water Conflict in Southeastern Oklahoma 6 Years Later: A New Valuation of the Willingness to Pay for Ecosystem Services." Sustainability 12, no. 3: 819.