Andrew N. Sharpley
This is a likely match — the affiliation was inferred from OpenAlex, ORCID, and web sources but has not been fully confirmed. Treat with appropriate caution.
Researcher
Also affiliated: Oklahoma State University (1983–1989); Pennsylvania State University (2006–2012); Agricultural Research Service (1986–2019); United States Department of Agriculture (1986–2016); North Carolina State University (2012); Iowa State University (2019); Waters (United States) (1982–2007); Southeastern Oklahoma State University (1986); Kansas State University (2019); Agricultural Development Advisory Service (United Kingdom) (1994); Heidelberg University (2012); University of Arkansas System (2007–2022); Soil Science Society of America (2017); Texas College (2012); AgResearch (2002); Park University (2002–2006); Northwest Watershed Research Center (2003); Southeast Watershed Research Laboratory (1995–2006); Istituto Nazionale di Ricerca per gli Alimenti e la Nutrizione (1995); Center for Agricultural Resources Research (2018); Southern Water (United Kingdom) (1980–1985); Dale Bumpers Small Farms Research Center (1999); Delta Water Management Research Unit (2019); Watershed (1980–2006); Department of Agriculture (2006); Oklahoma State University Oklahoma City (1988); Management Research Institute (1999–2004); Quality Research (1987–2012); Agricultural Research Service - Plains Area (2018); National Sedimentation Laboratory (2013); Institute of Crop Science (2012); Massey University (1976–1981); Heidelberg University (2012); Charles River Associates (2013); University of Sheffield (2000); Colorado State University (2012); University of Bologna (1994)
Faculty Researcher
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
Andrew N. Sharpley's research focuses on understanding and mitigating the loss of phosphorus and other nutrients from agricultural systems, particularly in relation to water quality. His work investigates the effectiveness of various conservation practices and management strategies in reducing nutrient runoff from fields and pastures. This includes studying the impacts of agricultural practices such as manure application, swine slurry holding ponds, and winter hay feeding on soil properties and water movement.
Sharpley has conducted studies on nutrient losses from different agricultural settings, including cotton production fields and pastures in the Ozark Highlands. His research also examines the limitations of traditional soil tests and small-scale rainfall simulators in estimating dissolved phosphorus losses from legacy sources. He has collaborated with researchers at the University of Arkansas at Fayetteville, including Mike Daniels and James Burke, on multiple publications exploring these environmental challenges.
With a highly cited status and an extensive publication record, Sharpley's scholarship is recognized for its significant contributions to environmental science and agricultural research. His work is supported by substantial citation counts, indicating a broad impact within his field. He maintains an active laboratory website, suggesting ongoing research and engagement.
Metrics
- h-index: 111
- Publications: 439
- Citations: 45,054
Selected Publications
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Winter hay‐feeding effects on soil properties in a rotationally grazed pasture system in the Ozark Highlands (2025)
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An Evaluation of Manure Management Strategies, Phosphorus Surface Runoff Potential and Water Usage at an Arkansas Discovery Dairy Farm (2023)
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Potassium losses in runoff from cotton production fields (2023)
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Addressing conservation practice limitations and trade‐offs for reducing phosphorus loss from agricultural fields (2022)
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Water quality adjacent to swine slurry holding ponds associated with a concentrated animal feeding operation (2022)
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Estimating dissolved phosphorus losses from legacy sources in pastures: The limits of soil tests and small‐scale rainfall simulators (2021)
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Understanding and managing the re-eutrophication of Lake Erie: Knowledge gaps and research priorities (2019)
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Multi-stakeholders’ preference for best management practices based on environmental awareness (2019)
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Coupling High-Frequency Stream Metabolism and Nutrient Monitoring to Explore Biogeochemical Controls on Downstream Nitrate Delivery (2018)
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Celebrating the 350th Anniversary of Phosphorus Discovery: A Conundrum of Deficiency and Excess (2018)
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Changes in Environmental Awareness and Its Connection to Local Environmental Management in Water Conservation Zones: The Case of Beijing, China (2018)
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A review of regulations and guidelines related to winter manure application (2018)
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Long-term accumulation and transport of anthropogenic phosphorus in three river basins (2016)
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Engineering solutions for food-energy-water systems: it is more than engineering (2016)
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Conservation practice effectiveness and adoption: unintended consequences and implications for sustainable phosphorus management (2015)
Collaboration Network
Top Collaborators
- Potassium losses in runoff from cotton production fields
- Water quality adjacent to swine slurry holding ponds associated with a concentrated animal feeding operation
- Winter hay‐feeding effects on soil properties in a rotationally grazed pasture system in the Ozark Highlands
- An Evaluation of Manure Management Strategies, Phosphorus Surface Runoff Potential and Water Usage at an Arkansas Discovery Dairy Farm
- Potassium losses in runoff from cotton production fields
- Water quality adjacent to swine slurry holding ponds associated with a concentrated animal feeding operation
- Winter hay‐feeding effects on soil properties in a rotationally grazed pasture system in the Ozark Highlands
- An Evaluation of Manure Management Strategies, Phosphorus Surface Runoff Potential and Water Usage at an Arkansas Discovery Dairy Farm
- Addressing conservation practice limitations and trade‐offs for reducing phosphorus loss from agricultural fields
- Estimating dissolved phosphorus losses from legacy sources in pastures: The limits of soil tests and small‐scale rainfall simulators
- Water quality adjacent to swine slurry holding ponds associated with a concentrated animal feeding operation
- Winter hay‐feeding effects on soil properties in a rotationally grazed pasture system in the Ozark Highlands
- Water quality adjacent to swine slurry holding ponds associated with a concentrated animal feeding operation
- Winter hay‐feeding effects on soil properties in a rotationally grazed pasture system in the Ozark Highlands
- Potassium losses in runoff from cotton production fields
- An Evaluation of Manure Management Strategies, Phosphorus Surface Runoff Potential and Water Usage at an Arkansas Discovery Dairy Farm
- Estimating dissolved phosphorus losses from legacy sources in pastures: The limits of soil tests and small‐scale rainfall simulators
- Estimating dissolved phosphorus losses from legacy sources in pastures: The limits of soil tests and small‐scale rainfall simulators
- Water quality adjacent to swine slurry holding ponds associated with a concentrated animal feeding operation
- Water quality adjacent to swine slurry holding ponds associated with a concentrated animal feeding operation
- Water quality adjacent to swine slurry holding ponds associated with a concentrated animal feeding operation
- Water quality adjacent to swine slurry holding ponds associated with a concentrated animal feeding operation
- Addressing conservation practice limitations and trade‐offs for reducing phosphorus loss from agricultural fields
- Addressing conservation practice limitations and trade‐offs for reducing phosphorus loss from agricultural fields
- Addressing conservation practice limitations and trade‐offs for reducing phosphorus loss from agricultural fields
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