Larry T. West
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Also affiliated: Natural Resources Conservation Service (2008–2014); Agricultural Research Service (1990–2013); United States Department of Agriculture (1990–2021); University of Georgia (1988–2012); Purdue University West Lafayette (1988–1990); Savannah River National Laboratory (2009); University of Florida (2014); Maison des Sciences sociales et des Humanités Lorraine (2014); National Soil Erosion Research Laboratory (1988–1990); Arkansas Power Electronics International (2014); Matériaux Divisés, Interfaces, Réactivité, Electrochimie (2014); Taiwan Banana Research Institute (1994); University of Puerto Rico-Mayaguez (1997); University of Maryland, College Park (1984); Texas A&M University (1984–1987)
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
Larry T. West's research focuses on soil science, agricultural practices, and their environmental impacts. His work has investigated methods for restoring eroded soils, such as through conservation tillage, and has examined the long-term effects of agricultural legacies on watershed sediment budgets.
West has published research on nutrient dynamics in runoff from grasslands fertilized with broiler litter, analyzing phosphorus and ammonium concentrations. His work also includes the application of remote sensing for mapping surface soil organic carbon and studying soil structure development and solute flow. His scholarship metrics indicate a significant body of work, with an h-index of 38, 159 total publications, and over 5,300 citations, designating him as a highly cited researcher. He has collaborated with Lisa S. Wood and Bailey Darnell at the University of Arkansas at Fayetteville.
Metrics
- h-index: 38
- Publications: 155
- Citations: 5,297
Selected Publications
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Characterizing expansiveness and iron reducibility of red‐clay soils for the purpose of on‐site wastewater system placement in Arkansas (2021)
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History of forest soils knowledge and research (2019)
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Long-term forest soils research: lessons learned from the US experience (2019)
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Water Table Impacts on Wastewater Storage around Onsite Drainfield Trenches: Evaluation by Model Simulation (2019)
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Reduced Disposal Area Performance Utilizing Secondary-Treated Effluent in Profile-Limiting Soils (2019)
Collaboration Network
Top Collaborators
- Water Table Impacts on Wastewater Storage around Onsite Drainfield Trenches: Evaluation by Model Simulation
- Reduced Disposal Area Performance Utilizing Secondary-Treated Effluent in Profile-Limiting Soils
- Reduced Disposal Area Performance Utilizing Secondary-Treated Effluent in Profile-Limiting Soils
- Characterizing expansiveness and iron reducibility of red‐clay soils for the purpose of on‐site wastewater system placement in Arkansas
- Long-term forest soils research: lessons learned from the US experience
- History of forest soils knowledge and research
- Long-term forest soils research: lessons learned from the US experience
- History of forest soils knowledge and research
- Long-term forest soils research: lessons learned from the US experience
- History of forest soils knowledge and research
- Long-term forest soils research: lessons learned from the US experience
- History of forest soils knowledge and research
- Long-term forest soils research: lessons learned from the US experience
- History of forest soils knowledge and research
- Long-term forest soils research: lessons learned from the US experience
- History of forest soils knowledge and research
- Reduced Disposal Area Performance Utilizing Secondary-Treated Effluent in Profile-Limiting Soils
- Long-term forest soils research: lessons learned from the US experience
- History of forest soils knowledge and research
- Characterizing expansiveness and iron reducibility of red‐clay soils for the purpose of on‐site wastewater system placement in Arkansas
- Characterizing expansiveness and iron reducibility of red‐clay soils for the purpose of on‐site wastewater system placement in Arkansas
- Characterizing expansiveness and iron reducibility of red‐clay soils for the purpose of on‐site wastewater system placement in Arkansas
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