Jason P. Kelley
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Also affiliated: Oklahoma State University (2003–2009); Agricultural Research Service (2022); Oregon State University (2014–2018); United States Department of Agriculture (2022); University of Idaho (2019–2025); University of Arkansas System (2007–2021); San Joaquin Valley Agricultural Sciences Center (2022); Arizona State University (2010–2012)
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
Jason P. Kelley's research investigates the integration of agricultural data and decision-making processes. He has published work on utilizing machine learning and neural networks to estimate site-specific crop evapotranspiration by incorporating data from low-cost sensors and agro-meteorology networks. His research also includes studies on the impact of agricultural practices on insect population dynamics and crop yield, such as the effect of planting dates on aphid populations and grain sorghum yield. Kelley has also examined fertilizer nitrogen recovery efficiency in furrow-irrigated corn and weed populations as affected by residue management in wheat-soybean double-crop systems. His work in these areas contributes to the development of site-specific decision support tools for agriculture.
Metrics
- h-index: 12
- Publications: 51
- Citations: 404
Selected Publications
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End‐of‐season corn stalk analysis as a tool to fine‐tune potassium and nitrogen management (2026)
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Quantifying Foliar and Soil Uptake of Granular 15N‐Labeled Urea by Corn (2018)
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Evaluating Tissue Tests to Improve Nitrogen Management in Furrow‐Irrigated Mid‐South Corn Production (2018)
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Pre‐Plant Nitrogen Fertilizer Uptake and Partitioning in Furrow‐Irrigated Corn (2017)
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Early Season Nitrogen Fertilizer Recovery by Corn within a Furrow-Irrigated Production System (2017)
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Fertilizer Nitrogen Recovery Efficiency of Furrow‐Irrigated Corn (2016)
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Winter Wheat Yield Response to a Urea Amended with a Urease Inhibitor and Fertilization Time (2011)
Collaboration Network
Top Collaborators
- Fertilizer Nitrogen Recovery Efficiency of Furrow‐Irrigated Corn
- Winter Wheat Yield Response to a Urea Amended with a Urease Inhibitor and Fertilization Time
- Pre‐Plant Nitrogen Fertilizer Uptake and Partitioning in Furrow‐Irrigated Corn
- Evaluating Tissue Tests to Improve Nitrogen Management in Furrow‐Irrigated Mid‐South Corn Production
- Early Season Nitrogen Fertilizer Recovery by Corn within a Furrow-Irrigated Production System
Showing 5 of 6 shared publications
- Fertilizer Nitrogen Recovery Efficiency of Furrow‐Irrigated Corn
- Pre‐Plant Nitrogen Fertilizer Uptake and Partitioning in Furrow‐Irrigated Corn
- Evaluating Tissue Tests to Improve Nitrogen Management in Furrow‐Irrigated Mid‐South Corn Production
- Early Season Nitrogen Fertilizer Recovery by Corn within a Furrow-Irrigated Production System
- Quantifying Foliar and Soil Uptake of Granular 15N‐Labeled Urea by Corn
Showing 5 of 6 shared publications
- Fertilizer Nitrogen Recovery Efficiency of Furrow‐Irrigated Corn
- Pre‐Plant Nitrogen Fertilizer Uptake and Partitioning in Furrow‐Irrigated Corn
- Evaluating Tissue Tests to Improve Nitrogen Management in Furrow‐Irrigated Mid‐South Corn Production
- Early Season Nitrogen Fertilizer Recovery by Corn within a Furrow-Irrigated Production System
- Quantifying Foliar and Soil Uptake of Granular 15N‐Labeled Urea by Corn
- Winter Wheat Yield Response to a Urea Amended with a Urease Inhibitor and Fertilization Time
- Fertilizer Nitrogen Recovery Efficiency of Furrow‐Irrigated Corn
- Evaluating Tissue Tests to Improve Nitrogen Management in Furrow‐Irrigated Mid‐South Corn Production
- End‐of‐season corn stalk analysis as a tool to fine‐tune potassium and nitrogen management
- End‐of‐season corn stalk analysis as a tool to fine‐tune potassium and nitrogen management
- End‐of‐season corn stalk analysis as a tool to fine‐tune potassium and nitrogen management
- End‐of‐season corn stalk analysis as a tool to fine‐tune potassium and nitrogen management
- End‐of‐season corn stalk analysis as a tool to fine‐tune potassium and nitrogen management
- End‐of‐season corn stalk analysis as a tool to fine‐tune potassium and nitrogen management
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