Kelsey L.H. Greub
Affiliation confirmed via AI analysis of OpenAlex, ORCID, and web sources.
Instructor
Also affiliated: Soil Health Institute (2020–2023)
Research Areas
Links
Biography and Research Information
OverviewAI-generated summary
Kelsey L.H. Greub's research focuses on soil health indicators, particularly their evaluation and response to agricultural management practices. Her work investigates carbon and nitrogen indicators, and the use of phospholipid fatty acid analysis as phenotypic biomarkers for soil health. Greub also studies aggregate stability methods and the carbon sensitivity of pedotransfer functions for plant-available water. She has published research on linking soil microbial community structure to carbon mineralization in reduced tillage systems. Greub collaborates with researchers at the University of Arkansas at Fayetteville, including P. Moore and Amanda J. Ashworth, with whom she shares multiple publications. Her work has resulted in 13 publications and 931 citations, with an h-index of 9.
Metrics
- h-index: 9
- Publications: 15
- Citations: 938
Positions
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Instructor 2023–presentUniversity of Arkansas at Fayetteville Crop, Soil, and Environmental Sciences ORCID
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Instructor/Academic Coordinator 2022Kansas State University Agronomy ORCID
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Project Scientist 2019–2020Soil Health Institute ORCID
Selected Publications
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Reduced tillage and cover crop treatment effects on growing-season greenhouse gas emissions from a soybean-corn rotation on silt-loam soil in southeast Arkansas (2026)
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Conservation tillage and cover crop effects on greenhouse gas emissions from furrow‐irrigated cotton in southeast Arkansas (2026)
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Evaluation of Greenhouse Gas-Flux-Determination Models and Calculation in Southeast Arkansas Cotton Production (2025)
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Does residue incorporation influence available nitrogen release from cereal rye and tillage radish cover crops under controlled conditions? (2022)
Collaboration Network
Top Collaborators
- Evaluation of Greenhouse Gas-Flux-Determination Models and Calculation in Southeast Arkansas Cotton Production
- Conservation tillage and cover crop effects on greenhouse gas emissions from furrow‐irrigated cotton in southeast Arkansas
- Reduced tillage and cover crop treatment effects on growing-season greenhouse gas emissions from a soybean-corn rotation on silt-loam soil in southeast Arkansas
- Evaluation of Greenhouse Gas-Flux-Determination Models and Calculation in Southeast Arkansas Cotton Production
- Conservation tillage and cover crop effects on greenhouse gas emissions from furrow‐irrigated cotton in southeast Arkansas
- Reduced tillage and cover crop treatment effects on growing-season greenhouse gas emissions from a soybean-corn rotation on silt-loam soil in southeast Arkansas
- Conservation tillage and cover crop effects on greenhouse gas emissions from furrow‐irrigated cotton in southeast Arkansas
- Reduced tillage and cover crop treatment effects on growing-season greenhouse gas emissions from a soybean-corn rotation on silt-loam soil in southeast Arkansas
- Does residue incorporation influence available nitrogen release from cereal rye and tillage radish cover crops under controlled conditions?
- Evaluation of Greenhouse Gas-Flux-Determination Models and Calculation in Southeast Arkansas Cotton Production
- Evaluation of Greenhouse Gas-Flux-Determination Models and Calculation in Southeast Arkansas Cotton Production
- Evaluation of Greenhouse Gas-Flux-Determination Models and Calculation in Southeast Arkansas Cotton Production
- Evaluation of Greenhouse Gas-Flux-Determination Models and Calculation in Southeast Arkansas Cotton Production
- Conservation tillage and cover crop effects on greenhouse gas emissions from furrow‐irrigated cotton in southeast Arkansas
- Conservation tillage and cover crop effects on greenhouse gas emissions from furrow‐irrigated cotton in southeast Arkansas
- Conservation tillage and cover crop effects on greenhouse gas emissions from furrow‐irrigated cotton in southeast Arkansas
- Conservation tillage and cover crop effects on greenhouse gas emissions from furrow‐irrigated cotton in southeast Arkansas
- Reduced tillage and cover crop treatment effects on growing-season greenhouse gas emissions from a soybean-corn rotation on silt-loam soil in southeast Arkansas
- Reduced tillage and cover crop treatment effects on growing-season greenhouse gas emissions from a soybean-corn rotation on silt-loam soil in southeast Arkansas
- Reduced tillage and cover crop treatment effects on growing-season greenhouse gas emissions from a soybean-corn rotation on silt-loam soil in southeast Arkansas
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