Amanda J. Ashworth
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Soil Scientist
Also affiliated: Agricultural Research Service (2016–2026); United States Department of Agriculture (2017–2025); Shenyang Agricultural University (2021); University of Tennessee Health Science Center (2016); University of Arkansas System (2018–2021); Foreign Agricultural Service (2024–2025); Government of the United States of America (2022–2024); Ashworth College (2020); Poultry Research Institute (2018–2026); Dale Bumpers Small Farms Research Center (2016–2021); U.S. National Poultry Research Center (2017–2026); Department of Forestry (2013); University of Tennessee at Knoxville (2013–2016); University of Missouri (2023)
Faculty Researcher
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
Amanda J. Ashworth's research focuses on soil health, microbial ecology, and nutrient dynamics in agricultural systems. Her work investigates soil carbon indicators, aggregate stability, and the selection of soil hydraulic properties as indicators of soil health in response to management and site characteristics. She has studied the impact of management practices and topography on soil bacterial diversity in silvopastoral systems and linked soil microbial community structure to carbon mineralization potential in reduced tillage systems.
Ashworth has published extensively, with a notable h-index of 34 and over 200 publications. Her research has been supported by federal grants, including a significant National Science Foundation (NSF) award totaling $918,053 as a Co-PI for collaborative research on marine epizoic diatoms. She has established strong collaborations within the University of Arkansas at Fayetteville, working with P. Moore on 17 shared publications, D. Philipp on 6 shared publications, and Kelsey L.H. Greub and Helen C. S. Amorim, each on 5 shared publications. Ashworth leads a research group and is recognized as a highly cited researcher.
Metrics
- h-index: 34
- Publications: 208
- Citations: 3,769
Selected Publications
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Recycling waste via insect agriculture: Frass impacts on soil and plant health (2025)
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Conservation management effects on soil and agronomic properties in a furrow‐irrigated corn system in east‐central Arkansas (2025)
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Knowledge graph applications for identifying resilient forage systems (2025)
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Interpreting the spatial distribution of soil properties with a physically-based distributed hydrological model (2024)
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Agronomic and economic productivity of summer annual forage systems under different poultry litter application methods (2024)
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Nutrient transformations based on sampling scheme and cropping system following subsurface‐banded poultry litter (2024)
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Framework to develop an open‐source forage data network to improve primary productivity and enhance system resiliency (2023)
Federal Grants 1 $918,053 total
Collaboration Network
Top Collaborators
- Evaluation of a Novel Poultry Litter Amendment on Greenhouse Gas Emissions
- Evaluation of a Novel Poultry Litter Amendment on Greenhouse Gas Emissions
- Evaluation of a Novel Poultry Litter Amendment on Greenhouse Gas Emissions
- Environmental Impact Assessment of Tractor Guidance Systems Based on Pasture Management Scenarios
- Environmental Impact Assessment of Tractor Guidance Systems Based on Pasture Management Scenarios
- Environmental Impact Assessment of Tractor Guidance Systems Based on Pasture Management Scenarios
- Environmental Impact Assessment of Tractor Guidance Systems Based on Pasture Management Scenarios
- Environmental Impact Assessment of Tractor Guidance Systems Based on Pasture Management Scenarios
- Environmental Impact Assessment of Tractor Guidance Systems Based on Pasture Management Scenarios
- Evaluation of five C<sub>4</sub> forage grasses in the tall Fescue Belt
- Evaluation of five C<sub>4</sub> forage grasses in the tall Fescue Belt
- Evaluation of five C<sub>4</sub> forage grasses in the tall Fescue Belt
- Evaluation of five C<sub>4</sub> forage grasses in the tall Fescue Belt
- Evaluation of five C<sub>4</sub> forage grasses in the tall Fescue Belt
- Evaluation of five C<sub>4</sub> forage grasses in the tall Fescue Belt
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