Anna M. Pieri
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Also affiliated: Texas A&M University (2018)
Arkansas State University Research Unit
Research Areas
Biomedical Subjects
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Biography and Research Information
OverviewAI-generated summary
Anna M. Pieri's research focuses on the environmental impacts of agricultural practices, particularly concerning water quality and nutrient loads in Arkansas watersheds. Her work investigates the effectiveness of conservation methods, such as cover crops and filter strips, in reducing sediment and nutrient runoff from commercial cotton fields. Pieri utilizes modeling approaches, including APEX and ArcAPEX, to simulate and quantify the benefits of these conservation practices on water quality improvements. She also studies freshwater mussel populations, examining their diversity and the long-term changes in their assemblages within Arkansas rivers, such as the Buffalo National River. Her scholarship includes collaborations with researchers at Arkansas State University, including T. G. Teague and Jennifer L. Bouldin.
Metrics
- h-index: 2
- Publications: 3
- Citations: 44
Selected Publications
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Simulating Water Quality Benefits of Conservation Practices Using ArcAPEX in a Northeastern Arkansas Agricultural Watershed (2026)
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Modeling of conservation practices’ effects on nutrients and sediment load reduction from commercial cotton fields using APEX (2025)
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Effects of Cover Crop and Filter Strips on Sediment and Nutrient Loads Measured at the Edge of a Commercial Cotton Field (2024)
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Comparisons of Twelve Freshwater Mussel Bed Assemblages Quantitatively Sampled at a 15-year Interval in the Buffalo National River, Arkansas, USA (2023)
Collaboration Network
Top Collaborators
- Effects of Cover Crop and Filter Strips on Sediment and Nutrient Loads Measured at the Edge of a Commercial Cotton Field
- Modeling of conservation practices’ effects on nutrients and sediment load reduction from commercial cotton fields using APEX
- Simulating Water Quality Benefits of Conservation Practices Using ArcAPEX in a Northeastern Arkansas Agricultural Watershed
- Effects of Cover Crop and Filter Strips on Sediment and Nutrient Loads Measured at the Edge of a Commercial Cotton Field
- Modeling of conservation practices’ effects on nutrients and sediment load reduction from commercial cotton fields using APEX
- Simulating Water Quality Benefits of Conservation Practices Using ArcAPEX in a Northeastern Arkansas Agricultural Watershed
- Effects of Cover Crop and Filter Strips on Sediment and Nutrient Loads Measured at the Edge of a Commercial Cotton Field
- Modeling of conservation practices’ effects on nutrients and sediment load reduction from commercial cotton fields using APEX
- Simulating Water Quality Benefits of Conservation Practices Using ArcAPEX in a Northeastern Arkansas Agricultural Watershed
- Effects of Cover Crop and Filter Strips on Sediment and Nutrient Loads Measured at the Edge of a Commercial Cotton Field
- Modeling of conservation practices’ effects on nutrients and sediment load reduction from commercial cotton fields using APEX
- Effects of Cover Crop and Filter Strips on Sediment and Nutrient Loads Measured at the Edge of a Commercial Cotton Field
- Modeling of conservation practices’ effects on nutrients and sediment load reduction from commercial cotton fields using APEX
- Comparisons of Twelve Freshwater Mussel Bed Assemblages Quantitatively Sampled at a 15-year Interval in the Buffalo National River, Arkansas, USA
- Comparisons of Twelve Freshwater Mussel Bed Assemblages Quantitatively Sampled at a 15-year Interval in the Buffalo National River, Arkansas, USA
- Comparisons of Twelve Freshwater Mussel Bed Assemblages Quantitatively Sampled at a 15-year Interval in the Buffalo National River, Arkansas, USA
- Comparisons of Twelve Freshwater Mussel Bed Assemblages Quantitatively Sampled at a 15-year Interval in the Buffalo National River, Arkansas, USA
- Comparisons of Twelve Freshwater Mussel Bed Assemblages Quantitatively Sampled at a 15-year Interval in the Buffalo National River, Arkansas, USA
- Comparisons of Twelve Freshwater Mussel Bed Assemblages Quantitatively Sampled at a 15-year Interval in the Buffalo National River, Arkansas, USA
- Simulating Water Quality Benefits of Conservation Practices Using ArcAPEX in a Northeastern Arkansas Agricultural Watershed
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