T. G. Teague
This is a likely match — the affiliation was inferred from OpenAlex, ORCID, and web sources but has not been fully confirmed. Treat with appropriate caution.
Researcher
Also affiliated: Oklahoma State University (1990); University of Arkansas System (2013); North Carolina Agricultural and Technical State University (2020); The Ark (1999–2000); Delta Water Management Research Unit (2020); National Sedimentation Laboratory (2013); Charles River Associates (2013)
Faculty Researcher
Research Areas
Links
Biography and Research Information
OverviewAI-generated summary
T. G. Teague's research focuses on the impact of conservation practices on agricultural systems, particularly in the context of row crop agriculture within the Lower Mississippi River Basin. Their work investigates how these practices influence sediment and nutrient loads, as well as greenhouse gas emissions from commercial cotton fields. Teague has explored the use of modeling tools, such as APEX, to simulate the effects of conservation management and irrigation on crop yield and environmental factors. This research contributes to understanding the field-scale impacts of conservation strategies on water quality and agricultural sustainability. Teague has authored or co-authored 84 publications, with a total of 281 citations and an h-index of 9. Recent publications in 2024 and 2025 indicate ongoing activity in this research area. Key collaborators include Sandhya Karki from the University of Arkansas at Fayetteville and Anna M. Pieri from the Arkansas Agricultural Experiment Station.
Metrics
- h-index: 10
- Publications: 84
- Citations: 298
Selected Publications
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Effect of conservation management practices and irrigation on cotton yield and greenhouse gas emissions (2025)
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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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Effect of Conservation Management Practices and Irrigation on Cotton Yield and Greenhouse Gas Emissions (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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Initial findings from agricultural water quality monitoring at the edge-of-field in Arkansas (2020)
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Eddy covariance measurements of carbon dioxide and water fluxes in US mid-south cotton production (2020)
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Water quality of surface runoff and lint yield in cotton under furrow irrigation in Northeast Arkansas (2017)
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Cotton Insect Pest Management (2015)
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Effects of Field Plot Size on Variation in White Flower Anther Injury by Tarnished Plant Bug for Host Plant Resistance Evaluations in Arkansas Cotton (2014)
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A statewide network for monitoring agricultural water quality and water quantity in Arkansas (2013)
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MORTALITY OF TARNISHED PLANT BUG ADULTS FOLLOWING EXPOSURE TO CENTRIC, STEWARD AND LEVERAGE IN FIELD CAGES, 2001 (2003)
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TARNISHED PLANT BUG MORTALITY IN FIELD CAGES FOLLOWING APPLICATIONS OF CENTRIC, ACTARA, STEWARD, CALYPSO, AND LEVERAGE ON COTTON, 2000 (2001)
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EVALUATION OF REGENT, BAYTHROID, BIDRIN AND TADS 12253 FOR CONTROL OF BOLL WEEVIL, 1998 (1999)
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BOLL WEEVIL MORTALITY ON SEEDLING COTTON - 1998 (1999)
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
- Effect of Conservation Management Practices and Irrigation on Cotton Yield and Greenhouse Gas Emissions
- Modeling of conservation practices’ effects on nutrients and sediment load reduction from commercial cotton fields using APEX
- Effect of conservation management practices and irrigation on cotton yield and greenhouse gas emissions
- 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
- 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
- Effect of Conservation Management Practices and Irrigation on Cotton Yield and Greenhouse Gas Emissions
- Effect of conservation management practices and irrigation on cotton yield and greenhouse gas emissions
- Effect of Conservation Management Practices and Irrigation on Cotton Yield and Greenhouse Gas Emissions
- Effect of conservation management practices and irrigation on cotton yield and greenhouse gas emissions
- Effects of Cover Crop and Filter Strips on Sediment and Nutrient Loads Measured at the Edge of a Commercial Cotton Field
- Effect of Conservation Management Practices and Irrigation on Cotton Yield and Greenhouse Gas Emissions
- Effect of Conservation Management Practices and Irrigation on Cotton Yield and Greenhouse Gas Emissions
- Modeling of conservation practices’ effects on nutrients and sediment load reduction from commercial cotton fields using APEX
- Effect of conservation management practices and irrigation on cotton yield and greenhouse gas emissions
- Effect of conservation management practices and irrigation on cotton yield and greenhouse gas emissions
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