D. W. Sweeney

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UA Div. of Agriculture

Also affiliated: Kansas State University (2015–2020)

6 pubs

Research Areas

OverviewAI-generated summary

D. W. Sweeney's research focuses on agronomic practices, specifically investigating the impact of nitrogen fertilizer timing and phosphorus and potassium fertilization rates on established endophyte-free tall fescue. This work, documented in publications from 2021, is part of ongoing agricultural research at the Arkansas Agricultural Experiment Station. Sweeney also studies the effects of different burning and tillage options on crop yields within a continuous wheat-double-crop soybean rotation. His scholarly contributions include six publications with a total of 18 citations and an h-index of 1. Sweeney has collaborated with J. K. Farney, J. L. Moyer, and D. R. Presley, all from the Arkansas Agricultural Experiment Station, on shared publications.

Metrics

Publications: 6

Selected Publications

Nitrogen Fertilizer Timing and Phosphorus and Potassium Fertilization Rates for Established Endophyte-Free Tall Fescue: Year 3 (2021)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex
Effect of Burning and Tillage Options on Yields in a Continuous Wheat-Double-Crop Soybean Rotation (2021)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex
Response of Soybean Grown on a Claypan Soil in Southeastern Kansas to the Residual of Different Plant Nutrient Sources and Tillage (2020)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex
Nitrogen Fertilizer Timing and Phosphorus and Potassium Fertilization Rates for Established Endophyte-Free Tall Fescue (2020)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex
Tillage and Nitrogen Placement Effects on Yields in a Short-Season Corn/Wheat/Double-Crop Soybean Rotation (2019)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex
Response of Soybean Grown on a Claypan Soil in Southeastern Kansas to the Residual of Different Plant Nutrient Sources and Tillage (2019)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex
Use of a Fungicide to Reduce Stomatal Conductance for Production of Sweet Corn Planted at Different Populations with Limited Irrigation (2019)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex
Response of Soybean Grown on a Claypan Soil in Southeastern Kansas to the Residual of Different Plant Nutrient Sources and Tillage (2017)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex
Timing of Side-Dress Applications of Nitrogen for Corn in Conventional and No-Till Systems (2017)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex
Nitrogen, Phosphorus, and Potassium Fertilization for Newly Established Tall Fescue (2017)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex
Response of Soybean Grown on a Claypan Soil in Southeastern Kansas to the Residual of Different Plant Nutrient Sources and Tillage (2016)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex
Response of Soybean Grown on a Claypan Soil in Southeastern Kansas to the Residual of Different Plant Nutrient Sources and Tillage (2016)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex
Nitrogen, Phosphorus, and Potassium Fertilization for Newly Established Tall Fescue (2015)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex
Response of Soybean Grown on a Claypan Soil in Southeastern Kansas to the Residual of Different Plant Nutrient Sources and Tillage (2015)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex
Nitrogen, Phosphorus, and Potassium Fertilization for Newly Established Tall Fescue (2015)

Kansas Agricultural Experiment Station Research Reports DOI OpenAlex