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Wolthuizen, J
King, E.W
Studt, J
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Authors
Ruiz Diaz, D.A
Rosa, A.T
King, E.W
Clark, J.D
Bly, A
Karki, D
Sanyal, D
Wolthuizen, J
Kovacs, P
Larson, A
Heaton, E
Boersma, N
Studt, J
Emran, S
McDaniel, M
VanLoocke, A
Topics
Positive and negatives of cover crops
Graduate Student Award Posters
Type
Oral
Poster
Year
2015
2019
2024
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1. Evaluation of Fertilizer Placement for Corn with Contrasting Rooting System

Corn genetic improvements in recent year⤙s generated hybrids adapted for water limited conditions (drought tolerant-DT). Drought tolerant hybrids were developed with conventional breeding selection process, and therefore selected based on certain characteristics such as growth habits and root system. New transgenic DT corn hybrids are also becoming available to producers. A previous study demonstrated that corn response to starter fertilizer application can vary by hybrid (Gordon et al, 1997)....

2. No-till and Cover Crops Influence Soil Health and Nitrogen Rate and Timing Recommendations: Early Results

The idea of improving soil health has become increasingly more talked about by researchers, agronomists, and farmers in the past five years. Management practices such as no- or reduced-tillage and planting cover crops are recommended to improve soil health because of their potential to improve organic matter and soil structure leading to a greater capacity to hold water and nutrients needed for plant growth. Research in South Dakota has been occurring these past two years to determine the influence... J.D. Clark, A. Bly, D. Karki, D. Sanyal, J. Wolthuizen, P. Kovacs

3. Effect of Phosphorus and Potassium Application on the Growth and Yield of a 14 Year Old Miscanthus X Giganteus Stand

Miscanthus x gigantues (miscanthus) is a perennial C4 grass grown for renewable bioenergy and bioproducts. Despite its known low nutrient requirements, the specific fertilization needs of miscanthus remain poorly constrained, especially for older stands. This study aims to guide nutrient management practices for miscanthus by determining the demand for phosphorus (P) and potassium (K) fertilization and identifying the soil testing values at which these nutrients optimize yields. To address this... A. Larson, E. Heaton, N. Boersma, J. Studt, S. Emran, M. Mcdaniel, A. Vanloocke