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Johnson, S.K

Motal, F

Bicaldo, J

Roper, W

Manter, D.K

Guo, W

Keeling, W

Obour, A

ETEMADI, F

Baughman, T

Karlen, D

Maxwell, K

Jacobsen, J

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Authors

Obour, A

Holman, J

Simon, L

Schlegel, A

Holman, J

Obour, A

Schlegel, A

Simon, L

Obour, A

Holman, J

Roozeboom, K

Simon, L.M

Obour, A.K

Holman, J.D

Schipanski, M.E

Johnson, S.K

Roozeboom, K.L

Delgado, J.A

Floyd, B

D'Adamo, R

Villacis, A

Brandt, A.D

Halvorson, A

Stewart, C.E

Alwang, J

Del Grosso, S

Manter, D.K

Mauler, P

Holman , J

Obour , A

Simon, L

Roozeboom , K

Roper, W

Acosta-Martinez, V

Moore, J

Mikha, M

Manter, D.K

Stewart, C.E

Lehman, R.M

Liebig, M.A

Jin, V.L

Simon, L

Obour, A

Holman, J

Johnson, S.K

Roozeboom, K

Obour, A

Holman, J

Simon, L

Assefa, Y.M

Holman, J

Detter, N

Obour, A

Haag, L

Roozeboom, K

Guo, W

Karn, R

Lewis, K

Vargas, K

Lewis, K

Bicaldo, J

Burke, J

Bicaldo, J

Lewis, K

Ritchie, G

Simon, L

Obour, A

Holman, J

Johnson, S.K

Schwartze, J

Ruiz Diaz, D

Obour, A

Holman, J

Brian, O

Reiman, M

Rosa, A

Obour, A

Carson, Z

Akporsoe, P

Simon, L

Holman, J

Akporsoe, P

Obour, A

Holman, J

Harmoney, K

Carson, Z

Simon, L

Ruiz Diaz, D

Stewart, C.E

Manter, D.K

Del Grosso, S

Miner, G

Kleinman, P

Topics

Soil Management

Conservation Impacts on Soil Health

Environment and Soil

General Posters

General

Student

General

Student

Type

Oral

Poster

Year

2020

2022

2024

2026

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Authors

Filter results4 paper(s) found.
1. Long-term Forage Rotation Yields, Soil Water Use, and Profitability Forages are important for the region’s livestock industry and are becoming increasingly important as irrigation capacity and grain prices decrease. Forages require less water than grain crops and may allow for increasing cropping system intensification and opportunistic cropping. A study was initiated in 2012 at the Southwest Research-Extension Center near Garden City, KS, comparing several 1-, 3-, and 4-year forage rotations with no-tillage and minimum-tillage. Data presented are from 2013... J. Holman, A. Obour, A. Schlegel, L. Simon Download paper
2. Long-term Cover Crop Effects on Soil Organic Carbon, Nitrogen Stocks, and Water Stable Aggregates in the Semiarid Central Great Plains Growing cover crops (CC) in semiarid dryland cropping systems in the central Great Plains (CGP) may provide several benefits to soil health. This study examined long-term CC management effects on soil health in a no-till winter wheat (Triticum aestivum L.)–grain sorghum (Sorghum bicolor L.)–fallow (WSF) cropping system in southwestern Kansas. The experimental design was a split-split-plot randomized complete block with four replications. Main plots were... L. Simon, A. Obour, J. Holman, K. Roozeboom Download paper
3. Summer Annual Legumes: Yield Potential and Water Use Due to the decline of the Ogalla Aquifer and reduced irrigation capacity, there is a growing interest in more water-efficient cropping systems in the semi-arid central Great Plains. One of the most water-intense crops grown on the semi-arid central Great Plains is alfalfa (Medicago sativa L.). Alfalfa is grown for its nutritive value and protein, which is highly desired by cow/calf, feed yards, and dairies of the central and southern Great Plains. The purpose of this study was to evaluate... J. Holman, N. Detter, A. Obour, L. Haag, K. Roozeboom Download paper
4. Post-wheat Summer Cover Crop Effects Crop Yields and Soil Properties in a No-till Dryland Cropping System Traditional dryland cropping systems in the semi-arid Great Plains include long fallow periods of up to 14 months to conserve soil moisture. However, such systems are inefficient even under continuous no-till (NT) management. As less water is necessary to produce forage compared to grain, cover crops (CCs) may be successfully integrated into dryland crop rotations for increased soil cover and potentially greater income when hayed or grazed as annual forages. One study was initiated in 2016 near... L. Simon, A. Obour, J. Holman, S.K. Johnson Download paper

Filter results4 paper(s) found.

1. Long-term Forage Rotation Yields, Soil Water Use, and Profitability

Forages are important for the region’s livestock industry and are becoming increasingly important as irrigation capacity and grain prices decrease. Forages require less water than grain crops and may allow for increasing cropping system intensification and opportunistic cropping. A study was initiated in 2012 at the Southwest Research-Extension Center near Garden City, KS, comparing several 1-, 3-, and 4-year forage rotations with no-tillage and minimum-tillage. Data presented are from 2013... J. Holman, A. Obour, A. Schlegel, L. Simon

Download paper

2. Long-term Cover Crop Effects on Soil Organic Carbon, Nitrogen Stocks, and Water Stable Aggregates in the Semiarid Central Great Plains

Growing cover crops (CC) in semiarid dryland cropping systems in the central Great Plains (CGP) may provide several benefits to soil health. This study examined long-term CC management effects on soil health in a no-till winter wheat (Triticum aestivum L.)–grain sorghum (Sorghum bicolor L.)–fallow (WSF) cropping system in southwestern Kansas. The experimental design was a split-split-plot randomized complete block with four replications. Main plots were... L. Simon, A. Obour, J. Holman, K. Roozeboom

Download paper

3. Summer Annual Legumes: Yield Potential and Water Use

Due to the decline of the Ogalla Aquifer and reduced irrigation capacity, there is a growing interest in more water-efficient cropping systems in the semi-arid central Great Plains. One of the most water-intense crops grown on the semi-arid central Great Plains is alfalfa (Medicago sativa L.). Alfalfa is grown for its nutritive value and protein, which is highly desired by cow/calf, feed yards, and dairies of the central and southern Great Plains. The purpose of this study was to evaluate... J. Holman, N. Detter, A. Obour, L. Haag, K. Roozeboom

Download paper

4. Post-wheat Summer Cover Crop Effects Crop Yields and Soil Properties in a No-till Dryland Cropping System

Traditional dryland cropping systems in the semi-arid Great Plains include long fallow periods of up to 14 months to conserve soil moisture. However, such systems are inefficient even under continuous no-till (NT) management. As less water is necessary to produce forage compared to grain, cover crops (CCs) may be successfully integrated into dryland crop rotations for increased soil cover and potentially greater income when hayed or grazed as annual forages. One study was initiated in 2016 near... L. Simon, A. Obour, J. Holman, S.K. Johnson

Download paper