Proceedings :: Great Plains Soil Fertility

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Jonhson, M

Nielsen, N

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Authors

Nielsen, N

Hussain, T

Matschek, R

Noland, R

McCulloch, M

Kafle, A

Lewis, K

Burke, J

Nakabuye, H

Jonhson, M

Topics

General

Type

Oral

Year

2026

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Filter results2 paper(s) found.
1. Seeding Rate and Planting Configuration Affect the Interspecific Function of a Wheat-pea Cover Crop Cover crop species mixtures have potential to maximize overall biomass as well as net N contribution if temporary immobilization of available N by non-legume species can promote greater N fixation by legumes. The growth and ultimate function of legumes in cover crop species mixtures is often limited, however, by excessive competition with other species, particularly grasses, in the mix. The objective of this work is to identify optimum  cool-season legume-grass cover... N. Nielsen, T. Hussain, R. Matschek, R. Noland, M. Mcculloch Download paper
2. Assessment of Microalgae Amendments on Soil Nutrient Dynamics and Cotton Productivity Under Limited Irrigation in Texas High Plains Texas High Plains (THP) is a major cotton producing region of Texas. However, declining soil fertility and increasing risk of crop yield penalties associated with extreme weather patterns and low organic input have raised concern in sustainability of farmlands in this region. Micro-algae amendment is relatively new and emerging farm practice in crop production which is getting attention due to its ability to stimulate soil health and enhance crop productivity. There are no prior records on microalgae... A. Kafle, K. Lewis, J. Burke, H. Nakabuye, M. Jonhson Download paper

Filter results2 paper(s) found.

1. Seeding Rate and Planting Configuration Affect the Interspecific Function of a Wheat-pea Cover Crop

Cover crop species mixtures have potential to maximize overall biomass as well as net N contribution if temporary immobilization of available N by non-legume species can promote greater N fixation by legumes. The growth and ultimate function of legumes in cover crop species mixtures is often limited, however, by excessive competition with other species, particularly grasses, in the mix. The objective of this work is to identify optimum  cool-season legume-grass cover... N. Nielsen, T. Hussain, R. Matschek, R. Noland, M. Mcculloch

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2. Assessment of Microalgae Amendments on Soil Nutrient Dynamics and Cotton Productivity Under Limited Irrigation in Texas High Plains

Texas High Plains (THP) is a major cotton producing region of Texas. However, declining soil fertility and increasing risk of crop yield penalties associated with extreme weather patterns and low organic input have raised concern in sustainability of farmlands in this region. Micro-algae amendment is relatively new and emerging farm practice in crop production which is getting attention due to its ability to stimulate soil health and enhance crop productivity. There are no prior records on microalgae... A. Kafle, K. Lewis, J. Burke, H. Nakabuye, M. Jonhson

Download paper