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Proceedings

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McDonald, M
Wollenhaupt, N
Mielke, L
Merrill, S
Patel, S
Kuester, C
Proulx, M
Khosla, R
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Authors
McDonald, M
DeLaune, P
Gentry, T
Lewis, K
Haag, L
Tomlinson, P
Patel, S
Santos, E
Haag, L
Patel, S
Tomlinson, P
Santos, E
Franck, B
Kuester, C
Herhalo, K
Chen, C
Proulx, M
Gao, X
Topics
Environment and Soil
Nitrogen Management
General
Student
Type
Poster
Oral
Year
2020
2022
2026
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Authors

Filter results5 paper(s) found.

1. Conservation Management and Nitrogen Fertilization to Enhance Soil Chemical and Biological Properties  

Cover crops and no-tillage are increasing in use across Texas. On the Southern High Plains (SHP) these practices are important mitigators of wind erosion and are suggested to increase soil health and other positive soil attributes. This study aimed to monitor and evaluate the soil chemical and biological changes that occur shortly after implementing conservation practices  and nitrogen management strategies on the SHP. It was determined that in the short term some soil chemical and biological... M. Mcdonald, P. Delaune, T. Gentry, K. Lewis

2. Measuring N2O Emissions from Dryland Sorghum Production Using Gas Chamber and Eddy Covariance Flux Methods

Nitrous oxide (N2O) emissions are not well quantified in the dryland production systems of the Great Plains.  Lack of field-based data has led to the use of questionable assumptions in various life-cycle analyses when dryland grain production is a feedstock.  A field-scale trial of 81 acres was established within a 160 acre production field of dryland grain sorghum in northwest Kansas in 2021.  Grain sorghum was no-till seeded into wheat stubble.  Grower practices for nitrogen... L. Haag, P. Tomlinson, S. Patel, E. Santos

3. Spatial Variability in Profile Soil Nitrate, Nutrient Update, Grain Yield, and Nutrient Removal in a Commercial Dryland Grain Sorghum Field

Established relationships exist that describe the confidence interval around a soil test value as a function of cores in the sample for nutrients such as phosphorus.  This information is useful for developing economically and agronomically optimal soil sampling strategies.  Residual soil nitrate can be a significant source of a crops N needs in dryland cropping systems where N loss is minimal. A common question among producers and consultants is how many profile N cores are required... L. Haag, S. Patel, P. Tomlinson, E. Santos

4. Evaluation of Nitrogen Fertilizer and Rhizobium Inoculation to Improve Grain Yield and Quality of Soybean and Dry Bean in Eastern Montana

Interest in production of irrigated soybean and dry bean in eastern Montana’s Lower Yellowstone River Valley increased substantially following the closure of a sugar beet processing facility in Sidney, MT resulting in the need for a replacement crop(s) on 30,000 to 40,000 acres annually. Yields of soybean and dry bean in this region varied significantly from 20 to 80 bu ac-1 in recent growing seasons, indicating a need for improved management practices. However, research-based... B. Franck, C. Kuester, K. Herhalo, C. Chen

5. Wheat Zinc Nutrition: Agronomic Biofortification That Delivers Yield and Better Grain Nutrition

Low Zn availability in calcareous soils is a common issue in the Canadian prairies, where much of the wheat is exported, making Canada one of the world’s largest wheat exporters. Globally, 19% of the population, mostly pregnant women, infants, and children, suffers from Zn deficiency, highlighting the need to enhance Zn bioavailability in wheat grain. Agronomic biofortification offers a promising strategy to improve grain nutrient density while optimizing plant health and development. While... M. Proulx, X. Gao