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Pease, L
Kula, C
Cortus, E.L
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Bohl Bormann, N.L
Wilson, M.L
Cortus, E.L
Floren, J
Miller, R.O
Gunderson, L
Sadeghpour, A
Weidhuner, A.M
Burkett, G
Zandvakili, O
Adeyemi, O
Kula, C
Berberich, J
Pike, J
Margenot, A.J
Sadeghpour, A
Kula, C
Sener, G
Vick, C
Sadeghpour, A
Adeyemi, O
Guzel, O
Kula, C
McGrath, J
Sener Guzel, G
Sadeghpour, A
Burkett, G
Babaei, S
Adeyemi, O
Vaughn, K
Kula, C
Sadeghpour, A
Sener Guzel, G
Kula, C
Vick, C
Pease, L
Bohl Bormann, N
Wilson, M
Cortus, E.L
Silverstein, K.A
Janni, K.A
Gunderson, L
Topics
Graduate Award Student Poster
State Report
State Poster
General
General Posters
General Poster
Type
Poster
Oral
Year
2022
2023
2024
2025
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Filter results8 paper(s) found.

1. Manure Total Nitrogen Variability Due to Analytical Method and Total Solids Content

Knowing the nutrient analysis of a fertilizer source is essential to ensure adequate nutrients for crop growth, while not causing potential environmental impacts by overapplying nutrients.  Using manure as a nutrient source can complicate matters as the nutrient content can be variable and the manure can come in a range of liquid to solid consistencies. There are multiple laboratory methods to determine different nutrient parameters and for manure total nitrogen levels the most common methods... N.L. Bohl bormann, M.L. Wilson, E.L. Cortus, J. Floren, R.O. Miller, L. Gunderson

2. Carbon Credit and Sequestration in Agroecosystems; Lessons from Trials in Southern Illinois

A carbon (C) credit is the attribution of net CO2-C equivalent which can be used to decrease climate forcing through a given practice or farming system for a given unit time. Carbon credits allow industries to purchase C that is produced on a farm (i.e., offsets). Carbon can be captured in two ways; (i) by capturing and reducing greenhouse gasses (on a CO2-C equivalent basis), and/or (ii) by increasing soil organic C stocks. Therefore, to enable C credits in the agricultural... A. Sadeghpour, A.M. Weidhuner, G. Burkett, O. Zandvakili, O. Adeyemi, C. Kula, J. Berberich, J. Pike, A.J. Margenot

3. Cover Crop Species and Planting Methods Influence on Corn N Requirement in Southern Illinois

It is well established that planting cover crops prior to corn (Zea mays L.) can influence soil temperature, moisture, and nitrogen (N) dynamics. These changes in soil along with the effects of cover crop on corn plant population can influence corn grain yield and N requirement. Two strategies to facilitate corn establishment and avoid N immobilization especially in winter cereal cover crops is by mixing cover crop species or skipping the corn row (precision planting). A randomized complete... A. Sadeghpour, C. Kula, G. Sener, C. Vick

4. Corn Nitrogen Requirement in Winter Cereal Cover Crop Trials in Southern Illinois

Winter cereal cover crops, including wheat (Triticum aestivum L.) and winter rye (Secale cereale L.) are recommended as the best in-field management strategy by the Illinois Nutrient Loss Reduction Strategy (INLRS) to minimize nitrate-N leaching to the Mississippi River Basin and the Gulf of Mexico. We evaluated the effect of wheat and winter rye on corn grain yield, and nitrogen (N) requirement. Treatments were laid out in a randomized complete block design with four replicates... A. Sadeghpour, O. Adeyemi, O. Guzel, C. Kula, J. Mcgrath, G. Sener guzel

5. Does Nitrogen Fertilization with Manure Injection Versus Surface Application Influence Corn for Silage and Winter Rye Yield, Quality, Phosphorus Balance and Soil Test Phosphorus Over Three Years?

Switching from nitrogen (N)-based to phosphorus (P)-based manure management has been shown to decrease P loss to the environment allowing for sustainable P management in dairy farms. At high P soils, dairy farmers often surface apply the liquid manure to corn (Zea mays L.) for silage at the P-based rates and supplement the limited N to corn with N fertilizers to ensure optimum crop production. With high fertilizer prices, one solution to reducing the N requirement of corn could be to... A. Sadeghpour, G. Burkett, S. Babaei, O. Adeyemi, K. Vaughn, C. Kula

6. Response of Corn to Planting Methods of Cover Crop Species and Nitrogen Rate in Southern Illinois

It is well established that planting cover crops prior to corn (Zea mays L.) can influence soil temperature, moisture, and nitrogen (N) dynamics. These changes in soil along with the effects of cover crop on corn plant population can influence corn grain yield and N requirement. Two strategies to facilitate corn establishment and avoid N immobilization especially in winter cereal cover crops is by mixing cover crop species or skipping the corn row (precision planting). A randomized complete... A. Sadeghpour, G. Sener guzel, C. Kula, C. Vick

7. Management Practices to Minimize Edge-of-Field Phosphorus Loss

Managing agricultural phosphorus (P) loss at the edge-of-field is critically important to inhibit the development of algal blooms in freshwater bodies. This is particularly important in the Northern Central region which has an abundance of freshwater lakes, agricultural lands, and harmful algal blooms. Edge-of-field monitoring data allows us to take a broad look at how management affects P export from cropland. Looking across a region over several decades also allows us to evaluate the non-management... L. Pease

8. US Midwest Dairy Manure Nutrient Observations 2012-2022

Dairy manure is a source of organic nutrients with variable manure characteristics. This analysis drew 2012-2022 data from ManureDB, the manure and organic amendment database developed by the University of Minnesota. Thousands of solid dairy and liquid dairy manure samples across 2012-2022 were evaluated for book value comparisons, temporal trends, and regional differences for total N, NH4-N, P2O5, and K2O analytes. The only significant trend detected... N. Bohl bormann, M. Wilson, E.L. Cortus, K.A. Silverstein, K.A. Janni, L. Gunderson