Proceedings

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Schmer, M
Schindler, F
Schwarck, L.E
Sadowsky, M
Schultz, E
Salihin, F.B
Snyder, R
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Authors
Franzen, D
Sharma, L
Bu, H
Schultz, E
Breker, J
Denton, A
Snyder, R
Thomson, A
Wortmann, C
Shapiro, C
Schmer, M
Sawyer, A
Rosen, C
Lamb, J
Sheaffer, C
Sadowsky, M
Gutknecht, J
Guidry, A
Schindler, F
German, D
Gelderman, R
Gerwing, J
Schmer, M
Jin, V
Sindelar, A
Ferguson, R
Wienhold, B
Schwarck, L.E
Vyn, T.J
Salihin, F.B
Rund, Q
Salihin, F
Rund, L
Topics
New Fertility-Related Products
Type
Oral
Poster
Year
2016
2015
2014
2004
2017
2020
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Filter results8 paper(s) found.

1. Independence of Crop Yield and Nitrogen Rate Across Sites

Historically soil fertility specialists in the North Central States of the USA have constructed nitrogen (N) rate recommendations based on ‘yield goals’ or ‘expected yield’. Within the past ten years, there has been a general realization by soil fertility researchers that within a site or field there is a relationship between N rate and yield; however, because of soil and weather differences between sites there is no relationship in N rate studies with a large number of... D. Franzen, L. Sharma, H. Bu, E. Schultz, J. Breker, A. Denton

2. Field to Market: The Alliance for Sustainable Agriculture

Field To Market®: The Alliance for Sustainable Agriculture Field To Market® is a diverse alliance working to create opportunities across the agricultural supply chain for continuous improvements in productivity, environmental quality, and human well-being. The group provides collaborative leadership that is engaged in industry-wide dialogue, grounded in science, and open to the full range of technology choices....

3. Residue Harvest Effect on Irrigated, No-till Corn Yield and Nitrogen Response

Immobilization of applied N is expected when much high C:N crop residue remains in the field as is typical following corn grain harvest. Immobilization of N is expected to be less if crop residue is less. The effect of reduced immobilization on N availability may more than compensate for N removed in residue harvest. Therefore, applied N requirement for a following corn crop may be less if crop residue is reduced through harvest. Residue removal decreased the economically optimal N rate (EONR) by...

4. Switchgrass Rhizobacterial Community Structure as a Function of Cultivar and Nitrogen Fertility at Two Sites in Minnesota

Biofuel production using native perennial grasses such as switchgrass (Panicum virgatum) has potential to reduce U.S. dependence on foreign oil and curtail greenhouse gas emissions. Switchgrass can also provide significant ecosystem services, such as nutrient loss reduction and carbon sequestration. Best management practices (BMPs) for switchgrass fertility are being established on a regional basis, yet little work has been done to examine the intersection of soil fertility with soil biology in switchgrass-for-biofuel...

5. Influence of Soil Test Phosphorus on Phosphorus Runoff Losses from South Dakota Soils

Applications of manure and fertilizer phosphorus (P) to soil in excess of optimal crop requirements leads to a buildup of soil test phosphorus (STP) and increases the risk of offsite transfer of P during heavy precipitation events. The first step to developing effective manure and fertilizer P application strategies for South Dakota is to evaluate the relationship that exists between soil and runoff P. The objectives of this study were to: 1) determine the relationship between STP and runoff P concentrations...

6. Stover Removal Effects on Continuous Corn Yield and Nitrogen Use Efficiency Under Irrigation

Corn (Zea mays L.) residue or stover is harvested as supplemental feed for livestock and is a primary feedstock for cellulosic biofuels. Limited information is available on corn residue removal effects on grain yield under different nitrogen (N) fertilizer rates, irrigation rates and amelioration practices to minimize soil carbon loss and soil erosion. A study on a silt loam in south, central Nebraska (2011-2016) evaluated potential interactions between stover removal (residue removal,... M. Schmer, V. Jin, A. Sindelar, R. Ferguson, B. Wienhold

7. Potassium Fertilizer Rate and Timing in Strip-till Systems: Recent Indiana Research with an Alternative K Source

Increased adoption of conservation tillage systems and alternative potassium (K) sources (e.g., Aspire™, 0-0-58(K2O)-0.5(B)) has prompted new questions about optimal K fertilization practices in maize. The primary goal of this study was to address farmer questions related to strip-till timing, banding Aspire™ with strip-till versus other tillage/placements (e.g., broadcast in no-till (NT) and fall chisel (FC)), and whether reduced K fertilizer rates can maintain maize yields... L.E. Schwarck, T.J. Vyn

8. How to Prepare a Virtual Poster for NCSFC

This poster will go through the steps of preparing a poster for inclusion in the poster sessions of the North Central Soil Fertility Conference. We will discuss how to: edit abstract and title, select a template, prepare text and images for each content block, upload downloadable materials, set header information,  prepare for live chat and the scheduled poster sessions ... F.B. Salihin, Q. Rund, F. Salihin, L. Rund