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Proceedings

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Deakin, J.W
Moore, A
Sullivan, D
Islam, M
Verhoeven, B
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Authors
Evans, C
Moore, A
Sullivan, D
Deakin, J.W
Potter, M
Cartwright, A
Hortin, J
Sparks, D
McLean, J.E
Britt, D.W
Anderson, A.J
Jacobson, A.R
Jeliazkova, E
Moore, A
Spring, J
Wilson, T
Moore, A
Gent, D
Verhoeven, B
Sullivan, D
Peachey, R.E
Donaldson, A
Verhoeven, B
Moore, A
Sullivan, D
Gonzalez-Mateu, M
Bary, A
Sullivan, D
Cogger, C
Moberg, D
Sullivan, D
Johnson, R
Sullivan, D
Moore, A
Alva, A
Collins, H
Boydston, R
Andrews, N
Sullivan, D
Julian, J
Pool, K
Sullivan, D
Costello, R
Bryla, D
Strik, B
Owens, J
Sullivan, D
Horneck, D
Holcomb, J
Clough, G
Holcomb, J
Horneck, D
Clough, G
Sullivan, D
Moore, A
Brown, B
Ippolito, J
Hines, S
de Haro Marti, M
Falen, C
Chahine, M
Fife, T
Norell, R
Sullivan, D
Andrews, N
Datta, R
Pool, K
Moore, A
Moore, A
Satterwhite, M
Ippolito, J
Del Moro, S
Sullivan, D
Horneck, D
Sullivan, D
Light, S
Horneck, D
Sullivan, D
Heinrich, A
Sullivan, D
De, M
Moore, A
Mikkelsen, R
Neuman, J
Sullivan, D
Moore, A
Sullivan, D
Sullivan, D
Andrews, N
Ellickson, S
Moore, A
Zemetra, R
Hagerty, C
Messman, C.H
Moore, A
Moore, A
Leytem, A.B
Cox, A
Moore, A
Auld, R
Moore, A
Moore, J
Zhang, Y
Rogers, C
Moore, A
Ellickson, S
Islam, M
He, B
Chen, L
Topics
Liming and Soil Acidity
Fertilizer Evaluations
Crop Nutrient Management
Nutrient Management of Horticultural Crops
Organic Amendments, Cover Crops, and Soil Health
Nutrient Cycling in Regenerative Agriculture
General
Environmental and Agricultural Nutrient Management
Invited Oral Presentation
Student Posters
General Posters
Type
Oral
Poster
Year
2021
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2023
2025
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Authors

Filter results4 paper(s) found.

1. Accumulation and Partitioning of Nutrients by Irrigated Sugar Beets During the Growing Season in Southern Idaho

Amounts and rates of dry matter and nutrients for irrigated sugar beets (Beta vulgaris L.) during growing season have received limited attention. A study was conducted during the 2014, to evaluate amounts, rates, and partitioning dynamics of dry matter, macro- (N, P, K, Ca, Mg, S, and NA), and micro- (Fe, Mn, Zn, Cu, and B) nutrients accumulated by sugar beet in different growth stages under minimum-stress field environment on an irrigated Portneug silt loam soils of southern idaho. Urea, mono-ammonium... M. De, A. Moore, R. Mikkelsen

2. Influence of Dairy Manure Applications on Corn Nutrient Uptake

Corn silage is the predominant crop in Idaho used for recovering phosphorus (P) that has accumulated in soils from dairy manure applications. However, little is known about how much phosphorus and other nutrients are being recovered under Idaho conditions. The objective of the study is to estimate phosphorus removal by irrigated corn silage crops cultivated throughout Southern Idaho with variable soil test P concentrations, and to identify effects of increasing soil test P on potassium (K), calcium... A. Moore, B. Brown, J. Ippolito, S. Hines, M. De haro marti, C. Falen, M. Chahine, T. Fife, R. Norell

3. Predicting Plant-available Nitrogen Release from Cover Crop Residues

Improved methods are needed to estimate the timing and amount of plant- available N (PAN) release from cover crops. The OSU Organic Fertilizer and Cover Crop Calculator, a downloadable spreadsheet tool, assists agricultural professionals in estimating N fertilizer replacement value of organic inputs. We conducted a series of laboratory incubations with cover crop biomass incorporated into soil to determine: (i) speed of PAN release, (ii) amount of PAN release, and (iii) robustness of the OSU Calculator... D. Sullivan, N. Andrews, R. Datta, K. Pool

4. Soil Property Effect on Nitrogen Mineralization of Dairy Manure in the Pacific Northwest

Growers often use total nitrogen (N) concentration of dairy to manure to estimate plant available N for crop production. This estimate, however, ignores the role that soil properties may have on N mineralization (Nmin) rates. This study aims to determine how soil physiochemical properties impact Nmin rates of dairy manure and composted dairy manure by aerobic incubation. Sixteen soils, sampled from 0-12 inch depths (0-30.5 cm) were collected from dairy production regions in Oregon, Washington,... R. Auld, A. Moore, J. Moore, Y. Zhang, C. Rogers