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Moore, A

Lazcano, C

Sullivan, D

Souza, J

Brown, B

Creech, E

Cole, D.L

Hamasaki, R

Kotuby-Amacher, J

Moore, A

Mookodi, K.L

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Authors

Evans, C

Moore, A

Sullivan, D

Cole, D.L

Heidenreich, D.T

Stapley, S.H

Lambert, A.M

Buck, R.L

Hopkins, B.G

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

Brown, B

Gibson, R

Brown, B

Barbour, J

Cardon, G

Kotuby-Amacher, J

Deenik, J

Fukuda, S

Hamasaki, R

Shimabuku, R

Uchida, R

Moberg, D

Sullivan, D

Johnson, R

Sullivan, D

Brown, B

Moore, A

Alva, A

Collins, H

Boydston, R

Norberg, S

Brown, B

Shock, C

Ross, A

Hayes, P

Rey, J

Tarkalson, D

Brown, B

Bjorneberg, D

Kok, H

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

Satterwhite, M

Ippolito, J

Del Moro, S

Sullivan, D

Horneck, D

Sullivan, D

Light, S

Horneck, D

Sullivan, D

Heinrich, A

Sullivan, D

Leytem, A

Moore, A

Atoloye, I

Reeve, J

jacobson, A

Creech, E

De, M

Moore, A

Mikkelsen, R

Adeleke, K

Reeve, J

Creech, E

Atoloye, I

Lazcano, C

Boyd, E

Neuman, J

Sullivan, D

Moore, A

Pound, C

Yost, M

Creech, E

Cardon, G

Russell, K

Despain, D

Gale, J

Heaton, K

Kitchen, B

Pace, M

Price, S

Reid, C

Palmer, M

Nelson, M

Sullivan, D

Mookodi, K.L

Spackman, J

Sagers, J

Schroeder, K

Sullivan, D

Andrews, N

Yost, M

Baker, M

Gale, J

Creech, E

Cardon, G

Yost, M

Baker, M

Gale, J

Cardon, G

Creech, E

Ellickson, S

Moore, A

Zemetra, R

Hagerty, C

Messman, C.H

Moore, A

Sullivan, T

Yost, M

Boren, D

Creech, E

Bugbee, B

Moore, A

Leytem, A.B

Cox, A

Moore, A

Auld, R

Moore, A

Moore, J

Zhang, Y

Rogers, C

Moore, A

Ellickson, S

Topics

Liming and Soil Acidity

Crop Nutrient Management

Nutrient Management of Horticultural Crops

Organic Amendments, Cover Crops, and Soil Health

General

Nutrient Cycling in Regenerative Agriculture

4R's for N, P, K, S

Environmental and Agricultural Nutrient Management

Invited Oral Presentation

Student Posters

Type

Oral

Poster

Year

2021

2007

2009

2011

2013

2015

2017

2019

2023

2025

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Authors

Filter results4 paper(s) found.
1. Soil Copper Thresholds for Potato Production A rising concern with the application of dairy wastes to agricultural fields is the accumulation of copper (Cu) in the soil. Copper sulfate (CuSO4) from cattle footbaths is washed out of dairy barns and into wastewater lagoons. The addition of CuSO4 baths on dairies can increase Cu concentration significantly in manure slurry. The Cu-enriched dairy waste is then applied to agricultural crops, thus raising concerns about how soils and plants are impacted by these Cu additions. Repeated applications... A. Moore, M. Satterwhite, J. Ippolito Download paper
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 Download paper
3. Determining Lime Requirements for Idaho Soils For the past 25 years, northern Idaho soils have significantly shown a decline in soil pH, from pH 6.0 to around a pH of 5.6. Southern Idaho soils are mostly neutral to alkaline, with a pH of around 7.0 to 8.5, however, most agricultural soils pH is declining to pH < 4.5. Soil acidification is becoming a rising issue in soil sustainability, in which approximately 30% of the world surface is covered by acidic soils. Low soil solution pH can be induced by continued irrigation that increases... K.L. Mookodi, J. Spackman, J. Sagers, K. Schroeder Download paper
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

Filter results4 paper(s) found.

1. Soil Copper Thresholds for Potato Production

A rising concern with the application of dairy wastes to agricultural fields is the accumulation of copper (Cu) in the soil. Copper sulfate (CuSO4) from cattle footbaths is washed out of dairy barns and into wastewater lagoons. The addition of CuSO4 baths on dairies can increase Cu concentration significantly in manure slurry. The Cu-enriched dairy waste is then applied to agricultural crops, thus raising concerns about how soils and plants are impacted by these Cu additions. Repeated applications... A. Moore, M. Satterwhite, J. Ippolito

Download paper

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

Download paper

3. Determining Lime Requirements for Idaho Soils

For the past 25 years, northern Idaho soils have significantly shown a decline in soil pH, from pH 6.0 to around a pH of 5.6. Southern Idaho soils are mostly neutral to alkaline, with a pH of around 7.0 to 8.5, however, most agricultural soils pH is declining to pH < 4.5. Soil acidification is becoming a rising issue in soil sustainability, in which approximately 30% of the world surface is covered by acidic soils. Low soil solution pH can be induced by continued irrigation that increases... K.L. Mookodi, J. Spackman, J. Sagers, K. Schroeder

Download paper

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