Index Catalog // ScholarsArchive@OSU

Acidifying soil for crop production west of the Cascade Mountains

Creator:: Oregon State University. Extension Service, Horneck, Donald Arthur, Hart, John M. (John Mervyn), 1947-, Stevens, R., Petrie, S., and Altland, James Elmer, 1973-
Abstract:: Soil acidification sometimes is necessary for optimum plant growth west of the Cascade Mountain Range. Commercial producers of blueberries, azaleas, rhododendrons, and other ornamentals may need to reduce soil pH for optimum production. Soil acidification is best performed prior to planting; it is much more difficult in established plantings. No...
Resource Type:: Technical Report
Full Text:: . Stevens, S. Petrie, and J. Altland Crop soil pH requirements Table 1 lists optimum soil pH for selected

Acidifying soil for crop production : Inland Pacific Northwest

Creator:: Oregon State University. Extension Service, Washington State University. Extension, University of Idaho. Extension, Horneck, Donald Arthur, Wysocki, Donald John, 1952-, Hopkins, Bryan G., Hart, John M. (John Mervyn), 1947-, Stevens, Robert G., and Pacific Northwest Cooperative Extension
Abstract:: This publication is a technical and practical guide for soil acidification in commercial fields. It explains the soil chemistry involved, how to determine whether pH adjustment is feasible, and methods for acidifying soil. This guide is divided into five sections: • Understanding soil pH • The problem—iron chlorosis • Causes...
Resource Type:: Technical Report
Full Text:: , Extension soil scientist, Oregon State University; and Robert Stevens, Extension soil scientist

Nutrient management for onions in the Pacific Northwest [2001]

Creator:: Oregon State University. Extension Service, Washington State University. Extension, University of Idaho. Extension, Sullivan, Dan M. (Dan Matthew), 1954-, Brown, B. D., Shock, Clinton C., Horneck, Donald Arthur, Stevens, R. G., Pelter, G. Q., and Feibert, Erik Bruno Goncalves
Abstract:: This nutrient management guide is designed to assist onion growers and crop advisors in producing a high-quality crop while protecting the environment from excess nutrients. Nutrient management strategies recommended here are based on data accumulated over many growing seasons with many different onion varieties in Idaho, Washington, and Oregon. This...
Resource Type:: Technical Report
Full Text:: , Hermiston Agricultural Research and Extension Center, Oregon State University; R.G. Stevens, Extension Soil

Managing salt-affected soils for crop production

Creator:: Oregon State University. Extension Service, Washington State University. Extension, University of Idaho. Extension, Horneck, Donald Arthur, Ellsworth, Jaon W., Hopkins, Bryan G., Sullivan, Dan M. (Dan Matthew), 1954-, Stevens, Robert G., and Pacific Northwest Cooperative Extension
Abstract:: Accumulation of excessive salt in irrigated soils can reduce crop yields, reduce the effectiveness of irrigation, ruin soil structure, and affect other soil properties. This publication is designed to help you evaluate the kind and amount of salts present in soils and to select management alternatives. This publication describes the...
Resource Type:: Technical Report
Full Text:: . Horneck, J.W. Ellsworth, B.G. Hopkins, D.M. Sullivan, and R.G. Stevens PNW 601-E • November 2007 A

Managing irrigation water quality for crop production in the Pacific Northwest

Creator:: Oregon State University. Extension Service, Washington State University. Extension, University of Idaho. Extension, Hopkins, Bryan G., Horneck, Donald Arthur, Stevens, Robert G., Ellsworth, Jason W., Sullivan, Dan M. (Dan Matthew), 1954-, and Pacific Northwest Cooperative Extension
Abstract:: This publication focuses on using water analyses to choose appropriate water treatment and water management practices for irrigated agriculture. It will help determine: • What tests are needed to characterize water quality • How to collect water samples • How to interpret analytical data from a laboratory • How to...
Resource Type:: Technical Report
Full Text:: Young University Donald A. Horneck, Extension agronomist, Oregon State University Robert G. Stevens

Evaluating soil nutrients and pH by depth in situations of limited or no tillage in western Oregon

Creator:: Anderson, Nicole P., Hart, John M. (John Mervyn), 1947-, Horneck, Donald Arthur, Sullivan, Dan M. (Dan Matthew), 1954-, Christensen, Neil Walter, 1944-, Pirelli, Gene J., and Oregon State University. Extension Service
Abstract:: Many nutrients and lime are not mobile in the soil. When applied to the soil surface without tillage, these materials remain in the top 2 inches, especially in production systems that lack tillage. If a soil sample is taken at a standard 8-inch depth, the top 1 to 2 inches,...
Resource Type:: Technical Report
Full Text:: emeritus, soil science; Gene J. Pirelli, livestock and forage Extension agent (all of Oregon State

Applying lime to raise soil pH for crop production (western Oregon)

Creator:: Anderson, Nicole P., Hart, John M. (John Mervyn), 1947-, Sullivan, Dan M. (Dan Matthew), 1954-, Christensen, Neil Walter, 1944-, Horneck, Donald Arthur, Pirelli, Gene J., and Oregon State University. Extension Service
Abstract:: This publication describes how to estimate lime application rate and lists criteria for choosing liming materials (source), lime application method (placement), and how often to apply lime (frequency).
Resource Type:: Technical Report
Full Text:: test kits. J. of Extension. http://www.joe.org/joe/2001august/tt3. php Stevens, G., A. Wrather, H

Soil test interpretation guide

Creator:: Horneck, Donald Arthur, Sullivan, Dan M. (Dan Matthew), 1954-, Owen, James Stetter, 1975-, Hart, John M. (John Mervyn), 1947-, and Oregon State University. Extension Service
Abstract:: This publication provides an overview of soil testing and general guidelines for interpreting soil test results for nitrogen, phosphorus, sulfur, potassium, calcium, magnesium, boron, zinc, copper, manganese, iron, molybdenum, chloride, sodium, soluble salts, organic matter, cation exchange capacity, pH, and lime. For each test, the document describes what is measured,...
Resource Type:: Technical Report
Full Text:: State University. From: Hart, J., D. Horneck, R. Stevens, N. Bell, and C. Cogger. 2003. Acidifying

Eastern Oregon liming guide

Creator:: Sullivan, Dan M. (Dan Matthew), 1954-, Horneck, Donald Arthur, Wysocki, Donald John, 1952-, and Oregon State University. Extension Service
Abstract:: Liming is a new practice for the inland Pacific Northwest, necessitated by soil acidification caused by nitrogen fertilization. This publication provides guidance on how to evaluate cropping systems for lime need and how to determine lime application rate.
Resource Type:: Technical Report
Full Text:: -mulch wheat–fallow tillage. Soil Sci. Soc. Am. J. 53:119–122. Stevens, R., D. Horneck, and G. Pelter

Winter wheat in continuous cropping systems (high precipitation zone) [2007]

Creator:: Petrie, S. E., Wysocki, Donald John, 1952-, Horneck, Donald Arthur, Lutcher, L. K. (Lawrence K.), Hart, John M. (John Mervyn), 1947-, and Corp, Mary K.
Abstract:: *This set of publications replaces FG 54, Winter Wheat, Non-irrigated, Columbia Plateau.
Resource Type:: Technical Report
Full Text:: Poten- tials and Yield of Winter Wheat Infected with Take-all Root Rot. Agron. J. 73:1053–1058. Cook

ScholarsArchive@OSU

Acidifying soil for crop production west of the Cascade Mountains

Acidifying soil for crop production : Inland Pacific Northwest

Nutrient management for onions in the Pacific Northwest [2001]

Managing salt-affected soils for crop production

Managing irrigation water quality for crop production in the Pacific Northwest

Evaluating soil nutrients and pH by depth in situations of limited or no tillage in western Oregon

Applying lime to raise soil pH for crop production (western Oregon)

Soil test interpretation guide

Eastern Oregon liming guide

Winter wheat in continuous cropping systems (high precipitation zone) [2007]

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