Index Catalog // ScholarsArchive@OSU

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:: Fertilizer Guide: Winter Wheat in Continuous Cropping Systems

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

Creator:: Wysocki, Donald John, 1952-, Horneck, Donald Arthur, Lutcher, L. K. (Lawrence K.), Hart, John M. (John Mervyn), 1947-, Petrie, S. E., and Corp, Mary K.
Abstract:: *This set of publications replaces FG 54, Winter Wheat, Non-irrigated, Columbia Plateau.
Resource Type:: Technical Report
Full Text:: Fertilizer Guide: Winter Wheat in Continuous Crop Systems

Winter wheat in summer-fallow systems (low precipitation zone) [2007]

Creator:: Lutcher, L. K. (Lawrence K.), Horneck, Donald Arthur, Wysocki, Donald John, 1952-, Hart, John M. (John Mervyn), 1947-, Petrie, S. E., and Christensen, Neil Walter, 1944-
Abstract:: Recommendations in this fertilizer guide apply to tillage fallow-winter wheat and chemical fallow-winter wheat cropping systems. This guide is one of a set of publications that address the nutritional requirements of nonirrigated cereal crops in north-central and eastern Oregon. Recommendations for nitrogen, phosphorus, potassium, sulfur, chloride, and zinc are covered...
Resource Type:: Technical Report
Full Text:: ), FG 80 (Oregon State University Extension Service) FG 80 Reprinted April 2007 $1.50 Winter Wheat

Winter wheat in summer-fallow systems (intermediate precipitation zone) [2007]

Creator:: Lutcher, L. K. (Lawrence K.), Horneck, Donald Arthur, Wysocki, Donald John, 1952-, Hart, John M. (John Mervyn), 1947-, Petrie, S. E., and Christensen, Neil Walter, 1944-
Abstract:: *This set of publications replaces FG 54, Winter Wheat, Non-irrigated, Columbia Plateau.
Resource Type:: Technical Report
Full Text:: . Campbell. 2004. Chlo- ride Fertilization Increased Winter Wheat and Barley Yield in Northeastern Oregon

Winter wheat fertilization in northeast Oregon

Creator:: Oregon State University. Agricultural Experiment Station and Pumphrey, F. V. (Floyd Vance)
Abstract:: Published October 1961. Facts and recommendations in this publication may no longer be valid. Please look for up-to-date information in the OSU Extension Catalog: http://extension.oregonstate.edu/catalog
Resource Type:: Technical Report
Full Text:: Winter Wheat Fertilization in Northeast Oregon F. V. PUMPHREY1 Summary 1. Winter wheat planted

Fertilizer experiments with winter wheat in western Oregon

Creator:: Roberts, Steve, 1930-, Gardner, Ernest Hugh, Kronstad, Warren E. (Warren Evrind), 1932-, Goetze, Norman R. (Norman Richard), Murarka, Ishwar P., 1942-, and Jackson, T. L. (Thomas Lloyd), 1922-
Abstract:: In a series of 30 winter wheat fertilizer experiments conducted in the Willamette Valley between 1963 and 1969, optimum rates of nitrogen fertilization varied from 75 to 150 pounds per acre. Fertilization with N, particularly at the-higher rates, increased the protein content of the grain. Spring-applied N gave greater yield...
Resource Type:: Technical Report
Full Text:: science, Oregon State University, Corvallis. FERTILIZER EXPERIMENTS WITH WINTER WHEAT IN WESTERN OREGON

Influence of nitrogen fertilization management on the bread making quality of different wheat genotypes

Creator:: Derényi, Marina Castro
Abstract:: Breadmaking quality is an important criterion in breeding and development of hard wheat (Triticum aestivum L.) cultivars. Improvements in N management are needed to produce superior quality grain and satisfy market demands for protein content. Field experiments with three hard red and two hard white spring wheat cultivars were conducted...
Resource Type:: Masters Thesis
Full Text:: with hard red winter wheat, reported that more total recovery of added N (measured as total N

Winter wheat response to nitrogen, phosphorus, sulfur, and zinc supplied by municipal biosolids

Creator:: Shearin, Todd E.
Resource Type:: Masters Thesis
Full Text:: the critical nutrient concentrations reported for winter wheat. In central Oregon, the most limiting

Using the nitrogen mineralization soil test to predict spring fertilizer N rate for soft white winter wheat grown in western Oregon

Creator:: Anderson, Nicole P., Hart, John M. (John Mervyn), 1947-, Christensen, Neil Walter, 1944-, Mellbye, Mark Edward, Flowers, Michael Darrell, 1971-, and Oregon State University. Extension Service
Abstract:: Soft white winter wheat is grown in western Oregon and requires a spring application of nitrogen (N) fertilizer for optimum production. Determining the amount of N to apply has been a challenge for growers. Wheat obtains N from two sources: soil and fertilizer. Both available and mineralizable N can be...
Resource Type:: Technical Report
Full Text:: Test to Predict Spring Fertilizer N Rate for Soft White Winter Wheat Grown in Western Oregon EM

Winter wheat and spring grains in continuous cropping systems (low precipitation zone) [2007]

Creator:: Oregon State University. Extension Service, Wysocki, Donald John, 1952-, Lutcher, L. K. (Lawrence K.), and Horneck, Donald Arthur
Abstract:: Recommendations in this guide apply tocontinuously cropped cereals in low- precipitation zones. This guide is one of a set of publications that address the nutritional requirements of nonirrigated cereal crops in north-central and eastern Oregon. Recommendations for nitrogen, phosphorus, potassium, sulfur, chloride, and zinc are covered in this guide. Soils...
Resource Type:: Technical Report
Full Text:: , 2004. Oregon State University. Pumphrey, F.V. and P.E. Rasmussen. 1982. Winter Wheat Fertilization

ScholarsArchive@OSU

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

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

Winter wheat in summer-fallow systems (low precipitation zone) [2007]

Winter wheat in summer-fallow systems (intermediate precipitation zone) [2007]

Winter wheat fertilization in northeast Oregon

Fertilizer experiments with winter wheat in western Oregon

Influence of nitrogen fertilization management on the bread making quality of different wheat genotypes

Winter wheat response to nitrogen, phosphorus, sulfur, and zinc supplied by municipal biosolids

Using the nitrogen mineralization soil test to predict spring fertilizer N rate for soft white winter wheat grown in western Oregon

Winter wheat and spring grains in continuous cropping systems (low precipitation zone) [2007]

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