Proceedings

Find matching any: Reset
McKay, K
Johnson, D
Petersen, J.L
Moomaw, R.S
Add filter to result:
Authors
Johnson, D
Shapiro, C.A
Anderson, B.E
Moomaw, R.S
Tarkalson, D.D
Hergert, G.W
Stevens, W.B
Petersen, J.L
McCallister, D.L
Franzen, D.W
Endres, G
Lukach, J
Ashley, R
McKay, K
Franzen, D
Endres, G
Lukach, J
Ashley, R
Staricka, J
McKay, K
Topics
Type
Oral
Year
1986
1988
2002
2007
2009
Home » Authors » Results

Authors

Filter results5 paper(s) found.

1. How Fertilizer Dealers Use Research Information

There i s not a great deal o f resource information t o draw from i n reference t o the t i t l e so most o f my comments are based on observations made and personal opinions formed during some 26 years of experience in the fertilizer industry, covering a majority of the principal agricultural states. Fertilizer dealers as a whole tend t o translate research information into dollars. They use it as a business tool. It provides support t o the sale of existing products and services and identifies...

2. Effect of Nitrogen Rate and time of Application on Mefluidide Treated Smooth Brome

Livestock producers who graze beef cattle or dairy animals usually have an abundance of pasture during spring when cool-season grasses grow rapidly. As hot, summer weather arrives, cool-season grasses cease vegetative growth and produce seed. Forage quality decreases as the grasses become dormant. Without alternative pastures or forages, cool season pastures become over-grazed and cattle performance is reduced. Using pastures composed of warm-season grasses that produce maximum dry matter during...

3. Use of Fly Ash as as Alternative Liming Source for Irrigated Corn Production

Fly ash from the Gerald Gentleman Power Station in west central Nebraska can potentially serve as an alternative liming source without reducing corn grain yields. A study was conducted to assess the use of fly ash as an alternative liming source on three acid sandy soils of west central Nebraska where conventional limmg sources can be uneconomical due to transportation costs. Corn grain yield, and soil pH change over time were assessed. Lime sources failed to raise the soil pH in the upper 8 inches...

4. Nitrogen Recalibration for Wheat in North Dakota

The general formula for determining N fertilizer ra te in North Dakota for about thirty-five years has been N-rate = (2.5 X Yield Potential (or Yield G oal) less credits from previous crops and soil test nitrate-N from a 2-foot soil core composite. Historically high fertilizer N costs and the ability to fertilize within fiel ds rather than whole field N management has resulted in a reexamination of N calibration data, and an effort to expand the modern N calibration database with new field experiments....

5. Nitrogen Recalibration for Spring Wheat and Durum in North Dakota

North Dakota will begin using new fertilizer r ecommendations beginning Dec. 1, 2009. Previous recommendations required a yield guess by growers with no rega rd to economics of nitrogen application. The new recommendations recogni ze different N response curves with yield and grain protein within three state agri-climatology zones. The reco mmendations use the "return to N" method, which vary the N recommendation based on crop price and N costs. The resulting rate is adjusted based on... D. Franzen, G. Endres, J. Lukach, R. Ashley, J. Staricka, K. Mckay