Education Commons^™

G96-1281 Spring Freeze Probabilities, Steven J. Meyer, Allen L. Dutcher

University of Nebraska-Lincoln Extension: Historical Materials

Spring freeze probabilities, based on 45 years of data, are examined for 48 locations in Nebraska. The effect of spring freezes on Nebraska's main crops is also discussed.

The potential of a late spring freeze is of great concern to farmers, gardeners, nurserymen, and other plant growers. A climatological analysis of spring freeze events across Nebraska can provide a measure of the risk involved with planting at a certain time of spring.

Nf96-307 Managing The Russian Wheat Aphid With Resistant Wheat Varieties, John Thomas, Gary Hein, David D. Baltensperger, Lenis Alton Nelson, Scott Haley

University of Nebraska-Lincoln Extension: Historical Materials

This NebFact has information on using resistant wheat varieties to control Russian wheat aphids.

G96-1312 Autumn Freeze Probabilities, Steven J. Meyer, Allen L. Dutcher

University of Nebraska-Lincoln Extension: Historical Materials

Autumn freeze probabilities based on 47 years of data are examined for 48 locations in Nebraska.

The potential of an early autumn freeze is of great concern to farmers, gardeners, and other plant growers. A climatological analysis of autumn freeze events across Nebraska can provide a measure of the risk involved with planting different hybrids, varieties and cultivars.

Nf96-301 Gray Leaf Spot In Corn, David S. Wysong

University of Nebraska-Lincoln Extension: Historical Materials

This NebFact has information on ways to manage gray leaf spot in Corn.

Nf96-281 Soil Fertility Considerations For Land Coming Out Of Crp, Charles A. Shapiro, Gary W. Hergert, Melinda Mcvey Mccluskey

University of Nebraska-Lincoln Extension: Historical Materials

This NebFact discusses soil nutrients and fertility for CRP farmland.

G96-1300 Insects That Feed On Corn Ears, David L. Keith, J. F. Witkowski

University of Nebraska-Lincoln Extension: Historical Materials

How to identify mature and immature insects that infest and damage ears of corn.

Several kinds of insects infest the developing ears of corn, raising farmers' concerns and sometimes causing economic damage. Some of these insects can reduce both yield and quality of seed corn, pop corn, sweet corn and field corn. Control decisions depend in part on the economics of the corn crop produced. In many cases, particularly in field corn where the value of the crop per acre is somewhat lower, the insects may not be sufficiently damaging to require control. The higher value of seed corn compared …

G96-1305 Water Runoff From Sprinkler Irrigation: A Case Study, Norman L. Klocke, William L. Kranz, C. Dean Yonts, Kelly Wertz

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide illustrates the influence of soil texture, topography and irrigation system characteristics on potential runoff.

When water is applied to a field through a sprinkler irrigation system, it should soak into the soil where it lands rather than drain to a low spot or off the field altogether. Runoff causes non-uniformity of water application, poor irrigation efficiency and possible leaching of chemicals to the groundwater. Some systems like LEPA (Low Energy Precision Application) are designed so water does not immediately soak into the soil. However, proper LEPA designs also call for tillage practices that hold the water on the …

Nf96-310 Costs Of Harvesting And Hauling Corn Stalks In Large Round Bales, H. Douglas Jose, Lance L. Brown

University of Nebraska-Lincoln Extension: Historical Materials

This NebFact calculates the costs of harvesting corn stalks for either livestock fodder or industrial uses.