Education Commons^™

G95-1273 Radial Tractor Tires -- Performance That Counts!, Robert Grisso

University of Nebraska-Lincoln Extension: Historical Materials

Radial tractor tires offer advantages over bias-ply tires that usually result in increased productivity and reduced fuel consumption.

The axle power developed by a tractor is distributed four ways: overcoming rolling resistance, wheel slip losses, tire-soil action and useful drawbar work. The most efficient use of tractor power occurs when the drawbar power is maximized and the first three items are minimized.

Radial tractor tires can improve tractive efficiency and extend tire wear. There are benefits and disadvantages of radial tractor tires compared to bias-ply tires. Radial tractor tires should be considered as original equipment on new tractors and as …

Cc92-365 Stewardship Forest: The Sign You Care

University of Nebraska-Lincoln Extension: Historical Materials

What is a "Stewardship Forest?"

Forests are more than just trees, they are a vital resource in Nebraska. Forests provide homes for deer, squirrels, birds and a multitude of other animals. Forests clean air, purify water and protect valuable topsoil. Forests provide wind protection and conserve energy. Forests are a place to hike, picnic and camp. Forests grow wood for fuel, posts and lumber to build homes, furniture, toys and tools. Forests provide solace and beauty.

A "Stewardship Forest" is a parcel of well-managed forest or associated land whose owner is publicly recognized for being a "good steward" of the …

Nf92-88 Nebraska Solar Energy Companies, Ann Ziebarth

University of Nebraska-Lincoln Extension: Historical Materials

Energy conservation measures are the first step that most households can make to reduce their contribution to the energy glut. For people interested in more significant changes using solar energy is one alternative. This NebFact identifies Nebraska firms that either manufacture or distribute solar energy equipment.

G91-1048 Average Composition Of Feeds Used In Nebraska, Rick Stock, Rick Grant, Terry Klopfenstein

University of Nebraska-Lincoln Extension: Historical Materials

Analyses of frequently used feedstuffs are shown on a dry matter basis in the following table. Because the moisture content of feedstuffs varies widely, formulating rations on a dry basis contributes to accuracay in feeding cattle, compared to formulating on "as-fed" analyses.

Ec88-729 Irrigation Pumping Plant Alternatives, Richard T. Clark, Norman L. Klocke

University of Nebraska-Lincoln Extension: Historical Materials

Irrigation pumping costs depend on the requirements of the individual pumping plant. Energy use is the major component of pump operating costs. Pumping efficiency, pumping lift, water pressure and the amount of water delivered all influence the energy required to operate the pumping plant.

This extension circular contains information for irrigators on how to use a computerized spreadsheet developed in 1988 to calculate irrigation pumping costs and savings.

Heg88-242 How Much Protein Are You Eating?, Harriet Kohn

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide contains information to help you estimate the protein level of one day's food intake or menu. The content pertains to people throughout life.

Protein:

Helps build and repair tissues

Forms part of enzymes and hormones

Supplies some energy

Heg88-231 Carpet Selection: General, Shirley Niemeyer

University of Nebraska-Lincoln Extension: Historical Materials

Carpet cost, installation and measuring are discussed here, along with labels and special considerations for carpet buyers.

Carpet can be one of the largest furnishing expenses you have, so carefully examine the possibilities before making a purchasing decision. Considerations in purchasing carpet include cost, installation, measurements, labeling, color, traffic or activity level, acoustics and energy.

G79-476 Composition Of Feeds In Relation To Cattle Nutrition, Paul Q. Guyer, Foster G. Owen

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide examines the major nutritional components of cattle feed. Plants serve as the major source of feed for livestock. Nutrients required for maintenance and production are provided by various plants and plant derived feeds along with small amounts from non-plant sources. The major constituents of plants are water, carbohydrates, protein, fat, minerals and vitamins. Both plants and animals contain these nutrients, but the relative proportions vary more in plants.

Heg78-94 Electrical Appliances And The Energy Dollar, Janet Wilson

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide contains information on the typical wattage of various home appliances.

Living costs are at an all-time high. The purchase of electric appliances represents a fairly large expenditure in a family budget and the cost of electricity is increasing. There is no indication these costs will come down. So, if you are concerned about cutting expenses and choosing energy-efficient appliances, you will need to choose appliances carefully.

G77-360 Balancing Corn Silage Dairy Rations, Foster G. Owen

University of Nebraska-Lincoln Extension: Historical Materials

The grain required to balance a ration high in corn silage is much different from the grain needed when feeding high amounts of alfalfa hay. The most common problem is failure to properly balance for protein and calcium. This NebGuide discusses the points to take into account in balancing rations high in corn silage.

G76-321 Use Of Energy Values In Ration Formulation, Paul Q. Guyer

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide contains information on the use of high energy values in ration formulation.

Ruminants digest feedstuffs primarily by fermentation in the rumen. This allows ruminant animals to use both roughages and grains as sources of carbohydrates for energy. Part of the carbohydrates pass through the rumen and are digested in the abomasum and small intestine. Most carbohydrates in feeds are converted to either acetic, propionic or butyric acid by rumen bacteria and protozoa. These short chain fatty acids are then absorbed through the rumen wall into the blood stream and eventually are used for energy in body tissue.