Education Commons^™

G84-711 Managing The Home Goose Breeder Flock, Earl W. Gleaves

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide provides basic information on breed selection, sexing, housing and equipment needed, feeding, breeding, egg care and incubation for the home goose flock.

The goose has been almost completely ignored in the rapid technical developments that have occurred in other parts of the poultry industry in the past 25 years. Experimental work with the domestic goose has been very limited. This means that management recommendations that are pertinent today may not be in the future.

G84-716 Management Of The Weanling Calf, Paul Q. Guyer, Donald B. Hudson

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide outlines a program for preventing sickness and death losses in newly weaned calves, including stress prevention, vaccinations, nutrition, and treatment of sick calves.

Sickness and death loss following weaning robs both calf producers and cattle feeders of potential profits. The weanling calf has not acquired adequate immunity to the variety of diseases that plague the beef industry. At weaning and/or shipping, the calf is usually subjected to various stresses, in addition to being separated from its mother, that contribute to disease outbreaks. A program for minimizing weight loss, sickness, and death in newly weaned calves should include: 1) …

G81-542 The Home Laying Flock, Part Ii Management, Earl W. Gleaves

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide contains management suggestions pertinent to the home laying flock.

NebGuide G81-541, The Home Laying Flock, Part I: Getting Started, provides information on the early decisions, housing, equipment and some management procedures related to these topics. This NebGuide covers other management suggestions pertinent to the home laying flock.

G80-504 Proper Livestock Grazing Distribution On Rangeland (Revised February 1996), Jerry D. Volesky, Walter H. Schacht, Steven S. Waller

University of Nebraska-Lincoln Extension: Historical Materials

Good grazing distribution can increase harvest efficiency and grazing capacity. This NebGuide discusses common grazing problems and offers solutions.

The 23 million acres of rangeland in Nebraska are mostly grassland and are primarily devoted to forage production for Nebraska's multibillion dollar beef cattle industry. Nebraska's rangelands are inherently productive, and potential returns from efficient management practices are high for livestock producers.

Proper grazing distribution is a factor which can increase livestock production from Nebraska's rangeland. Grazing distribution refers to dispersion of grazing animals over a management unit. It is just one element of good grazing management which should also include …

G80-489 Feeding The Beef Cow Herd--Part I Factors Affecting The Cow Nutrition Program, Richard J. Rasby, Ivan G. Rush

University of Nebraska-Lincoln Extension: Historical Materials

Considerations for getting the most from your beef cow herd are covered in this NebGuide, including calving season, factors affecting nutrient requirements, cow rations and more.

Feed costs are the greatest expense in keeping a cow herd, and the nutrition program dictates reproductive performance. The ultimate goal for a cow/calf manager is to keep feed costs low, but still meet the nutrient requirements of the cow herd so reproductive performance is not impaired. Once these two factors are balanced, producers, through new genetics of added growth or milk production, can match increased weaning weight with the most economical feed resources …

G79-477 Beef Herd Management Calendar, Paul Q. Guyer

University of Nebraska-Lincoln Extension: Historical Materials

This publication contains a brief outline of management practices to be followed at various stages of the cow's reproductive cycle or at various times of the year.

Good management is the key to a successful beef production program. A high capital requirement and a relatively low return emphasize the need for effective management to maximize the profit potential of beef cows.

G79-433 Rearing Lambs On Milk Replacers, Ted Doane

University of Nebraska-Lincoln Extension: Historical Materials

Rearing orphan lambs on milk replacers can help increase profit.

Orphan lambs can be an extra profit to the farm flock. As much as $40/lamb can be paid to labor if time is available. A warm room (in the winter) and some basic equipment are all that are necessary.

A large portion of the nation's lamb crop dies from starvation during the first week after birth. Orphan lambs less than 4 weeks of age usually require the use of milk replacer supplementation. Switching lambs to milk replacers shortly after birth has not reached its full potential in sheep husbandry.

G79-467 Livestock Water Quality, Paul Q. Guyer

University of Nebraska-Lincoln Extension: Historical Materials

The purpose of this report is to discuss what is involved in livestock water quality and how one goes about getting an analysis that will help in determining this quality, and to assist in the interpretation of such an analysis.

A successful livestock enterprise requires a good water supply, both in terms of quantity and quality. While shortage is obvious to the stockowner, he sometimes needs the help of a laboratory in evaluating the quality of a supply. The purpose of this report is to discuss what is involved in livestock water quality and how one goes about getting an …

G79-434 Feeding Guides For The Ewes, Ted Doane

University of Nebraska-Lincoln Extension: Historical Materials

In utilizing the information in this publication, the sheepman and those advising him must keep in mind the ultimate objectives of the production program in question.

The major problem in nutrition is the definition of the desired animal function. Maintenance of the ewe, for example, is generally thought of in terms of the dry ewe. Yet maintenance of productive functions is a constant cost in ewe nutrition, whether she is pregnant, lactating, dry, or in the process of being bred for another year.

In utilizing the information in this publication, the sheepman and those advising him must keep in mind …

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.

G78-396 Making Quality Corn And Sorghum Silage (Revised December 1986), Paul G. Guyer, Foster G. Owen

University of Nebraska-Lincoln Extension: Historical Materials

Harvesting corn and sorghum forage as silage is popular because it adapts to complete mechanization of forage production, harvesting, and feeding. It fits operations where capital can profitably replace labor. If you are going to harvest corn and sorghum forage as silage you need to make quality silage. Here's how.

G77-386 Wheat In Poultry Rations, T.W. Sullivan, E.W. Gleaves

University of Nebraska-Lincoln Extension: Historical Materials

This publication examines the advantages and disadvantages of wheat as a component of poultry feed.

Wheat is usually considered a source of human food rather than an ingredient for poultry and livestock feeds. This is especially true in the United States, where corn, milo and other feed grains are abundantly produced. In recent years one of every two bushels of wheat produced in the United States has been exported. If world production and supplies of wheat are high, a surplus develops and wheat prices are lowered. When this situation occurs wheat becomes an attractive alternative to corn or milo in …

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.

G74-149 Bloat Prevention And Treatment (Revised July 1996), Dale Grotelueschen, Richard J. Rasby, Don Hudson, Bruce Anderson

University of Nebraska-Lincoln Extension: Historical Materials

Bloat is a form of indigestion marked by an excessive accumulation of gas in the rumen. Immediately after cattle consume a meal, the digestive process creates gases in the rumen. Most of the gases are eliminated by eructation (belching). Any interruption of this normal gas elimination results in gas accumulation or bloat.

This NebGuide discusses the types of bloat which may occur in cattle and methods to prevent and treat bloat.

G74-166 Creep Feeding Beef Calves, Richard J. Rasby, Ivan G. Rush, James A. Gosey

University of Nebraska-Lincoln Extension: Historical Materials

Effects of creep feeding calves are covered here. Gross income of the cow/calf enterprise is partially dependent on weaning weight of the calves. Three possible non-genetic ways of increasing calf weaning weight are to increase milk production of the dam, increase forage consumption of the calf, or provide supplemental feed to the calf to increase nutrient intake. Management practices exist to increase standing forage quality, but management of that grass for the calf only is difficult. Likewise, increasing milk production of the dam requires greater feed inputs and possibly supplemental feed. Creep feeding studies consistently have shown an increase in …

G74-117 Alfalfa In Swine Diets (Revised November 1988), Duane Reese, D. Murray Danielson

University of Nebraska-Lincoln Extension: Historical Materials

Nebraska ranks first in dehydrated alfalfa meal and seventh in alfalfa hay production in the United States, with production in all counties of the state. With this availability of alfalfa, its use in swine diets should be considered.

The performance and economic considerations of alfalfa in swine diets are detailed here, and information on mixing diets is provided.

G74-125 Oats In Swine Diets (Revised December 1981), Ernest R. Peo, Donald B. Hudman, Mike Brumm

University of Nebraska-Lincoln Extension: Historical Materials

Oats are not considered a standard feed grain in swine diets in Nebraska because of the small acreage planted. However, oats can be used by all ages of swine with some limitations. The feeding value of oats is 80 percent that of corn. With proper formulation, limiting the amount of oats in diets will cause no reduction in swine performance. The nutritive content of a feed grain is the primary factor in determining its use. This NebGuide discusses the processing of oats for swine diets, gestation diets, lactating diets, starter diets, and growing-finishing diet.

G74-170 Nitrates In Livestock Feeding, Richard J. Rasby, Rick Stock, Bruce Anderson, Norman R. Schneider

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide describes symptoms, causes, prevention and treatment of nitrate poisoning in livestock.

Nitrate poisoning in cattle occurred long before the use of nitrogen fertilizers. In the late 1800s there were reports of cornstalk poisoning in Nebraska, and nitrate poisoning from oat hay in North and South Dakota and from weeds in the high-organic matter soils in Florida and Wisconsin.

Nitrate concentrations in feeds for livestock depends more on plant species and environmental conditions prior to harvest than on the amount of available nitrogen in the soil.

Ec68-1423 Turkey Management Guide, Thomas W. Sullivan, Earl W. Gleaves, Ted E. Hartung

University of Nebraska-Lincoln Extension: Historical Materials

The extension circular is a guide to good turkey management. It includes the following subject areas: land and location, general building recommendations, equipment and supplies, source of stock, management practices, and disease prevention and control.

Cc56-126 Poultry Profit Pointers: Feeding For Egg Production, Elvin C. Schulte

University of Nebraska-Lincoln Extension: Historical Materials

Eggs are produced from the feed we give our hens. The number of eggs taht are produced depends upon the amount and quality of the ration. For a hen to lay profitabily she must have a full feed of a properly balanced ration.

This campaign circular discusses what is needed to get the best egg production from your hens.

Cc56-137 Poultry Profit Pointers: Selection And Housing Pullets, Elvin C. Schulte

University of Nebraska-Lincoln Extension: Historical Materials

This campaign circular contains pointers on how the producer can raise the best flock for profit. It discusses what to look for in the selection of the laying flock; how to handle the pullets; what is required in housing the flock; feeding the flock; ventilating and watering the flock; the best type of nests and roosts; and placing litter.

Cc56-132 Poultry Profit Pointers: Range Management, Elvin C. Schulte

University of Nebraska-Lincoln Extension: Historical Materials

This campaign circular discusses range management. The number of birds that can be ranged on an acre will depend upon the type of sod and the fertility of the land. On most land, 250 to 500 pullets can be ranged per acre.

Pullets should be reared on range after geing started in permanent or colony brooder houses. They should be hardened off by letting them run on wire sun porches or gravel yards in front of the brooding houses and then transferred to the shelters on the range.

Ec32-44 Why Some Hens Lay More Eggs Than Others, H.E. Alder

University of Nebraska-Lincoln Extension: Historical Materials

The 1929 report of the Storrs Egg Laying Contest, which has been conducted at Storrs, Connecticut, twenty-one years, shows that the best pen of ten hens entered laid 2,802 eggs, and the poorest pen laid 829 eggs. In the best pen the average egg production per hen was 280.2 eggs as compared with 82.9 eggs per bird in the poorest pen. Why did the one pen lay so many eggs, and the other so few? This prompts us to try to find out what factors are responsible for the number of eggs a hen lays in the course of 365 …

Rb30-252 Sex And Age As Factors In Cattle Feeding, H.J. Gramlich, R.R. Thalman

University of Nebraska-Lincoln Extension: Historical Materials

Varying economic conditions and changes in the demands of the meat consuming public have been responsible for the turns that have taken place in the beef industry during recent years. Both feeder and producer must recognize and conform to these changes if they are to continue in business. Among the most important of these changes have been the turn toward the marketing of lighter cattle and the gradual disappearance from feed lots of two- and three-year-old animals. Furthermore, the cattle population of the United States is fast reaching stabilization with the resulting effect that more heifers are being marketed, since …