Life Sciences Commons^™

Strategic Discussions For Nebraska: Opportunities For Nebraska -- Food Scarcity, Mary Garbacz

Department of Agricultural Leadership, Education, and Communication: Faculty Publications

Strategic Discussions for Nebraska is a program in the University of Nebraska-Lincoln Institute of Agriculture and Natural Resources that produces an annual publication called Opportunities for Nebraska, focusing on a different topic each year. The publication is produced in hard copy and also is available online at www.sdn.unl.edu.

The content for each publication is produced by UNL students enrolled in a Magazine Writing course each spring semester, taught by the SDN coordinator. Students conduct interviews with UNL researchers and write stories for inclusion in the publication. The interviews are captured on video and are edited into video montages, …

G05-1587 Understandng Effective Fiber In Rations For Dairy Cattle, Paul J. Kononoff

University of Nebraska-Lincoln Extension: Historical Materials

Fiber type, quality and length are key to herd health and production.

Fiber is a key component in dairy rations. When nutritionists are faced with herd challenges such as low milkfat tests, foot problems, or low feed conversions, ration fiber often is evaluated. Effective fiber depends on the type and amount of forages and nonforage fiber sources being fed, the particle size of those forages and the amount of available nonfiberous carbohydrates included in the diet.

Nf04-594 Resistanct Management For Yieldgard Rootworm™ Bt Corn, Robert J. Wright, Thomas E. Hunt

University of Nebraska-Lincoln Extension: Historical Materials

In 2003, the U.S. Environmental Protection Agency and Monsanto announced the registration of YieldGard Rootworm™ corn containing event MON863. These hybrids express a protein in the roots from the soil bacterium, Bacillus thuringiensis (Bt) that is toxic to larval corn rootworms.

This NebFact discusses management requirements, refuge considerations, within-field configurations when using YieldGard Rootworm™.

Mp82 2003-2004 Nebraska Dairy Report

University of Nebraska-Lincoln Extension: Historical Materials

Annual Report of University of Nebraska-Lincoln Dairy Research for 2003-2004. Topics include:

Lactation Curves for Milk, Fat and Protein Yields and Somatic Cell Scores of Holstein Cows Treated with Bovine Somatotropin;

The Economic Impacts of Various Public Policy Scenarios for Methane Recovery on Dairy Farms;

Dairy Research Herd Report;

Modeling Genetic and Environmental Effects of Test Day Records by Autoregressive Convariance Structures;

Effect of Human Chorionic Gonadotropin on Reproductive Performance of Lactating Dairy Cows;

A Corn Hybrid with High Cell Wall Content and Digestibility and Lactational Performance of Holstein Cows;

Comparison of Brown Midrib-6 and 18 Forage Sorghum with Conventional …

Ec02-103 Nebraska Fall-Sown Small Grain Variety Tests, 2002, Lenis Alton Nelson, David P. Baltensperger, Robert N. Klein, Roger Wesley Elmore, P. Stephen Baenziger, Todd Campbell

University of Nebraska-Lincoln Extension: Historical Materials

This circular is a progress report of variety trials conducted by personnel of the Agronomy Department and the South Central, West Central and Panhandle Research and Extension Centers and their associated agricultural laboratories. Conduct of experiments and publication of results is a joint effort of the Agricultural Research Division and the Cooperative Extension Service. Tests were supported in part by fees paid by commercial seed companies and the Nebraska Wheat Board. The 2002 estimated winter wheat yield for Nebraska was a 32 bushels per acre from 1,450,000 harvested acres. The total production of winter wheat for the state was 46,400,000 …

Nf546 Soy Health Claims, Wanda Koszewski, Georgia Jones

University of Nebraska-Lincoln Extension: Historical Materials

Describes the basic health claims of soy foods.

G02-1482 Guidelines For A Non-Fasting Feeding Program For The Molting Of Laying Hens, Sheila E. Scheideler, Mary M. Beck

University of Nebraska-Lincoln Extension: Historical Materials

Laying hens are molted at the end of one laying cycle (i.e. one year) to induce a cessation of lay and rejuvenation of the reproductive tract and skeleton for a second cycle of egg production. This is based on the natural molting process that wild birds undergo annually and traditionally it has been induced by fasting the hens for a short period of time. This NebGuide offers guidance on non-fasting feeding program for the molting of laying hens.

Nf502 Nutrient Content And Sensory Characteristics Of Bison Meat, Jayne M. Mcclenahan, Judy A. Driskell

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide discusses the nutritive value of bison (North American buffalo) meet.

Ec01-103 Nebraska Fall-Sown Small Grain Variety Tests 2001, Lenis Alton Nelson, David D. Baltensperger, Robert N. Klein, Roger Wesley Elmore, Todd Campbell, James Krall

University of Nebraska-Lincoln Extension: Historical Materials

This circular is a progress report of variety trials conducted by personnel of the Agronomy Department and the South Central, West Central and Panhandle Research and Extension Centers and their associated agricultural laboratories. Conduct of experiments and publication of results is a joint effort of the Agricultural Research Division and the Cooperative Extension Sersvice.

Ec98-103 Nebraska Fall-Sown Small Grain Variety Tests, 1998, Lenis Alton Nelson, David D. Baltensperger, Roger Wesley Elmore, P. Stephen Baenziger, Robert N. Klein, Kyung-Moon Kim

University of Nebraska-Lincoln Extension: Historical Materials

This circular is a progress report of variety trials conducted by personnel of the Agronomy Department and the South Central, West Central and Panhandle Research and Extension Centers and their associated agricultural laboratories. Conduct of experiments and publication of results is a joint effort of the Agricultural Research Division and the Cooperative Extension Service.

Ec98-278 Grazing Crop Residues, Richard J. Rasby, Roger Selley, Terry Klopfenstein

University of Nebraska-Lincoln Extension: Historical Materials

Nebraska has an abundance of crop residue available for late fall and winter grazing. However, several factors prevent the grazing of many fields, including the location of fields in relation to the cattle, the lack of shelter or appropriate fencing and water availability. Despite these limitations, residue grazing is an important resource to many cattle operations, primarily as either a winter feed resource for maintaining the breeding herd or putting weight on cull cows. Calves weaned in the fall can also be wintered on cornstalks if appropriate supplementation is used.

G98-1358 Feeding To Maximize Protein And Fat, Rick J. Grant

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide describes feeding guidelines to increase milk fat and protein production.

Proper feeding management of dairy herds can both improve the economy of production and provide a healthier cow. To achieve these goals, producers must feed to increase production of milk with maximum levels of milk fat and protein.

Milk solids components include fat, protein, lactose and minerals. Normal values for milk fat range from 3.7 percent (Holstein) to 4.9 percent (Jersey); milk protein ranges from 3.1 percent (Holstein) to 3.8 percent (Jersey). Lactose is usually 4.6–4.8 percent for all breeds; minerals (ash) average .74 percent. Because current milk …

G97-1320 Feeding To Maximize Milk Solids, Rick J. Grant

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide describes feeding guidelines to increase production of solids-corrected milk.

Proper feeding management of the dairy herd can improve the economy of production and provide for a healthier cow. Feeding to increase production of milk with maximum levels of milk fat and protein is essential for achieving these benefits.

Milk solid components include fat, protein, lactose, and minerals. Normal values for milk fat range from 3.7 percent (Holstein) to 4.9 percent (Jersey); milk protein ranges from 3.1 percent (Holstein) to 3.8 percent (Jersey). Lactose is usually 4.6 to 4.8 percent for all breeds and minerals (ash) average .74 percent. …

Nf97-354 Omega Eggs — A Dietary Source Of N-3 Fatty Acids, Sheila E. Scheideler, Nancy M. Lewis

University of Nebraska-Lincoln Extension: Historical Materials

This NebFact examines the nutritional advantages of Omega eggs.

Ncr96-235 Feeding Ewes, Leon F. Bush, James Thompson

University of Nebraska-Lincoln Extension: Historical Materials

Proper feeding and year-roundmanagement of ewes are essential toprofitable sheep production. Feed forthe ewes can be 60 to 80% of the totalproduction costs of the sheepenterprise. Either excessive orinadequate nutrition is expensive. Toavoid these costly extremes you mustknow something of the nutritiverequirements of the ewe throughout theyear. That knowledge may make thedifference between profit and loss inyour operation.

G96-1306 Feeding Dairy Cows To Reduce Nitrogen, Phosphorus, And Potassium Excretion Into The Environment, Rick J. Grant

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide discusses feeding strategies to optimize dairy cow performance while minimizing negative environmental impacts.

Reducing N, P and K Excretion--The Challenge

Increasingly, our society demands livestock production systems that not only produce economic, high-quality food products, but also minimize negative environmental impacts. Feeding management has improved continuously and helps explain increases in milk production averages. The future challenge for dairy producers and nutritionists will be to properly formulate rations for high production levels while simultaneously minimizing the environmental impact of excessive N, P and K excretion in the urine and manure. A realistic approach will be to keep formulation …

G95-1262 Feeding The Beef Cow Herd--Part Ii Managing The Feeding Program, Richard J. Rasby, Ivan G. Rush, Don C. Adams

University of Nebraska-Lincoln Extension: Historical Materials

Feed costs are the cow/calf producer's greatest expense in producing a weaned calf. To remain competitive, cow/calf operators must use economical feeding programs. It is important to match the available feed resources with the nutrient requirements of the first-calf-heifer and cow. Both over- and underfeeding the cow herd can lead to high production costs.

Nutrient requirements for heifers calving as 2-year-olds and cows calving as 3-year-olds and older are shown in Table I. Beef cows are seldom fed complete rations where ingredients are weighed daily. Generally, most of a cow's ration is forages such as: 1) summer and winter range, …

Ec95-273 Swine Nutrition Guide, Duane Reese, Robert C. Thaler, Mike Brumm, Austin J. Lewis, Philip S. Miller, George W. Libal

University of Nebraska-Lincoln Extension: Historical Materials

This publication is a revision of the previous swine nutrition publication prepared by the Universityof Nebraska and South DakotaState University. The focus of the publication continues to be on nutrient recommendations for swine. Specific factors (nutritional, environmental and managerial) that affect nutrient recommendations have been considered and discussed. We believe that the identification and description of the factors provide the framework for the nutrient recommendations presented inTables 11 to 16. Industry advisors representing various facets of the pork industry were recruited to review and challenge the concepts incorporated in this publication. Also, in situations where “gray areas” existed, these industry …

Nf95-215 How's Your Nutritional Health?, Darlene Martin

University of Nebraska-Lincoln Extension: Historical Materials

This NebFact discusses the warning signs of poor nutritional health. Use this list to find out if you are selecting the minimum number of servings from each food group.

Nf94-203 Reimbursable Food Components In Nebraska's Child And Adult Care Food Program Meal Pattern, Darlene Martin

University of Nebraska-Lincoln Extension: Historical Materials

This NebFact discusses food components in Nebraska's Child and Adult Care Food Program.

Nf93-115 The New Food Label, Julie A. Albrecht

University of Nebraska-Lincoln Extension: Historical Materials

This NebFact explains the food labels introduced in 1993.

G92-1088 Pregnancy And Lactation, H. Darlene Martin

University of Nebraska-Lincoln Extension: Historical Materials

Nutrition information for the pregnant and lactating woman.

Eating the right foods during pregnancy is important for you and your unborn baby. Your developing baby depends on you to provide the quality and quantity of food needed for a healthy start in life. Your unborn baby depends totally on you for nourishment.

What is best for you to eat is also best for the baby. Eating a well-balanced diet each day is one of the best ways to make certain you and your baby are getting all the needed nutrients to support growth and development.

A well balanced diet is …

Ec91-269 Domestic Poultry Feed Formulation Guide, Earl W. Gleaves, Thomas W. Sullivan, F. John Struwe

University of Nebraska-Lincoln Extension: Historical Materials

This publication provides basic, practical information about nturition and diet requirements for poultry. Nutrient requirements, diet formulations, feed ingredient analyses, and feeding methods are ever changing. Feed cost is the largest single item of expense in producing poultry meat or eggs. Poultry producers should adopt a comprehensive feeding program based on sound nutrition principles tailored to a specific production purpose. This publication provides the basis for such a feeding program.

G91-1027 Protein And Carbohydrate Nutrition Of High Producing Dairy Cows, Rick J. Grant

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide discusses the protein and carbohydrate requirements for milk production by dairy cows, and feeding guidelines to meet those requirements.

Crude protein makes up 14 to 19 percent, and carbohydrates 65 to 75 percent of the total ration dry matter in common dairy cow diets. As milk production per cow increases above 19,000 to 20,000 pounds per year, understanding how these nutrients are used by the dairy cow for milk production allows the formulation of diets that optimize solids-corrected milk production.

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.

G85-755 How To Set Goals For Your Breeding Program, Jeffrey F. Keown

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide describes how to determine which trait(s) to select for, and how multiple trait selection affects genetic progress.

Dairy producers are often concerned with placing emphasis on different production traits in their breeding program. Selecting on only economically important traits should be the objective of every producer. The use of artificial insemination (A.I.) sires is the most economical and productive way to increase the genetic potential of the herd.

A cow's record is a measure of her genetic potential, which is modified by the environment in which she is kept. Environmental factors that directly influence a cow's record include …

G84-693 Protein Levels For Growing And Finishing Cattle, Rick Stock, Terry L. Mader, Terry Klopfenstein

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide describes the use of nonprotein nitrogen and bypass protein sources to fulfill the protein requirements of growing and finishing steers, heifers and bulls. Protein supplementation can be an expensive feed cost for cattle producers. Through the use of nonprotein nitrogen (NPN) and bypass protein sources, however, these costs can be reduced. Bypass protein is the protein that escapes breakdown in the rumen and passes "as is" into the small intestine where it is digested and absorbed. Because NPN sources are usually the most economical sources of supplemental nitrogen, NPN should be used whenever possible. The potential for using …

G84-696 Small Grains For Silage Or Hay, Paul Q. Guyer, Terry L. Mader

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide discusses the advantages and disadvantages of using small grains for silage or hay, including handling, storage, feeding, animal performance, and nitrate toxicity potential.

Small grain crops are potentially important sources of high quality forage. Harvesting small grains for hay or silage rather than as grain may mean increased dollar returns per acre. Small grain silage or hay represents more total nutrient production per acre than harvest as grain and, when fed to ruminants, results in increased animal production.

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 …

G79-476 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.