Education Commons^™

G07-1676 Ascochyta Blight Of Chickpeas In Nebraska, Robert M. Harveson

University of Nebraska-Lincoln Extension: Historical Materials

Ascochyta blight is the most serious chickpea disease worldwide. Integrating genetic resistance, crop rotation, and fungicide application is the best way to manage the disease and is discussed in this 2007 NebGuide.

G07-1766 Rust Of Dry Bean, Robert M. Harveson, James R. Steadman, Howard F. Schwartz

University of Nebraska-Lincoln Extension: Historical Materials

Rust is a disease that affects dry beans and can dramatically reduce yields. Integrating cultural, host resistance, and chemical management practices can help protect crops and discusses here in the 2007 NebGuide.

G07-1783 Second Generation European Corn Borer Scouting And Treatment Decisions, Robert J. Wright

University of Nebraska-Lincoln Extension: Historical Materials

The decision to treat for European corn borer is complex and affected by many variables, such as weather, plant maturity, borer survival and development, anticipated corn prices, insecticide efficacy, and costs versus anticipated returns. This 2007 NebGuide discusses the factors growers need to consider when assessing the need for control of second generation European corn borers in non-Bt corn.

G07-1678 The Relationship Of Dry Bean And Sugar Beet Pathogens With Common Weeds In Nebraska Production Fields, Robert M. Harveson

University of Nebraska-Lincoln Extension: Historical Materials

Certain weeds in the Nebraska Panhandle can serve as hosts for pathogens that cause disease in dry edible beans and sugar beets. Properly managing weed populations and rotating with nonhost crops can help control the spread of disease. This 2007 NebGuide discusses the symptoms, results and control of these pathogens.

G07-1773 Spray Drift Of Pesticides, Robert N. Klein, Larry D. Schulze, Clyde Ogg

University of Nebraska-Lincoln Extension: Historical Materials

This 2007 NebGuide discusses conditions that cause particle drift, and methods private and commercial applicators may employ to reduce drift potential from pesticide spray applications.

G07-1770 Cleaning Pesticide Application Equipment, Clyde Ogg, Robert N. Klein, Charles A. Burr

University of Nebraska-Lincoln Extension: Historical Materials

Important steps in completely and carefully cleaning and rinsing pesticide application equipment are covered in this 2007 NebGuide.

G07-1153 Corn Cutworms, Robert J. Wright, Thomas E. Hunt, Keith J. Jarvi

University of Nebraska-Lincoln Extension: Historical Materials

This 2007 NebGuide discusses cutworms in corn -- identification, conditions that favor infestations, damage they cause and control.

G07-479 Pesticide Laws And Regulations, Clyde Ogg, Larry D. Schulze, Shripat T. Kamble

University of Nebraska-Lincoln Extension: Historical Materials

This 2007 NebGuide provides general information on federal and state laws and regulations regarding pesticide applicator certification, licensing, and pesticide use in Nebraska.

G07-1523 Low Toxic Cockroach Control, Barbara P. Ogg, Clyde Ogg

University of Nebraska-Lincoln Extension: Historical Materials

This 2007 NebGuide describes how to identify common cockroach species, what they need to survive, and effective, low-toxic alternatives to traditional chemical control options.

G07-1753 Cercospora Leaf Spot Of Sugar Beet, R. M. Harveson

University of Nebraska-Lincoln Extension: Historical Materials

The symptoms, factors favoring infection, prediction and control measures for Cercospora leaf spot of sugar beet is described in this 2007 NebGuide.

G07-1714 Drinking Water: Iron And Manganese, Bruce I. Dvorak, Sharon Skipton, Wayne Woldt, Gyanendra Prasai

University of Nebraska-Lincoln Extension: Historical Materials

Common water contaminants iron and manganese are not health hazards but can cause offensive taste, appearance and staining. Testing and treatment options are available for public and private water supplies and are discussed here in this 2007 NebGuide.

G07-1704 Chloramines Water Disinfection: Omaha Metropolitan Utilities District And Lincoln Water System, Sharon Skipton, Bruce I. Dvorak

University of Nebraska-Lincoln Extension: Historical Materials

Bacteria and other disease-causing organisms in drinking water can cause intestinal infections, dysentery and a variety of other illnesses. Water disinfection reduces disease-causing organisms and prevents the transmission of disease. This 2007 NebGuide discusses the disinfection process used by the Omaha Metropolitan Utilities District and Lincoln Water System.

G07-1769 Dealing With Skunks, Stephen Vantassel, Scott Hygnstrom, Dennis M. Ferraro

University of Nebraska-Lincoln Extension: Historical Materials

This 2007 NebGuide describes the most common skunks found in Nebraska, how to remove them, and prevent or manage the damage they can cause.

G07-1756 Fine-Tuning A Sprayer With The "Ounce" Calibration Method, Robert N. Klein

University of Nebraska-Lincoln Extension: Historical Materials

This 2007 NebGuide discusses guidelines to quickly evaluate the performance of a spryayer. Sprayer calibration, nozzle discharge and speed checks are evaluated with minimal calculations.

G07-1523 Low Toxic Cockroach Control, Barbara P. Ogg, Clyde Ogg

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide describes how to identify common cockroach species, what they need to survive, and effective, low-toxic alternatives to traditional chemical control options.

Ec07-103 2007 Fall Seed Guide, Lenis Alton Nelson, David D. Baltensperger, Robert N. Klein, Bruce Anderson, Jerry D. Volesky, P. Stephen Baenziger, James Krall

University of Nebraska-Lincoln Extension: Historical Materials

The 2006 wheat crop has faced more than the usual number of challenges. Western Nebraska was again faced with shortages of rainfall as well as wheat streak mosaic. Eastern Nebraska fared better, but some places had soil borne mosaic problems. Overall, the state yield was down but becasue of similar problems throughout the Great Plains, the price of wheat has remained strong. This circular is a progress report of variety trials conducted by personnel of the Agronomy Department, West Central and Panhandle Research and Extension Centers and their associated agricultural laboratories and the South Central Ag Lab. Conduct of experiments …

Ec06-783 Watermark Granular Matrix Sensor To Measure Soil Matric Potential For Irrigation Management, Suat Irmak, Jose O. Payero, Dean E. Eisenhauer, William L. Kranz, Derrel Martin, Gary L. Zoubek, Jennifer M. Rees, Brandy Vandewalle, Andrew P. Christiansen, Dan Leininger

University of Nebraska-Lincoln Extension: Historical Materials

This 2006 Extension Circular defines soil matric potential and describes principles and operational characteristics of one of the electrical resistance type soil moisture sensors for irrigation management. Examples show how soil matric potential can be used for irrigation management.

G06-1634 Stevia, Georgia Jones

University of Nebraska-Lincoln Extension: Historical Materials

The leaves of one species of stevia plants have naturally occurring sweetness. This 2006 NebGuide discusses the advantages and disadvantages of using stevia, also known as sweet leaf, as a sugar substitute.

G06-1622 Soybean Inoculation: Applying The Facts To Your Fields (Part Two Of A Two-Part Series), Lori J. Abendroth, Roger Wesley Elmore, Richard B. Ferguson

University of Nebraska-Lincoln Extension: Historical Materials

Why is it that we see soybean yield responses from inoculating with Bradyrhizobia japonicum in some cases but not others?

This publication explains how to distinguish which fields will likely respond to inoculation with B. japonicum from those that will not. Fields are designated as either "new" or "old" based on how often soybean is grown. This designation is one criterion among many in deciding when to inoculate. In general, research trials across multiple locations in Nebraska have shown no yield advantage to re-inoculation.

G06-806 Chinch Bug Management, Robert J. Wright, Barbara P. Ogg, Stephen D. Danielson

University of Nebraska-Lincoln Extension: Historical Materials

The life cycle and control of the chinch bug is discussed with descriptions of possible management options in the 2006 NebGuide.

G06-1621 Soybean Inoculation: Understanding The Soil And Plant Mechanisms Involved (Part One Of A Two-Part Series), Lori J. Abendroth, Roger Wesley Elmore, Richard B. Ferguson

University of Nebraska-Lincoln Extension: Historical Materials

Nitrogen gas (N₂) comprises nearly 80 percent of total atmospheric gases, yet most organisms are unable to use N2 as a source of nitrogen. Legumes, such as soybean, are able to capture atmospheric nitrogen and utilize it through the process of nitrogen fixation. This NebGuide is part one of a two-part series on soybean inoculation. Here, we will investigate how soybean inoculation occurs and which environmental conditions impact nitrogen fixation.

G05-1574 Developing A Vision For The Community Or Organization, Anita Hall, Laverne Barrett, Cheryl Burkhart-Kriesel

University of Nebraska-Lincoln Extension: Historical Materials

Developing a vision for a community and organization is an integral component of the strategic planning process. This NebGuide defines what a vision is and the role that the vision plays in helping participants work toward future goals. A visioning process for leading a community group is also outline.

Nf04-616 Managing Foliar Diseases Of Winter Wheat With Fungicides Treatment Criteria, Profitability And Products, John E. Watkins

University of Nebraska-Lincoln Extension: Historical Materials

The leaf rust, stripe rust, powdery mildew, tan spot, Septoria leaf blotch and occasionally stem rust comprise the primary foliar disease of wheat in the central Great Plains. In southeast and south central Nebraska, leaf and stripe rusts, powdery mildew and Septoria leaf blotch are the most common and important foliar diseases. Tan spot predominates in the dryland wheat-fallow-wheat or ecofallow cropping systems found in the west central, southwest and Panhandle areas of Nebraska.

This NebFact discusses the treatment criteria, profitability of treatment, and the treatment products and timing of managing foliar diseases of winter wheat with fungicides.

Nf04-598 Rabies In Nebraska, Annette K. Bredthauer, David R. Smith

University of Nebraska-Lincoln Extension: Historical Materials

Rabies is a deadly virus infection that can attack the central nervous system of most warm blooded animals, including humans. Rabies is a very old disease. The first recorded description of the disease dates from the 23rd century BC in Babylon. It was rampant in Europe in the 19th century and was carried to the Americas by animals on the early ships.

This NebFact describes rabies in animals and explains how people can protect themselves, as well as their pets or livestock from rabies exposure.

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™.

Ec03-1759 Nebraska Register Of Champion Trees 2003, Scott J. Josiah

University of Nebraska-Lincoln Extension: Historical Materials

This register lists the largest trees of over 80 species identified in Nebraska. The name of the owner and nominator, size and location of each tree follow each listing.

Many people across Nebraska have worked hard to make this register as comprehensive and accurate as possible, but the quest to find the largest trees in Nebraska is never over. Champion trees are by nature old, and old trees diminish and die. Larger trees are newly discovered. Thus, this list continually changes as new nominations are submitted.

Cc03-431 Make Every Drop Count In Your Home

University of Nebraska-Lincoln Extension: Historical Materials

There are four ways to reduce water in your home ...

1. Maintain -- Fix leaks and dripping faucets. Leaks can account for 14 to 25 percent of all indoor water use.

2. Change -- Change the way water is used in the home.

3. Equipment -- Purchase water-reducing equipment and appliances.

4. Think -- Develop creative water conserving practices that are safe and sanitary.

Start wtih the largest water users. The toilet, shower/bath, and clothes washer account for two-thirds of the water used in an average household.

Ec03-2501 Pesticide Safety Telephone Hotlines

University of Nebraska-Lincoln Extension: Historical Materials

This extension circular is a two-sided card for your billfold with the telephone hotline numbers to the following organizations:

Non--emergency ̬ National Pesticide Telecommunications Network (medical and consumer information on pesticides); and Chemical Referral Center (referrals to manufacturers on health and safety related to chemicals).

Emergency ̬ The Poison Center in Omaha for aid in human poisoning cases; Pesticide Accident Hotline (CHEMTREC) for help involving spills, leaks, fires; and the Nebraska State Patrol to report chemical spills or releases and motor vehicle accidents.

Cc03-432 Make Every Drop Count In Your Home On Your Yard

University of Nebraska-Lincoln Extension: Historical Materials

Did You Know...

Weather adjustments to an automatic irrigation system can conserve A LOT of water.

A system applying 1 inch of water to an average size lawn (approximately 5,000 square feet) that has already received sufficient rain wastes over 3,000 gallons of water -- a year's supply of drinking water for 17 people.

Ec03-181 Alfalfa In Nebraska, Bruce Anderson, Loren J. Giesler, Thomas E. Hunt, Shripat T. Kamble, Stevan Z. Knezevic, Charles A. Shapiro

University of Nebraska-Lincoln Extension: Historical Materials

Alfalfa is the most important forage crop grown in Nebraska, with over 1,000 acres grown in every county. It has the highest feeding value for livestock and one of the highest yield potentials. Alfalfa can produce more protein per acre than any other crop and can provide all of the protein needed by many livestock as well as supplying large amounts of vitamins, minerals, and energy. Protein of alfalfa. In also covers the cultural practices, insect pests, diseases, weeds that affect alfalfa.