Untitled Document Problems (Pennsylvania coop. ext.) House Bat Management ( U.S. Fish and Wildlife service) coop. ext.) Controlling House Mice ( nebraska coop. ext.) Controlling Rats ( nebraska coop http://www.berrymaninstitute.org/internetpubs.htm
Extractions: On-Line Wildlife Damage Publications General Mammals General Controlling Nuisance Mammals (Missouri Coop. Ext.) WildlifeHow to help wild critters leave the attic or basement (Oregon Coop. Ext.) Armadillo Controlling Armadillo Damage in Alabama (Alabama Coop. Ext.) Controlling Armadillo Damage (Texas Coop. Ext.)
Extractions: Animals The following program and curricula guides were developed by the USDA's Cooperative Extension Service to support youth education and programs. Also included are resources to assist program leaders develop new programs and/or evaluate existing programs. Animals 4-H fish and wildlife : leader's guide.
FARMLAND SERVICE COOP, INC., GOTHENBURG, NE Farmland service coop, Inc. is a full service farmer owned coop. Main office located in Gothenburg, nebraska. Membership open to everyone. FARMLAND service coop INC. P.O. BOX 80. GOTHENBURG, nebraska 69138. PHONE (308) 5377141 Board of Directors. Gothenburg Phone ext 's. Fsc Locations/Staff http://www.farmlandservice.com/
Agriculture World - Agri-Business / Real Estate University of Arkansas coop.ext. service. University of California coop. ext. service.University of nebraska. University of Wisconsin cooperative ext. service. http://www.agricultureworld.net/linksgeneral.htm
Extractions: LINKS TO GENERAL AGRICULUTRE INFORMATION Agricultural Organization Extension Services Ag Health Organizations Environmental Agencies ... Training Agricultural Health Organizations AgrAbility Agricultural Safety and Health Network Farm Safety and Health in Minnesota Clinicians Network ... University of Wisconsin Center for Agricultural Safety and Health Environmental American Crop Protection Association American Water Works Association EPA Integrated Risk Information System Farm*A*Syst and Home*A*Syst ... U.S. Trade Representative Food Safety American Meat Institute Fight Bac! Food Safety Food Safety - Gateway to Government Food Safety Information ... Wisconsin Division of Food Safety Injury Prevention Children's Safety Network Consumer Product Safety Commission National Institute for Farm Safety, Inc.
UW Cooperative Extension Service Converse County, UW coop ext serviceThe Platte River Roundup Jackpot Source Brian Bosshamer, ext service Educator. nebraska cooperative extension serviceThe Seventh Annual nebraska http://www.fiberpipe.net/~sherfair/pdfs/anscinews-june-02.pdf
Abbreviated Titles 1996 : E E Purdue Univ coop ext Serv* E Purdue University, cooperative extension service E.C. - Neb. coop. ext. Serv. EC - cooperative extension service, University of nebraska. NAL call no http://www.nal.usda.gov/indexing/lji96/abrtie.htm
Links And Resources Kansas State University Agric Exper Station and coop ext service http//www.oznet.ksu.edu/. Universityof nebraska cooperative extension http//extension.unl.edu http://lowcostcowcalf.com/links.htm
Abbreviated Titles 1995 : D-E Tales Univ Calif Berkeley coop ext Serv* Dairy tales University of I6E22 EC coop ext Serv Univ Nebr* EC - cooperative extension service, University of nebraska 275.29 N272EX http://www.nal.usda.gov/indexing/lji95/abrtie.htm
Bacterial Ear Rot In Corn Due To Flooding (Purdue Univ.) 2002. Bacterial Stalk Rot. Univ. of nebraska coop. ext. service. Available onlineat http//pdc.unl.edu/corn/bacterialstalkrot/. URL verified 7/18/03. http://www.agry.purdue.edu/ext/corn/news/articles.03/EarRot-0720.html
Extractions: he Great Flood of '03 will be remembered for the crop devastation caused by the flooding of the Wabash River and many of its tributaries. As the flood waters recede, the totality of crop death is immediately evident in those areas where crops were totally submerged for a period of days. Click on images for larger popup versions. Less obvious is the damage to plants on the higher elevations within the flood plain that were only partially submerged, particularly those fields where pollination was in progress or that were in the early grain filling period following pollination. These plants withstood the onslaught of flood waters that rose to heights above the ear but quickly receded with little to no major structural damage to the plants. Unfortunately, these survivors along the fringes of the major flooding may have won the battle, but may lose the war because of the potential for the development of bacterial ear rot as a consequence of the exposure of the immature ears to the muddy flood waters. The following images illustrate the occurrence of bacterial ear rot in a corn field along the Wabash River in Vermillion County, Indiana. The field was adjacent to one that was totally destroyed by flood waters, but which itself had been briefly immersed up to and just beyond the ear shoots.
Bacterial Ear Rot In Corn Due To Flooding (Purdue Univ.) This is a publication of the Corny News Network, a collection of crop newsletter articles written by RLNielsen, Purdue Univ. Purdue Univ. coop. ext. service. Available online at http//www.kingcorn.org/news/articles.98/ p c9828.html Univ. of nebraska coop. ext. service. Available online at http//pdc.unl http://www.kingcorn.org/news/articles.03/EarRot-0720.html
Extractions: he Great Flood of '03 will be remembered for the crop devastation caused by the flooding of the Wabash River and many of its tributaries. As the flood waters recede, the totality of crop death is immediately evident in those areas where crops were totally submerged for a period of days. Click on images for larger popup versions. Less obvious is the damage to plants on the higher elevations within the flood plain that were only partially submerged, particularly those fields where pollination was in progress or that were in the early grain filling period following pollination. These plants withstood the onslaught of flood waters that rose to heights above the ear but quickly receded with little to no major structural damage to the plants. Unfortunately, these survivors along the fringes of the major flooding may have won the battle, but may lose the war because of the potential for the development of bacterial ear rot as a consequence of the exposure of the immature ears to the muddy flood waters. The following images illustrate the occurrence of bacterial ear rot in a corn field along the Wabash River in Vermillion County, Indiana. The field was adjacent to one that was totally destroyed by flood waters, but which itself had been briefly immersed up to and just beyond the ear shoots.
Blackbirds and Control Methods nebraska cooperative extension service Nuisance Blackbirds inCrops (Missouri coop. ext.) Blackbirds redwinged, grackles and cowbirds http://www.responsiblewildlifemanagement.org/blackbirds.htm
Extractions: " Blackbirds and starlings often establish roosts in areas where they are unwelcome because of the economic damage and potential health problems they cause." F. Robert Henderson Kansas State University, September 1992 Click on the Quick Fact Flash Card for Summary Detail and a Photo Brewer's Blackbird Common Raven Great-tailed Grackle Red-winged Blackbird ... Agriculture Western Australia The introduced blackbird ( Turdus merula ) is a pest in eastern Australia. It damages commercial fruit crops and may compete with native birds. The species is prohibited in Western Australia and individuals found here are destroyed. Blackbird Damage Prevention and Control Methods Nebraska Cooperative Extension Service. Note - This online resource is probably the most comprehensive blackbird report of those reviewed for listing in this links page. The file is in PDF format and can take a somewhat lengthy period of time to load. Blackbird Facts and Images Facts f rom the British Broadcasting Corporation "Wild Facts" database
Extractions: (revised 9/3/2002) Effectively sharing our Extension Story is critical, but not easy. Whether presenting a brief impact report to elected officials or taping an interview with the local media, explaining Extension concisely and effectively can be a real challenge. To help Extension professionals prepare for both written and oral communications with key stakeholders, we offer the following resources. In addition to impact writing resources and examples of effective county, state and multistate impact reports, we have added information about a communication tool called a "message map." This tool can help Extension professionals develop brief, to-the-point impact messages that can easily be used in communicating with stakeholders. We encourage you to keep impact reports brief, but to tell specific ways your programs make a difference in people's lives. In developing a message map, you will be able to focus on the many positive ways Extension impacts people and to combine them in a way that is easily understood. Using a message map will help you control most communication situations by providing your key messages at a glance and a systematic way to access them quickly. MESSAGE MAPS Developing a message map . A message map is a visual communication tool developed by Tripp Frohlichstein , a St. Louis media consultant, and George Stenitzer to help individuals tell their organization's story more effectively to the media and other stakeholders.
Extractions: WASHINGTON, DC 20006 August 11, 1980 MEMORANDUM FOR HEADS OF AGENCIES SUBJECT: Prime and Unique Agricultural Lands and the National Environmental Policy Act (NEPA) The accompanying memorandum on Analysis of Impacts on Prime or Unique Agricultural Lands in Implementing the National Environmental Policy Act was developed in cooperation with the Department of Agriculture. It updates and supersedes the Council's previous memorandum on this subject of August 1976. In order to review agency progress or problems in implementing this memorandum the Council will request periodic reports from federal agencies as part of our ongoing oversight of agency implementation of NEPA and the Council's regulations. At this time we would appreciate receiving from your agency by November 1, 1980, the following information: identification and brief summary of existing or proposed agency policies, regulations and other directives specifically intended to preserve or mitigate the effects of agency actions on prime or unique agricultural lands, including criteria or methodology used in assessing these impacts.
Comparison Of Cercospora And Bacterial Leaf Spots On Sugarbeet nebraska coop. ext. NDSU extension service, North Dakota State University of Agricultureand Applied Science, and US Department of Agriculture cooperating. http://www.ext.nodak.edu/extpubs/plantsci/rowcrops/pp1244w.htm
Extractions: Mohamed F. R. Khan, Extension Sugarbeet Specialist, North Dakota State University/University of Minnesota Economic damage: Commonly occurs, can result in considerable loss in yield and quality and reduces storability of sugarbeet roots in piles. Cercospora leaf spots are circular, about 1/8 to 3/16 inch in diameter, with light to dark tan centers and dark-brown to reddish-purple borders. Elliptical lesions may occur on leaf blades, veins, and petioles. (Click here to link to a 27KB color photo of cercospora leaf spots.)
Extractions: In response to a 1984 USGA call for proposals to develop reduced-maintenance turfgrasses, a team of scientists from the University of Nebraska led by Drs. Edward Kinbacher, Terrance Riordan, and Robert Shearman began evaluating buffalograss for use as a turfgrass. Interest in water conservation and reducing chemical inputs for turfgrass culture made buffalograss a desirable choice. USGA-sponsored breeding efforts to improve buffalograss for use as a turfgrass have been very successful and have resulted in the release of eight buffalograss cultivars. As the new buffalograss cultivars entered the market, it became evident that there was a need for research to investigate fundamental management practices. After all, this was not the same buffalograss that had been growing on the Great Plains for many thousands of years, but rather this was buffalograss that had been selected for favorable turfgrass traits such as color, density, uniformity, and vigor of spread.
I-une.com: Education > Cooperative Extension University of nebraska cooperative extension Offers researchbased of Alaska Fairbankscooperative extension service State outreach www.uaf.edu/coop-ext/. Books. http://dir.i-une.com/Science/Agriculture/Education/Cooperative_Extension/
NAQ, No. 39: Cover Crops At A Glance Gooding, TH, 1951. Hairy Vetch for nebraska. U. nebraska Exper. Sta., CircularNo. 89. Davis, CA, No. 497. U. Mass. coop. ext. service, 1971. http://www.fuzzylu.com/greencenter/q39/cover1.htm
Extractions: New Alchemy Quarterly, No. 39 Cover crops are grown not to produce food or fiber, but to conserve, maintain and enrich the soil, and to perform other functions in the agricultural ecosystem. Growing cover crops during seasons in which the land would otherwise be idle protects the soil from water and wind erosion, reduces the loss of nutrients through leaching and runoff, adds organic matter and suppresses weeds. Legumes such as clover support symbiotic bacteria on their roots which fix (convert) atmospheric nitrogen into a form that plants can use. Many cover crops can extract nutrients from insoluble minerals, making them available for plant growth. When cover crops are turned back into the soil (at which time they are often called "green manures"), their residues contribute to soil organic matter, and a substantial part of their nutrients become available to the next crop. Finally, some cover crops provide food (nectar) or habitat for beneficial insects. Because so many benefits can be derived from a relatively small input of materials (10 to 100 lb seeds per acre), cover crops have been called a cornerstone of many sustainable agricultural systems (Liebhardt et al. 1989) At the New Alchemy Institute, we have been studying cover crops for sustainable vegetable production for the past three years. The table on the following page is a synopsis of information on cover crops for temperate climates, derived from a review of literature and seed catalogues, a survey of farmers in the Northeast (Schonbeck 1988), and our own experience.
Human Ecology : Centennial National Satellite Videoconference 7608 email jjustice@coop.ext.colostate.edu. of Minnesota extension service, SwiftCounty University of nebraska cooperative extension, Oshkosh Contact Carla http://www.humec.cornell.edu/centennial/satellite-sites.cfm
Agronomy Journal -- Elmore Et Al. 93 (2): 408 nebraska coop. ext. EC 99104-A. Univ. of nebraska, Lincoln. Nielsen, RL 2000. 53.Iowa State Univ. coop. ext. service, Ames, IA. Singh, NB, and JW Lambert. http://agron.scijournals.org/cgi/content/full/93/2/408
