Growing Seedless (Triploid) Watermelons, NF 94-127 Nebraska Cooperative Extension NF94127 of seedless melons is particularly attractive for restaurants and other food service establishments. http://tmsyn.wc.ask.com/r?t=an&s=hb&uid=24312681243126812&sid=343126
Native Wood Fence Posts, G76-314 (Revised February 1990) Table I Decay resistance of selected native Nebraska trees. Species These species may be used untreated if a short service life (3 to 10 http://tmsyn.wc.ask.com/r?t=an&s=hb&uid=24312681243126812&sid=343126
Pennsylvania's Christmas Trees Great Plains Agr. Council and Univ. Nebraska Coop. Ext. Service, Inst., Agr. And Nat. Resources, Lincoln, Neb. Looseleaf, 632 pp. http://tmsyn.wc.ask.com/r?t=an&s=hb&uid=24312681243126812&sid=343126
UNDERSTANDING AND MANAGING CORN YIELD POTENTIAL Department of Agronomy and Horticulture, University of Nebraska, PO Box mean annual yields, National Agricultural Statistics Service, USDA; http://tmsyn.wc.ask.com/r?t=an&s=hb&uid=24312681243126812&sid=343126
2003 FFF UNL.doc Binder, G. Teichmeier, R. Ferguson, and C. Wortmann Department of Agronomy and Horticulture, University of Nebraska, PO Box 830915, Lincoln http://tmsyn.wc.ask.com/r?t=an&s=hb&uid=24312681243126812&sid=343126
Supplementation To Meet Metabolizable Protein Requirements Of R. T. Clark and B. Teichert Department of Animal Science, University of Nebraska, Lincoln 685830908 3 Correspondence Univ. of Neb. http://tmsyn.wc.ask.com/r?t=an&s=hb&uid=24312681243126812&sid=343126
Comparison Of Cercospora And Bacterial Leaf Spots On Sugarbeet NDSU Extension Service North Dakota State University R.G. Wilson, S.A. Smith, and S.D. Miller (eds.) Univ. Nebraska Coop. Ext. EC01156. http://tmsyn.wc.ask.com/r?t=an&s=hb&uid=24312681243126812&sid=343126
Cercospora Vs Bacterial Leaf Spots R.G. Wilson, S.A. Smith, and S.D. Miller (eds.) Univ. Nebraska Coop. Ext. EC01156. NDSU Extension Service, North Dakota State University of http://tmsyn.wc.ask.com/r?t=an&s=hb&uid=24312681243126812&sid=343126
Abbreviated Titles 1995 : D-E coop. ext. Serv. EC cooperative extension service, University of nebraska 275.29N272EX EB Mont State Univ ext Serv* EB - Montana State University, http://www.nal.usda.gov/indexing/lji95/abrtie.htm
Abbreviated Titles 1995 : K-M State Univ. coop. ext. Serv. L cooperative extension service, MP - Universityof nebraska, Lincoln, Agricultural Research Division 100 N27M MP - Univ. http://www.nal.usda.gov/indexing/lji95/abrtij.htm
Extractions: Nebraska, Northeast Research and Extension Center-Haskell Ag Lab, Concord, NE 68728. Soybean improvement through the incorporation of genetic resistance or tolerance is an accepted practice in soybean cultivar development for yield-limiting factors such as diseases (Athow, 1987) and nematodes (Riggs and Schmitt, 1987). A goal of plant breeders is to maintain the productivity of the parent line in the absence of the yield-limiting factor. Comparisons of near-isogenic lines with and without the tolerance or resistance genes are important to ascertain if grain yields are suppressed. Phytophthora root rot (PRR, caused by Phytophthora megasperma f. sp. glycinea Kuan and Erwin) was one of the most destructive diseases of soybean (Athow, 1987). It provides a good case study for this discussion. In the early 1960s genetic resistance to PRR was incorporated into several cultivars through backcrossing programs resulting in near-isogenic lines (Athow, 1987). Several researchers using near-isogenic lines have reported that PRR resistant lines perform the same as PRR susceptible lines in the absence of PRR (Caviness and Walters, 1971; Singh and Lambert, 1985; Wilcox and St. Martin, 1998). Singh and Lambert (1985) also reported no deleterious pleiotropic effects of the insertion of the gene for PRR resistance. Thus, no yield suppression was associated with the incorporation of the PPR genes into soybean cultivars.
Agriculture World General Information University of California coop. ext. service University of nebraska University ofWisconsin cooperative ext. service University of Wyoming cooperative http://www.agricultureworld.net/linksgeneral.htm
Extractions: General Agriculture 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. National Safe Kids Campaign ... University of California Davis - Agricultural Health and Safety Center, Davis, CA Other Sites of Interest Alliance For America Agribiz Agriculture Online National Agricultural Marketing Association ... S G Cows Rural Youth National FFA TASK Training Farmedic National Training Center National Guidelines for First Aid Training in Occupational Settings (NGFATOS) National Safety Council - National Education Center for Agricultural Safety Extension Services
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.
Guidelines - Lysiphlebus Use of state extension service recommended insect monitoring procedures andeconomic threhsolds will Of nebraska coop. ext. Div., NebGuide G87838. http://www.cips.msu.edu/ncr125/GuideSorghum.htm
Extractions: Common names: None Class:, Order:, Family Insecta, Hymenoptera: Braconidae Pest: Greenbugs are important pests of grain sorghum and wheat in the north central and southern states. L. testaceipes primarily attacks greenbugs in wheat and grain sorghum and may attack corn leaf aphid to a limited extent. Description Adult L. testaceipes are black shiny wasps, slightly smaller than a mature greenbug. Eggs are laid inside an aphid host, which hatch into legless grubs (larvae). Larvae complete their development inside the aphid host. Aphids killed by L. testaceipes become tan and swollen, and are referred to as "mummies" (see photo, below)
2004-01PoopScoop G971335A, nebraska cooperative extension service, University of nebraska EBAE 111-84, North Carolina coop. ext. Serv. Fulgagem, Charles D. 1993. http://nfrec-sv.ifas.ufl.edu/2004-01poopscoop.htm
Extractions: North Florida Research and Education Center - Suwannee Valley Printer Friendly PDF Version: " PoopScoop " Download Adobe Acrobat Reader to view pdf files. Issue: 2004-01 Welcome to the Poop Scoop. A newsletter aimed at providing educational information and notices of whats happening in livestock waste and nutrient management in North Florida. Well try to keep a light hearted view so we dont get caught in the muck and mire of the subject. Likewise, well try to keep things short to keep the air fresh. So . . . here we go! Hope you can get some good from a rear view! In this issue, you will find exciting piles information on: How much fertilizer is in that manure . . . really? Collecting a poultry litter sample for analysis. Great Truths about Life Downhome farmer truisms Hope you enjoy these aromatic treats! Justin Jones
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.
The Effectiveness Of RCO Mole Bait Study RM Timm, Ed. nebraska coop. ext Serv. IANR. University of nebraska. 598 pp. Michigan Weather service. 1974. Climate of Michigan by Station. http://www.rodent-baits.com/mole_study.html
Extractions: The tunneling damage caused by eastern moles ( Scaloous aouaticus ') and starnosed moles ( Condviura cristata ) is well known to professionals in lawn care, golfcourse maintenance, and turfgrass production, as well as many private landowners. Present damage control methods, include trapping, gas and smoke fumigants, and insecticide applications have a wide variety of limitations and prove impractical in some situations. As easily applied mole damage control method is needed that professional and nonprofessional applicators can use in a variety of environmental and physical conditions.
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