Selected Books Alaska http//www.uaf.edu/coopext/publications Colorado extension service http//www.cerc.colostate.edu GeorgiaExperiment Station http//www.ces.uga.edu/pubs/ES http://library.tamu.edu/vgn/portal/tamulib/ssl/content/renderer/0,2774,1724_1819
Extractions: @import url("/vgn/portal/views/style"); /*IE and NN6x styles*/ LibCat Chiron E-Resources Site Map ... My Portal Wednesday, June 09, 2004 E-Resources Research Guides Tutorials Subject Specialist Librarian ... Agribusiness Catalogs Indexes/Databases Selected Journals Selected Books Related Links Bibliographies Citation Style Guides Datasets Images Software Class Guides Library E-Resources Subject Guides Life Sciences ... Agribusiness > Selected Books Cooperative Extension Service and Experiment Station Publications Working Papers Cooperative Extension Service and Experiment Station Publications The following list of links point to Agricultural Experiment Station and Cooperative Extension Service publications from each state on all subjects including agribusiness. Alabama Experiment Station
Extension Publications Plank, C. Owen. 2001. Organic Matter in georgia Soils. Univ. of GA coop. ext. Ser.Bull. No. 1196. Electronic version http//www.ces.uga.edu/pubcd/B1196.htm. http://www.cropsoil.uga.edu/~oplank/Pubs/Extension_Publications/extension_public
Extractions: Extension Handbooks (Reviewed) Plank, C. O., 1978. Lime and fertilizer recommendations based on soil tests for all crops grown in Georgia. 266 pages. Reprinted 1980, 1982, and 1984. Plank, C. O., 1979. Plant Analysis Handbook For Georgia (Rev.) Bulletin 735, 68 pages. Plank, C. O., 1982. Soils and Plant Nutrition. In The Georgia Master Gardener Handbook. Cooperative Extension Service, University of Georgia College of Agriculture. 27 p. Johnson, J. Troy and C. O. Plank. 1982. Plant Physiology. In The Georgia Master Gardener Handbook. Cooperative Extension Service, University of Georgia College of Agriculture. 26 p. Plank, C. Owen. 1985. Soil Test Handbook For Georgia. The Cooperative Extension Service, The University of Georgia College of Agriculture. 337 p. Plank, C. O., 1985. Soils and Plant Nutrition. In The Georgia Master Gardener Handbook. Cooperative Extension Service, University of Georgia College of Agriculture. 27 p. (Revised). Johnson, J. Troy and C. O. Plank. 1985. Plant Physiology. In The Georgia Master Gardener Handbook. Cooperative Extension Service, University of Georgia College of Agriculture. 26 p. (Revised).
EDUCATION Okla. State Univ. coop. ext. Serv. Circ. 202 pg. Council on Soil Testing and PlantAnalysis, georgia University Station, PO Box 2007, Athens, GA 306120007. http://www.dasnr.okstate.edu/soilsciences/Gordon_Johnson/extension.htm
Extractions: Taylor, G.G., G.V. Johnson and M.W. Smith. 1979. Fertilizing pecan and fruit trees. Johnson, G.V. and B.B. Tucker. 1979. OSU soil test interpretations: 1. pH and Buffer Index. Johnson, G.V. and B.B. Tucker. 1980. OSU soil test calibrations. FS 2225. Stiegler, J.H. and G.V. Johnson. 1981. Farm and home use of gypsum. OSU Extension Facts No. 2200. Johnson, G.V. 1982. How to get a good soil sample. FS 2207. Johnson, G.V. 1982. OSU Soil test interpretations, available nitrogen for small grains. FS 2232. Johnson, G.V. and E. Hanlon. 1982. Classification of irrigation water. FS 2401. Johnson, G.V. and B.B. Tucker. 1982. OSU soil test calibrations. FS 2225. Johnson, G.V. and B.B. Tucker. 1982. OSU soil test interpretations: pH and buffer index. FS 2229. Soil test interpretations, 2B available nitrogen, bermudagrass and other forages. FS 2235 (1983).
Untitled Document Motsinger, RE 1977. Plant susceptibility to major nematodes in georgia A guide to planning crop rotation. Ga. coop. ext. Serv., Athens. http://pppweb.clemson.edu/Nematode/LitCite.html
Extractions: Hoplolaimus columbus Literature by J. D. Mueller and S. A. Lewis Appel, J. A., and S. A. Lewis. 1984. Pathogenicity and reproduction of Hoplolaimus columbus and Meloidogyne incognita on 'Davis' soybean. J. Nematol. 16: 349-355. Arslan, M. 1998. Effect of Columbia lance nematode ( Hoplolaimus columbus Sher) on growth and development of tolerant and intolerant soybean cultivars. Ph.D. Dissertation. Clemson Univ., Clemson, SC. Astudillo, G. E., and W. Birchfield. 1980. Pathology of Hoplolaimus columbus on sugarcane. Phytopathology 70: 655 (Abstr.). Baird, R. E., R. F. Davis, P. J. Alt, B. G. Mullinix, and G. B. Padgett. 1996. Frequency and geographical distribution of plant-parasitic nematodes on cotton in Georgia. J. Nematol. 28(4S):661-667. Hoplolaimus columbus . Nematologica 20:103 (Abstr.). Bird, G. W., O. L. Brooks, C. E. Perry. 1974. Dynamics of concomitant field populations of Hoplolaimus columbus and Meloidogyne incognita . J. Nematol. 6:1904 (Abstr.). Bird, G. W., O. L. Brooks, C. E. Perry, J. G. Futral, T. D. Canerday, and F. C. Boswell. 1974. Influence of subsoiling and soil fumigation on the cotton stunt disease complex, Hoplolaimus columbus and Meloidogyne incognita . Plant Dis. Rep. 58: 541 -544. Blackmon, C. W., and H. L. Musen. 1974. Control of the Columbia (Lance) nematode
NIMSS: Project Home Pages - View Publications 2003. Peanut insect control, pp. 110113, In P. Guilleabeau (ed.), georgia PestManagement Handbook, Univ. of Ga. coop. ext. Ser. Spec. Bulletin 28. 658 pp. http://www.lgu.umd.edu/project/pub.cfm?trackID=1659
IT Webbook About The Authors Kriesel (wkriesel@agecon.uga.edu) Associate Professor University of georgia 312A shuffy@psu.edu) CED extension Agent/IT Coordinator Penn State coop. ext. http://www.cas.nercrd.psu.edu/Publications/Webbook/wbAboutAuthors.htm
HIA Contacts georgia Jorge H. Atiles University of georgia Dept of 435797-3845 E-mail leonah@ext.usu.edu, MortonVirgin Islands Cooperative extension service University of http://www.montana.edu/wwwcxair/contacts.htm
Publications 1977. ARest and Phosfon, cause stem weakness in georgia Easter lilies. Ohio Florists Assn. Bul. Greenhouse Prod. 8(8)3-8, Univ. Missouri, coop. ext. Serv. http://ohld.ag.utk.edu/ohld/htm/albrpubs.htm
Extractions: A B C D ... Z Ackman, Cliff, PA Milk Marketing Board Aiken, Roger E., Aines, Glen, Vigortone Ag Products, Inc. Albers, Carl W., Steuben Co. Coop. Ext., Co. Off. Bl Alexander, Steve, Purity Dairy, Inc. Alexander, Craig, O-AT-KA Milk Products Coop, Inc. Allaire, F. R., The Ohio State University Allen, Robert, Lehigh Valley Allen, Wesley J., Leprino Foods Allen, Joel W., Columbia Co. Coop. Ext. Allhusen, George, Alvarez, Valente, The Ohio State University Amaral, Gilbert, Cumberland Farms Dairy Ambrosius, John, Univ. of Wisconsin-Platteville Andersen, John W., Johanna Dairies, Inc. Anderson, Bruce, Cornell University Anderson, Ron, U.S. House of Representatives Anderson, Philip, Anderson Dairy Management Andrew, Sheila, U-40 Anna, Edward D., Antoine, Robert, Dean Foods Company Arduser, Bruce, Pioneer .. A DuPont Company Armstrong, Bill, American Foods, Inc. Arnett, Paul, Marigold Foods, Inc. Asbury, Mike, Maryland and Virginia Milk Producer Assoc. Director, , Coop. Ext. Ctr. Ault, Don, Ag-Nomics Research Associates Ayer, Harry, University of Arizona Baase, Karen A., Madison Co. Coop. Extension
Member Links Falls, Hot Springs, www.magicsprings.com Peel House Foundation, Bentonville, www.peelmansion.orgPlant Disease Clinic, UA coop. ext. service, Lonoke, www http://www.argia.org/Member_links.html
NAQ, No. 39: Cover Crops At A Glance Davis, CA, No. 497. U. Mass. coop. ext. service, 1971. MassachusettsLand Use and Soil Management Guides. Publication No. 24. 7 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.
Extractions: Comparisons of diapause and nondiapause codling moth larvae. Northwest Scientific Association Meetings; Cheney, WA. March, 1969. Carpenter Ant Research in Washington. Washington State Pest Control Association Meeting; Federal Way, WA. April, 1980. Carpenter Ants. Pacific Northwest Pest Control Conference; Portland, OR., March, 1981. Carpenter Ants in Washington. Washington State College Biology Teachers Conference; Spokane, WA., May, 1981. Summer Research Plans with Carpenter Ants. Washington State Pest Control Association Meeting; Ellensburg, WA., June, 1981. Carpenter Ant Trails and Satellite Nests. Washington State Pest Control Association Meeting; Ellensburg, WA., September, 1981. Carpenter Ants in Sunland. Sunland Homeowners Association Meeting; Sequim, WA., October, 1981. Carpenter Ants in Washington. Pacific Northwest Pest Control Conference; Tacoma, WA., February, 1982. Carpenter Ants in Washington. Washington State University Cooperative Extension Service Agent Training in Urban Entomology, Pullman, WA., March, 1982. Carpenter Ants.
Register Domain Name COOP - .coop Whois Server Special Domain ext. Domain Name Prices. New gTLDs ICANN Root -. aero biz coop info museum name pro . gd - Grenada. ge - georgia. gf - French Guiana. http://www.101domain.com/biz/whois-coop.php
Extractions: Smart Business Online offers Domain Registration and International Domain Name Registration include Domain Name Forwarding - Domain Name Cloaking - Domain DNS Service - Domain Name Hosting. Free Domain Names available if you open up a new domain hosting account. Domain Registration Domain Name Home Domain Name Search Domain Name Wizard ... Domain Shopping Cart E-Mail Service Branded E-Mail Service Catch all Mail Service Additional Services Domain Name FAQ Domain Term of Use About - Contact Us We are one of the oldest Web Hosting, Domain Registration and Search Engine Services on the Internet- We are 8 years in this business just about when the Internet started. 03/12/04 02:05 PM Update powered by http://101domainname.biz Top Ranking Search Engine Registration Web Hosting ... Shopping Carts .COOP Country Whois Server Information - Country Domain Registration - Register Domain Names Worldwide - (gTLDs)
System Notice SYSTEM NOTICE. The University of georgia Cooperative Extension service Web site is now available at (http//extension.caes.uga.edu). Office of Information Technology Center for Internet Imaging and http://www.ces.uga.edu/
Growing Vegetables Organically TheUniversity of georgia College of Agricultural and Environmental Sciences. Cooperative Extension service Bulletin 894 from georgia's Cooperative Extension service. http://www.ces.uga.edu/pubcd/b1011-w.html
Extractions: Table 8. Garden Location The garden should have a southern exposure (south side of your home) or be in an open field if at all possible. There should be a minimum of six hours of direct sunlight at the chosen location. A well-drained site even after a heavy rain is ideal. Poor drainage may be improved by regrading, digging ditches, installing a tile drain field, or adding organic matter. Nearby trees and shrubs may have extensive root systems that may interfere with water and nutrient uptake of plants at your site. Locate the site to minimize or avoid this problem. As a last resort, consider removal of trees and shrubs that may interfere with production. Land with a slope of 1.5 percent or greater (18-inch elevation change in 100 feet) should be avoided or terraced to prevent runoff and soil erosion. Contour planting, which is setting the rows to follow the contour of the land, can also help with runoff problems.
Collard Production Heading (or Morris), georgia Southern, Blue Max, or Carolina Cooperative Extension service nor discrimination against similar Carolina Cooperative Extension service in your county. http://www.ces.ncsu.edu/depts/hort/hil/hil-12.html
Extractions: North Carolina State University The collard is a cool season crop that should be grown during early spring or fall. The mature plant will withstand frosts and light to medium freezes. It is one of the most popular garden vegetables in the south and is rapidly becoming a delicacy in northern states as well. Collards provide a good source of vitamins and minerals. For more complete information consult Commercial Cabbage, Broccoli, Cauliflower and Greens", Extension Bulletin, AG-487. Soils - Collards may be grown in a variety of soils. Heavier loamy soils will produce the greatest yields. The lighter, well drained, sandy soils are best for early spring crops. Soils should be well drained, rich in organic matter and have a pH of 6.0 to 6.5. Fertilizer - Leafy vegetables require quick, continuous growth for best quality. They need ample nitrogen for good green color and tender growth. Soil testing is recommended. For average soils, use 600 pounds of 10-10-10 (or equivalent) fertilizer per acre (8 pints per 100 feet of row) before planting. Sidedress with 15 to 30 pounds of nitrogen per acre (one pint of nitrate of soda per 100 feet of row), 3 to 5 weeks after the seed comes up or after transplanting, and 2 to 3 weeks after that. Varieties - Plant Vates, Carolina Improved Heading (or Morris), Georgia Southern, Blue Max, or Heavi crop. These varieties have consistently done well in North Carolina conditions.
Products And Services (Alternate Crops And Systems) PROTECTION WATER QUALITY PROTECTION. UNIV. OF FL coop ext. SERVICEBULL SSSOS-OOXXRH-90-C(DRAFT) P 13. 8AGMAW RAO PSC, NKEDI-KIZZA http://www.arsusda.gov/acsl/services/ppdb/coden.html
Extractions: (lists all pesticides) BARC Weather Station Cotton Datasets Pesticide Properties Database CODEN REFERENCE 1800AJ V.H.FREED, "CHEMISTRY OF HERBICIDES & PESTICIDES AND THEIR EFFECTS ON SOIL & WATER", SOIL SCIENCE SOCIETY OF AMERICA. 5OLSEN OLSEN, L.D., ROMAN-MAS, A., WEISSKOPF, C.P., AND KLAINE, S.J. "TRANSPORT AND DEGRADATION OF ALDICARB IN THE SOIL PROFILE:-", PROC. 1994 AWRA NAT. SYMP. WATER QUALITY, 1994, CHICAGO, pp 31-42. 6ABERN ABERNATHY, J.R. "LINURON, CHLORBROMURON, NITROFEN & FLUBRODIFEN ADSORPTION AND MOVEMENT IN TWELVE SELECTED ILLINOIS SOILS," PH.D. THESIS. UNIVERSITY OF ILLINOIS, URBANA-CHAMPAIGN, 1972. 6ACSAR AMERICAN CHEMICAL SOCIETY, WASH., D.C., "ARSENICAL PESTICIDE". 6AGRON AGRONOMY JOURNAL 6AJSOR AUSTRALIAN J. SOIL RESEARCH
Página Do Clube Da Floresta of Montana Daniel B. Warnell School of Forest Resources, University of GeorgiaWVU College of Agriculture and Forestry. Voltar ao TOPO. coop. ext. http://www.eb23-pontinha.rcts.pt/floresta.html
Pecans @ Georgia IPM Fact sheets. 1997. 1996. 1995. Bugwood Home. Insects. Forest Resources. Forest Pests. Integrated Pest Management. Invasive Exotic Species. Christmas Trees. Agricultural Crops. Weeds. Diseases. Information Technology. Africa of Losses from Insect Damage and Costs of Control in georgia South Pacific. SFIWC. EPPC. georgia Ent Soc. UGA Home http://www.gaipm.org/pecan
