1. PRESENTATIONS Georgia Coop. Ext. Service. Sept., 1986. Macon, GA. (Invited presentation). Hunting skills. Whitetailed Deer Short Course. Arkansas Coop. Ext. Service. http://www.clemson.edu/for/guynn_presentations.doc

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2. TURFGRASS WEED MANAGEMENT - THE UNIVERSITY OF GEORGIA Printable Version PDF. Turfgrass Weed Management 1999 Tim R. Murphy UNIVERSITY OF GEORGIA Lambert B. McCarty CLEMSON UNIVERSITY. INTRODUCTION. A weed can simply be defined as any plant http://www.commodities.caes.uga.edu/turfgrass/georgiaturf/WeedMngt/weedcontrol/A

Printable Version PDF Turfgrass Weed Management - 1999 Tim R. Murphy UNIVERSITY OF GEORGIA Lambert B. McCarty CLEMSON UNIVERSITY INTRODUCTION A weed can simply be defined as any plant growing out of place or growing where it is not wanted. For example, tall fescue may be considered a weed when grown in a stand of bermudagrass or Kentucky bluegrass, but it is desirable when grown as a monoculture. Reasons for classifying a plant as a weed are numerous. In addition to being unsightly, weeds compete with turfgrasses for sunlight, soil nutrients, soil moisture, and growing space. Weeds also act as hosts for pests such as plant pathogens, nematodes and insects. Certain weeds cause allergic reactions in humans due to their pollen or their volatile chemicals. Probably the most undesirable characteristic of weeds in turf is the disruption of the uniformity of a turf. Different leaf width and/or shape, different growth habit, and/or different color contribute to unsightliness. For example, many broadleaf weeds such as dandelion, plantains, and pennywort have leaf widths different from turf. Goosegrass, smutgrass, and dallisgrass tend to form clumps or patches which disrupt turf uniformity. In addition, large clumps are difficult to mow effectively which increases maintenance problems. Turf uniformity also is disrupted by the presence of weed seedheads. Annual bluegrass, for example, is largely unnoticed in cool-season turfgrasses until numerous seedheads appear in late winter and spring.

3. AAFCS University of Georgia Coop Ext Service 225 Hoke Smith Annex Athens, GA 30602 Fax 706542-1799 Work 706-542-7566 Home 706-316-1415 http://www.aafcs.org/res/AAFCS_2006_GOVERNANCE_DIRECTORY.doc

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4. Control Of Turfgrass Weeds Georgia Coop. Ext. Service. Bulletin 991. National Research Council, Committee on Plant and Animal Pests. 1968. Principles of Plant and Animal Pest Control, Vol. 2, Weed Control http://www.commodities.caes.uga.edu/turfgrass/georgiaturf/WeedMngt/weedcontrol/C

Printable Version PDF CONTROL OF TURFGRASS WEEDS Lambert B. McCarty UNIVERSITY OF FLORIDA Tim R. Murphy UNIVERSITY OF GEORGIA INTRODUCTION A weed can be defined as any plant growing out of place or growing where it is not wanted. In a turf situation, for example, tall fescue may be considered a weed when grown in a stand of bermudagrass or Kentucky bluegrass, but it is desirable when grown as a monoculture. Reasons for classifying a plant as a weed are numerous. In addition to being unsightly, weeds compete with turfgrasses for light, oxygen, soil nutrients, soil moisture, carbon dioxide and space. Weeds also act as hosts for pests such as plant pathogens, nematodes and insects. Certain weeds cause allergic reactions in humans due to their pollen or their volatile chemicals. Probably the most undesirable characteristic of weeds in turf is the disruption of the uniformity of a turf. Different leaf width and/or shape, different growth habit, and/or different color contribute to unsightliness. For example, many broadleaf weeds such as dandelion, plantains, and pennywort have leaf widths are different from turf. Goosegrass, smutgrass, and dallisgrass tend to form clumps or patches which disrupt turf uniformity. In addition, large clumps are difficult to mow effectively and they increase maintenance problems. Turf uniformity also is disrupted by weed seedheads. Annual bluegrass, for example, is largely unnoticed on putting surfaces until prolific seedheads appear in late winter and spring. These seedheads also disrupt the smoothness and trueness of the turf's playing surface (Fig.1).

5. Index Contact JOHNSON W C III ; GEORGIA COOP EXT SERVICE, PO BOX 1209, TIFTON, GA 31793, USA . Nakamura N, Nakashima T, Sakakura T (1986) Characteristics on Cultivation and Utilization http://www.newcrops.uq.edu.au/listing/species_pages_P/Panicum_dichotomiflorum.ht

Australian New Crops Web Site Supported by the Rural Industries Research and Development Corporation Listing of Interesting Plants of the World Popularity of Panicum dichotomiflorum over time [Plots of numbers of papers mentioning Panicum dichotomiflorum (filled column histogram and left hand axis scale) and line of best fit, 1926 to 2006 (complete line, with equation and % variation accounted for, in box on the left hand side); Plots of a proportional micro index, derived from numbers of papers mentioning Panicum dichotomiflorum as a proportion (scaled by multiplying by one million) of the total number of papers published for that year (broken line frequency polygon and right hand scale) and line of best fit, 1926 to 2006 (broken line, with equation and % variation accounted for, in broken line box on the right hand side)] Total Mentions (Biological Abstracts/Biosis Previews) References Clewis SB, Wilcut JW (2007) Economic assessment of weed management in strip- and conventional-tillage nontransgenic and transgenic cotton. Weed Technology 21, 45-52. Contact: Clewis, Scott B. ; N Carolina State Univ, Dept Crop Sci, Campus Box 7620, Raleigh, NC 27695 USA Arai K, Hirase K, Moriyasu K, Molin WT (2006) Herbicidal efficacy of 4-ethyl-3-(3-fluorophenyl)-1-(3-trifluoromethylphenyl)pyrrolidin-2-one (MT-141) in the control of graminaceous and broad-leaved weeds in cotton. Journal of Pesticide Science 31, 29-34. Contact: Hirase, Kangetsu ; Mitsui Chem Inc, Funct Chem Lab, 1144 Togo, Chiba 2970017, Japan

6. Index The commercialisation process of new rural industries, especially crops; including networking, marketing research and crop profile information. http://www.newcrops.uq.edu.au/listing/species_pages_G/Glycine_max_1986.htm

Australian New Crops Web Site Supported by the Rural Industries Research and Development Corporation Listing of Interesting Plants of the World Popularity of Glycine max over time [Plots of numbers of papers mentioning Glycine max (filled column histogram and left hand axis scale) and line of best fit, 1926 to 2006 (complete line, with equation and % variation accounted for, in box on the left hand side)] Total Mentions (Biological Abstracts/Biosis Previews) References Prior to 1951 Undated references Adisarwanto T (1986) The Influence of Planting Method and Mulching on Soybean Seed Yield. Sulzberger, E. W. And B. T. Mclean (Ed.). Soybean in Tropical and Subtropical Cropping Systems; Symposium, Tsukuba, Japan, September 26-October 1, 1983. Xvii+471p. The Asian Vegetable Research and Development Center: Shanhua, Taiwan. Illus. Paper, 215-8. Contact: ADISARWANTO T; MALANG RES INST FOOD CROPS, PO BOX 66, MALAG, EAST JAVA, INDONESIA Agnello AM, Bradley JRJ, Van Duyn JW (1986) Plant-Mediated Effects of Postemergence Herbicides on Pseudoplusia-Includens. Journal of Agricultural Entomology 3, 61-5. Contact: AGNELLO A M ; DEP ENTOMOL, NY STATE AGRIC EXP STN, GENEVA, NY 14456, USA Agnello AM, Van Duyn JW, Bradley JRJ (1986) Influence of Postemergence Herbicides on Populations of Bean Leaf Beetle Cerotoma-Trifurcata Coleoptera Chrysomelidae and Corn Earworm Heliothis-Zea Lepidoptera Noctuidae in Soybeans Glycine-Max. Journal of Economic Entomology 79, 261-5. Contact: AGNELLO A M ; DEPARTMENT OF ENTOMOLOGY, NORTH CAROLINA STATE UNIVERSITY, RALEIGH, NORTH CAROLINA 27695-7630, USA

7. Pecan/Georgia - Bugwoodwiki Retrieved from http//wiki.bugwood.org/Pecan/Georgia http://wiki.bugwood.org/Pecan/Georgia

Pecan in Georgia From Bugwoodwiki Pecan Jump to: navigation search Publications Pecan Insects Major Diseases of Pecan Pecan Pest Management Handbook Summary of Losses from Insect Damage and Costs of Control in Georgia States and Regions General Georgia Retrieved from " http://wiki.bugwood.org/Pecan/Georgia Personal tools Log in / create account Namespaces Page Discussion Variants Views Read View source View history Actions Search Navigation Main Page Community portal Current projects Recent changes ... Help Projects High Plains IPM Guide IPED Pest Protocol NPDN First Detector Materials Diagnostician's Cookbook ... Invasipedia Participation BugwoodWiki Scholar! The Bugwood Blog Wiki Authorship Submitting Images Bugwood Image Sites ForestryImages IPM Images InsectImages Invasive.org Export Current Page Adobe Acrobat Microsoft Word Toolbox What links here Related changes Special pages Printable version ... Permanent link In other languages English This page has been accessed 4,111 times. This page was last modified 15:59, 21 October 2008 by Elizabeth Carlson Content is available for non-profit, educational use under our Developed by the Center for Invasive Species and Ecosystem Health at the University of Georgia About Bugwoodwiki

8. Apiculture - Summary Of Losses From Insect Damage And Costs Of Control In Georgi Georgia Agric. Statistics Service, Mar. 4, 1997 2 Hoff, F.L. 1995. Honey. U.S.D.A. Agric. Econ. Rep. 708 3 Georgia Bee letter, vol. 7(1), 1997, Univ. of Georgia Coop. Ext. Service http://www.bugwood.org/sl96/apiculture.html

Subcommittee Reports I. Apiculture Keith S. Delaplane The number of managed bee hives in Georgia increased from 70,000 in 1995 to 75,000 in 1996 . This welcome upswing follows a general increase in honey prices due to decreasing world honey stocks. Overall honey production in Georgia, including the 1996 crop year, has stayed uniform over ten years . Thus, production efficiency is good. Parasitic tracheal mites and Varroa mites continue to kill colonies and cost beekeepers large sums for control. There remains only one registered miticide for varroa mite control, Apistan TM . There is concern for chemical resistance in mites but so far there are no data from North America to suggest this is a problem. Conditions were good for honey production in 1996. Beekeepers with five or more hives harvested 5,100,000 pounds of honey, up from 4,340,000 in 1995. Production per hive (68 pounds) was up slightly from 1995 (62 pounds). Value of the 1996 crop was $4,539,000 compared to $3,081,000 in 1995. In 1996, average price per pound rose to $0.89, up from $0.71 in 1995 Extension programs reached 1,876 people in educational efforts aimed at honey bee parasite biology and control, optimum bee management, and public awareness of the value of bee pollinators. The fifth annual Young Harris College/University of Georgia Beekeeping Institute drew 99 participants. Research focused on identifying economic treatment thresholds for Varroa mites and the pollinators and their flower-visiting behavior in rabbiteye blueberry.

9. Pecan Insects 2008 Georgia Pest Managment Handbook (University of Georgia, Coop. Ext. Service) Darrell Spark's Webpage (University of Georgia, Horticulture Department) http://www.angelfire.com/yt/pecanbugs/links.html

Archive of my Pecan Arthropod Pictures Pecan Nut Drop Reference (University of Georgia) Sustainable Pecan Production Guide from ATTRA Field Biology of Pecan Pests (University of Georgia, Ga. IPM Guide) Archive of my Pecan Arthropod Pictures Pecan Nut Drop Reference (University of Georgia) Sustainable Pecan Production Guide from ATTRA Field Biology of Pecan Pests (University of Georgia, Ga. IPM Guide) ... Main

10. Flazasulfuron (104040-78-0). Index From Fluoride Action Network Pesticide Projec University of Georgia Coop Ext Service. Initiation Date 527-2004. Planned Completion Date 7-26-2004. November 27, 2003. http://www.fluoridealert.org/pesticides/flazasulfuron-page.htm

Pesticide Directory : A - E F G-P Q-Z ... Contact Project Pesticides Flazasulfuron CAS No. 104040-78-0 Return to Adverse Effects ACTIVITY: Herbicide (sulfonylurea) CAS Name: N-[[(4,6-dimethoxy-2-pyrimidinyl)amino]carbonyl]-3-(trifluoromethyl)-2-pyridinesulfonamide Structure: Adverse Effects Bone Kidney Liver Reproductive/Developmental Regulatory Information (only comprehensive for the US) US EPA Registered: Pending Registered use in (includes only a limited list of countries) Hungary, Japan, New Zealand, Taiwan Japan's Maximum Residue Levels (MRLs) Grape, Grapefruit, Lemon, Lime, Natsudaidai (whole), Orange, Other Citrus fruits, Sugarcane, Unshu orange Other Information Molecular Formula: Entry Year: Inventing Company: ISK Biosciences Other Names: Flazasulfuron 25 WG Katana 25% WG Shibagen OK-1166 SL-160 Technical Flazasulfuron Herbicide Of special interest: PAN Data March 10, 2004.

11. ARS | Publication Request: Vertical Distribution Of Rotylenchulus Reniformis In Lee, G GEORGIA COOP EXT SERVICE Mcgawley, E - LOUISIANA STATE UNIV Overstreet, C - LOUISIANA STATE UNIV Padgett, B - LOUISIANA COOP EXT SERV http://www.ars.usda.gov/research/publications/publications.htm?seq_no_115=173905

12. Conservation Tillage And Cover Crop Influences On Cotton b Univ. of Georgia, Coop. Ext. Service, Waynesboro, GA c Monsanto Co., Waynesboro, GA d Univ. of Georgia, Crop and Soil Sciences Dep., Athens, GA http://agron.scijournals.org/cgi/content/figsonly/98/5/1247

13. Wayne F. Wilcox Univ. of Georgia Coop. Ext. Service Bull. 1022. 115 pp. Wilcox, W. F., and Mircetich, S. M. 1988. Phytophthora crown and root rots. pp. 3940 in http://www.nysaes.cornell.edu/pp/faculty/wilcox/cv.html

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