61. IPM/CIIFAD Horticultural Crops Pest Management Global Crop pest Identification and Information Services in integrated pest management(IPM) on units' for the major vegetable, fruit and field crops pests in http://www.nysaes.cornell.edu/ent/hortcrops/proposal.html

Unsolicited Proposal Global Crop Pest Identification and Information Services in Integrated Pest Management (IPM) on the World Wide Web (http://www.nysaes.cornell.edu/ ent/hortcrops) Alfredo Rueda and Anthony M. Shelton Department of Entomology, Cornell University NYSAES, 416 Barton Lab, Geneva, NY 14456 Phone: (315) 787-2352, FAX: (315) 787-2326 E-mail: aar4@cornell.edu or ams5@cornell.edu Project Justification and Approach CIIFAD ), we have developed a prototype to demonstrate the information and capabilities of the proposed system. This site is the prototype of the Global Crop Pest Identification and Information Services in Integrated Pest Management (IPM) on the World Wide Web. Using this prototype as a model, we are now interested in working with agriculturalists in third world countries to help modify, if necessary, the format of this WWW site and add approximately 500 additional diagnostic and information 'units' for the major vegetable, fruit and field crops pests in the tropical and subtropical countries. Each of the units can focus on a particular insect, disease or weed pest important to that crop. The project will be developed by scientists at Cornell University , Zamorano (the PanAmerican School of Agriculture in Honduras) and other collaborative institutions from the developing countries.

62. Integrated Pest Management Program integrated pest management Program. Brambles Diseases. Insects and Relatedpests. Strawberry Insect management - General Overview. Vegetable crops. http://web.aces.uiuc.edu/aim/morrill/ipm.htm

Integrated Pest Management Program Brambles - Diseases RPD #708 - Orange Rust on Brambles RPD #709 - Spur Blight and Cane Blight of Raspberries Grapes - Dieseases RPD #703 - Black Rot of Grape RPD #705 - Downy Mildew of Grape Strawberries - Diseases RPD #701 - Strawberry Red Stele Root Rot RPD #702 - Strawberry Leaf Diseases RPD #704 - Gray Mold of Strawberry RPD #706 - Leaf Variegation or June Yellows in Strawberries ... RPD #707 - Verticillium Wilt on Strawberry Insects and Related Pests Strawberry Insect Management - General Overview Root-feeding Pests Foliage-feeding Pests Flower- and Fruit-feeding Pests Vegetable Crops Integrated Weed Management in Vegetable Crops Scouting Preventative Weed Control Strategies Cultural Practices Mechanical Weed Control ... Conclusions Weed Control for Commercial Vegetable Crops Weed Control for Commercial Vegetable Crops Asparagus - Diseases Cercospora Leaf Spot and Rust Fusarium Crown and Root Rot Asparagus - Insects Insecticide Rates and Guidelines Asparaus Beetle Cutworms Asparagus aphid ... Minimum Preharvest Intervalsof Common Insecticides Asparagus - Weeds Preemergence Postemergence Stale Seedbed Beans (Snap, Dry, and Lima)

63. APS News Release: Integrated Pest Management a simple way of dealing with pests that plagued their crops; they relied of Augustto discuss the economics of what is called integrated pest management, or IPM http://www.apsnet.org/media/press/ipm.asp

Overview News Releases Position Statements Join Mailing List ... Contacts The American Phytopathological Society (APS) is a non-profit, professional, scientific organization dedicated to the study and control of plant diseases. The American Phytopathological Society PRESS RELEASE For immediate release. Contact: Cindy Ash , Director Scientific Services, American Phytopathological Society 651.454.7250. Details at www.apsnet.org Integrated Pest Management Promises Crop Yields with Fewer Chemicals, but Will It Prove Effective in the Long Run? St. Paul, MN (August 15, 2001) - It used to be that most growers had a simple way of dealing with pests that plagued their crops; they relied on a myriad of chemicals, applying them routinely in an effort to protect their harvest. But times have changed. Environmental and health concerns have lead to a decreased use of chemicals, while simultaneously our knowledge of non-chemical disease control methods has increased substantially. But scientists wonder if these new methods will prove effective in the long run. Many consider this one of the key agricultural issues of the decade, prompting the world’s largest group of plant health scientists to hold a special symposium at the end of August to discuss the economics of what is called Integrated Pest Management, or IPM. At one time common practice held that growers applied chemicals to their crops on a rotating basis whether they had pests or not. But with IPM, chemicals are used only when a pest infestation has been detected, and then the chemical of choice is likely to be a new, so called “reduced-risk” variety, a name given by the EPA to chemicals deemed safer to workers and to the environment because they either require a smaller dose, degrade more quickly in the environment, or are less toxic than other products on the market. But the key concept in IPM programs is the word “integrated,” since the overall IPM strategy calls for growers to rely first on techniques like frequent monitoring, biotechnology and sanitation to manage potential pests and to use chemicals only when necessary.

64. POSSIBILITY OF INTEGRATED PEST MANAGEMENT IN GERBERA CROPS ISHS International Symposium on Protected Cultivation of Ornamentals in Mild WinterClimates POSSIBILITY OF integrated pest management IN GERBERA crops. http://www.actahort.org/books/246/246_38.htm

Acta Horticulturae Home Login ... Search ISHS Acta Horticulturae 246: International Symposium on Protected Cultivation of Ornamentals in Mild Winter Climates POSSIBILITY OF INTEGRATED PEST MANAGEMENT IN GERBERA CROPS Authors: Abstract: The first objective of this work is to control the american leafminer, Liriomyza trifolii Burgess (Dipt: Agromyzidae) on gerbera cut flower culture. L trifolii is a new species in our Region. It appeared in 1981. In 1985 it became a general pest, extending its influence to other crops. It caused panic among growers due to the resistance it showed to all pesticides commonly used. In 1986, an assay on Gerbera in an experimental greenhouse was conducted. The aim was to check for the presence of any local parasites potentially controlling this new pest. Results were highly satisfactory. Several parasites turned up. Diglyphus isaea (Walker) (Hym. Eulophidae) appeared to be the most effective at maintaining the pest under control. All along the year there was no need to apply any insecticide or acaricide treatment. In commercial greenhouses, at least one treatment is applied weekly to the crop. A second assay, in a commercial crop is been going on since the end of 1987. This one is being used to confirm the performance of D isaea , and to elucidate how to introduce the mecanisms of integrated control to the traditional crop management techniques.

65. AN OVERVIEW OF INTEGRATED PEST MANAGEMENT FOR PROTECTED ORNAMENTAL CROPS IN THE Symposium on Protected Cultivation of Ornamentals in Mild Winter Climates AN OVERVIEWOF integrated pest management FOR PROTECTED ORNAMENTAL crops IN THE http://www.actahort.org/books/246/246_39.htm

Acta Horticulturae Home Login ... Search ISHS Acta Horticulturae 246: International Symposium on Protected Cultivation of Ornamentals in Mild Winter Climates AN OVERVIEW OF INTEGRATED PEST MANAGEMENT FOR PROTECTED ORNAMENTAL CROPS IN THE CANARY ISLANDS Authors: Abstract: The chief pests affected protected ornamental crops in the Canary Islands are Homoptera order (Coccids, Aphids, "white-flies") and some more specific species such as the "leaf-miner" Liriomyza trifolii Burgess as well as mites basically of the Tetranychus genus. Many of these are controlled spontaneously by their natural enemies. Other species require more traditional biological control. Also discussed ares use of insecticides and cultural practices in conjunction with these natural enemies. Full Text (PDF format, 117294 bytes) Full Text e-mail service Citation Download Adobe Acrobat Reader (free software to read PDF files) URL www.actahort.org Hosted by K.U.Leuven ISHS

66. Integrated Pest Management Dr. Paul W. Flinn integrated pest management of stored Higgins Development of practicalpestmanagement guidelines for field crops, emphasizing multiple http://www.oznet.ksu.edu/entomology/disciplines/integrated pest management.htm

Kansas State Department of Entomology -Integrated Pest Management- Development of integrated management programs for arthropods pests of major agricultural commodities in Kansas, with emphasis on integration of chemical, cultural, biological, and resistant host-plant strategies. Behavioral modification using sex pheromones. Interdisciplinary programs emphasize crop/livestock commodity loss assessment and the development of management software to aid producers. For more information please contact: Dr. Franklin H. Arthur: Stored grain insect pest management. Dr. Alberto Broce : Biology, ecology, behavior, and management of insects and other arthropod pests of livestock. Dr. Lawrent L. Buschman : Biology and Management of Insect and Mite pests of corn. Southwest Kansas Research-Extension Center, Garden city KS. Dr. Paul W. Flinn: Integrated pest management of stored-product isnects with emphasis on modeling, expert systems. Dr. Randall A. Higgins

67. Integrated Pest Management Of Aster Leafhoppers And Aster Yellows - Manitoba Agr integrated pest management of Aster Yellows. Cultural Control. Culturalcontrol leafhoppers. Commercial crops Affected by Aster Yellows. The http://www.gov.mb.ca/agriculture/crops/insects/fad51s00.html

February, 2001 Integrated Pest Management of Aster Leafhoppers and Aster Yellows Aster yellows is a viral-like disease and is caused by a phytoplasma (previously called mycoplasma-like organism) and is spread by aster leafhoppers. Introduction The degree of severity of disease can not be assumed from the number of aster leafhoppers present due to many different factors. Factors such as weather conditions, infectivity rate and precipitation amounts are variable and differ from year to year. Background and Biology Links: Background and Biology Disease Life Cycle Damage Monitoring ... Commercial Crops Affected by Aster Yellows Adult: the aster leafhopper is olive-green or straw coloured with six dark coloured spots on the forehead. The abdomen is charcoal and the wings are opaque. They fly between plants in short bursts, depending on wind conditions. They may overwinter as eggs, but substantial numbers migrate from the south, usually arriving in early to mid June. The aster leafhopper will not fly at temperatures below 15 degrees C. The migrants are attracted to grasses and forages, such as winter wheat and alfalfa, for breeding purposes. The eggs takes two weeks and five nymphal stages to reach the first generation, which appear in late June to early July. These cause most of the crop damage, due to their preference for carrots, lettuce and celery as a feeding ground. The feeding itself is not economically damaging, but in the feeding process the plants are infected with aster yellows.

68. KLUWER Academic Publishers | Integrated Pest And Disease Management In Greenhous Books » integrated pest and Disease management in Greenhouse crops.integrated pest and Disease management in Greenhouse crops. Kluwer http://www.wkap.nl/prod/b/0-7923-5631-4

Title Authors Affiliation ISBN ISSN advanced search search tips Books Integrated Pest and Disease Management in Greenhouse Crops Integrated Pest and Disease Management in Greenhouse Crops Kluwer Academic Publishers is pleased to make this title available as a special Printing on Demand (PoD) edition. PoD books will be sent to you within 6-9 weeks of receipt of your order. Firm orders only!: returns cannot be accepted as PoD books are only printed on request. Add to cart edited by Ramon Albajes University of Lleida, Spain M. Lodovica Gullino University of Torino, Italy Joop C. van Lenteren Wageningen University, The Netherlands Yigal Elad The Volcani Center, ARO, Bet Dagen, Israel Book Series: DEVELOPMENTS IN PLANT PATHOLOGY Volume 14 Protected cultivation is practised in many hundreds of thousands of hectares throughout the world under quite different social, economic and technical conditions. Contributions to the book reflect such a diversity of situations: from the high-technology glasshouses of northern Europe and America to the simple plastic tunnels of the Mediterranean area and temperate eastern Asia. Furthermore, the editors have entrusted each chapter to authors whose activity and perspectives could be complementary: pathologists and entomologists, from private and public sectors, and from differentiated geographical regions. Probably no book published to date has offered such a diverse yet integrated approach to pest and disease control in greenhouse crops. The book originated from an international course taught at the International Centre for Advanced Mediterranean Agronomic Studies in Zaragoza, Spain. The authors are specialists from universities, research institutions and companies in Europe, America, Asia, Africa and Oceania.

69. Integrated Pest Management (IPM) In Use - Overview integrated pest management is a means of controlling pests without relying totallyon chemical insecticides. It has been developed for potato crops in http://www.sardi.sa.gov.au/pages/horticulture/pathology/hort_pn_ipmoverview.htm

Conference Papers - Other documents in this section - Insect Pests Irrigation/Salinity Nutrition Postharvest Software Study Tours Varieties Integrated Pest Management (IPM) in Use - Overview Paul Horne, IPM Technologies Pty Ltd, PO Box 560, Hurstbridge VIC 3099 Phone: (03) 9710 1554 Fax: (03) 9710 1354 Email: paulh@c033.aone.net.au Summary An overview is presented of integrated pest management (IPM) in Australia. The strategy for controlling major pests, and the role of insecticides in an IPM strategy are discussed. The rates of adoption of IPM and the reasons for differences in these rates are presented. Introduction Integrated Pest Management is a means of controlling pests without relying totally on chemical insecticides. It has been developed for potato crops in Australia over the past few years and is being used successfully by growers in many different parts of Australia. For many years the main approach potato farmers (and others) used to control pests consisted of either regular, routine and frequent applications of insecticide or else waiting until there was a problem and then attempting to eradicate the pest concerned. The approach that IPM takes is to look carefully for pests throughout the season and make decisions on what to do, based on the monitoring results. In an IPM crop, low numbers of pests are more likely to be found simply because someone is looking. However, high numbers of pests should be less likely because the problems are dealt with early, and in a way that does not cause an increase in numbers of other pests.

70. Wegmans: Integrated Pest Management Farmers have agreed to routinely inspect their crops, document pest levels With Integratedpest management, both natural and synthetic pesticides can be used to http://www.wegmans.com/health/fyfga/integratedPestManagement.asp

Growing Better, Every Day! At Wegmans, we believe in providing great food that's good for you and good for the earth at affordable prices. This commitment led us to partner with several land-grant universities (like Cornell and Penn State) and some of our local growers to support a sustainable approach to farming called Integrated Pest Management (IPM for short). Through IPM, growers strive to limit the amount of chemicals they apply to their farmland by taking other steps to reduce pest damage and care for the land. With IPM, you can make a difference! By choosing IPM-grown produce, you're supporting the efforts of a dedicated group of growers whose vision for the future is one that we share at Wegmans! IPM fields get fewer pesticides; exactly how much less depends on the crop and the time in question. Cornell University researchers share these examples: IPM fields for frozen and canned sweet corn, on average, get 50% less pesticide than conventionally grown fields. Green bean and cabbage fields get 30% less! Pesticides are used only when pests trigger a pre-determined "threshold level" one which, if exceeded, threatens significant damage. The amount of pesticide used can change from year to year, but what's important is that, overall, fewer pesticides are used.

71. Integrated Pest And Disease Management/edited By Rajeev K. Upadhyay, K.G. Mukerj 22. Apple scab and powdery mildew and their management/GK Gupta. 23. integrated pestmanagement in fodder crops/CR Hazra, KC Pandey, RB Bhasker NC Sinha. 24. http://www.vedamsbooks.com/no13000.htm

Integrated Pest and Disease Management/edited by Rajeev K. Upadhyay, K.G. Mukerji, B.P. Chamola and O.P. Dubey. 1998, 695 p., figs., Contents: Return to Plant Sciences Catalogue Return to Agronomy Catalogue Return to Entomology Catalogue

72. Integrated Pest And Disease Management which poses a global threat to many food and cash crops. biology, and habits ofinsects associated with cassava; integrated pest management (IPM); diseases http://www.ciat.cgiar.org/ipm/

Products Cassava: Biology, Production and Utilization (Book) Entomophagous Nematodes:A New Solution for the Cassava Crop in 2000 (Video) Chemistry, Useful Tool to Improve Biological Control (Video) Pests, Diseases, and Nutritional Disorders of the Common Bean in Africa: A Field Guide ... All IPM-related Products Research Themes Cassava Beans Tropical Forages Information/ Services Training and Consulting Publications About Us Project Description Highlights 2002 Special Cassava Projects Our Team ... Home Developing and transferring knowledge systems and pest and disease management components for sustainable productivity and a healthier environment For further information contact: Anthony Bellotti Last update: 7 March 2003 Whitefly-Resistant Cassava Variety The new variety, which is resistant to the species Aleurotrachelus socialis CORPOICA ). It resulted from a cross between two cassava clones, one collected in Ecuador (MECU 72) and the other in Brazil (MBRA 12). The cross was made at the International Center for Tropical Agriculture (CIAT), based in Palmira, Colombia (

73. Integrated Pest Management For Smallholder Estate Crops Project - ADB.org of Project Implementation. integrated pest management for SmallholderEstate crops Project. Country and Location. 12 provinces of http://www.adb.org/Documents/News/1996/pi1996112.asp

Home What's New Site Map Index ... Help Resources Asia Recovery Information Center ADB Institute Search Home News and Events Project Information Project Information The following provides prospective suppliers, contractors, consultants, and others with general information about the Project. Detailed information may be obtained from the Executing Agency indicated below. Particulars given with respect to "consultants" and "procurement" are based on present planning and may change in the course of Project Implementation. Integrated Pest Management for Smallholder Estate Crops Project Country and Location 12 provinces of Indonesia: North Sumatra, South Sumatra, Lampung, West Java, Central Java, East Java, Bali, West Nusa Tenggara, West Kalimantan, East Kalimantan, South Sulawesi and Southeast Sulawesi. Borrower Republic of Indonesia Date of Approval 26 September 1996 Objectives The Project will promote the adoption of cost-effective, environmentally-sound integrated pest management (IPM) practices by smallholder estate crop farmers by strengthening selected Government institutions and farmer groups. The objective will contribute toward the Projectþs goals to (i) enhance and protect the environment, and (ii) improve product quality and increase the productivity and farm income of smallholder farmers. Total Cost US$79.6 million equivalent comprising foreign exchange cost of US$32.9 million and local currency cost of US$46.7 million equivalent.

74. Integrated Pest Management Strategies To Increase Pulses Production and improved by the scientists at the International crops Research Institute for practiceas an critical component of integrated pest management (IPM) strategy http://www.icrisat.org/text/news/2000/ipm_research.htm

Integrated Pest Management strategies to increase pulses production A TIME honored farmers' practice of managing pigeonpea podborer has come in handy for the farmers of Hamsanapalli in Banvaspeta mandal of Mehboobnagar district, Andhra Pradesh. This cost-effective, eco-friendly method is now spreading to over 200 villages in four districts of Andhra Pradesh. Helicoverpa armigera (gram podborer), the serious pest of pigeonpea, destroys all the pods despite intensive insecticides application. Inappropriate and indiscriminate use of insecticides has led to the development of resistance, creation of secondary pests, loss in bio- diversity, and increase in human health hazards. Besides, the chemical control was prohibitively expensive for the farmers, and it made pigeonpea cultivation unattractive. At the same time farmers cannot afford to skip this crop, as it is one of the most important legume crops, and a source of inexpensive protein in the tropics and subtropics. Pigeonpea losses due to Helicoverpa infestation ranged between 20 to 100 per cent, and many growers burnt their fingers. Some farmers who lost their crop committed suicide. The pest spelt doom for the crop.

75. IPM Forum - Integrated Pest Management Forum Pushpull' system for maize stemborer management Maize farmers IACR-Rothamsted (Institutefor Arable crops Research, UK They also grow two pest-resistant plants http://www.cabi-publishing.org/IPM/opttrap.htm

Here you will find descriptions of many kinds of IPM technologies that have been developed by researchers and/or farmers for different crops and pests in different countries. You can browse through the basket of options, or search for possible solutions to your IPM problems. You can also add a description of an IPM technology that you have developed or learnt about. Natural Enemies Manual Removal Intercrops and Trap Crops Intercrops and Trap Crops Other plants amongst or near your main crop can have many beneficial effects. By choosing an intercrop carefully you may be able to attract more natural enemies to your field, or repel pests from. A different trap crop planted near your main crop may attract pests so strongly that they stay there and do not attack your crop. A cover crop can suppress weeds, and a legume crop will enrich your soil. 'Push-pull' system for maize stemborer management Maize farmers in Kenya are testing intercropping strategies to control damage by larval stem-borers of moth species such as the indigenous Busseola fusca and the introduced Chilo partellus. The 'push-pull' strategy was developed by ICIPE (International Centre of Insect Physiology and Ecology), IACR-Rothamsted (Institute for Arable Crops Research, UK) and KARI (Kenya Agricultural Research Institute).

76. What Is Integrated Pest Management? integrated pest management better known as IPM - was introduced on a large scalein not waste their resources, risk their health, harm their crops, or damage http://www.fao.org/News/1998/ipm-e.htm

What is Integrated Pest Management? Integrated Pest Management - better known as IPM - was introduced on a large scale in Indonesia in the late 1980s and is now being promoted by FAO in more than 40 countries worldwide. IPM enables farmers to monitor and control the pests in their fields, keeping the use of expensive and potentially damaging and dangerous chemical pesticides to an absolute minimum. A Ghanaian farmer weeds the IPM project's experimental rice field (FAO/18429/P. Cenini) In developing countries, under village conditions, safe use of hazardous pesticides is practically impossible. Protective clothing is prohibitively expensive, and the tropical heat makes it almost unwearable. A 1993 study in Indonesia showed that 21 percent of spraying operations resulted in three or more symptoms associated with pesticide poisoning. Eighty-four percent of farmers were also found to be storing chemicals in their homes, in unsafe conditions where children could reach them. Field-based training In order to train farmers effectively in IPM, an innovative, field-based, participatory training technique was developed - the Farmers' Field School (FFS). Meeting once a week for a 12-week crop season, from transplant to harvest, farmers learn the basic science and the techniques on which successful IPM is based. Their first task is to plant an experimental rice field which will be their classroom.

77. Glossary The economics of tropical farm management. In Biotechnology Enhancing Researchon Tropical crops in Africa definitions and scope of integrated pest control. http://www.pestmanagement.co.uk/library/glossary.html

78. Modules Click title for more info.Level*, CEU's, Availability. Diseases of crops Basis and Definitions Item......integrated pest management Modules. Title http://www.cai.iastate.edu/Modules/crop/crop.asp?area=ipm

79. Central Valley News Tips - Integrated Pest Management is the goal of research by University of California integrated pest management weedecologist Planting cover crops or filter strips in the orchard will also http://danr.ucop.edu/news/July-Dec1999/ipmtips.html

November 4, 1999 CONTACT: Jeannette Warnert, (559) 225-5611, jwarnert@uckac.edu Central Valley News Tips - Integrated Pest Management Low insecticide use in 1999 means farmers are employing integrated pest management methods Pistachio farmers get a breather in 1999 from devastating disease Pheromone mating disruption is promising alternative to insecticide applications for control of codling moths Cottony cushion scale becomes serious in the San Joaquin Valley ... Root knot nematode need not be treated with chemicals Low insecticide use in 1999 means farmers are employing integrated pest management methods ipmpbg@uckac.edu Pistachio farmers get a breather in 1999 from devastating disease A dry spring and mild summer in 1999 provided California pistachio farmers with a welcome respite from a disease capable of wiping out their entire crop, according to Themis Michailides, UC Davis plant pathologist based at the UC Kearney Agricultural Center near Parlier. Fruit and shoot blight caused by the fungus Botryosphaeria dothidea was first observed in Northern California in 1983 and within 12 years has spread statewide. "This disease could destroy the state's pistachio industry," Michailides said. The pistachio industry has provided Michailides' laboratory with $187,000 to fund four studies aimed at halting the devastating disease. He and a staff of five are studying the fungus' lifecycle, the effect of environmental conditions on its spread and development, effects of plant nutrition and drought on the fungus, and biological control methods. As part of the latter trial scientists have found that a bacterium, when present in pistachio buds, appears to preclude

80. University Of Illinois Extension: Teams: Integrated Pest Management Team integrated pest management Team NAME. OFFICE. Philip Nixon, Natural Resources Env Sciences 103b Vegetable crops Bldg MC636 1301 W Dorner Urbana, IL 61801. http://www.extension.uiuc.edu/intranet/teams/ipm.html

Integrated Pest Management Team NAME OFFICE Mohammad Babadoost Crop Sciences 1102 S Goodwin Ave Urbana, IL 61801 Suzanne Bissonnette Champaign Extension Ctr 801 N Country Fair Dr Ste E Champaign, IL 61821 Gary Bretthauer Kendall County Extension 7775B Illinois Rte 47 Yorkville, IL 60560 Raymond A. Cloyd 1101 W Peabody Dr Urbana, IL 61801 George Czapar Springfield Extension Ctr PO Box 8199 Springfield, IL 62791 Dale Edwards Crop Sciences 1102 S Goodwin Ave Urbana, IL 61801 Dave Feltes Quad Cities Extension Ctr 4550 Kennedy Dr, Ste 2 East Moline, IL 61244 Michael Gray Crop Sciences 1102 S Goodwin Ave Urbana, IL 61801 Aaron Hager Crop Sciences 1102 S Goodwin Ave Urbana, IL 61801 Russel Higgins Matteson Extension Ctr 5527 Miller Cir Dr, Ste C Matteson, IL 60443 Mark Hoard Mt Vernon Extension Ctr 4112 N Water Tower Place Mt Vernon, IL 62864 Pablo Kalnay Springfield Extension Ctr PO Box 8199 Springfield, IL 62791 Dean Malvick Crop Sciences 1102 S Goodwin Ave Urbana, IL 61801 Sandy Mason Champaign County Extension 801 N Country Fair Dr Ste D Champaign, IL 61821

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