Art Agnello 19801981 Survey Entomologist, illinois cooperative extension service, Cornell coop. ext. Tree Fruit Fact Sheet, New York State Integrated Pest http://www.nysaes.cornell.edu/ent/faculty/agnello/
Extractions: * Reduced-risk pest management in apples using pheromone disruption and a selective pesticide program. USDA RAMP Project, Final Report - NY 2004 View pdf * Refinement of bio-based approaches to reducing insecticide use against plum curculio and apple maggot, 2004 View pdf * New technology in hand-applied pheromone dispensers for oriental fruit moth disruption, 2004 View pdf * Evaluation of insecticides to control phytophagous miridae, 2004 - D. Kain View pdf
Extractions: This Extension Circular reviews what is known about the effects of rotations, tillage practices, and planting and harvest dates on crop insect management, focusing on major crops in Nebraska. Before the development of synthetic organic insecticides (pre-DDT era), rotations, tillage practices, planting and harvest dates, and other nonchemical cultural controls were commonly recommended for insect management. Research focused on crop rotation and other cultural practices for insect management. With the development of DDT and later insecticides however, research on nonchemical controls decreased markedly. With the emergence of the concept of sustainable agriculture in the 1980s, there has been increased emphasis on the use of crop rotations, reduced tillage and other cultural practices to promote cropping diversity, provide on-farm sources of soil fertility and animal feed, reduce soil erosion, and reduce pest problems. A greater understanding of how these cultural practices affect insect pest management is needed before they will be widely used. Table I. Effect of crop rotation of corn on insect populations or potential damage.
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.
Improved Lighting In Dairy Barns Funding UW coop. ext. service. cooperators UW Biological Systems Engring.; U. of Minnesota; U. of illinois; Iowa State U.; MidWest Plan service http://bse.wisc.edu/Updates_121203_012104/AnnualSum2004/Anul_Summ_Extension_04/E
Extractions: Dairy Production and Profitability (Back to Dairy Production Section) (Back to Annual Summary, 200 B.J. Holmes*, D.R. Reinemann, D.W. Kammel, K.G. Josefsson Funding: UW Coop. Ext. Service Cooperators: UW Biological Systems Engring.; UW Healthy Farmers, Healthy Profits Project; UW Dairy Sci.; UW Ctr. for Dairy Profitability; U. of Minnesota; U. of Illinois; Iowa State U.; MidWest Plan Service Increasing profitability on dairy farms requires proper selection of facilities for housing, feeding, and milking. The following strategies have been proposed. Enhance milk production efficiency by improving cattle environment including long day lighting which has the benefit of improving the safety of producers while working in the barn. Reduce electric hazards by improving efficiency of electrical energy use. Increase milk harvesting profitability by properly selecting milking equipment and facilities. Improve efficiency of feed storage and handling through better methods to provide balanced diets and adequate feeding space. Enhance dairy industry modernization by encouraging selection of profitable facilities.
Back-to-Basics: Regional Updates Archive - Winter 2004-2005 illinois Agronomy Handbook. 23rd ed. illinois State coop. ext. Serv., Univ. of According to the Florida Agricultural Statistics service The all orange http://www.back-to-basics.net/regional/archives/winter_2004-2005.htm
Extractions: Northcentral Harvest in 2004 was marked by record-breaking yields for many crops in many areas of the Northcentral region. Nutrient management plans will need to be updated to account for the quantities of P and K removed by crop harvest this past season. Range in estimated 2004 state average P removal
Crop Systems & Global Change : Coden List OF FL coop ext. service BULL SSSOS-OOXXRH-90-C(DRAFT) P 13. 9MINHS METCALF,RL, SANBORN, JR, illinois NATURAL HISTORY SURVEY BULLETIN, 31, http://www.ars.usda.gov/Services/docs.htm?docid=6436&pf=1&cg_id=0
Extractions: Soil testing is a useful, reliable tool for determination of nutrient needs. The reliability of this process requires that a representative sample be collected in the field, that it be processed correctly at the laboratory, and that the recommendations be based on calibrations conducted on soils similar to those of the area. Nearly all soil testing laboratories that service Illinois producers utilize the recommended soil test procedures for the North Central Region (Brown, 1998). Substantial research has been conducted in Illinois and other North Central states to correlate and calibrate the results obtained from these procedures to crop yield response to supplemental application of nutrients. A soil testing program begins with the collection of soil samples from a field. This is a critical step because, regardless of analytical precision, the soil test will be of little value if the sample does not represent the field or area of the field. Considerable research has been conducted over the years to ascertain sampling techniques necessary to collect samples that accurately characterize the nutrient status of the field or area within the field. This research has shown that number and field position from which samples are collected will vary depending on management practices and soil variability in the field.
Extractions: DEPARTMENT ROOM ADDRESS MC Abbott Power Plant Abbott Power Plant Academic Human Resources 807 S. Wright Academic Policy Analysis 807 S. Wright Accountancy, Dept of Wohlers Hall Accounting Henry Admin ACES Academic Computing 1101 S. Goodwin ACES Ac Prog/Alumni Office 1101 S. Goodwin ACES Library 1101 S. Goodwin Admin Human Res,University 807 S. Wright 901 W. Illinois Advanced Study 912 W. Illinois Advertising Gregory Hall Talbot Lab Aerospace Studies Armory Affirm Ac/Acad Info Desk Swanlund Affirm Ac/Cntr Admin 807 S. Wright Affirm Ac/Staff/Personnel Info Desk Swanlund African Studies 910 S 5TH Afro-Amer Cultural 708 S Mathews Afro-Amer Studies 1201 W. Nevada Ag Admin Mumford Hall Ag Communications Mumford Hall Ag Economics Mumford Hall Ag Engineering Ag Engr Basic Sci Ag Entomology Nat Res Bldg Ag Resources Dev Mumford Hall Ag Services Mumford Hall Agriculture Mumford Hall 50 Gerty Drive 50 Gerty Drive AISS/Production Control Henry Admin AISS/Univ 50 Gerty Drive Allerton Park 202 Univ Inn Alumni Assoc Illini Union Alumni Placement Illini Union Illini Union Am Assoc Univ Prof 201 N. Goodwin Ave.
Abbreviated Titles 1995 : K-M State Univ. coop. ext. Serv. L cooperative extension service, Kansas State ext. Serv. MP - College of Agriculture, cooperative extension service, http://www.nal.usda.gov/indexing/lji95/abrtij.htm
Staff Advisory Council EEO Code 4 University of illinois Personnel Services Office SECRETARY I, coop ext AIII SECRETARY I, coop ext AR I SECRETARY I, coop ext AR II SECRETARY II http://www.pso.uiuc.edu/sac/EEO4.html
UIUC PSO Classification AFSCME Local 3700 Class List Administrator I, Food service, 14. 00552. Adviser, Program, 18 Secretary I,coop ext Area I, 10. 32612. Secretary I, coop ext Area II, 10 http://www.pso.uiuc.edu/Classification/3700ClassList.html
USEPA - SEA - What's New University of illinois Cooperative extension service www.ag.uiuc.edu Publications NORTH DAKOTA. Cooperative extension service www.ext.nodak.edu http://www.epa.gov/seahome/farmasyst/states.htm
Extractions: Software for Environmental Awareness Serving Illinois, Indiana, Michigan, Minnesota, Ohio, Wisconsin and 35 Tribes Contact Us Print Version Search: EPA Home SEAHOME Titles Topics ... Links All the links on this page are to sites outside the EPA. "Links to Web sites outside the U.S. EPA Web site are for the convenience of the user. The Standards of Ethical Conduct do not permit the U.S. EPA to endorse any private sector Web site, product, or service. The U.S. EPA does not exercise any editorial control over the information you may find at this location. This link is being provided consistent with the intended purpose of the EPA Web site." AL AK AS AZ ... WY www.uwex.edu/farmasyst
Faculty-Waldy Klassen and Natural Resources (06/88 to 08/90), Agricultural Research service, USDA, Cabbage Production in MiamiDade County, Florida. UF coop. ext. Ser. http://trec.ifas.ufl.edu/Personnel/wklassen.htm
Extractions: Tropical Research and Education Center University of Florida IFAS Home Personnel Search: EMPLOYMENT South Florida RECs Program Director (10/2000 to present) , University of Florida, Tropical Research and Education Center (TREC), Homestead, FL Director (05/2002 to present) , University of Florida, TREC, Center for Tropical Agriculture, Homestead, FL Center Director (07/1994 to 10/2000) , University of Florida, TREC, Homestead, FL Deputy Director (07/92 to 07/94) Head, Insect and Pest Control Section (09/90 to 06/92) Assoc. Dep. Admin. For Plant Sciences and Natural Resources (06/88 to 08/90) , Agricultural Research Service, USDA, Beltsville, MD Director, Beltsville Area, Beltsville Agricultural Research Center (10/83 to 06/88)
Feeding The Dairy Herd coop. ext. Pub. Distribution, Rm. 245 30 N. Murray St. Department of Agricultureand cooperative extension Services of illinois, Indiana, Iowa, Kansas, http://www.extension.umn.edu/distribution/livestocksystems/DI0469.html
Extractions: Donald E. Otterby, W. Terry Howard and Lee H. Kilmer Table of Contents Ruminant Anatomy and Physiology Feed Nutrients Feedstuffs Feeding the Dairy Herd Feeding Systems Ration Formulation Purchasing Feed Dairy Cow Diseases and Disorders Appendix Tables A-1 Sample budget of cost and returns for a milk cow and her replacement at three different levels of production A-2 Sample budget for raising heifers to 1350 lb in 24 months A-3 Estimating weight of dairy animals on basis of heart girth measurements A-4 Water quality guidelines for dairy cattle A-5 Daily nutrient recommendations for growing heifers A-6 Daily nutrient recommendations for lactating dairy cows A-7 Crude protein and energy allowances for milk production A-8 Calcium and phosphorus allowances for milk production A-9 Nutrient value of common forages A-10 Nutrient value of energy concentrates (grains, by-product feeds, and fat)
Soil Cation Ratios For Crop Production coop. ext. Pub. Distribution Rm. 245 30 N. Murray St. Department of Agricultureand cooperative extension Services of illinois, Indiana, Iowa, Kansas, http://www.extension.umn.edu/distribution/cropsystems/DC6437.html
Extractions: For many years, soil testing has been used as a management tool to arrive at fertilizer recommendations that are essential for economic crop production. Two general concepts or philosophies of making fertilizer recommendations evolved as the use of soil testing techniques and procedures were refined and used more and more as a basis for making fertilizer recommendations. The "sufficiency level" approach is built on the concept that there are certain levels of plant nutrients in soil that can be defined as optimum. Below some defined level, crops will respond to the application of a nutrient in question. Likewise, crops will not respond to the addition of the nutrient if the soil test levels are above a defined sufficient level. The "basic cation saturation ratio" (BCSR) approach promotes the concept that maximum yields can only be achieved by creating an ideal ratio of calcium (Ca), magnesium (Mg) and potassium (K) in the soil system. This approach is not concerned with recommendations for nitrogen (N), phosphorus (P), sulfur (S), and the micronutrients. Today, most public and private soil testing laboratories responsible for making fertilizer recommendations use the "sufficiency level" approach. Others adjust recommendations generated from the "sufficiency level" approach with a consideration for the "basic cation saturation ratios." A more detailed discussion of the BCSR and "sufficiency level" approaches to fertilizer recommendations is provided by Eckert (1987). Recommendations based on the "basic cation saturation ratio" concept are usually quite different from those based on the "sufficiency level" concept. This confuses the grower as well as those who advise the grower. Therefore, this publication addresses the history of the "basic cation saturation ratio" concept and examines its importance and relevancy for crop production. It is not written for the purpose of comparing fertilizer recommendations resulting from the use of either concept.
GVDHVITA North Carolina cooperative extension service. AG466 February,1998. SELECTED PAPER Kansas Agr. Exp. Sta. and coop ext. Svc. Annual Conf., Oct. 18, 1989. http://www.ag-econ.ncsu.edu/faculty/vanderhoeven/GVDHVITA.html
HIA Contacts Univ. of Arkansas Cooperative ext. service 2301 S. University Ave. PO Box 391 University of illinois Agricultural Engineering, 332E AESB http://www.montana.edu/wwwcxair/contacts.htm
1 50 Important Weeds of Montana, Montana Ag. ext. service, 1920. Common WeedSeedlings of the United States and Canada, 1978 coop ext. Univ. of Georgia, http://www.wssa.net/images/references.html
Extractions: Nonnative Invasive Plants of Southern Forests 2003, USFS, SRS 62, See page: 50 Important Weeds of Montana, Montana Ag. Ext. Service, 1920. 126 pages. See page: An Illustrated Guide To Arizona Weeds, 1972 (ISBN 0-8165-0288-9) 338 pages. See page: Aquatic and Riparian Plants of the West, 2003 (ISBN# 1-879906-59-7) See page: California Growers Weed Identification Handbook, 1968 - 1998 University of California Publication # 4030-1, See page: Common Weeds of Canada, Mulligan 1987 (ISBN 0-910053-59-9) See page: Common Weeds of the Canadian Prairies, 1963 (Cat# A53-1136-1) See page: Common Weeds of the United States, 1971 (ISBN 0-486-20504-5) See page: Common Weed Seedlings of the United States and Canada, 1978 Coop Ext. Univ. of Georgia, Athens, See page: Field Guide To The Common Weeds Of Kansas, 1983 (ISBN 0-7006-0233-X) See page: Garden Weeds of Southern California, 1981, See page: Gilkey`s Weeds of the Pacific Northwest, 1980 (ISBN 0-88246-039-0) See page: How to Know the Weeds, 1972, (ISBN# 0-697-04880-2) See page:
AIAEE Conference Research Papers And Authors, 2003 Cooperative ext. service, U. of Georgia, USA. Going Forward in Agriculturalextension Problems and Ag Consumer Econ., Univ. of illinois, USA http://www.aiaee.org/2003/papers.htm
Extractions: Ministry of Agriculture, Forestry, and Fisheries, Democratic Republic of East Timor Integrating Farmers, their Local Level Institutions, and Social Capital into Extension Delivery Systems in Sub-Saharan Africa: Issues, Challenges, and Implications Alonge, Adewale Johnson Miami-Dade Public Schools, USA and Africa Diaspora Partnership for Empowerment
Carbondale Community Information University of illinois Cooperative ext service 150 East Pleasant Hill Road,Carbondale, IL 62903 (618) 4535564 phonephone http://carbondaleil.areaguides.net/community.html
Extractions: 3. and State or Nationwide Select One NATIONWIDE Alabama Alaska Arizona Arkansas California Colorado Connecticut Delaware D.C. Florida Georgia Hawaii Idaho Illinois Indiana Iowa Kansas Kentucky Louisiana Maine Maryland Massachusetts Michigan Minnesota Mississippi Missouri Montana Nebraska Nevada New Hampshire New Jersey New Mexico New York North Carolina North Dakota Ohio Oklahoma Oregon Pennsylvania Rhode Island South Carolina South Dakota Tennessee Texas Utah Vermont Virginia Washington Washington D.C.
