WVU-ES Pest Management Publications 1005 (22K) Roach, Pennsylvania Wood HPM 2004 (159K) Selecting a pest management Method - HPM Agronomic crops, Important Weeds of - PCI 2 - 2 pp (12K) Barley http://www.wvu.edu/~exten/infores/pubs/pest.htm
Extractions: Publications included below are in HyperText Mark-up Language (HTML) and Adobe Acrobat Portable Document Format (PDF). HTML documents can be read directly with your browser. PDF documents can only be viewed and printed using the Adobe Acrobat software. The Acrobat Reader is available for Macintosh, Windows, DOS, and Unix systems. You may download it free of charge from Adobe. Choose the Acrobat Reader with Search version and the platform version you need from the pop-up lists at their site. More Integrated Pest Management resources
UW-Extension Cooperative Extension Publications Cart. Herbicide Resistant Weeds (NCR468) $1.50 Add to Cart. pest management in Wisconsin Field crops2004 (A3646) $8.50 Add to Cart. http://cecommerce.uwex.edu/showcat.asp?id=9
Integrated Pest Management For Turf A turf integrated pest management program should evolve and improve over time and evaluation of current practices is essential for this crops Home Page . http://www.gov.on.ca/OMAFRA/english/crops/facts/info_turfipm.htm
Extractions: Author: Pam Charbonneau - Turfgrass Specialist/OMAF Creation Date: June 2000 Last Reviewed: 31 July 2003 Evaluation Integrated pest management is a concept that has been practised in agriculture for 30 years or more. There have been many definitions for pest management put forth but the people working on integrated pest management in Canada have arrived at the following definition. Integrated pest management is a broadly based method that uses all suitable control measures to reduce pest related losses to an acceptable level with the goal of respecting genetic diversity and reducing risks to human health and environment. The fundamentals of an integrated pest management program are: planning and managing turf to prevent organisms from becoming pests identification of potential turf pests monitoring populations of pests, beneficial organisms and all other relevant environmental factors
The Evolution Of IPM To ICM In Vegetable Crops IPM (Integrated pest management) programs for many vegetable crops have been developed and delivered to growers in different forms over that past few decades. http://www.gov.on.ca/OMAFRA/english/crops/resource/ipmtoicm.htm
Extractions: Author: Jim Chaput - Vegetable IPM Specialist/OMAF Creation Date: 01 April 2000 Last Reviewed: 01 April 2000 Putting together an integrated crop management program for vegetables requires a team of expertise from all levels of the industry and a wide range of disciplines. It also requires clear and concise communication and an ability to adapt to changes on a regular basis. The key components to consider in an ICM program include: soil fertility, crop nutrition, seed health, greenhouse transplant health, varieties, cultivation practices, marketing options, market price, weather, irrigation, rainfall, insects, diseases, weeds, physiological disorders, nematodes, beneficials, pest control products, spraying technology, neighbouring crops, topography, rotations, carry-over effects, tolerance thresholds and post-harvest handling procedures and storage. As an example, aphids are a common pest of many vegetable crops. Consider that all of the following issues might affect the level and severity of aphids in a crop: nutrition, especially nitrogen levels, variety of crop, daily and weekly temperatures, rainfall and irrigation patterns and amounts, beneficial predators and parasites, sprayer efficacy, insecticide resistance, effect of pyrethroids on beneficials, market tolerances, neighbouring crops, weed management and potential as virus vectors.
Integrated Pest Management Index 1991 Kenny Road Columbus, OH 43210 Phone 614292-8358 FAX 614-292-1687. Field crops pest management Circulars. Index. Field Crop pest management Circulars. http://ohioline.osu.edu/icm-fact/
Extractions: non-profit purposes. Credit must be given to "Ohio State University Extension." Field crops pest management circulars are designed to provide information on the biology and assessment of pest populations affecting Ohio field crops. In regard to pest population assessment, these circulars provide specific guidelines on field sampling and data interpretation to facilitate effective pest management decision making. The pest management circulars do not include recommendations on current pesticide treatment available, since such information is provided in Ohio State University (OSU) Extension Bulletin No. 545 ( Insect Pests of Field Crops ), OSU Extension Bulletin No. 827 ( Corn and Soybean Field Guide ), and Info-Bug software generated fact sheets, which are updated periodically. The series also includes circulars reviewing concepts and implementation of integrated pest management (IPM) on key field crops of Ohio, namely field corn, soybeans, and alfalfa. FC-1 Integrated Pest Management FC-2 I.P.M. Field Scouting
Field Corn Pest Management, FC-11-90 1991 Kenny Road Columbus, OH 43210 Phone 614292-8358 FAX 614-292-1687. Field crops pest management Circular 11. Field Corn pest management. http://ohioline.osu.edu/icm-fact/fc-11.html
Extractions: FAX 614-292-1687 Integrated Pest Management (IPM) is the practice of integrating various pest management methods (chemical, cultural, biological, genetic, etc.) and pest control disciplines (entomology, plant pathology, weed science, etc.) into a systematic approach to pest management decision making that targets optimization of net return in crop production while minimizing environmental impact. As a management practice, IPM decision making is based on information collected from the field in a systematic manner. As a result, the practice of IPM depends on a field monitoring of pest populations and crop developments which is often referred to as field scouting. Application of IPM procedures to corn production may be executed by (1) growers scouting fields themselves, (2) contracting the services of a field scout or consultant, or (3) commercial ag service personnel including field scouting as part of their service to clients purchasing their products. The pest management decision making process may be exercised by anyone if procedures are clearly understood and field information has been collected and recorded in an accurate and timely manner. An IPM program applied to field corn may include one or more of the following features: Pre-planting detection of soil pests such as wireworms and grubs.
Integrated Pest Management For Greenhouse Crops Integrated pest management for Greenhouse crops. Water management Guidelines for Nursery/Floral Producers. Integrated pest management http://aggie-horticulture.tamu.edu/greenhouse/nursery/environ/wmipm.html
Extractions: Integrated pest management for greenhouse crops is complex, and each problem situation or production objective is accompanied by a wide range of potentially acceptable solutions. There are also a great many legal implications regarding the recommendations and use of any management tactic or pesticide product in accordance to instructions specified on the product's label. The user of any pesticide is always responsible for his or her own actions. The following are some general considerations for the development of an integrated pest management program for commercial production or maintenance systems: Determine Your Objective Pest management programs should be designed to meet a specific production objective. In greenhouse production, this objective is usually to produce pest and damage-free plants. However, in some situations, the objective may be to maintain healthy plants. This would allow for some tolerance of minor insect or mite pest damage. Additionally, a preference for the use of no or low-toxic pesticides may be desirable. This is particullarly important in regard to the potential contamination of surface and groundwater. Financial constraints also play a role in determining the overall objectives of an IPM program. All of these factors significantly effect the suppression tactics to be implemented. Sanitation Practices The first steps to take in a program to manage plant pests are preventative, and starting with a clean production area is essential. Greenhouses can be fumigated or otherwise treated prior to establishing a new crop to help eliminate pest problems from previous crops. However, where plants at different stages of growth or species are grown in the same area, treatment of pests is recommended prior to establishing the next crop. Elimination of weeds and other alternate hosts of plant pests will also help prevent problems on the new crop.
Extractions: IPM Site Index Field Crops Alfalfa Corn Sorghum Soybeans Fruits Apples Brambles Grapes Strawberries Vegetables Asparagus Cole Crops Cucurbit Crops Potatoes Sweet Corn Sweet Potatoes Greenhouse Livestock Educational Materials Videos FAQs Decision Aids Illinois Agricultural Pest Management Handbook (2004) Contents: (Note: PDF files are available for all chapters.) Cover and Table of Contents PDF File of Cover and Contents Field Crops and Livestock Insect Pest Management for Field and Forage Crops PDF File of Chapter 1 Weed Control for Corn, Soybeans, and Sorghum PDF File of Chapter 2 Weed Control for Small Grains, Pastures, and Forages PDF File of Chapter 3 Plant Disease Management for Field Crops PDF File of Chapter 4 Insect Pest Management for Stored Grain PDF File of Chapter 5 Insect Pest Management for Livestock and Livestock Buildings PDF File of Chapter 6
Pest Management published by the College of Food, Agricultural, and Environmental Sciences on topics regarding insect and pest management in horticultural crops and home http://agrifor.ac.uk/browse/cabi/a53b8df3d8ab298bea1e4b6e1a2f3f5d.html
Extractions: low graphics other: pest control narrower: integrated pest management Pest control in cassava farms : IPM field guide for extension agents This 20 page booklet is written and published on the Web by the International Institute of Tropical Agriculture (IITA) and is one of a set of field guides aimed at increasing the technical knowledge of extension agents, and enhancing the integration of plant protection and plant production practices in order to obtain a healthy cassava crop. The booklet is based on the experiences of the regional project "Ecologically Sustainable Cassava Plant Protection" (ESCaPP) that ran from 1993-1997. It outlines the common pests in cassava farms, explains why cassava pests are important, discusses when pests are likely to cause severe losses, and details how these pests can be controlled. A summary is also provided. The booklet is in PDF format and can be viewed using Adobe Acrobat Reader. It is available in French and English. plant protection pest management pest control handbooks ... Production practices for major crops in U.S. agriculture, 1990-1997 This report was published in September 2000 by the Economic Research Service (ERS) of the United States Department of Agriculture (USDA). Written by Merritt Padgitt et al., this report presents information on crop residue management, nutrient and pest management practices, and other general crop management practices in use on farms in the United States. Chapter headings of this 110 page report include soil nutrient management practices, pest management practices in crop production, general crop management practices, and crop residue management practices. Each chapter is provided individually to download in PDF, requiring Adobe Acrobat Reader.
Pests VCE), a joint educational outreach program of Virgina Tech and Virginia State University, these three 2003 pest management Guides on Field crops, Home Grounds http://agrifor.ac.uk/browse/cabi/6bcd39bd18f253bd7a61398a3664b743.html
Extractions: low graphics other: galls outbreaks pathogens pest control ... weeds narrower: forest pests plant pests 2003 pest management guides Published on the Web in January 2003 by the Virginia Cooperative Extension (VCE), a joint educational outreach program of Virgina Tech and Virginia State University, these three 2003 Pest Management Guides on Field Crops, Home Grounds and Animals, and Horticultural and Forest Crops, were written by VCE staff. Field Crops covers livestock, diseases and nematodes, insects, and weeds; Home Grounds and Animals covers home vegetables, home fruit, home ornamentals, lawn, home and yard insect control, and pets; and Horticultural ans Forest Crops covers commercial small fruits, grapes, nursery crops, floral crops, turf, and low management crops and areas. Each section of each guide is available to download individually in PDF, requiring Adobe Acrobat Reader. pests pest management pest control parasites ... Mushroom production 2 : pests and diseases Published on the Web by the Department of Primary Industries (DPI), Queensland Government, Australia, this document was authored in 1999 by T. Loughrey, Queensland Horticulture Institute. The factsheet focuses on pests and disease of the Agaricus species of mushrooms, and covers invertebrate pests, nematodes, and mushroom diseases. pests mushrooms diseases Agaricus bisporus ... Integrated pest management index Produced by the Ohio State University Extension, the Integrated Pest Management Index provides access to fact sheets on general pest management, and on pest management in the key field crops of Ohio, namely alfalfa, soybeans, and field corn. The fact sheets provide information on field symptoms, pest life cycle, and sampling and assessment guidelines.
Commodity And Pest Management Profiles can be addressed to cipm@ncsu.edu, the NSF Center for Integrated pest management. Profiles by Crop or State This provides a search for specific crops and/or http://pestdata.ncsu.edu/cropprofiles/
Extractions: FQPA instructs USDA and EPA to obtain pesticide use and usage data on the major and minor crops. Of particular importance at this time are use and usage data for the organophosphates, carbamates, and possible carcinogens. These classes of pesticides have been identified as top priority at EPA for the tolerance reassessment process. These same pesticides are also vital in the production of many of our crops. Because some of these uses may be cancelled, it is important to identify where we stand now, where we need to be in the future, and what research efforts are needed to get us there. In order to better understand where future research efforts should lead, it is necessary first to identify areas of critical need (i.e., those crops that have few if any alternative control measures available). To help USDA and EPA obtain this type of information, "Crop Profiles" are being developed. It is the intent that profiles provide the complete production story for a commodity and a look at current research activities directed at finding replacement strategies for the pesticides of concern. Crop Profiles include typical use information (not simply what pesticide labels state) and have a common format for ease of use. This site is part of the effort by the USDA Pest Management Centers to provide information critical to pest management needs in the United States.
University Of Idaho Pest Management Center , NEWS. , INTEGRATED pest management. , IR4. , pestICIDE SAFETY PROGRAM. , SUSTAINABLE AGRICULTURE. , crops , Alfalfa Hay. , Alfalfa Seed. , Beans. http://www.ag.uidaho.edu/ipm/Pests/cropPests.htm
Dekker.com - Encyclopedia Of Pest Management Coverage includes principles of integrated pest management (IPM). pests and their management in crops and livestock. insect pests. weed pests. plant pathogens. http://www.dekker.com/servlet/product/productid/E-EPM
Insect Pest Management At UNE up his PhD thesis on the role of pheromones in pest management of cotton was extensively involved in three consultancies related to genetically modified crops. http://www.une.edu.au/agronomy/insects/
Extractions: Insect Pest Management Group Welcome to our home page! We are responsible for undergraduate teaching, mostly in the B.Rur.Sc. and B.Ag. degrees, in applied entomology and crop protection. We also conduct postgraduate training and research. The group is led by Associate Professor Peter Gregg , and includes research and technical staff and postgraduate students. Our research concentrates on cotton pests, especially on the ecology and management of Helicoverpa spp. We are part of the Australian Cotton Cooperative Research Centre. Click here to view images of the insects we work on. See Dave Britton's page for more insect pictures! Hort. Science Pasture Agronomy Plant Nutrition Soil Physics ... Home Contents I ntroduction What's new Staff and Postgraduates Selected Publications Peter Gregg What's new - happenings in the Insect Pest Management group Congratulations to our newest PhD graduates, Olivia Kvedaras and Emma Cottage. Olivia's thesis was accepted in May 2003, and Emma's in June 2003. Check our Honour Roll We welcomed a new PhD student in 2002, Samuel Lowor from Ghana, who will be working on pheromones for occasional pests of cotton in Australia, including rough bollworms, (
Cooperative Extension Catalog Of Publications--Field Crops RP553, Insectresistant crops Through Genetic Engineering, 0.50. SOYBEANS. NF547, Drought-stressed Corn, 0.00. RP98, Corn pest management for the Midwest, 0.00. http://ianrpubs.unl.edu/fieldcrops/
Extractions: Browse Publications Animal Diseases Animals, General Beef Irrigation Engineering ... Wildlife Management Index: Field Crops CROPPING PRACTICES File Publication Title Cost On-farm Trials for Farmers Using the Randomized Complete Block Design Procedures for Field Demonstrations of Nitrogen Management Practices 2004 Guide for Weed Management in Nebraska Producing and Marketing Proso Millet in the High Plains Fertilizer Management for Conservation Tillage Precision Agriculture: Soil Sampling for Precision Agriculture Precision Agriculture: Untangling the GPS Data String Precision Agriculture: On-the-go Vehicle-Based Soil Sensors Precision Agriculture: Applications of Remote Sensing in Site-Specific Management ... Precision Agriculture: Listening to the Story Told by Yield Maps Plant Population and Spacing Calculator
Cooperative Extension Catalog Of Publications--Insects & Pests Use of Cultural Practices in Crop Insect pest management, 0.50. That Attack Seeds and Seedlings of Field crops, 0.25. G1136, Potato Leafhopper management in Alfalfa, http://ianrpubs.unl.edu/insects/
Extractions: Browse Publications Animal Diseases Animals, General Beef Irrigation Engineering ... Wildlife Management FIELD CROP INSECTS File Publication Title Cost Corn Insects Above Ground Corn Insects Below Ground Common Soybean Insects Common Forage Legume Insects Common Vegetable Insects Common Fruit Insects European Corn Borer Larval Size Card Insect Pest Management Strategies for Yards and Gardens Use of Cultural Practices in Crop Insect Pest Management Corn Insects Quick Reference Corn Rootworm Management ... Western Cutworm in Corn and Dry Beans Adult Corn Rootworm Management Sugarbeet Root Maggot Management Managing the Russian Wheat Aphid with Resistant Wheat Varieties A Guide to Grasshopper Control in Cropland First Generation European Corn Borer Scouting and Treatment Decisions ... Resistance Management for YieldGard RootwormTM Bt Corn Bt Corn and European Corn
Crop Pests Cotton. . General Information. pest management. . . Cotton pests, Controlling Insect Resistance to Bt crops. Cotton Pickin Web, Insect pest management on Cotton. http://www.pedagonet.com/Insectclopedia/pest2.html
Extractions: /* Static Top Menu Script By Constantin Kuznetsov Jr. (GoldenFox@bigfoot.com) Featured on Dynamicdrive.com For full source code and installation instructions to this script, visit Dynamicdrive.com */ Crop Pests Alfalfa Cotton Peanuts Soybean ... Other Alfalfa Alfalfa Caterpillar Managing the Alfalfa Weevils Alfalfa Weevil Management guidelines Meadow Spittlebug on Alfalfa Alfalfa Weevil Managing methods Pea Aphid Alfalfa Weevil Pests of Alfalfa Alfalfa Weevil - Adult ... General Information about Alfalfa Barley Aphids Prairie Grain Wireworm Barley Pests Redbacked cutworm ... Insect Pests of Barley Corn General Information Pest Management Corn Growers Guidebook Granular Insecticide Rates for Narrow Rows Field Corn Pest Management Corn Pests Above ground Pest Management in Field Corn Corn Pest Images Scouting For First Generation European Corn Borers in Field Corn Insects Feeding on Corn Ears ... Corn Pest Management in North Carolina Common Corn Insect Pests Corn Aphids Corn Armyworm Corn Cutworm Aphids Armyworm Black Cutworm Corn Leaf Aphids ... Chinch Bugs Corn Earworm Corn Rootworm European Corn Borer Corn Earworm Corn Rootworm Controlling Corn Borers with Bt-Corn Corn Earworm ... Epidemic in Corn Borer - Populations Corn Earworm Corn Rootworms Control European Corn Borer Corn Flea Beetle ... European Corn Borer - Insecticides in Sweet Corn European Corn Borer Field Corn Mangement European Corn Borer Managing European Corn Borer Pest Images Southwestern Corn Borer
Extractions: Home About NCFAP Contact Us News Research Areas Biotechnology U.S. Biotechnology European Biotechnology Pesticides ... Mailing Lists About NCFAP Board of Trustees Annual Report Overview/Funders Staff Bios ... Contact Plant Biotechnology: Potential Impact for Improving Pest Management in European Agriculture: A Summary of Nine Case Studies In 2002, the National Center for Food and Agricultural Policy (NCFAP) released a study that estimated the current and potential impacts of biotechnology in the United States by examining 40 case studies to project economic impacts for 47 states. The U.S. study focused on biotech crops that would improve pest management for weeds, insects and plant diseases. During the research, NCFAP noted that many of the same crop pests were present in Europe and that European researchers were testing biotech crops for managing the pests. In the fall of 2002 and spring of 2003, NCFAP received funds from Monsanto, Syngenta and BIO to estimate the potential impacts of biotech crops on European agriculture. NCFAPs proven methodology and strong ties to European researchers made it an ideal organization to conduct the first comprehensive study of how biotechnology could impact European agriculture. This summary is the second release of information from a research project that, upon completion, will include 15 case studies where biotechnology solutions to major pest problems are under development in Europe. The June 2003 release included three case studies. The remaining 6 case studies will be released in June 2004 with the full report.