21. Plant Diseases, UM Libraries Dual approach by disease and by host plant. Index gives common and Latin namesof host plants, common names of diseases and Latin names of their pathogens. http://www.lib.umd.edu/MCK/GUIDES/plant_diseases.html

Guides to Info. Resources Agriculture and Natural Resources PLANT DISEASES Scope: This guide was created to help students find journal articles on particular plant diseases. Therefore, no attempt has been made to present an exhaustive list of reference materials in the field. Several handbooks have been included as aids in identifying hosts and pathogens and their common and scientific names. Email the subject area specialist at er100@umail.umd.edu or call 405-9666 for more information. Table of Contents Finding books on a topic Handbooks and Dictionaries Bibliography Indexes and Abstracting Services Specific to Plant Diseases ... Internet Resources Finding books on a topic To locate books, search the Catalog . Books or other works can be located using a subject, author, title or other search types. Examples of terms you may wish to use to retrieve books on the subject of plant diseases are: plant pathology plant viruses phytopathology These terms can also be used to locate materials in other files, such as Uncover , a periodical index searchable like the online catalog, but with additional commands and features. Holdings in UM libraries are indicated. For more assistance with this, please

22. CABI Bioscience - Plant Diseases & Nematodes The programme focuses on the biology and control of plant diseases causedby fungal, bacterial and nematode pathogens. Its objective http://www.cabi-bioscience.org/Html/nematodes.htm

About us Contact us Our centres Where we work ... Links Programme leader: Mark Holderness Introduction Survey, diagnostic, advisory and consultancy services in crop protection Research on the bio-ecology and variability of fungal, bacterial and nematode pathogens, including their inter-relationships with other crop associated organisms and environmental parameters Research on the development of integrated methods for the sustainable management of plant diseases including the use of biological control ... Institutional development and capacity building T he programme focuses on the biology and control of plant diseases caused by fungal, bacterial and nematode pathogens. Its objective is to reduce losses caused by plant diseases and plant parasitic nematodes, particularly for small scale farmers in developing countries, through the provision of information, advice and training and through the development of more efficient control practices based on enhanced knowledge of pathogen biology. This is achieved through the following activities operating out of the UK and Regional Bioscience Centres.

23. F830 Plant Diseases (General) diseases, use F840; diseases of aquatic plants, add M001; diseases of forest insectsor other arthropods as vectors of plant pathogens, use F821 and appropriate http://www.agnic.org/cc/d_f830.html

SCC Home Table View Alpha View Hierarchy View ... AgDB Postings Plant Diseases (General) Plant pathology and plant pathogens Materials, equipment, methods for plant disease control (including cultural, chemical, physical, mechanical, integrated and biological control) Surveys of plant diseases Plant resistance to infections For deficiency diseases, use diseases of aquatic plants, add diseases of forest trees, add infections of stored plant products, use and appropriate plant disease category code, insects or other arthropods as vectors of plant pathogens, use and appropriate plant disease category code, nematodes as vectors of plant pathogens, use and appropriate plant disease category code, physiological and nutritional disorders of plants, use plant breeding for plant disease resistance, add plant injuries and phytotoxicities caused by physical or non-biogenic agents, use plant quarantine regulations, use and Earlier Codes

24. F840 Plant Diseases (Physiological) diseases caused by pathogens, use F830F833; plant diseases caused by vectors,use F820-F822 and appropriate plant disease category code, F830-F833; http://www.agnic.org/cc/d_f840.html

SCC Home Table View Alpha View Hierarchy View ... AgDB Postings Plant Diseases (Physiological) Physiological and nutritional disorders, deficiency diseases, diseases caused by nutrient excesses; their prevention and control Hereditary disorders in plants Phytotoxicities caused by biogenic agents (but not pests or diseases) such as allelopathins For diseases and hereditary disorders of aquatic plants, add diseases and hereditary disorders of forest trees, add diseases caused by pathogens, use plant diseases caused by vectors, use and appropriate plant disease category code, plant hardiness, use plant quarantine regulations, use and Earlier Codes

25. Untitled plant diseases are caused primarily by bacterial, fungal or viral pathogens.Nematodes, microscopic roundworms, are also responsible for plant damage. http://ipmwww.ncsu.edu/urban/cropsci/c06disea/c06disea.html

All documents have been moved to one of 2 new domains. Please replace "ipmwww" with simply "ipm" in the web address. If that doesn't work, replace "ipmwww.ncsu.edu/" with cipm.ncsu.edu/ent/". If all else fails, please email cipm@ncsu.edu for the correct URL. Sorry for any inconvenience

26. Using Compost To Control Plant Diseases Applied on a yearly basis on some crops, this fumigant effectively destroysmost pathogens in soils that cause these plant diseases. http://www.jgpress.com/BCArticles/1999/0699Art5.htm

From BioCycle Magazine June 1999, Page 61 COMPOST USERS FORUM Using Compost To Control Plant Diseases Researchers at Ohio State University evaluate the prospects for composts and biocontrol agents to replace methyl bromide to protect plants. Tom J.J. De Ceuster and Harry A.J. Hoitink MB fumigation is most important in intensive horticultural systems where continuous crop monoculture is practiced and losses caused by soilborne plant pathogens are most severe. As a result, profitability of these crops relies strongly on the availability of MB. Strawberries in California and fresh market tomatoes in Florida are classic examples. Tomatoes, strawberries, lettuce, cucumbers, roses and chrysanthemums are examples for the West European growing region. Phytophthora cinnamomi because it was often reintroduced after soil fumigation with infected plants or in irrigation water. Heavy Phytophthora root rot losses occurred on a regular basis on rhododendron, azalea and other crops highly susceptible to this disease. Emphasis On Biological Alternatives To MB Several alternatives to both MB fumigation and the pathogen recontamination problem are now under development. One approach is to substitute MB with another less problematic but effective fumigant. A second is to inoculate sterilized soil with beneficial microorganisms after treatment. A third represents a return to an old and all but forgotten practice, which is to replace sterilization procedures with soil organic matter management that provides control. Examples are applications of animal manures, green manures, composts or biocontrol-agent-fortified composts, which as described below can provide effective control of diseases, as well as insects and weeds if combined with herbicides and specific cultural practices.

27. Biology And Management Of Plant Diseases And Insect Pests Research plant Pathologist The objective of our research is to investigate thebiology and control of soilborne fungal pathogens causing root diseases of http://www.ars-grin.gov/ars/PacWest/Corvallis/hcrl/biomanage.htm

Biology and Management of Plant Diseases and Insect Pests Robert Linderman, Research Plant Pathologist The objective of our research is to investigate the biology and control of soilborne fungal pathogens causing root diseases of horticultural crops, especially floral and nursery crops. Emphasis is placed on cultural and biological control strategies involving interactions between pathogens, mycorrhizal fungi, and bacteria in the rhizosphere of greenhouse and nursery crops. Joyce Loper, Research Plant Pathologist Our research program develops biological control strategies for managing plant diseases in agriculture. Our projects range from field studies evaluating the success of biological control agents to laboratory experiments evaluating the molecular basis of biological control. Through these projects, we are developing knowledge of the processes by which naturally-occurring bacteria that live on plant surfaces suppress plant diseases. Walt Mahaffee, Research Plant Pathologist The overall goal of our research is to develop integrated pest management systems for small fruit crops, nursery crops, and hops. Our objective is to reduce synthetic chemical inputs through augmentation or replacement with biologically based control strategies. Pathogen epidemiology and the microbial ecology of plant surfaces are being investigated to understand how to better implement biological control strategies for control of plant pathogens. Our research on small fruit crops focuses on powdery mildew (Uncinula necator) and gray mold fruit rot (Botrytis cinerea). The nursery crops component of our program includes the discovery and development of biological control agents against Botrytis spp. and the use of compost for disease control.

28. Pests - Diseases; Forages Information System pathogens of the Small Grains; Fescue Endophyte Story, The; Foliar diseases; FusariumWilt; Illustrated Encyclopedia of Forage Crop diseases; OnLine Guide plant http://forages.orst.edu/main.cfm?PageID=102

29. The Gardening Launch Pad Diseases And Insects Edible Landscaping Index This database lists every perennial plant that is of Diseaseand Pathogen, Names of diseases and pathogens, Silviculture Background http://gardeninglaunchpad.com/DI.html

Preferred Vendors Recognition Home Magazine Rack ... Past Articles Diseases Insects Doctor Greenfingers Edible Insects or, more than you ever wanted to know about eating bugs. Amazing Grasshopper Facts Provides an overview of their anatomy, as well as poems, bible passages, and recipes that feature them. Web Directory: All About Grasshoppers Grasshoppers of Wyoming and the West A field guide, distribution atlas, and other resources. American Mosquito Control Association Has links to useful information on mosquitoes. Cockroach Control Manual University of Nebraska-Lincoln site includes a Cockroach Picture Gallery Mark Watson's Stick Insect Page Iowa State University's Tasty Insect Recipe's ... The Complete Guide to Garden Stuff Gardening.com now includes a 4000+ plant encyclopedia, searchable zone maps, daily tips, landscaper's how-to, calculators, monthly garden articles, newsletters and much more Illinois Cooperative Extension Service Offers solutions to common problems NCSU Plant Pathogens NCSU Plant Pathogens Master Gardener Information Edible Landscaping Index This database lists every perennial plant that is worth growing for the sake of its produce. Blossom End Rot Preventive measures for control on tomatoes, peppers, squash, and watermelons.

30. Ohio State Plant Pathology | Research | Soil Microbes & Root Pathogens biocontrol agents in the composting and curing processes; identification of microorganismsthat suppress diseases or eradicate plant pathogens when added to http://plantpath.osu.edu/soil.php

Note: The content on this site will look much better if viewed in a standards-compliant browser Home What's New General Information ... College of Food, Agricultural and Environmental Sciences Research Programs 2000 Soil Microbial Ecology and Root Pathogens Michael J. Boehm Integrated management of fungal turtgrass pathogens with emphasis on biological control, microbial ecology, and molecular biology of turtgrass-microbe interactions. Recent research is focused at understanding the complex nature of microbial characteristics of sand - and soil-based systems used by the turfgrass industry, the development of IPM strategies for managing major turfgrass diseases, and the impact of organic matter topdressings and incorporation on disease suppression, fungicide use and turf health and quality. Pierluigi (Enrico) Bonello Understanding the biochemical and molecular basis of systemic induced resistance phenomona in trees, including the effects of soil organic amendments and mineral fertilization; host-pathogen-insect interactions in woody plants; effects of ectomycorrhizal fungi on trees in the urban environment. Recent research topics include the systemic effects of root disease caused by Heterobasidion annosum (cause of annosus root rot) on the physiology and chemistry of ponderosa pine interactions with bark beetles, and the molecular ecology of ectomycorrhizal fungi in tree roots growing in the urban landscape.

31. PATH 4280/6280(L) seed treatment Soil fumigation Seed testing and certification Biological controlof plant diseases plant diseases caused by bacterial pathogens Symptoms and http://www.plant.uga.edu/Syllabi/4280.htm

//Top Navigational Bar III v3.4.1 (By BrotherCake @ cake@brothercake.net) //Permission granted/modified by Dynamicdrive.com to include script in archive //For this and 100's more DHTML scripts, visit http://www.dynamicdrive.com Syllabus for PATH 4280/6280(L) Note: The course syllabus is a general plan for the course; deviations announced to the class by the instructor may be necessary. Course Objectives or Expected Learning Outcomes: 1. To provide students with a systematic approach to the diagnosis of a wide variety of infectious diseases and non-infectious disorders of field crops, vegetable crops, fruits and nuts, ornamentals, turf, and shade and forest trees. 2. To introduce students to modern laboratory methods and techniques used for the detection and identification of a wide variety of biotic pathogens, and non-infectious agents associated with nutritional disorders, air pollution injury, and herbicide damage. 3. To instruct students in the basic principles of disease management and provide an opportunity for students to apply learned principles and formulate specific control measures for a diverse group of diseases and disease situations.

32. Elad - Biological Control Of Plant Diseases Dr. Elad has studied biocontrol of plant pathogens since late 1970's control agentsfor use against Gray White Molds and Downy Powdery Mildews diseases on a http://www.agri.gov.il/Units/Kidum/elad.html

State of Israel / Ministry of Agriculture and Rural Development Agricultural Research Organization The Offer Natural ( not The Researcher Dr. Yigal Elad Institute of Plant Protection The Agricultural Research Organization Bet Dagan, Israel Background With these facts in mind, Dr. Elad has concentrated his efforts on developing commercially useful, safe biofungicides. As these natural control agents have a completely different mode of action, they are effective against several pathogens on various crops. Dr. Elad has studied biocontrol of plant pathogens since late 1970's. His past achievements and present activities can be summarized as follows:- Dr. Elad has already developed a commercial biofungicide for controlling Gray Mold on crop plants. (This biofungicide is manufactured in Israel and marketed internationally). His work - currently in progress - focuses on the development of wide spectrum biofungicides with a long shelf life and the ability to withstand light, heat and dry conditions in the field. Intellectual Property Rights The Researcher's Track Record A natural biofungicide based on Dr. Elad's past research is now marketed by an Israeli company, Makhteshim-Agan for control of Gray Mold infections in grape vineyards and on vegetable crops under the name of 'Trichodex'. Makhteshim-Agan is among the top ten largest agrochemical companies in the world.

33. BIOLOGICAL CONTROL OF FUNGAL AND BACTERIAL PLANT PATHOGENS of plant pathogens. Some examples to the interest of the group are Biocontrol offoliar pathogens (necrotrophs, biotrophs); Biocontrol of soilborne diseases; http://www.agri.gov.il/Depts/IOBCPP/IOBCPP.html

*** Cancelled *** Management of plant diseases and arthropod pests by BCAs and their integration in greenhouses systems . Michele, Trentino, Italy 10-13 June 2004 *** Cancelled *** WORKING GROUP: BIOLOGICAL CONTROL OF FUNGAL AND BACTERIAL PLANT PATHOGENS CONVENOR: Yigal Elad , Dept of Plant Pathology, The Volcani Center, Bet Dagan 50250, ISRAEL email: elady@volcani.agri.gov.il Tel. 972 3 9683580, Fax 972 3 9683688 GROUP MANAGEMENT COMMITTEE: C. ALABOUVETT E, INRA, DIJON, FRANCE; G. DEFAGO , ETH-ZURICH; Y. ELAD , VC, BET DAGAN, ISRAEL; D. FUNK-JENSEN . RVAU, COPENHAGEN, DENMARK; J. KOHL , IPO-DLO, WAGENINGEN, THE NETHERLANDS; J.M. WHIPPS , HRI, WELLESBOURNE, UK Aim of the working group : The goal is to promote cooperation between scientists involved in biocontrol of plant pathogens and to exchange expertise on biological control in the West Palaeartic Region in order to support the implementation of biocontrol in agriculture. Active members : Scientists and students at all levels, extension and field experts and people involved in production and testing biological means of disease management. The managemen t: The IOBC/WPRS group is associated with the working group "Biological Control" of the European Foundation for Plant Pathology (EFPP) through a joint management committee. For the IOBC/WPRS it consists of Y. Elad, VC, Bet Dagan, Israel; C. Alabouvette, INRA, Dijon, France and; J. K?hl, IPO-DLO, Wageningen, The Netherlands and for the EFPP G. Defago, ETH-Zurich, Switzerland; D. Funk-Jensen. RVAU, Copenhagen, Denmark; and J.M. Whipps, HRI, Wellesbourne, UK: Organization of workshops for scientists, students, field and extension personnel, producers and users of biocontrol agents and methods aimed at fungal and bacterial bioc

34. PLANT PATHOLOGY DEFINITION OF plant PATHOLOGY. The study of plant diseases is known as plant pathology.Infectious diseases are caused by living organisms called pathogens. http://www.hcs.ohio-state.edu/mg/manual/path.htm

PLANT PATHOLOGY T hroughout history, loss of crop yields from disease have had severe effects on the human race. The Irish potato famine in the 1800's killed 1.5 million people, one fourth of Ireland's total population. The crop was lost to late blight of potato, a fungal disease. In the mid 19th century downy mildew grape disease was accidentally introduced in Europe. Downy mildew of grape almost destroyed the vineyards in France, Germany and Italy. Ergot of rye grain causes hallucinations and sometimes deadly illness. Massive European epidemics caused by ergot of rye occurred frequently during medieval times. In the early 20th century the American Chestnut tree was wiped out by an Asian blight disease. The chestnut was a major source of lumber at the time. There are at least 50,000 diseases of crop plants. New diseases are discovered every year. About 15% of the total U.S. crop production is lost annually to infectious diseases despite improved cultivars and disease control techniques. Damage from disease has not been eliminated. Disease-causing organisms (pathogens) multiply and mutate rapidly. They develop genetic resistance to chemical controls and have the ability to infect new hybrids. Good gardening practices and an understanding of plant pathology are the first line of defense against disease.

35. Courses; Entomology & Plant Pathology, The University Of Tennessee ecology, physiology, and genetics of bacterial plant pathogens; infection and ofenvironment, and management of bacterial plant diseases; beneficial plant http://eppserver.ag.utk.edu/courses.htm

410 Diseases and Insects of Ornamental Plants (3) Symptoms, identification and management of diseases and insect pests that affect plants in greenhouse, nursery, and landscape environments. Prereq: Plant Pathology or Economic Entomology or consent of instructor. Sp,A 500 Thesis (1-15) P/NP only. E 502 Registration for Use of Facilities (1-15) Required for the student not otherwise registered during any semester when student uses University facilities and/or faculty time before degree is completed. May not be used toward degree requirements. May be repeated. S/NC only. E 510 Plant Disease Fungi (4) Morphology, taxonomy, biology, and genetics of plant pathogenic fungi. Isolation and identification of plant pathogenic fungi. Prereq: 313 or consent of instructor. 2 hrs and 2 labs. (Same as Ornamental Horticulture and Landscape Design 511.) F,A 512 Soilborne Plant Pathogens (3) Causal agents; host-parasite-soil environment interactions; epidemiology; and biological, cultural, and chemical control. Prereq: Plant Pathology or consent of instructor. F,A 514 Bacterial Plant Diseases (4) Morphology, taxonomy, ecology, physiology, and genetics of bacterial plant pathogens; infection and disease development, pathogenesis and resistance; diagnosis, detection, effect of environment, and management of bacterial plant diseases; beneficial plant-bacterial interactions. Prereq: Plant Pathology or consent of instructor. 3 hrs and 1 lab. Sp,A

36. Cornell News: Invasive Plant Study release from and accumulation of natural enemies, including pathogens, the Cornell roleof herbivorous insects and soilborne plant diseases in controlling http://www.news.cornell.edu/releases/Feb03/invasive_release.hrs.html

Cornell ecologists discover invasion plan for would-be weeds: Escape native habitat's natural enemies, and don't make new ones where you land EMBARGOED FOR RELEASE: WEDNESDAY, FEB. 5, 2003, 2 P.M. EST Contact: Roger Segelken Office: 607-255-9736 E-Mail: hrs2@cornell.edu ITHACA, N.Y. Among 473 of the alien plant species that have invaded from Europe and become naturalized in the United States as noxious weeds, the "most successful" traveled light carrying fewer plant diseases from their native habitats and were more immune to New World plant diseases. That is the conclusion of Cornell University ecologists after examining plant-health records on both sides of the Atlantic. The study, reported in the latest issue of the journal Nature (Feb. 6, 2003) by Charles E. Mitchell and Alison G. Power as "Release of invasive plants from fungal and viral pathogens," is particularly significant in that it reconciles two theories, dating back to Charles Darwin in 1859, about successful naturalization of invading species. Their findings, the ecologists say, should encourage biological-control strategists to look for weed-control pathogens both in the invading weeds' native and adopted habitats. However, they warn that biological control can negatively impact native species and is no panacea. What most surprised Mitchell and Power was the finding that pathogens can help keep invasive plants in check.

37. A Multilingual, Illustrated Introduction To Plant Pathogens And Diseases G. L. S A Multilingual, Illustrated Introduction to plant pathogens and diseases. GailL. Schumann University of Massachusetts Amherst. FH Tainter Clemson University. http://www.ispp-itsymposium.org.nz/papers/submiss_2/

A Multilingual, Illustrated Introduction to Plant Pathogens and Diseases Gail L. Schumann University of Massachusetts Amherst F. H. Tainter Clemson University T. A. Evans University of Delaware USA On-line multilingual version coordinated and edited by G. L. Schumann Une Introduction Illustrée Multilingue aux Maladies et Agents Pathogènes des Plantes French Translation: R. R. Bélanger and T. Avis, Laval University, in collaboration with T. C. Vrain, Agriculture and Agri-Food Canada, for the nematode lessons Una Introducción Multilingüe Ilustrada a Los Patógenos y Enfermedades de Plantas Spanish Translation: J. A. Abad and Z. G. Abad, North Carolina State University Introduction The American Phytopathological Society Press has published " A Plant Disease Video Image Resource " which is a laser videodisc of nearly 10,000 images related to plant pathology. The images are from the color plates of the APS Press Compendia series, slide sets, and some additional contributions. The videodisc has been designed to allow basic image research and viewing when used with a videodisc player, monitor, and a computer for the DOS-based searchable database. Each image is described by host plant, pathogen name, disease name, some additional information, and a 5-digit image number. A set of 35 lessons plus a glossary of 850 terms related to plant pathology designed for introductory plant pathology students were created to be used with the videodisc. General information is provided for each major pathogen group followed by some example diseases within each group. The pathogen groups included are: Abiotic Disorders, Fungi (Ascomycetes, Basidiomycetes, Oomycetes), Nematodes, Parasitic Flowering Plants, Prokaryotes, and Viruses. In each lesson, blocks of short text are accompanied by 5-digit numbers that correspond to images on the APS Press videodisc.

38. A Multilingual, Illustrated Introduction To Plant Pathogens And Diseases By Gail DISCUSSION. A multilingual, illustrated introduction to plant pathogensand diseases ModeratorCleo D'Arcy 10 Mar - 032239 PM http://www.ispp-itsymposium.org.nz/forums/Forums/papers_week2_schumann.asp

DISCUSSION A multilingual, illustrated introduction to plant pathogens and diseases A set of 35 lessons on plant pathogens and diseases designed for use by introductory students along with a laser videodisc of nearly 10,000 images (published by APS Press) is described by Gail Schumann, Frank Tainter and Tom Evans. A glossary is included and the materials are available in English, French, and Spanish. This discussion is now read-only. Thanks for your interest and/or contribution. A multilingual, illustrated introduction to plant pathogens and diseases CD-ROM or DVD version? (Terry Stewart) Wed, 23 May - 09:22 PM RE: CD-ROM or DVD version? (Gail Schumann) Wed, 23 May - 10:49 PM RE: CD-ROM or DVD version? (Lissa Riley) Fri, 25 May - 03:16 PM RE: CD-ROM or DVD version? (Gail Schumann) Fri, 25 May - 06:21 PM RE: CD-ROM or DVD version? HOW ABOUT RESOURCE POOR (PATIL M.B.) Sat, 26 May - 08:25 AM RE; IS IT CD ROM OR DVD VERSION:CAN IT BE MADE AVA (DR.SHAMARAO JAHAGIRDAR) Mon, 28 May - 03:16 PM RE: RE; IS IT CD ROM OR DVD VERSION:CAN IT BE MADE (Gail Schumann) Tue, 29 May - 11:37 AM

39. The Nature Of Diseases In Plants Part I. Basic Biology and Control of plant diseases Causes and spread of plantdisease; How pathogens attack plants; How plants defend against pathogens; http://www.cplpress.com/contents/C200.htm

The Nature of Diseases in Plants Robert P Scheffer Cambridge University Press April 1997 Hardback ISBN 521 48247 X This book explains how plants get diseases. It covers the origins and evolution of parasites and shows how the great plant epidemics developed. The basic premise of the book is that the conditions favouring disease are inherent in agriculture and that diseases become destructive because of human activities. It also deals with the mechanisms whereby people have dealt with plant diseases in history. Included in the book are the natural histories of some of the most damaging plant diseases, worldwide, with discussions of why each became destructive. Diseases are grouped according to the most significant factors in the development of epidemics: which in every case has been due to a human factor. Discussion of each model disease proceeds from observable facts to more complex concepts; thus even the reader with little knowledge of plant pathology should find the book easily understandable. The contents are as follows: Part I. Basic Biology and Control of Plant Diseases:

40. Methods For Evaluating Pesticides For Control Of Plant Pathogens Methods for Evaluating Pesticides for Control of plant pathogens. for Control ofFoliar diseases of Tobacco; for Control of Soilborne pathogens on Tobacco. http://www.cplpress.com/contents/C257.htm

Methods for Evaluating Pesticides for Control of Plant Pathogens Edited by K D Hickey APS Press 1986 Hardcover 312 pages, 61 illustrations ISBN 0-89054-071-3 This book, co-published by APS PRESS and the Society of Nematologists, makes the procedures for evaluating pesticides more efficient and consistent among researchers, which will lead to improvement of greenhouse and field tests and easier interpretation of results. The contents are as follows: Preface Part 1: Preliminary Considerations Fungicide and Nematicide Testing and Pesticide Registrations Methods for Safe Handling, Storage, and Disposal of Pesticides Used in Research and Demonstration Use of Statistics in Planning, Data Analysis, and Interpretation of Fungicide and Nematicide tests Determining and Reporting Soil Properties in Fungicide and Nematicide Tests Site Selection Procedures for Field Evaluation of Nematode Control Agents Calibration and Use of Ground-Operated Sprayers for Applying Foliar Pesticides to Orchards and Vineyards Calibration and Use of Aircraft for Applying Fungicides Safe Use and Calibration of Irrigation Systems for Chemigation Part 2: Laboratory and Greenhouse Procedures Isolating, Identifying, and Producing Inoculum of

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