41. Plant Pathology - Grad Programs In Crop Sciences plant pathology focuses on understanding how hosts, pathogens, and environmentsinteract to cause plant diseases and on understanding how to control plant http://cropsci.uiuc.edu/academics/grad/pathology.html

Doorway to the global food and agriculture system General Information Academics Alumni College Quick Links Plant Pathology Overview Opportunities for Study Career Opportunities Faculty Researching Plant Pathology ... Other Graduate Study Options Overview Plant pathologists study fungi, bacteria, viruses, nematodes, and other microbes that cause diseases of plants. Plant pathology focuses on understanding how hosts, pathogens, and environments interact to cause plant diseases and on understanding how to control plant diseases. Areas of graduate study in plant pathology range from a basic understanding of host-microbe interactions to applying control practices for disease management. Plant pathology is a prosperous area for basic biological research as well as an integral part of maintaining sustainable, environmentally friendly agricultural production systems. Opportunities for Study Programs in plant pathology lead to M.S. and Ph.D. degrees. Assistantships and fellowships are available. Course work and thesis research are designed to meet the objectives of the student. Research may be laboratory or field oriented and range from molecular aspects of host-microbe interactions to host population improvement for disease resistance.

42. Plant Disease Proceedings Australia, including Phytophthora, Armillaria, canker and other diseases. in diseaseimpact on plant and animal 107 Ecosystem pathogens a view from the centre http://members.iinet.net.au/~cwills/rtwpldis.html

E cological S ociety of A ustralia I ncorporated Plant Diseases in Ecosystems: threats and impacts in south-western Australia A symposium jointly convened by The Royal Society of Western Australia and The Ecological Society of Australia on 16 April 1994 Copies of the Symposium Proceedings available for sale. Presentations were made on contemporary research on the ecological and social impact of plant diseases in natural ecosystems of south-western Western Australia, including Phytophthora Armillaria , canker and other diseases. Invited speakers were scientists with research experience in disease impact on plant and animal life, landscape, resource industries, recreation and other social values, and in disease control measures and disease resistance. Papers presented by invited speakers have been refereed and published in 90 pages as Vol 77 (4) of the Journal of the Royal Society of Western Australia. Foreword. W A Cowling and R T Wills . . . . . . . . . . . . . . . . . . 97 Symposium Summary. S H James . . . . . . . . . . . . . . . . . . . . . . . . . . 99 Session 1: Biology. K Old . . . . . . . . . . . . . . . . . . . . . . . . . . . . 101 Session 2: Impact on ecology. S Hopper . . . . . . . . . . . . . . . . . . . . . . . . . . 103 Session 3: Impact on industry. L Mattiske . . . . . . . . . . . . . . . . . . . . . . . . . 105 Session 4: The Future S H James . . . . . . . . . . . . . . . . . . . . . . . . . . 107 Ecosystem pathogens: a view from the centre (east). P Bridgewater and B Edgar . . . . . . . . . . . . . . . . . . 109 The major plant pathogens occurring in ecosystems of south-western Australia. B L Shearer . . . . . . . . . . . . 113 Role of environment in dieback of jarrah: effects of waterlogging on jarrah

43. Departments, Africa - Plant Pathology Internet Guide Book (PPIGB) Department of plant Pathology, University of the Free diseases, genetic resistanceto rust diseases of small grain crops, epidemiology of pathogens and disease http://www.pk.uni-bonn.de/ppigb/i_afr.htm

Africa: Egypt South Africa Egypt: Agricultural Research Center (ARC) , Ministry of Agriculture, Egypt. For special interest for plant pathologists are the following institutes and laboratories: Plant Pathology Research Institute(PPATHRI) Plant Protection Research Institute (PPRI) . Research areas: Pests and insects, Pesticides, Biological Control. Central Agricultural Pesticides Laboratory (CAPL) . Research: Pesticide Analysis, Formulation, Resistance Phytotoxicity. Top of Page South Africa: ARC Plant Protection Research Institute (ARC-PPRI) , Agricultural Research Council, Pretoria, South Africa. Divisions: Insect Ecology (including insect quarantine, biological control), Biosystematics Division, Locust and Termite Research, Pesticide Dynamics, Weeds Research, Plant Pathology and Microbiology, and Pesticide Aplication Technology. Available Information: General, divisions, products, publications. Department of Microbiology and Biochemistry , Faculty of Sciences, University of the Orange Free State (UOFS), South Africa. Research Groups: Tree Pathology Cooperative Programme, Environmental Microbiology, Molecular Biology, Biotechnology and others. Available Information: Academic Staff, general information. Department of Microbiology and Plant Pathology Department of Plant Pathology Department of Plant Pathology , University of Stellenbosch, South Africa. Research: small grain biotechnology programme (SGBP), African Mycology, integrated control of plant pathogens, and soil borne disease. Available information: about the department, people, courses, news, publications, research and more.

44. Entomology And Plant Pathology Students in plant pathology may specialize in foliar and stem fungus diseases,soilborne pathogens, disease physiology, biocontrol, plant nematology, or http://web.utk.edu/~gsinfo/entpp.htm

Entomology and Plant Pathology (College of Agricultural Sciences and Natural Resources) MAJOR DEGREE Entomology and Plant Pathology M.S. Carl L. Jones, Head Professors: Bernard, Ernest C., Ph.D. Georgia Bost, Steven C., Ph.D. NC State Burgess, Edward E., Ph.D. Tennessee Gerhardt, Reid R. (Liaison), Ph.D. NC State Grant, Jerome F., Ph.D. Clemson Hilty, James W. (Emeritus), Ph.D. Ohio State Johnson, Leander F. (Emeritus), Ph.D. Louisiana State Jones, Carl L., Ph.D. Wyoming Lambdin, Paris L., Ph.D. VPI Patrick, Charles R., Ph.D. Georgia Pless, Charles D. (Emeritus), Ph.D. Clemson Southards, Carroll J. (Emeritus), Ph.D. NC State Trigiano, R. (Bob) N., Ph.D. NC State Windham, Alan S., Ph.D. NC State Windham, Mark T., Ph.D. NC State Associate Professors: Canaday, Craig H., Ph.D. Ohio State Gwinn, Kimberly D., Ph.D. NC State Hale, Frank M., Ph.D. Ohio State Lentz, Gary L., Ph.D. Iowa State Ownley, Bonnie H., Ph.D. NC State Skinner, John A., Ph.D. California (Davis) Vail, Karen M., Ph.D. Florida The Department of Entomology and Plant Pathology offers a graduate program leading to the Master of Science with a concentration in entomology or plant pathology. Students in entomology may specialize in crop entomology, medical and veterinary entomology, insect biology, insect pest management, or biological control. Students in plant pathology may specialize in foliar and stem fungus diseases, soilborne pathogens, disease physiology, biocontrol, plant nematology, or virology. For specific information, contact the department head.

45. Plant Doctor new web site, users first locate the specific type of plant they have and then areconnected to a list of possible diseases and pathogens affecting the plant. http://www.cals.cornell.edu/cals/CALS_News/v6i9/plant.html

The Plant Doctor Is In http://PlantClinic.cornell.edu Karen Snover and Michelle Torres, plant disease diagnostician, demonstrate collecting a proper plant sample, a crucial first step in the diagnostic process. Ailing azaleas? Failing fruit trees? Help for those mysterious plant problems can be found at Cornell. Farmers, home gardeners, extension educators, arborists, retailers, and researchers can get solutions for their most puzzling plant problems from the Department of Plant Pathology in the College of Agriculture and Life Sciences at Cornell. The Plant Disease Diagnostic Clinic, in cooperation with Cornell Cooperative Extension offices around New York State, can answer plant questions over the phone, by correspondence, by diagnosing plant samples mailed to the lab, and now through a newly updated and improved interactive plant diagnostic web site. A new version of the Plant Disease Diagnostic Clinic's web site was released on March 21, 2000. The original site was released in March 1999, but after receiving a New York State Integrated Pest Management grant in 1999, the clinic was able to hire a webmaster to help revamp the old web site. With the new web site, users first locate the specific type of plant they have and then are connected to a list of possible diseases and pathogens affecting the plant. The old web site listed the plant diseases alphabetically under each plant type, or host plant (e.g., "Trees and Shrubs" or "Field Crops"), and it was up to users to narrow down what was affecting their specific plants. To help users know the most common diseases currently affecting New York State plants, weekly updates are posted on the web site listing diseases diagnosed in each county during the growing season.

46. Co-operative Research Centre For Tropical Plant Protection a central collection of DNA of important exotic and endemic pathogens Unifydatabase and catalogue of northern Australian plant pathogens and diseases. http://www.tpp.uq.edu.au/disease/research/a12a03.htm

Commodities DNA-based Technologies NADN Employment Opportunities ... Home Activity 1.2a(03) Activity 1.2a(03) : Databasing - herbarium support, database and catalogue of plant pathogens in northern Australia last update 10/10/2002 Aims to: - Increase diagnostic capability for tropical plant diseases - Enable rapid identification of important quarantine pathogens - Coordinate disease surveys to provide evidence for freedom from disease, protecting markets from competition by imports - Amalgamate collections of northern Australian plant pathogens, including a central collection of DNA of important exotic and endemic pathogens - Unify database and catalogue of northern Australian plant pathogens and diseases Where we're at: The Molecular Diversity and Diagnostics Research Laboratory , an initiative of the CRC for Tropical Plant Protection and the DPIQ , was officially opened by the Queensland Minister for Primary Industries on 19 April 2001 Phytophthora collection, have been integrated with the DPIQ's Plant Pathology Herbarium, bringing the number of pathogen specimens, predominantly of fungal pathogens, to 52 000

47. INVASIVE.CNS The most successful noxious weedsinvading from Europe traveled light carrying fewer plant diseases from...... WEEDS pathogens BIOLOGICAL CONTROL http://www.newswise.com/articles/2003/2/INVASIVE.CNS.html

home scinews mednews biznews ... contact Cornell University 6-Feb-03 Invading Weeds Escaped Old Enemies, Brought Immunity Library: SCI Keywords: INVASIVE PLANTS WEEDS PATHOGENS BIOLOGICAL CONTROL Description: The "most successful" noxious weeds invading from Europe traveled light carrying fewer plant diseases from their native habitats and were more immune to New World plant diseases, Cornell University ecologists conclude in a study should encourage biological-control strategies to fights weeds with disease. 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.

48. Plant Pathology pathogenesis; resistance by plant transformation. Thomas A. Zitter diseases of vegetables;IPM; ecology and epidemiology of foliar pathogens; epidemiology and http://www.gradschool.cornell.edu/grad/fields_1/pl-path.html

Plant Pathology Course Descriptions Fall '02 Course and Room Roster Spring '03 Course and Room Roster Contact information: 309 Plant Science Building Cornell University Ithaca, NY 14853 telephone: 607 255-3259 e-mail: plpathology@cornell.edu Field code: PL PATH Degrees: M.S., Ph.D., M.P.S. (Agriculture and Life Sciences) Subject: Plant Pathology Concentrations: ecological and environmental plant pathology molecular plant pathology mycology plant disease epidemiology plant pathology Application requirements: all Graduate School Requirements three recommendations GRE general test GRE subject test in biology advised Tuition: Contract college tuition Deadline: Fall, open; Spring, open Description: Cornell has two departments of plant pathology. All courses are given in the Ithaca department. The department at Geneva (fifty miles from Ithaca) emphasizes basic and applied research on diseases of fruits and vegetables and provides opportunities (including some assistantships) for students to conduct research. Students in the field may also carry out research at outlying field stations and, in special circumstances, in other countries. Summer field trips with staff members give students an appreciation of agriculture and the importance of plant diseases as well as the opportunity to observe applied research and extension programs. In addition, the M.P.S. (Agriculture and Life Sciences) program has a Peace Corps option in which the student undertakes two semesters of academic work at Cornell and a Peace Corps assignment. For information and instructions on how to apply, visit the

49. Harman: Trichoderma For The Control Of Plant Pathogens Once the pathogens are established on the foliage, the soil applied biocontrol agentno longer can protect the plant. of foliar phases of the diseases is under http://www.nysaes.cornell.edu/ent/bcconf/talks/harman.html

Trichoderma From Basic Research to Commercialized Products Gary E. Harman Departments of Horticultural Science and of Plant Pathology Cornell University NYSAES Geneva, NY 14456 Introduction Trichoderma In my laboratory, we have been developing technology for the biocontrol of plant pathogens for about two decades. This paper will briefly discuss this effort, and the progress from basic research to products now available commercially. The basic requirements of successful biocontrol. Our early work demonstrated that Trichoderma systems A highly effective biocontrol strain or other material must be obtained or produced. Such strains must not only have appropriate mechanisms for biocontrol Pythium Rhizoctonia solani Fusarium Botrytis cinerea, Sclerotium rolfsii, Sclerotinia homoeocarpa. However, development of biocontrol systems has only begun when an effective strain is identified. In our research, we have used only T. harzianum T. virens Inexpensive production and formulation of the biocontrol agent or other material in question must be developed. The production process must result in biomass with excellent shelf life even under adverse storage conditions. In many respects, the requirements for production of products for agricultural use are more difficult to meet than those required for pharmaceutical products. If agricultural materials are to be successful, they must be very inexpensive, able to be produced in large quantities, and maintain good viability without specialized storage systems.

50. Plant Pathology 305 Home 245255, 258-260. Sept. 17. Fungi as plant pathogens-2. Sept. 19. Disease development-1.Sept. 24. 3. First exam. Oct. 8. Seedling diseases. 260-270, 390-395. Oct. 10. http://ag.arizona.edu/PLP/courses/plp305/305home.html

FALL 2002 Tues. and Thur. 11:00 a.m.-12:15 p.m., Marley 230 Instructor: I.J. Misaghi (Marley 341 J) 621-7156; E-mail: misaghi@u.arizona.edu Office Hours: Tues., Thurs. 3-5 p.m. By Appointment Only Course Objectives Grading Policy Required Texts Related links ... Lecture and Exam Schedule Bulletin Board: This bulletin board will be used for sharing important information which may pop up during the course. Students may also use this space to share some relevant , informative information with their classmates. Send your items to me preferably by e-mail: misaghi@u.arizona.edu. Only appropriate items will be placed on the bulletin board. Sample exam PLease look at a sample exam by clicking on "first exam" in "Lecture and Exam Schedule" on this page. The answers to the questions are also included. If you have any questions, call me at 621-7156. Course Objectives: To become familiar with: 1. Bacteria, viruses, fungi and nematodes as plant pathogens 2. The role of the environment in disease development 3. Selected plant diseases

51. UofA Plant Pathology Faculty Dr. Richard B. Hine (Emeritus) Field and vegetable crop diseases, soilborne pathogens,plant disease control Gilbertson, Robert L. Mycological systematics and http://ag.arizona.edu/PLP/faculty.html

DEPARTMENT OF PLANT PATHOLOGY College of Agriculture and Life Sciences, Forbes Building 204, P.O. Box 210036, Tucson AZ 85721-0036 (520) 621-1828, FAX (520) 621-9290 FACULTY Faculty Hawes, Martha C. Plant genes controlling programmed separation of living cells from roots; role of the cells in regulating microbial populations colonizing roots. Kennedy, Christina K. Nitrogen fixing bacteria; ammonia regulation in Azotobacter vinelandii ; sugarcane plant growth promotion by the endophyte Acetobacter diazotrophicus Matheron, Mike Ecology and control of diseases of fruit trees, vegetables and field crops. Chemical approaches for the control of powdery mildew, downy mildew, and Sclerotinia leaf drop of lettuce. Cultural and chemical control of Phytophthora root rot. McClure,Michael A. Biology and control of plant parasitic nematodes; ultrastructure of nematodes and post-parasite interactions Misaghi, Iraj J.

52. EUROPA - EU-Agrinet - EU-funded Agricultural Research Portal - One-step Diagnosi quarantine organisms, listed in the 2000 plant health directive for later applicationto all the pathogens in the The potato pests and diseases were chosen as http://europa.eu.int/comm/research/agriculture/project_showcase/diagnostic_chip.

nivel = 1 en EUROPA European Commission Research Agriculture ... Press releases A diagnostic test derived from human genome project technology will soon enable plant pathologists to determine any of the pests and diseases infecting crop plants in a single procedure. This new technology is essential for plant health and security of trade in food and feedstuffs; offering a rapid and accurate identification of infected material so that movement of plants of agricultural products can be controlled. Single-step identification of restricted pests and diseases will also greatly simplify matters for accession countries striving to comply with the EU's plant health legislation. EU plant health legislation All in one go The DIAG CHIP project ) is working to develop and validate a test to offer rapid identification of the plant pathogens in a single estimation. The project falls under the Quality of Life ) with a research team drawn from four countries ), and subcontractors and advisers in seven more

53. SoilGard Story microbiology and nematology, providing a range of expertise related to the controlof soilborne plant pathogens. Soilborne diseases caused by pathogens such as http://www.ars.usda.gov/is/np/mba/jan96/lumsden.htm

SoilGard TM R.D. Lumsden, Research Leader, Supervisory Plant Pathologist, J.A. Lewis, Research Soil Scientist, and D.R. Fravel, Research Plant Pathologist, Biocontrol of Plant Diseases Laboratory; and J.C. Locke, Florist and Nursery Crops Research Unit , USDA, ARS, Beltsville, MD 20705. Scientists at the USDA, ARS, Beltsville Agricultural Research Center have responded to the need to identify and develop alternative strategies for soil fumigation, which has been done traditionally with methyl bromide, by directing several research programs to address this critical problem. A total of six permanent scientists (SY's), along with their support personnel, are currently involved in this effort. These SY's represent several disciplines: plant pathology, soil science, microbiology and nematology, providing a range of expertise related to the control of soilborne plant pathogens. Soilborne diseases caused by pathogens such as Pythium and Rhizoctonia are constant problems in the horticultural industry and require the use of chemical fungicides, including methyl bromide. For decades, researchers and growers throughout the world have noted that while some soils tend to encourage soilborne diseases, other soils tend to suppress these same diseases. Years of research have indicated that beneficial soil microorganisms such as Gliocladium virens are responsible for this disease suppression. Yet, until now, problems with formulation inconsistency and application have prevented the commercial application of many biological organisms to control plant pathogens.

54. New Page 1 to the interdisciplinary study of biological control of plant diseases and weeds thestrengths and limitations of biological control of pathogens in cropping http://www.uoguelph.ca/OAC/env/outlines/4070.htm

ENVB*4070 BIOLOGICAL CONTROL: PLANT DISEASES Winter, 2003 Department of Environmental Biology Instructor: Dr. J.C. Sutton (Room 3228, Ext. 3938) Dr. P.H. Goodwin (Room 3239, Ext. 2754) Edmund C. Bovey Building E-mail: jsutton@evb.uoguelph.ca pgoodwin@uoguelph.ca Lectures: Monday, Wednesday, and Friday, 11:30 a.m.-12:20 p.m. Management of plant pathogens and weeds by biological systems that have a minimal impact on the environment. Topics include naturally-occurring biological control such as suppressive soils and induced plant disease resistance; inundative biological control such as plant disease biocontrol agents, mycoherbicides, transgenic disease resistance, and their mechanisms of action. Course Objectives To introduce students to the interdisciplinary study of biological control of plant diseases and weeds in agriculture, horticulture, forest, and urban ecosystems in temperate, subtropical, and tropical climates. The student will be expected to be able to: develop a good perspective of the strengths and limitations of biological control of pathogens in cropping systems.

55. New Page 1 The examination will utilize diseased plant specimens, microscope slides,and photographs of pathogens and diseases, and other materials. http://www.uoguelph.ca/OAC/env/outlines/3210.htm

ENVB*3210 PLANT PATHOLOGY Fall, 2003 Department of Environmental Biology Instructor: Dr. J.C. Sutton Room 3228, Edmund C. Bovey Building, Ext. 53938 E-mail: jsutton@evb.uoguelph.ca Lectures: Monday and Wednesday, 10:30 a.m.-11:20 a.m. Lab: 01) Monday, 2:30 p.m.-5:20 p.m. (02) Monday, 7:00 p.m.-9:50 p.m. PLANT PATHOLOGY IS CONCERNED principally with the MAINTENANCE OF PLANT HEALTH As a science the causes of plant diseases how disease develops in a plant how disease epidemics develop in plant populations (crops) how to measure losses from disease how to predict disease outbreaks how to detect/quantify disease organisms As an art disease diagnosis practical disease forecasting recommendations for controlling (managing) disease application of disease control measures integration with crop systems WHY STUDY PLANT DISEASES AND PLANT PATHOGENS? Plant diseases are a major factor in global food supply and our ability to feed the exponentially-increasing human population. Besides plants used for food, diseases destroy, or render inferior, plants and plant materials used for animal feeds, fibers, lumber, latex, pharmaceutical products, pests control products and other valuable resources.

56. ScienceDaily News Release: More People Are Getting Sick From Eating Fresh Fruits lack the appropriate facilities for working with human pathogens, which are management,that have worked well in controlling other plant diseases would likely http://www.sciencedaily.com/releases/2003/01/030128080057.htm

Search Our Archives Keywords: Order by: date relevance More options Get ad-free access with email updates sign up or log in Text size: A A A Welcome Home page About this site Awards, reviews News Summaries Headlines Topics Shop Our stuff Browse books Magazines Software Contribute Register free Post release Edit profile Review hits Advertise Media kit Traffic stats Contact us Previous Story ... Related Stories Next Story Source: American Phytopathological Society Date: More People Are Getting Sick From Eating Fresh Fruits St. Paul, MN (January 27, 2003) Salmonella, E. coli, shigellosis, hepatitis A, and Norwalk these food-borne diseases can produce symptoms that run from the mild to life-threatening. The young and old are particularly vulnerable and while consumption of beef and poultry have been the most common sources of such infections, fresh fruits and vegetables are being increasingly implicated in such outbreaks. So much so, that plant disease scientists are now taking a closer look at this issue. "Historically, human pathogens like E. coli and Salmonella have rarely been associated with plants, so plant disease scientists have not looked at them directly," says J.W. Buck, a plant pathologist at the University of Georgia. But that is changing, says Buck, as such incidences continue to increase. Buck says there is no single reason why the number of reported produce-related outbreaks in the U.S. per year doubled between 1973-1987 and 1988-1992 and why they continue to rise. Possible explanations include the simple fact that we are eating more fruits and vegetables than ever before. But experts agree that there is more to it than that and that our food production practices likely bear some responsibility.

57. KLUWER Academic Publishers | Biotechnological Approaches In Biocontrol Of Plant Mycorrhiza in Control of plant pathogens Molecular Approaches; KG Mukerji.Biological Control of Bacterial plant diseases; S. Kaur, KG Mukerji. http://www.wkap.nl/prod/b/0-306-46104-8?a=1

58. Iowa State University Courses And Programs Diagnosis of plant diseases, isolation and identification of pathogens, clinicalexperience, plant disease survey, detection and evaluation methods. Pl P 692. http://www.iastate.edu/~catalog/9597/plp.html

Courses and Programs General Catalog Index 95-97 Catalog Index Schedule of Classes Registrar's Homepage ... Graduate Courses Plant Pathology (Pl P) Pl P 407. Principles of Plant Pathology. Same as Pl HP 407, P M 407. (2-3) Cr. 3. F. Prereq: 8 credits in biological sciences, including Biol 202. Braun. Principles underlying the nature, diagnosis, and management of plant diseases. Laboratory complements lecture topics and provides experience in plant disease diagnosis. Open to graduate students for minor graduate credit only. Pl P 416. Forest Pest Management. Same as For 416, Ent 416, Pl HP 416, P M 416. (2-6) Cr. 4. S. Prereq: 8 credits in biological sciences, including Biol 202. McNabb, Hart. Nature of forest, shade tree, and wood pests; physical agents of tree damage; integrated case studies and computer simulations in the evaluation and economic analysis of protection and pest man-agement problems; weekend field trip. Field trip fee. Open to graduate students for minor graduate credit only. Pl P 483. Wood Deterioration and Preservation.

59. Other Servers Query Database Research Interests User Services Small Grains diseases and pathogens Lengthy lists of barley, rye, oats, and sugarcanediseases and their British Society for plant Pathology Info about BSPP http://wheat.pw.usda.gov/ggpages/pathology.shtml

Query Database Research Interests User Services Search Website ... Home Pathology On this page: Wheat Barley Cross-species Wheat GrainGenes Gopher files Literature on Fusarium Head Blight of Wheat Stripe rust in North America, 1968-87 WWW Documents Wheat Diseases and Pests: A Guide for Field Identification Describes over 50 major wheat and triticale diseases, insect pests, nematodes, physiologic and genetic disorders, and mineral and environmental stresses. Includes over 100 full-color pictures. Courtesy of CIMMYT Information from other Internet sites ScabUSA - The US Wheat and Barley Scab Initiative (USWBSI) This website supports the USWBSI, a multidisciplinary and multi-institution effort to quickly develop control measures that minimize the threat of Fusarium head blight (scab). Recent Advances in Wheat Head Scab Research in China The ARS's National Agricultural Library and the Mycotoxin Research Unit jointly funded this web-based review of recent research in China and includes sections on pathogen biology, resistance, disease control and provides several links to other Fusarium projects worldwide. Wheat Pathology Documents on the WWW WWW-formatted and Adobe PDF files on wheat diseases, pests, and pathogens from various locations.

60. PPA Courses -- Plant Pathology The causes, effects, control and nature of plant diseases will be studied; the laboratorywill expose students to common diseases and pathogens discussed in http://www.uky.edu/Registrar/bull0102/courses/ppa.html

University of Kentucky Undergraduate Bulletin PPA Plant Pathology #PPA 395 INDEPENDENT STUDY IN PLANT PATHOLOGY. (3-4) Independent study in Plant Pathology under the supervision of a faculty member. Prereq: Consent of appropriate instructor. PPA 400G PRINCIPLES OF PLANT PATHOLOGY. (3) To present students with the principles of plant pathology. The causes, effects, control and nature of plant diseases will be studied; the laboratory will expose students to common diseases and pathogens discussed in lecture. Emphasis will be given to diseases important in Kentucky. Lecture, two hours; laboratory, two hours. Prereq: One semester of botany (e.g. BIO 351) and microbiology (e.g. BIO 108/109) or consent of instructor. PPA 410 FOREST PATHOLOGY. (3) Symptomatology, epidemiology, host-pathogen relations and control of selected diseases of forest trees. Lecture, two hours; laboratory, two hours. Prereq: BIO 106 and 107 or BIO 351 or one equivalent semester of botany. (Same as FOR 410.) PPA 601 SPECIAL TOPICS IN MOLECULAR AND CELLULAR GENETICS. (1) Each semester five distinguished scientists visit the UK campus to deliver a series of three formal lectures each and participate in numerous informal contacts with graduate students. The emphasis is on the presentation of the most current advances (often unpublished) in selected topics in molecular and cellular genetics. May be repeated to a maximum of six credits. (Same as BIO/BCH/MI/PLS 601.)

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