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ISHS Acta Horticulturae 590IX International Workshop on Fire Blight |
| List price | € 95 
This title is available in ActaHort CD-rom format only - not available in print format |
| Convener | C.N. Hale |
| Editors | C. Hale, R. Mitchell |
Publication
date | 30 November 2002 |
| ISBN | 978-90-66058-06-4 |
| ISSN | 0567-7572 |
| Number of articles | 77 |
| Volumes | 1 |
| Place | Napier, New Zealand |
| Online articles: |
 | PREFACE (M.T. Momol, H. Saygili, C. Hale, Secretary of the ISHS) |
| PRESENT WORLDWIDE DISTRIBUTION OF FIRE BLIGHT (T. van der Zwet) |
| CHRONICLE OF A DISEASE FORETOLD (THAT ADVANCES SLOWLY): THE 2001 SPANISH SITUATION (M.M. López, P. Llop, A. Rico, A. Ortiz, J. Murillo, V. Donat, J. Peñalver, I. Llorente, E. Badosa, E. Montesinos) |
| NATIONAL SURVEYS DID NOT DETECT ERWINIA AMYLOVORA ON HOST PLANTS IN AUSTRALIA (B. Rodoni, R. Gardner, R. Giles, M. Cole, S. Wimalajeewa) |
| EVALUATION OF BUFFER ZONE SIZE AND INSPECTION NUMBER REDUCTION ON PHYTOSANITARY RISK ASSOCIATED WITH FIRE BLIGHT AND EXPORT OF MATURE APPLE FRUIT (R.G. Roberts) |
| THE ROLE OF HONEYBEES IN SPREADING ERWINIA AMYLOVORA (M. Alexandrova, B. Cimini, C. Bazzi, E. Carpana, S. Massi, A.G. Sabatini) |
| A RE-EXAMINATION OF FIRE BLIGHT EPIDEMIOLOGY IN ENGLAND (E. Billing, A.M. Berrie) |
| STANDARDIZATION OF DIAGNOSTIC PROTOCOLS (DIAGPRO) FOR ERWINIA AMYLOVORA IN THE EUROPEAN UNION (M.M. López, M.T. Gorris, P. Llop, J. Peñalver, M. Cambra) |
| FIRE BLIGHT SITUATION IN SWITZERLAND (T. Hasler, H.J. Schaerer, E. Holliger, J. Vogelsanger, A. Vignutelli, B. Schoch) |
| ORNAMENTAL HOSTS OF ERWINIA AMYLOVORA AND THE EFFECT OF THE FIRE BLIGHT CONTROL POLICY IN THE NETHERLANDS (M. van Teylingen) |
| ISOLATION OF ERWINIA AMYLOVORA FROM BLIGHTED PLUMS (PRUNUS DOMESTICA) AND POTATO ROSES (ROSA RUGOSA) (J.L. Vanneste, S. Lex, M. Vermeulen, F. Berger) |
| FIRE BLIGHT IN THE REPUBLIC OF MOLDOVA: PRESENT STATUS OF ITS OCCURRENCE AND CHARACTERISTICS OF ITS PATHOGEN ERWINIA AMYLOVORA (A.N. Nicolaev, P. Laux, W. Zeller) |
| THE STATUS OF FIRE BLIGHT ON POME FRUITS IN IRAN (K. Rahnama, M. Mazarei) |
| A TRIBUTE TO PAUL W. STEINER (G.W. Lightner) |
| THE THREE-SEASON EVOLUTION OF A FIRE BLIGHT OUTBREAK IN A NURSERY USING AN ASYMPTOMATIC APPLE BUD WOOD SOURCE CONTAMINATED WITH ERWINIA AMYLOVORA (T.J. Smith) |
| FLUORESCENCE TECHNOLOGY AS A TOOL TO STUDY THE INFECTION PATTERN OF APPLE SEEDLINGS BY ERWINIA AMYLOVORA (K. Heyens, M. vande Ven, R. Valcke, T. Deckers, M. Maes) |
| INVESTIGATION OF THE RELIABILITY OF EASY-TO-USE METHODS TO PREDICT ERWINIA AMYLOVORA INFECTION RISK IN APPLE ORCHARDS (T. Bubán, P. Sallai, A. Varga, L. Dorgai) |
| HOST SUSCEPTIBILITY AS A FACTOR IN CONTROL STRATEGIES OF FIRE BLIGHT IN EUROPEAN PEAR GROWING (T. Deckers, H. Schoofs) |
| CHARACTERIZATION OF AN ERWINIA SP. ISOLATED FROM NECROTIC PEAR BLOSSOMS IN VALENCIA, SPAIN (M. Roselló, S. García Vidal, A. Tarín, P. Llop, M.T. Gorris, V. Donat, R. Chartier, J.P. Paulin, L. Gardan, J. Peñalver, M.M. López) |
| EFFECTS OF WEATHER CONDITIONS IN DEVELOPMENT OF "TRAUMA" BLIGHT IN APPLE SHOOTS (D.I. Breth, H.S. Aldwinckle, W. Turechek) |
| COMPARISON OF MODELS FOR BLOSSOM BLIGHT PREDICTION IN NEW YORK (D.I. Breth, H.S. Aldwinckle) |
| THE VIABILITY AND PERSISTENCE OF ERWINIA AMYLOVORA IN APPLES DISCARDED IN AN ORCHARD ENVIRONMENT (R.K. Taylor, C.N. Hale, J.W. Marshall) |
| OVERWINTERING OF ERWINIA AMYLOVORA IN NATURALLY AND ARTIFICIALLY INFECTED APPLE SHOOTS (K. Kielak, P. Sobiczewski, J. Pulawska) |
| DETECTION OF ERWINIA AMYLOVORA IN AND ON APPLE TISSUE USING PCR (J. Pulawska, P. Sobiczewski) |
| PREDICTING THE OCCURRENCE OF FIRE BLIGHT IN THE SAN JOAQUIN VALLEY OF CALIFORNIA (B.A. Holtz, E.W. Hoffman, B.L. Teviotdale) |
| RAPID ESTIMATION OF THE EPIPHYTIC POPULATION SIZE OF ERWINIA AMYLOVORA BY PCR (L. Dorgai, T. Bubán) |
| POPULATION DYNAMICS OF ERWINIA AMYLOVORA ON DIFFERENT BLOSSOM ELEMENTS OF PEAR AND APPLE (T. Hasler, L. Mamming) |
| EVALUATION OF NATURAL DIVERSITY AMONG ERWINIA AMYLOVORA ISOLATES ON THE BASIS OF TOTAL CELLULAR PROTEIN AND FATTY ACID PATTERNS (R. Zarnowski, T. Lewicka, R.J. Ellis) |
| REDUCTION OF FIRE BLIGHT INFECTION BY MANIPULATION OF PEAR TREE WATER STATUS (M. Toselli, D. Malaguti, B. Marangoni, L. Cabrini, C. Bazzi, G. Sponza, D. Scudellari) |
| ERWINIA AMYLOVORA LONGEVITY IN BEEHIVES, BEEHIVE PRODUCTS AND HONEYBEES (M. Alexandrova, C. Porrini, C. Bazzi, E. Carpana, M. Bigliardi, A.G. Sabatini) |
| FIRE BLIGHT IN EMILIA-ROMAGNA (ITALY): SEARCHING POSSIBLE RELATIONSHIPS BETWEEN EPIDEMIC SPREAD, CLIMATE AND TERRITORY USING THE REGIONAL GEOGRAPHIC DATABASE AND GIS TECHNOLOGY (G. Benedettini, R. Bugiani, A. Calzolari, F. Finelli, P. Govoni, M. Gherardi, G.L. Mazzoli) |
| MANAGEMENT OF FIRE BLIGHT WITH GIBBERELLIN INHIBITORS AND SAR INDUCERS (K.L. Maxson, A.L. Jones) |
| BIOLOGICAL CONTROL OF FIRE BLIGHT BY USING RAHNELLA AQUATILIS RA39 AND PSEUDOMONAS SPEC. R1 (P. Laux, O. Baysal, W. Zeller) |
| P10C: A NEW BIOLOGICAL CONTROL AGENT FOR CONTROL OF FIRE BLIGHT WHICH CAN BE SPRAYED OR DISTRIBUTED USING HONEY BEES (J.L. Vanneste, D.A. Cornish, J. Yu, M.D. Voyle) |
| GENES FOR BIOSYNTHESIS OF PANTOCIN A AND B BY PANTOEA AGGLOMERANS EH318 (S.A.I. Wright, S.V. Beer) |
| NEWEST RESULTS ON THE BIOCONTROL OF FIRE BLIGHT IN GERMANY (W. Zeller, P. Laux) |
| INTERRELATIONSHIP OF TEMPERATURE, FLOWER DEVELOPMENT AND BIOLOGICAL CONTROL OF FIRE BLIGHT (P.L. Pusey) |
| COPING WITH FIRE BLIGHT IN PEARS: EXPERIENCE GAINED IN ISRAEL IN THE FIRE BLIGHT MANAGEMENT (FIRE-MAN) PROJECT (D. Shtienberg, H. Shwartz, S. Manulis, G. Kritzman, M. Zilberstaine, D. Oppenheim, Z. Herzog) |
| TRIALS WITH APPLYING CHEMICAL AGENTS OTHER THAN BACTERICIDES TO CONTROL FIRE BLIGHT IN PEAR ORCHARDS (T. Bubán, P. Sallai, L. Hertelendy, E. Obzsut-truskovszky) |
| SYSTEMIC ACQUIRED RESISTANCE (SAR) -EFFECT OF BTH AGAINST FIRE BLIGHT (O. Baysal, P. Laux, W. Zeller) |
| FURTHER STUDIES ON THE INDUCED RESISTANCE (IR) EFFECT OF PLANT EXTRACT FROM HEDERA HELIX AGAINST FIRE BLIGHT (ERWINIA AMYLOVORA) (O. Baysal, P. Laux, W. Zeller) |
| BIOCONTROL AGENT PANTOEA AGGLOMERANS STRAIN NZ501 INDUCES A RESISTANCE-LIKE RESPONSE IN KIWIFRUIT AND TOBACCO CELLS (J.L. Vanneste, J. Yu, T. Reglinski, A. Allan) |
| THE PEPTIDE ANTIBIOTIC PRODUCED BY PANTOEA AGGLOMERANS EH252 IS A MICROCIN (J.L. Vanneste, D.A. Cornish, J. Yu, M.D. Voyle) |
| BACILLUS SUBTILIS STRAIN BS-F3: COLONIZATION OF PEAR ORGANS AND ITS ACTION AS A BIOCONTROL AGENT (M. Alexandrova, C. Bazzi, P. Lameri) |
| CHARACTERISATION OF TWO FLUORESCENT STRAINS OF PSEUDOMONAS AS BIOCONTROL AGENTS AGAINST FIRE BLIGHT (O. Galasso, G. Sponza, C. Bazzi, J.L. Vanneste) |
| A NEW EXPERIMENTAL DESIGN FOR TESTING CONTROL AGENTS FOR FIRE BLIGHT ON BLOSSOMS UNDER NEARLY NATURAL CONDITIONS (E. Moltmann, A. Fried, W. Jelkmann) |
| INHIBITION OF ERWINIA AMYLOVORA AND POTENTIAL ANTAGONISTIC BACTERIA BY ESSENTIAL OILS AND NATURAL COMPOUNDS (J.L. Vanneste, R.J. Boyd) |
| ENHANCING FLOWER COLONIZATION OF PSEUDOMONAS FLUORESCENS STRAIN A506, AND THE EFFICACY OF APOGEE AND SERENADE, FOR FIRE BLIGHT CONTROL IN THE SAN JOAQUIN VALLEY OF CALIFORNIA (B.A. Holtz, E.W. Hoffman, S.E. Lindow, B.L. Teviotdale) |
| EVALUATION OF CONTROL OF FIRE BLIGHT INFECTION OF APPLE BLOSSOMS AND SHOOTS WITH SAR INDUCERS, BIOLOGICAL AGENTS, A GROWTH REGULATOR, COPPER COMPOUNDS, AND OTHER MATERIALS (H.S. Aldwinckle, M.V. Bhaskara Reddy, J.L. Norelli) |
| INDUCED RESISTANCE TO ERWINIA AMYLOVORA IN APPLE AND PEAR (M.N. Brisset, M. Faize, C. Heintz, S. Cesbron, R. Chartier, M. Tharaud, J.P. Paulin) |
| SALICYLIC ACID AS A POSSIBLE COMPONENT IN THE SUSCEPTIBILITY OF APPLE ROOTSTOCKS TO FIRE BLIGHT INFECTIONS (K. Heyens, R. Valcke, T. Deckers) |
| ACTIVITY OF PEROXIDASES IN PLANT MATERIAL INFECTED WITH ERWINIA AMYLOVORA (M. Keck, S. Richter, B. Suarez, E. Kopper, E. Jungwirth) |
| NATURAL OCCURRENCE OF FIRE BLIGHT IN USDA APPLE GERMPLASM COLLECTION AFTER 10 YEARS OF OBSERVATION (P.L. Forsline, H.S. Aldwinckle) |
| RESISTANCE OF 'GENEVA' APPLE ROOTSTOCKS TO ERWINIA AMYLOVORA WHEN GROWN AS POTTED PLANTS AND ORCHARD TREES (J.L. Norelli, H.S. Aldwinckle, H.T. Holleran, T.L. Robinson, W.C. Johnson) |
| HOST-PATHOGEN INTERACTIONS OF ERWINIA AMYLOVORA ON APPLE AND PEAR IN NEW ZEALAND (R.K. Taylor, C. Ranatunga, V. Bus, P.A. Alspach) |
| FIRE BLIGHT RESISTANCE OF MALUS SPECIES FROM SICHUAN (CHINA), RUSSIAN CAUCASUS, TURKEY, AND GERMANY (H.S. Aldwinckle, H.L. Gustafson, P.L. Forsline, M.V. Bhaskara Reddy) |
| EVALUATION OF APPLE VARIETIES FOR SUSCEPTIBILITY TO ERWINIA AMYLOVORA BY ARTIFICIAL INOCULATION UNDER FIELD CONDITIONS (S.K. Mohan, E. Fallahi, V.P. Bijman) |
| FIELD EVALUATION OF PRUNUS SPECIES FOR SUSCEPTIBILITY TO ERWINIA AMYLOVORA BY ARTIFICIAL INOCULATION (S.K. Mohan, V.P. Bijman, E. Fallahi) |
| STABILITY OF FIRE BLIGHT RESISTANCE IN APPLE (K. Richter, C. Fischer) |
| SELECTION OF A GENOTYPE OF COTONEASTER WITH A HIGH LEVEL OF RESISTANCE TO FIRE BLIGHT (V. Bellenot-Kapusta, R. Chartier, M.N. Brisset, J.P. Paulin) |
| PLANT TRANSFORMATION FOR INDUCTION OF FIRE BLIGHT RESISTANCE: TRANSGENIC APPLES EXPRESSING VIRAL EPS-DEPOLYMERASE (V. Hanke, W.-S. Kim, K. Geider) |
| A NEW APPROACH TO EVALUATE FIRE BLIGHT RESISTANCE IN VITRO (V. Hanke, K. Geider) |
| EXPRESSION OF A DEPOLYMERASE GENE IN TRANSGENIC PEARS INCREASED ONLY SLIGHTLY THEIR FIRE BLIGHT RESISTANCE (M. Malnoy, E. Chevreau, M.N. Brisset) |
| TRANSFORMATION OF SR1 TOBACCO AND JTE-H APPLE ROOTSTOCK WITH THE EPS-DEPOLYMERASE GENE FROM AN ERWINIA AMYLOVORA PHAGE (S. Sule, W.-S. Kim, K. Geider, E. Kiss) |
| GENETIC DIVERSITY AMONG ERWINIA AMYLOVORA'S UBIQUITOUS PLASMID PEA29 (G.C. McGhee, G.C. Foster, A.L. Jones) |
| MOLECULAR COMPARISON AND DIFFERENTIATION OF ERWINIA STRAINS CAUSING FIRE BLIGHT AND ASIAN PEAR BLIGHT (S. Jock, W.-S. Kim, K. Geider) |
| COMPARISON OF GROEL SEQUENCES, 16S-23S RDNA SPACERS, AND PEA29-TYPE PLASMIDS FROM ERWINIA AMYLOVORA AND E.PYRIFOLIAE (E.L. Schnabel, G.C. McGhee, A.L. Jones) |
| SECRETION OF HRP AND DSP PROTEINS VIA THE HRP PILUS DURING TYPE III SECRETION IN ERWINIA AMYLOVORA (Q. Jin, W. Hu, G.C. McGhee, P. Hart, A.L. Jones, S.Y. He) |
| COMPETITION BETWEEN THE SECRETION OF HRP PROTEINS AND FLAGELLINS DURING THE INFECTION PROCESS BY ERWINIA AMYLOVORA (M.N. Brisset, M. Faize, C. Heintz, S. Cesbron, R. Chartier, M. Tharaud, M.A. Barny, J.P. Paulin) |
| USING THE GREEN FLUORESCENT PROTEIN AND OTHER MARKERS TO DETERMINE VIRULENCE OF ERWINIA AMYLOVORA (J. Bogs, S. Jock, M. Hildebrand, W.-S. Kim, K. Geider, K. Richter) |
| REGULATION AND BIOCHEMISTRY OF EXOPOLYSACCHARIDE SYNTHESIS OF THE FIRE BLIGHT PATHOGEN ERWINIA AMYLOVORA AND PEAR PATHOGENS FROM KOREA AND JAPAN (K. Geider, Z. Du, M. Hildebrand, W.-S. Kim, M. Menggad, M. Schollmeyer) |
| DSPE OF ERWINIA AMYLOVORA INTERACTS WITH RECEPTOR KINASES OF APPLE (X. Meng, J.M. Bonasera, J.F. Kim, R.M. Nissinen, S.V. Beer) |
| MECHANISMS UNDERLYING DISEASE AND RESISTANCE IN HOST PLANTS OF FIRE BLIGHT (J.S. Venisse, J.P. Paulin, M.N. Brisset) |
| GENE EXPRESSION IN APPLE IN RESPONSE TO INOCULATION WITH ERWINIA AMYLOVORA (J.M. Bonasera, S.V. Beer) |
| ALTERATION OF PHENYLPROPANOID BIOSYNTHESIS OF FRUIT TREES AS A TOOL FOR ENHANCEMENT OF FIRE BLIGHT RESISTANCE (S. Roemmelt, S. Peterek, D. Treutter, W. Rademacher, J.B. Speakman, C. Andreotti, G. Costa, G. Sponza, L. Tortoreto, C. Bazzi, H. Halbwirth, N. Zimmermann, K. Stich, G. Forkmann) |
| BIOCHEMICAL AND MOLECULAR BIOLOGICAL INVESTIGATIONS WITH RESPECT TO INDUCTION OF FIRE BLIGHT RESISTANCE IN APPLE AND PEAR BY TRANSIENTLY ALTERING THE FLAVANOID METABOLISM WITH SPECIFIC ENZYME INHIBITORS (H. Halbwirth, W. Kampan, K. Stich, T.C. Fischer, B. Meisel, G. Forkmann, W. Rademacher) |
| CHARACTERISATION OF TRANSPOSON, GENES AND MUTATIONS WHICH CONFER STREPTOMYCIN RESISTANCE IN BACTERIAL STRAINS ISOLATED FROM NEW ZEALAND ORCHARDS (J.L. Vanneste, M.D. Voyle) |
| POTENTIAL OF SLAKED LIME FOR CONTROL OF FIRE BLIGHT (F. Berger, J.L. Vanneste) |
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