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Articles

DETERMINATION OF FIRE BLIGHT SUSCEPTIBILITY OF LOQUAT CULTIVARS

Article number

1056_37

Pages

231 – 233

Language

English

Abstract

The aim of the study was to determine fire blight disease, caused by Erwinia amylovora, reactions.
Five different loquat cultivars (Akko XIII, Gold Nugget, Sayda, Hafif Cukurgobek and Champagne de Grasse) and 14 Erwinia amylovora strains, isolated from different cities of Turkey, were used in the study.
Shoot and leaves infections were evaluated in 2011 and 2012 on these loquat cultivars.
According to evaluations of two-year-studies, all loquat cultivars were highly susceptible for leaves infections of fire blight disease. Champagne de Grasse, Akko XIII and Hafif Cukurgobek cultivars were found as moderately susceptible whereas, Sayda and Gold Nugget cultivars were little susceptible for shoot infections of fire blight disease.

Publication

XIII International Workshop on Fire Blight

Authors

B.P. Aktepe, Y. Aysan, S. Tepe

Keywords

fire blight, loquat, susceptibility

Full text

https://doi.org/10.17660/ActaHortic.2014.1056.37

Online Articles (52)

1. FIRE BLIGHT: BARRIERS TO CONTROL IN THE PAST AND PRESENT/FUTURE CONTROL STRATEGIES

T.J. Smith

2. OVERVIEW OF CONCERNS SURROUNDING ANTIBIOTIC USE FOR CONTROL OF FIRE BLIGHT

V.O. Stockwell

3. THE BIOPESTICIDE INNOVATION CHAIN: A TEMPLATE FOR DEVELOPMENT OF MICROBIAL AGENTS FROM DISCOVERY TO REGISTRATION

A.M. Svircev | S.M. Boyetchko | A.J. Castle

4. COMPARATIVE MAPPING OF FIRE BLIGHT RESISTANCE IN MALUS

A. Peil | T. Wöhner | M.-V. Hanke | H. Flachowsky | K. Richter | A. Wensing | O. Emeriewen | M. Malnoy | P.-M. LeRoux | A. Patocchi | A. Kilian

5. CONTROL OF FIRE BLIGHT IN BADEN-WÜRTTEMBERG AT THE END OF THE STREPTOMYCIN ERA

A. Fried | E. Schell | E. Moltmann | A. Wensing

6. FIRE BLIGHT CONTROL STRATEGY IN BELGIUM

H. Schoofs | T. Deckers | W. Verjans | D. Bylemans

7. DISTRIBUTION, CHARACTERISTICS AND DIAGNOSTIC METHODS FOR FIRE BLIGHT (ERWINIA AMYLOVORA) IN THE RUSSIAN FEDERATION

N.V. Drenova | A.A. Kharchenko | A.A. Kuznetsova | M.B. Balandina | M.D. Erohova | J.Y. Kulakova | N.A. Kvashnina | E.Y. Shneider | O.N. Koniajeva

8. SURVIVAL OF ERWINIA AMYLOVORA IN DEAD APPLE LEAF TISSUE

P. Sobiczewski | A. Mikiciński | B. Dyki

9. THE EFFECT OF PHYTOSANITARY MEASURES AGAINST FIRE BLIGHT IN INFECTED APPLE ORCHARDS

M. Joos | A. Hummrich | R.T. Voegele

10. EVALUATION OF THREE EXTRACTION METHODS FOR DETECTION OF ERWINIA AMYLOVORA FROM PEAR LEAVES BY REAL-TIME PCR

M. Ivanović | N. Kuzmanović | A. Prokić | N. Blagojević | A. Obradović | K. Gasić

11. SENSITIVITY OF ENRICHMENT ISOLATION FOR FIRE BLIGHT DETECTION IN COMPOSITE TWIG SAMPLES

M. Pirc | M. Ravnikar | T. Dreo

12. STRATEGY FOR NON-ANTIBIOTIC FIRE BLIGHT CONTROL IN U.S.-GROWN ORGANIC POME FRUIT

K.B. Johnson | T.N. Temple | R.B. Elkins | T.J. Smith

13. FIELD RESULTS FOR THE EFFICACY OF FIRE BLIGHT CONTROL AGENTS IN THE LAST FIFTEEN YEARS IN GERMANY

S. Kunz | C. Donat

14. DEVELOPMENT OF ANTAGONISTIC BACTERIA FOR FIELD CONTROL OF FIRE BLIGHT

C. Huebert | A. Wensing | W. Jelkmann | H. Junge | K. Dietel

15. PROSPECTS AND LIMITATIONS OF SYNTHETIC ANTIMICROBIAL PEPTIDES FOR FIRE BLIGHT CONTROL

E. Badosa | L. Montesinos | E. Montesinos | L. Feliu | M. Planas | E. Bardají

16. GRAM-POSITIVE BACTERIA PRODUCING ANTIMICROBIAL PEPTIDES AS EFFICIENT BIOCONTROL AGENTS OF FIRE BLIGHT

A. Bonaterra | J. Cabrefiga | I. Mora | G. Roselló | J. Francés | E. Montesinos

17. BACTERIOPHAGE OF ERWINIA AMYLOVORA – HOST RANGE AND FIRE BLIGHT CONTROL POTENTIAL

K. Gasić | M. Ivanović | N. Kuzmanović | A. Prokić | A. Obradović | M. Sević

18. DETECTION OF THE CAUSATIVE AGENT OF FIRE BLIGHT – ERWINIA AMYLOVORA (BURRILL) WINSLOW ET AL. – IN THE SOUTHEAST OF KAZAKHSTAN

A. Djaimurzina | Z. Umiralieva | G. Zharmukhamedova | Y. Born | A. Bühlmann | F. Rezzonico

19. FIRE BLIGHT IN LATVIA: OCCURRENCE, MANAGEMENT AND PROBLEMS

I. Morocko-Bicevska | S. Maldute

20. DIAGNOSTICS OF ERWINIA AMYLOVORA (BURR.) WINSLOW ET AL. ISOLATES CAUSING FIRE BLIGHT IN POME FRUIT TREES IN BURSA

N. Tunali | M. Mirik

21. IDENTIFICATION AND CHARACTERIZATION OF HFQ AND HFQ-REGULATED SMALL RNAS IN ERWINIA AMYLOVORA

Q. Zeng | G.W. Sundin

22. SEQUENCE ANALYSIS OF CRISPR ARRAYS OF ERWINIA AMYLOVORA ISOLATES FROM CANADA

A.I. Yagubi | A.J. Castle | A.M. Svircev

23. AN ALTERNATIVE SIGMA FACTOR CASCADE REGULATES EXPRESSION OF TYPE III SECRETION SYSTEM IN ERWINIA AMYLOVORA

Y. Zhao | V. Ancona | W. Li | J.H. Lee

24. INVESTIGATING THE MOLECULAR BASIS OF FIRE BLIGHT BY STRUCTURAL AND FUNCTIONAL GENOMICS OF ERWINIA AMYLOVORA

S. Benini | J.D. Bartho | M. Salomone-Stagni | M. Toccafondi

25. 6-THIOGUANINE BIOSYNTHESIS IN ERWINIA SPECIES

A. Wensing | M. Gernold | S. Jock | W. Jelkmann | K. Geider | A. Beck | R. Jansen

26. CHARACTERIZATION OF ERWINIA AMYLOVORA STRAINS ISOLATED FROM QUINCE TREES IN SERBIA USING REP-PCR METHOD

V. Gavrilović | Z. Ivanović | T. Popović | S. Zivković

27. COMPARATIVE GENOMICS OF ERWINIA AMYLOVORA ISOLATES FROM MEXICO

T.H.M. Smits | V.M. Guerrero-Prieto | G. Hernandez-Escarcega | F. Rezzonico | J. Blom | A. Goesmann | B. Duffy | V.O. Stockwell

28. BIPHENYLS AND DIBENZOFURANS – FIRE BLIGHT-INDUCED PHYTOALEXINS OF PEAR

C. Chizzali | B. Liu | K. Richter | H. Flachowsky | A. Peil | M.-V. Hanke | L. Beerhues

29. PROTEOME INVESTIGATION OF THE PLANT PATHOGEN ERWINIA AMYLOVORA

M. Holtappels | R. Valcke

30. DIFFERENTIAL TRANSCRIPTOME ANALYSIS OF MALUS × ROBUSTA 5 AFTER INOCULATION WITH THE VIRULENT ERWINIA AMYLOVORA AVRRPT2_EA DELETION STRAIN ZYRKD3-1 AND THE NON-VIRULENT WILD TYPE STRAIN EA1189

I. Vogt | K. Richter | A. Dahl | M.-V. Hanke | H. Flachowsky | A. Peil

31. DEFENSE MECHANISMS OF ROSACEOUS PLANTS AGAINST FIRE BLIGHT PATHOGEN ERWINIA AMYLOVORA

K. Vrancken | M. Holtappels | R. Valcke | H. Schoofs | T. Deckers | D. Bylemans

32. CYCLIC DI-GMP REGULATES THE EXPRESSION OF VIRULENCE FACTORS IN ERWINIA AMYLOVORA

L.F. Castiblanco | A.C. Edmunds | C.M. Waters | G.W. Sundin

33. THE GRRSA-CSR GLOBAL REGULATORY SYSTEM PLAYS A CRITICAL ROLE IN ERWINIA AMYLOVORA VIRULENCE

V. Ancona | Y. Zhao

34. GENERATION OF HYDROGEN PEROXIDE AND SUPEROXIDE RADICALS IN PEARS FOLLOWING ATTACK OF ERWINIA AMYLOVORA

S.R. Azarabadi | M. Torabi | H. Abdollahi | M. Hassani

35. BREEDING FOR FIRE BLIGHT RESISTANCE AND STERILITY IN COTONEASTER

R. Contreras | J. Rothleutner | V.O. Stockwell

36. BREEDING HIGH QUALITY APPLES WITH FIRE BLIGHT RESISTANCE

M. Kellerhals | I.O. Baumgartner | L. Leumann | L. Lussi | S. Schütz | A. Patocchi

37. DETERMINATION OF FIRE BLIGHT SUSCEPTIBILITY OF LOQUAT CULTIVARS

B.P. Aktepe | Y. Aysan | S. Tepe

38. THE PRESENCE OF ERWINIA AMYLOVORA IN ASYMPTOMATIC APPLE BUD WOOD: A THREAT TO NEWLY ESTABLISHED APPLE PLANTINGS

D.I. Breth | E. Borejsza-Wysocka | S. Kuehne | H.S. Aldwinckle | C. Cox

39. SELECTIONS FOR RESISTANCE AGAINST FIRE BLIGHT IN YOUNG F₁ HYBRID PEAR SEEDLINGS IN TURKEY

Y. Evrenosoglu | A. Baykul | A. Misirli | N. Acarsoy | Y. Aysan | S. Horuz | H. Saygili | O. Boztepe | E. Bilen | I. Yazici

40. EVALUATION OF TRADITIONAL POME FRUIT GENETIC RESOURCES IN SWITZERLAND

J. Gassmann | K. Hunziker | M. Kellerhals

41. SELECTING EFFECTIVE INDICES FOR EVALUATION OF FIRE BLIGHT RESISTANCE IN QUINCE GERMPLASM UNDER ORCHARD SETTINGS

Z. Ghahremani | M. Alipour | S. Ahmadi | H. Abdollahi | M. Mohamadi | A.A. Ghasemi | M. Adli

42. SOMACLONAL VARIATION: A USEFUL TOOL TO IMPROVE DISEASE RESISTANCE OF PEAR ROOTSTOCK ‘OLD HOME × FARMINGDALE’ (OHF 333) (PYRUS COMMUNIS L.)

L.R. Nacheva | P.S. Gercheva | M.Y. Andonova | D.V. Panayotova | V.T. Dzhuvinov

43. IN VITRO EVALUATION OF CULTIVAR RESISTANCE TO FIRE BLIGHT

F. Paprstein | J. Sedlak | J. Sillerova | J. Korba

44. IMPROVEMENT OF SYSTEM FOR TESTING OF POME FRUIT RESISTANCE TO ERWINIA AMYLOVORA USING IN VITRO ARTIFICIAL INOCULATION

J. Sedlak | F. Paprstein | J. Sillerova | J. Korba

45. TESTING OF SUSCEPTIBILITY LEVEL OF CZECH APPLE CULTIVARS TO FIRE BLIGHT (ERWINIA AMYLOVORA) IN FIELD CONDITIONS

J. Sillerova | J. Korba | F. Paprstein | J. Sedlak

46. FB-MR5 IS AN APPLE GENE PROVIDING RESISTANCE TO FIRE BLIGHT

G.A.L. Broggini | T. Kost | J. Fahrentrapp | A. Patocchi | T. Wöhner | H. Flachowsky | A. Peil | M.-V. Hanke | C. Gessler

47. INVESTIGATION ON FIRE BLIGHT RESISTANCE IN THE CROSS POPULATION ‘IDARED’ × MALUS ×ROBUSTA 5 WITH DIFFERENT ERWINIA AMYLOVORA STRAINS

T. Wöhner | M.-V. Hanke | H. Flachowsky | A. Peil | K. Richter | G.A.L. Broggini

48. ACCELERATED INTROGRESSION OF FIRE BLIGHT RESISTANCE FROM MALUS ×ROBUSTA 5 AND OTHER WILD GERMPLASM INTO ELITE APPLES

I.O. Baumgartner | A. Patocchi | L. Lussi | M. Kellerhals | A. Peil

49. EVIDENCE OF A MAJOR QTL FOR FIRE BLIGHT RESISTANCE IN THE APPLE WILD SPECIES MALUS FUSCA

O. Emeriewen | M. Malnoy | K. Richter | A. Kilian | M.-V. Hanke | A. Peil

50. ARE CHLOROPLASTS KEY ORGANELLES FOR DETERMINING SUSCEPTIBILITY OF APPLE AND PEAR GENOTYPES TO FIRE BLIGHT?

K. Erfani Nia | Z. Ghahremani | H. Abdollahi | M. Khosro Shahli

51. EXPRESSION OF PATHOGENICITY-RELATED GENES OF APPLES IN RESPONSE TO ATTACK OF ERWINIA AMYLOVORA

M. Hassani | S.A. Salami | H. Abdollahi | L. Hamzaban

52. IMMUNOLOCALIZATION OF BIPHENYL SYNTHASE IN ELICITOR-TREATED CELL CULTURES OF SORBUS AUCUPARIA

D. Reckwell | R. Hänsch | J. Schulze | L. Beerhues