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Home > VII International Peach Symposium > IDENTIFICATION AND EPIDEMIOLOGY OF CANDIDATUS PHYTOPLASMA PRUNORUM IN SPANISH PEACH ORCHARDS. SUSCEPTIBILITY OF DIFFERENT ROOTSTOCKS TO THE DISEASE

Articles

IDENTIFICATION AND EPIDEMIOLOGY OF CANDIDATUS PHYTOPLASMA PRUNORUM IN SPANISH PEACH ORCHARDS. SUSCEPTIBILITY OF DIFFERENT ROOTSTOCKS TO THE DISEASE

Article number

962_60

Pages

443 – 447

Language

English

Abstract

The European stone fruit yellows disease caused by Candidatus Phytoplasma prunorum was identified in peach and nectarine Spanish orchards.
The incidence of the disease in the affected plots ranked between 5 and 25%. The main symptoms observed were chlorosis, leaf roll, decline and occasionally death of the tree.
The insect vector of Ca.
P. prunorum, the psillid Cacopsylla pruni, was found in affected plots of Catalonia and Extremadura from March to July.
The maximum population was found during the month of May and the first weeks of June, depending of the area.
The mean percentage of individuals of C. pruni carriers of the phytoplasma was around 10% in Extremadura, 15% in plots of Baix Llobregat (Catalonia) and 7% in plots of Ribera dEbre (Catalonia). Individuals of C. pruni have not been identified yet in the fruit tree area of Lleida (Catalonia) where the incidence of the disease is low.

Publication

VII International Peach Symposium

Authors

A. Batlle, J. Sabaté, I. Iglesias, A. Laviña

Keywords

phytoplasma, ESFY, peach yellows, transmission, vectors, C. pruni

Full text

https://doi.org/10.17660/ActaHortic.2012.962.60

Online Articles (86)

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6. NEW, VERY LATE PEACH CULTIVARS

A.B. Küden | E. Tanriver | B. İmrak

7. PEACH BREEDING IN SPAIN

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8. PEACH GENETIC RESOURCES AND BREEDING STRATEGIES IN MEXICO

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9. ADVANCES IN PEACH AND NECTARINE BREEDING AT THE AGRICULTURAL RESEARCH COUNCIL OF SOUTH AFRICA

W.M. Pieterse | W.J.C. Smith | E. Lotz

10. PRESENT AND FUTURE TRENDS IN PEACH ROOTSTOCK BREEDING WORLDWIDE

M.J. Rubio-Cabetas

11. NEW PROMISING WHITE NECTARINE GENOTYPES FROM THE HIGHLANDS OF NORTHWESTERN TURKEY

M. Seker | E. Gür

12. REVIEW AND PROSPECT OF NECTARINE BREEDING IN CHINA

J.B. Tian | E.M. Cheng | H. Cheng | F. Han | B. Dong

13. ‘SP 5-16’, ‘SP 9-5’, ‘SP 10-12’ AND ‘SP 13-25’: ADVANCED PEACH SELECTIONS FROM ARGENTINA

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14. BREEDING LOW-CHILL PEACHES IN SUBTROPICAL QUEENSLAND

B.L. Topp | G.W. Bignell | D.M. Russell | P. Wilk

15. THE NEW VERY EARLY PEACH CULTIVAR ‘FLAVIA’

A. Zhivondov

16. ‘PULDIN’ – A NEW BULGARIAN PEACH CULTIVAR

A. Zhivondov

17. GENETIC CONTROL AND LOCATION OF QTLS INVOLVED IN ANTIOXIDANT CAPACITY AND FRUIT QUALITY TRAITS IN PEACH [PRUNUS PERSICA (L.) BATSCH]

W. Abidi | C.M. Cantín | T. Buhner | M.J. Gonzalo | M.A. Moreno | Y. Gogorcena

18. IDENTIFICATION AND EXPRESSION PROFILING OF A LOW OXYGEN REGULATED GENE IN PEACH ROOTSTOCKS USING RT-PCR

M.L. Amador | M.J. Rubio-Cabetas

19. EVIDENCE FOR CONTROL OF DOUBLE FLOWERING IN PEACH VIA DOMINANT SINGLE GENE LOCI

T.G. Beckman | J.X. Chaparro | W.B. Sherman

20. DETECTION OF SEED DORMANCY QUANTITATIVE TRAIT LOCI (QTL) IN PEACH

K.M. Blaker | J.X. Chaparro

21. EVIDENCE FOR A NEW SINGLE GENE TRAIT CONTROLLING PRE-MATURE DEFOLIATION IN PEACH

J.X. Chaparro | T.G. Beckman

22. EVALUATION OF PRUNUS KANSUENSIS AS A GENETIC TESTER FOR PEACH

J.X. Chaparro | O. Carillo | W.B. Sherman | T.G. Beckman

23. INVESTIGATIONS INTO THE MOLECULAR AND PHYSIOLOGICAL FACTORS INFLUENCING LOW TEMPERATURE BREAKDOWN IN STONEFRUIT

A. Jajo | B. McGlasson | M. Jones | P. Holford | C. Bonghi | F. Ziliotto | J. Golding | P. Tonutti

24. PEACH DORMANCY ASSOCIATED MADS-BOX GENE EXPRESSION DURING NATURAL CHILLING ACCUMULATION

S. Jimenéz | G.L. Reighard | D.G. Bielenberg

25. PEACH [PRUNUS PERSICA (L.) BATSCH] ROOTSTOCK SEEDLING IDENTIFICATION BY DNA-FINGERPRINTING WITH MICROSATELLITE (SSR) MARKERS

X. Liu | G.L. Reighard | G.A. Swire-Clark | W.V. Baird

26. INVESTIGATION OF ISOZYME POLYMORPHISM AND NUCLEAR DNA CONTENT VARIATION OF FREE-POLLINATED PEACH (PRUNUS PERSICA L.) SEEDLINGS

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27. IN VITRO PHYTOSANITARY CONTROL AND IMPROVEMENT, AS WELL AS MICROPROPAGATION OF PEACH ROOTSTOCKS AND CULTIVARS

I. Balla | Z. Kirilla | M. Laimer | E. Kriston

28. EFFECT OF THE EMBRYO GENOTYPE ON THE CHILLING REQUIREMENT FOR OVERCOMING PEACH SEED DORMANCY

C.H. Bruckner | J. Osmar da C. e Silva | C.D. Cruz | A. Wagner Júnior | M.A. Moreno Sánchez

29. COMPARISON OF STRATIFICATION METHODS FOR PEACH SEEDS

I. Cárceles | A. Carrillo | M. Pérez | J. Cos

30. INCIDENCE OF BLIND NODES WITHIN PRUNUS SPECIES IN A SUBTROPICAL CLIMATE

O. Carrillo-Mendoza | J.X. Chaparro

31. FROST INJURY IN BUDS AND WOOD OF SEVERAL PEACH AND NECTARINE CULTIVARS

G.H. Davarynejad | Z. Aryanpooya | SH. Attar

32. USING CONCEPTS OF SHOOT GROWTH AND ARCHITECTURE TO UNDERSTAND AND PREDICT RESPONSES OF PEACH TREES TO PRUNING

T.M. DeJong | C. Negron | R. Favreau | K.R. Day | E. Costes | G. Lopez | Y. Guédon

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34. CHILLING AND GA₃ EFFECTS ON GROWTH AND DEVELOPMENT OF ‘NEMAGUARD’ AND ‘GF 305’ PEACHES

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36. QUANTITATIVE PARAMETERS OF PEACH AND APRICOT FLOWER BUD DEVELOPMENT

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40. ON THE SHAPE VARIATION OF PEACHES DURING RIPENING

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M. Giaccone | M. Forlani | B. Basile

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43. ECONOMIC ASSESSMENT OF DIFFERENT WATER IRRIGATION STRATEGIES FOR A VERPEACH CULTIVAR (PRUNUS PERSICA L. BATSCH)

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C. Polo | L.M. Albisu

46. REMOTE SENSING OF THERMAL WATER STRESS INDICATORS IN PEACH

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60. IDENTIFICATION AND EPIDEMIOLOGY OF CANDIDATUS PHYTOPLASMA PRUNORUM IN SPANISH PEACH ORCHARDS. SUSCEPTIBILITY OF DIFFERENT ROOTSTOCKS TO THE DISEASE

A. Batlle | J. Sabaté | I. Iglesias | A. Laviña

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G. Echeverría | J. Cano | I. Alonso | I. Iglesias

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68. VARIABILITY IN PEACH AND NECTARINE EATING QUALITY

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69. AROMA VOLATILE COMPOUNDS OF ‘BELLETARDIE^® (TARDIBELLE)’ PEACH FRUIT IN RELATION TO HARVEST DATE AND COLD STORAGE TECHNOLOGY

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70. BIOSYNTHESIS OF VOLATILE COMPOUNDS DURING ON-TREE MATURATION OF ‘RICH LADY’ PEACHES

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71. CELL WALL DISASSEMBLY DURING ON-TREE MATURATION, RIPENING AND SENESCENCE OF ‘SNOW QUEEN’ NECTARINES

A. Ortiz | G. Echeverría | J. Graell | I. Lara

72. STORAGE TEMPERATURE DEPENDENCE OF BIOSYNTHESIS OF AROMA VOLATILE COMPOUNDS AND CONSUMER ACCEPTABILITY IN ‘RICH LADY’ PEACHES

A. Ortiz | G. Echeverría | J. Graell | M.L. López | I. Lara

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LL. Palou | J.L. Smilanick | C.H. Crisosto

74. POSTHARVEST RESPONSE OF PEACH AND NECTARINE CULTIVARS TO 1-METHYLCYCLOPROPENE TREATMENT

M.L. Parker | S.M. Blankenship

75. FACTORS AFFECTING CORKY SPOT ON NECTARINE FRUITS IN THE EBRO VALLEY IN SPAIN

M. Peris | S. Alegre

76. AGRONOMICAL PERFORMANCE, FRUIT QUALITY AND SENSORY ATTRIBUTES OF SEVERAL FLAT PEACH AND FLAT NECTARINE CULTIVARS

G. Reig | I. Iglesias | G. Echeverría

77. POMOLOGICAL AND FRUIT QUALITY CHARACTERISTICS OF EARLY RIPENING PEACH AND NECTARINE CULTIVARS IN MURCIA (SPAIN)

J. Romeu | J. García-Brunton

78. IMPACT TEST AS A TOOL FOR EVALUATION OF PEACH FIRMNESS

L. Severa | S. Nedomová | J. Buchar | J. Trnka | P. Dvořáková

79. CONTROLLED ATMOSPHERE FOR THE EXPORT OF ‘MIRAFLORES’ PEACHES

E. Truque | E. Aguayo | F. Artés-Hernández | P. Gómez | F. Artés

80. THE EFFECT OF GIBBERELLIN ON FIRMNESS AND STORAGE POTENTIAL OF PEACHES AND NECTARINES

A. Weksler | A. Dagar | H. Friedman | S. Lurie

81. EFFECT OF ALMOND × PEACH HYBRID ROOTSTOCKS ON FRUIT QUALITY PARAMETERS AND YIELD CHARACTERISTICS OF PEACH CULTIVARS

C. Font i Forcada | Y. Gogorcena | M.A. Moreno

82. PRELIMINARY RESULTS OF PEACH ROOTSTOCK TESTING

M. Hudina | N. Fajt | F. Stampar

83. THE EFFECT OF ROOTSTOCK ON AGRONOMICAL PERFORMANCE AND FRUIT QUALITY OF ‘ELEGANT LADY^®‘ PEACH CULTIVAR

I. Iglesias | J. Carbó | J. Bonany

84. MUME CLONAL ROOTSTOCKS FOR ‘AURORA-1’ PEACH IN SÃO PAULO STATE, BRAZIL

A. Newton Mayer | F. Mendes Pereira

85. RESPONSE OF LOW AND MEDIUM VIGOUR ROOTSTOCKS FOR PEACH TO BIOTIC AND ABIOTIC STRESSES

J. Pinochet | M. Cunill | J. Torrents | G. Eremin | V. Eremin | A. Nicotra | R. Penyalver | M.M. López | S. Jiménez | Y. Gogorcena | M.A. Moreno

86. DWARFING PEACH ROOTSTOCKS GENERATE SCION WATER STRESS

A.M. Weibel | G.L. Reighard

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