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Articles

VECTOR RELATIONS IN THE TRANSMISSION AND EPIDEMIOLOGY OF TOSPOVIRUSES

Article number

431_2

Pages

29 – 43

Language

Abstract

Tospoviruses are now recognized worldwide as limiting factors in the production of a large number of horticultural crops. The economic impact of the type species of these viruses, the tomato spotted wilt virus (TSWV), seems to be the highest because of its very broad host range, the current worldwide spread one of its most common vectors, the western flower thrips (Frankliniella occidentalis) and the abundance of Thrips tabaci in some solanaceous crops. The economic impact of recently described tospovirus species must still be assessed using reliable diagnostic tools. The spread of the tospoviruses and infection of the plant results from interactions between the plant, the vector and the virus. To better understand the epidemiology of tospoviruses, their interactions with various thrips species are reported.

Publication

Tospoviruses and Thrips of Floral and Vegetable Crops

Authors

D. Peters, I. Wijkamp, F. van de Wetering, R. Goldbach

Keywords

Full text

https://doi.org/10.17660/ActaHortic.1996.431.2

Online Articles (51)

2. INTRODUCTION

R. Goldbach | G. Kuo

3. VECTOR RELATIONS IN THE TRANSMISSION AND EPIDEMIOLOGY OF TOSPOVIRUSES

D. Peters | I. Wijkamp | F. van de Wetering | R. Goldbach

4. OCCURRENCE OF TOMATO SPOTTED WILT VIRUS IN VEGETABLES AND ORNAMENTALS IN GREECE

E. Chatzivassiliou | I.C. Livieratos | N. Katis | A. Avgelis | D. Lykouressis

5. TOSPOVIRUS INFECTIONS IN HUNGARY

G. Jenser | R. Gáborjányi | R. Vasdinnyei | A. Almási

6. A TOSPOVIRUS INFECTING PEANUT IN TAIWAN

C.C. Chen | R.J. Chiu

7. WATERMELON BUD NECROSIS: A NEW TOSPOVIRUS DISEASE

S.J. Singh | M. Krishnareddy

8. NEW TOSPOVIRUSES FOUND IN BRAZIL

R. de O. Resende | L. Pozzer | T. Nagata | I.C. Bezerra | M.I. Lima | L. de Brito Giordano | E.W. Kitajima | A.C. de Ávila

9. DETECTION AND IDENTIFICATION OF TOSPOVIRUSES IN GREENHOUSES

M.L. Daughtrey

10. DETECTION AND IDENTIFICATION OF TOMATO SPOTTED WILT VIRUS AND IMPATIENS NECROTIC SPOT VIRUS IN PORTUGAL

D. Louro

11. IMMUNOLOGICAL DETECTION AND IDENTIFICATION OF TOSPOVIRUSES

H.T. Hsu

12. SEROLOGICAL COMPARISON OF TOSPOVIRUS ISOLATES USING POLYCLONAL AND MONOCLONAL ANTIBODIES

G. Adam | D. Peters | R.W. Goldbach

13. DIAGNOSIS OF TOSPOVIRUSES BY REVERSE-TRANSCRIPTION POLYMERASE CHAIN REACTION

R.J. Weekes | R.A. Mumford | I. Barker | K.R. Wood

14. A GENERAL TOSPOVIRUS ASSAY USING MONOCLONAL ANTIBODIES AGAINST TOMATO SPOTTED WILT VIRUS GLYCOPROTEINS

P. Roggero | P. Ogliara | G. Dellavalle | V. Lisa | F. Malavasi | G. Adam

15. GROUPING OF FIVE TOSPOVIRUS ISOLATES FROM JAPAN

S. Tsuda | M. Kameya-Iwaki | K. Hanada | K. Tomaru | Y. Minobe

16. NATURAL AND INDUCED VARIABILITY OF TOMATO SPOTTED WILT VIRUS

R. Nono-Womdim | B. Moury | D. Ansan | P. Gognalons | K. Gebre-Selassie | A. Palloix | G. Marchoux

17. DEVELOPMENT OF A GREENHOUSE TEST FOR TOMATO SPOTTED WILT VIRUS AND IMPATIENS NECROTIC SPOT VIRUS

J.Q. Xia | C.L. Sutula | D.B. Marti Jr

18. REPLICATION AND EXPRESSION OF THE TOSPOVIRAL GENOME

F. Poelwijk | P. Haan | M. Kikkert | M. Prins | R. Kormelink | M. Storms | J. Lent | D. Peters | R. Goldbach

19. ENZYME ACTIVITIES ASSOCIATED WITH VIRIONS OF TOMATO SPOTTED WILT VIRUS

S. Adkins | K. Richmond | Thomas L. German

20. MOLECULAR AND GENETIC DETERMINANTS OF DIVERSITY IN TOMATO SPOTTED WILT VIRUS

J.W. Moyer | W. Qiu

21. PEANUT BUD NECROSIS VIRUS: PURIFICATION OF NUCLEOCAPSIDS AND SEQUENCE HOMOLOGY OF NUCLEOCAPSID PROTEIN AND GLYCOPROTEIN PRECURSOR WITH OTHER TOSPOVIRUSES

T. Satyanarayana | S.E. Mitchell | D.V.R. Reddy | S. Brown | S. Kresovich | R. Jarret | S. Gowda | R.A. Naidu | J.W. Demski

22. SEQUENCE ANALYSIS OF THE NUCLEOCAPSID PROTEIN GENE OF A TOMATO SPOTTED WILT VIRUS ISOLATE FROM GEORGIA, USA

H.R. Pappu | A.K. Culbreath | P.F. Bertrand | A.S. Csinos | C.L. Niblett

23. MOLECULAR CLONING AND NUCLEOTIDE SEQUENCE ANALYSIS OF THE S RNA OF WATERMELON SILVER MOTTLE VIRUS

S. Yeh | I. Sun | H. Ho | T. Chang

24. MOLECULAR DIVERSITY OF TOSPOVIRUS FROM ARGENTINA: A SUMMARY

R.A. Dewey | L.C. Semorile | O. Grau

25. THE CYTOPATHOLOGY OF TOSPOVIRUS – HOST-PLANT INTERACTIONS

R.H. Lawson | M.M. Dienelt | H.T. Hsu

26. WEED HOSTS AND THRIPS TRANSMISSION OF TOMATO SPOTTED WILT VIRUS IN LOUISIANA

H.A. Hobbs | R.R. Johnson | R.N. Story | L.L. Black

27. THE THYSANOPTERA VECTOR SPECIES OF TOSPOVIRUSES

L. A. Mound

28. THRIPS AND TOSPOVIRUSES: ADVANCES AND FUTURE DIRECTIONS

D.E. Ullman

29. DETECTION BY TAS-ELISA OF TOMATO SPOTTED WILT VIRUS NUCLEOCAPSID AND G1 GLYCOPROTEIN IN FRANKLINIELLA OCCIDENTALIS

P. Roggero | P. Ogliara | E. Ramasso | A. Arzone | L. Tavella | A. Alma

30. THRIPS MIDGUT PROTEINS THAT BIND TO TOMATO SPOTTED WILT VIRUS GLYCOPROTEINS

M.D. Bandla | D.M. Westcot | D.E. Ullman | J.L. Sherwood

31. TRANSMISSION OF TOMATO SPOTTED WILT VIRUS BY FRANKLINIELLA OCCIDENTALIS AFTER VIRAL ACQUISITION DURING THE FIRST LARVAL STAGE

F. van de Wetering | R. Goldbach | D. Peters

32. CONVENTIONAL BREEDING: HOST-PLANT RESISTANCE AND THE USE OF MOLECULAR MARKERS TO DEVELOP RESISTANCE TO TOMATO SPOT WILT VIRUS IN VEGETABLES

J.J. Cho | D.M. Custer | S.H. Brommonschenkel | S.D. Tanksley

33. CONTROL OF TOMATO SPOTTED WILT VIRUS IN TOMATOES IN SOUTH AFRICA

G.J. Thompson | J.J.B. van Zijl

34. A LINKAGE MAP OF THE TOMATO SPOTTED WILT VIRUS RESISTANCE GENE SW-5 USING NEAR ISOGENIC LINES AND AN INTERSPECIFIC CROSS

M.R. Stevens | D.K. Heiny | D.D. Rhoads | P.D. Griffiths | J.W. Scott

35. RESISTANCE OF CAPSICUM CHINENSE LINES TO TOMATO SPOTTED WILT VIRUS ISOLATES FROM LOUISIANA, USA, AND INHERITANCE OF RESISTANCE

L.L. Black | H.A. Hobbs | D.S. Kammerlohr

36. VARIATION IN SUSCEPTIBILITY TO TOMATO SPOTTED WILT VIRUS AMONG ADVANCED BREEDING LINES OF PEANUT (ARACHIS HYPOGAEA)

A.K. Culbreath | J.W. Todd | D.W. Gorbet | W.D. Branch | C.C. Holbrook | F.M. Shokes | J.W. Demski

37. DIAGNOSIS AND RESISTANCE BREEDING OF PEANUT BUD NECROSIS VIRUS

D.V.R. Reddy | T. Satyanarayana | S.L. Dwivedi | A.S. Ratna | A.A.M. Buiel | G.V. Ranga Rao | S.N. Nigam | R.A. Naidu | H.T. Hsu | J.W. Demski

38. TRANSGENIC TOMATO HYBRIDS RESISTANT TO TOMATO SPOTTED WILT VIRUS INFECTION

P. Haan | T. Ultzen | M. Prins | J. Gielen | R. Goldbach | M. Grinsven

39. DEVELOPING TRANSGENIC CROPS THAT ARE RESISTANT TO TOSPOVIRUSES

D. Gonsalves | S.Z. Pang | C. Gonsalves | B. Xue | M. Yepes | F.J. Jan

40. GENETICALLY ENGINEERED RESISTANCE TO TOMATO SPOTTED WILT VIRUS IN CHRYSANTHEMUM (DENDRANTHEMA GRANDIFLORA): A MODEL SYSTEM FOR VIRUS PROTECTION IN ORNAMENTAL CROPS

John M. Sherman | James W. Moyer | M. E. Daub

41. BREEDING TRANSGENIC TOMATOES FOR RESISTANCE TO TOMATO SPOTTED WILT VIRUS AND CUCUMBER MOSAIC VIRUS

C. Gonsalves | B. Xue | S.Z. Pang | R. Provvidenti | J.L. Slightom | D. Gonsalves

42. MOLECULAR BASIS OF GENE-SPECIFIC RNA-MEDIATED RESISTANCE TO TOMATO SPOTTED WILT VIRUS IN TRANSGENIC TOBACCO PLANTS

M. Prins | P. Haan | R. Goldbach

43. RESISTANCE TO TOMATO SPOTTED WILT VIRUS IN TOBACCO PLANTS TRANSFORMED WITH THE HIGH EXPRESSION VECTOR

S. Tsuda | K. Yoshioka | Y. Ohdaira | I. Fujisawa

44. THRIPS, TOSPOVIRUS, AND HOST-PLANT ASSOCIATIONS IN A HAWAIIAN FARM ECOSYSTEM: PROSPECTS FOR REDUCING DISEASE LOSSES

R. Bautista | R.F.L. Mau | J.J. Cho | D. Custer

45. DYNAMICS OF VECTOR POPULATIONS AND PROGRESS OF SPOTTED WILT DISEASE RELATIVE TO INSECTICIDE USE IN PEANUTS

J.W. Todd | A.K. Culbreath | S.L. Brown

46. EFFECT OF SELECTED CULTURAL PRACTICES ON INCIDENCE OF TOMATO SPOTTED WILT VIRUS AND POPULATIONS OF THRIPS VECTORS IN PEANUTS

S.L. Brown | J.W. Todd | A.K. Culbreath

47. EVALUATION OF THE EFFECTIVENESS OF ORIUS SPP. IN CONTROLLING FRANKLINIELLA OCCIDENTALIS

L. Tavella | A. Alma | A. Conti | A. Arzone

48. THE NATIVE ANTHOCORID BUG (ORIUS ARMATUS) AS A FIELD PREDATOR OF FRANKLINIELLA OCCIDENTALIS IN WESTERN AUSTRALIA

D.F. Cook | B.J. Houlding | E.C. Steiner | D.C. Hardie | A.C. Postle

49. PROSPECTS FOR THE USE OF VOLATILE CHEMICALS AND A NEW PYRROLE IN INTEGRATED PEST MANAGEMENT OF WESTERN FLOWER THRIPS

N.E. Roditakis | D.P. Lykouressis

50. ENTOMOPATHOGENIC FUNGI FOR THRIPS MANAGEMENT: RECENT ADVANCES

B.L. Parker | M. Skinner | M. Brownbridge | A. Adamowicz | F.C. Su

51. EFFECT OF PLANT POLLEN ON GROWTH AND REPRODUCTION OF FRANKLINIELLA BISPINOSA

J.H. Tsai | B.S. Yue | J.E. Funderburk | S.E. Webb