Get 20M+ Full-Text Papers For Less Than $1.50/day. Start a 14-Day Trial for You or Your Team.

Learn More →

Impact of nematodes on grapevine growth and productivity: current knowledge and future directions, with special reference to Australian viticulture

Impact of nematodes on grapevine growth and productivity: current knowledge and future... Grapevines, like most other crops and especially horticultural crops, suffer from attacks by plant‐pathogenic nematodes. The types of nematodes found in vineyards and their distribution in Australia and other regions of the world are described, together with an assessment of their impact on vineyard productivity. Relationships between nematode population density and potential damage to grapevines is tabulated, based on published data. Information on reducing nematode impact by means of rootstocks is summarised and also tabulated. Control by other means is discussed, including soil fumigants and nematicides, biological control agents and plants with nematicidal properties. Special attention is paid to improving nematode resistance in rootstocks or even own‐rooted Vitis vinifera cultivars by conventional breeding and by genetic engineering. Areas for future research are identified, and we provide conceptual tools plus information for long term control of nematodes in vineyards. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Australian Journal of Grape and Wine Research Wiley

Impact of nematodes on grapevine growth and productivity: current knowledge and future directions, with special reference to Australian viticulture

Download PDF
19 pages

Loading next page...
 
/lp/wiley/impact-of-nematodes-on-grapevine-growth-and-productivity-current-0EyineGjxM
Publisher
Wiley
Copyright
Copyright © 1999 Wiley Subscription Services, Inc., A Wiley Company
ISSN
1322-7130
eISSN
1755-0238
DOI
10.1111/j.1755-0238.1999.tb00295.x
Publisher site
See Article on Publisher Site

Abstract

Grapevines, like most other crops and especially horticultural crops, suffer from attacks by plant‐pathogenic nematodes. The types of nematodes found in vineyards and their distribution in Australia and other regions of the world are described, together with an assessment of their impact on vineyard productivity. Relationships between nematode population density and potential damage to grapevines is tabulated, based on published data. Information on reducing nematode impact by means of rootstocks is summarised and also tabulated. Control by other means is discussed, including soil fumigants and nematicides, biological control agents and plants with nematicidal properties. Special attention is paid to improving nematode resistance in rootstocks or even own‐rooted Vitis vinifera cultivars by conventional breeding and by genetic engineering. Areas for future research are identified, and we provide conceptual tools plus information for long term control of nematodes in vineyards.

Journal

Australian Journal of Grape and Wine Research – Wiley

Published: Oct 1, 1999

References

  • Influence of four nema‐todes on root and shoot growth parameters in grape
    Anwar, Anwar; Gundy, Gundy
  • Nematodos vectores de virus de la vid en España
    Arias, Arias; Belo, Belo; Fresno, Fresno
  • Effect of some plant, soil and management factors on nematode populations in grape vineyards and patho‐genicity of Meloidogyne incognita on cv. Carignane
    Arrenondo, Arrenondo
  • Control of Meloidogyne javanica in dormant grapevine nursery stock
    Barbercheck, Barbercheck
  • Die neue Unterlagensorte Börner—Sortenschutz für Geisenheim erteilt
    Becker, Becker
  • The influence of Pasteuria pene‐trans in field soils on the reproduction of root‐knot nematodes
    Bird, Bird; Brisbane, Brisbane
  • The Caenorhabditis elegans genome: A guide in the post genomics age
    Bird, Bird; Opperman, Opperman; Jones, Jones; Baillie, Baillie
  • Les nématodes parasites de la vigne
    Boubals, Boubals
  • Situation des porte‐greffes résistants aux nématodes ravageurs directs
    Boubals, Boubals
  • Au sujet de la résistance à l'anguillule de la vigne
    Boubals, Boubals
  • Resistance to grape fanleaf virus in Muscadine ( Vitis rotundifolia ) grape inoculated with Xiphinema index
    Bouquet, Bouquet
  • Comportement d'une collection de porte‐greffes de vigne en présence d'une population de nématodes ( Meloidogyne sp.) orginaire du sud‐ouest de la France
    Bouquet, Bouquet; Dalmasso, Dalmasso
  • Positional cloning of a gene for nematode resistance in sugar beet
    Cai, Cai; Kleine, Kleine; Kifle, Kifle; Harloff, Harloff; Sandal, Sandal; Marcker, Marcker; Klein‐Lankhorst, Klein‐Lankhorst; Salentijn, Salentijn; Lange, Lange; Stiekema, Stiekema; Wyss, Wyss; Grundler, Grundler; Jung, Jung
  • A new pathotype of root‐knot nematode on grape rootstocks
    Cain, Cain; McKenry, McKenry; Tarailo, Tarailo
  • Elimination of grapevine flavescence dorée from dormant wood by hot water treatment
    Caudwell, Caudwell; Larrue, Larrue; Boudon‐Padieu, Boudon‐Padieu; McLean, McLean
  • The root rot complex of Vitis vinifera in California
    Chiarappa, Chiarappa
  • Reactions of grape rootstocks to Pratylenchus vulnus and Meloidogyne spp
    Chitambar, Chitambar; Raski, Raski
  • Paralongidorus buchaehost for Catenaria anguillulae
    Ciancio, Ciancio; Chinappen, Chinappen
  • Parasitism of Xiphinema diversicaudatum by the fungus Hirsutella rhossiliensis
    Ciancio, Ciancio; Logrieci, Logrieci; Lamberti, Lamberti
  • The J stocks ‐two nematode‐resistant rootstocks which feature low pH and low potassium with satisfactory yield
    Cirami, Cirami
  • Investigations of the life cycles and host preference of some species of Xiphinema and Longidorus under controlled conditions
    Cohn, Cohn; Mordechai, Mordechai
  • I Longidoridae (Nematoda) nei vigneti della provincia di Verona
    Coiro, Coiro; Agostinelli, Agostinelli; Lamberti, Lamberti
  • I Longidoridae (Nematoda) nei vigneti del Trentino. II: Il genere Xiphinema Cobb
    Coiro, Coiro; Lamberti, Lamberti; Agostinelli, Agostinelli; Vindimian, Vindimian
  • Resistance of grapevine rootstocks to Xiphinema index
    Coiro, Coiro; Tylor, Tylor; Borgo, Borgo; Lamberti, Lamberti
  • DNA typing of populations of phylloxera ( Daktulosphaira vitifoliae (Fitch)) from Australian vineyards
    Corrie, Corrie; Buchanan, Buchanan; Heeswijck, Heeswijck
  • Repartition des espèces des genres Xiphinema et Longidorus trouvés en France
    Dalmasso, Dalmasso; Caubel, Caubel
  • Résistance des porte‐greffes de vigne à différentes populations du nématode Meloidogyne hapla
    Dalmasso, Dalmasso; Cuani, Cuani
  • Modalités de la reproduction chez Tylenchulus semipenetrans et chez Cacopaurus pestis (Nematoda‐Criconamtoidea)
    Dalmasso, Dalmasso; Macaron, Macaron; Berge, Berge
  • The Vitis vinifera x V. rotundifolia hybrids as phylloxera resistant rootstocks
    Davidis, Davidis; Olmo, Olmo
  • The national distribution of grapevine cuttings for 1997
    DeLaine, DeLaine
  • Effect of type of rootstock on yields of Carina grapevines ( Vitis vinifera ) and levels of citrus nematode ( Tylenchulus semipenetrans Cobb)
    Edwards, Edwards
  • Resistance and tolerance of grapevine rootstocks to plant parasitic nematodes in vineyards in North‐East Victoria
    Edwards, Edwards
  • Control of plant parasitic nematodes in sultana grapevines ( Vitis vinifera ) using systemic nematicides
    Edwards, Edwards
  • Glucosinolates and their breakdown products in food and food plants
    Fenwick, Fenwick; Heany, Heany; Mullin, Mullin
  • Relationship of grapevine yield and growth to nematode densities
    Ferris, Ferris; McKenry, McKenry
  • Probability of penetration and infection by root‐knot nematode, Meloidogyne arenaria , in grape cultivars
    Ferris, Ferris; Schneider, Schneider; Stuth, Stuth
  • The heritability of resistance to root‐knot nematode ( Meloidogyne incognita acrita CHIT.) in Vitis vinifera x V. rotundifolia hybrid derivatives
    Firoozabady, Firoozabady; Olmo, Olmo
  • Regeneration of trans‐genic Vitis vinifera L. Sultana plants: genotypic and phenotypic analysis
    Franks, Franks; He, He; Thomas, Thomas
  • The exploitation of nematode‐responsive plant genes in novel nematode control methods
    Gheysen, Gheysen; Eycken, Eycken; Barthels, Barthels; Karimi, Karimi; Montagu, Montagu
  • Eradication of root‐knot nematodes from grapevine rootstocks by thermal therapy
    Gokte, Gokte; Mathur, Mathur
  • Benzothiodiazole, a novel class of inducers of systemic acquired resistance, activates gene expression and disease resistance
    Görlach, Görlach; Voirath, Voirath; Knauf‐Breiter, Knauf‐Breiter; Hengy, Hengy; Beckhove, Beckhove; Kogel, Kogel; Oostendorp, Oostendorp; Staub, Staub; Ward, Ward; Kessmann, Kessmann; Ryals, Ryals
  • Biotypes of the citrus nematode ( Tylenchulus semipenetrans ) in Israel
    Gottlieb, Gottlieb; Cohen, Cohen; Spiegel, Spiegel
  • Evaluation of grape rootstocks for resistance to type A and type B grape phylloxera
    Granett, Granett; Goheen, Goheen; Lider, Lider; White, White
  • California grape phylloxera more variable than expected
    Granett, Granett; Walker, Walker; Benedictis, Benedictis; Fong, Fong; Lin, Lin; Weber, Weber
  • Hot water treatment of grapevine propagation material
    Hamilton, Hamilton
  • A first record of Tylenchulus semipenetrans and males of Xiphinema index in vineyards in north‐eastern Victoria
    Harris, Harris
  • Population studies of Xiphinema pachtaicum and X. americanum in a vineyard in north‐eastern Victoria
    Harris, Harris
  • Distribution of parasitic nematodes in vineyards in central and northeastern Victoria
    Harris, Harris
  • Resistance of some Vitis rootstocks to Xiphinema index
    Harris, Harris
  • Distribution of plant parasitic nematodes in horticultural crops in Gol Gol, Mildura, Nangiloc, Robinvale and Swan Hill districts
    Harris, Harris
  • Effect of rootstock on the production, grape and wine quality of Shiraz vines in the Murrumbidgee Irrigation Area
    Hedberg, Hedberg; McLeod, McLeod; Cullis, Cullis; Freeman, Freeman
  • Low, but strongly structured mitochondrial DNA diversity in root knot nematodes ( Meloidogyne )
    Hugall, Hugall; Moritz, Moritz; Stanton, Stanton; Woistenholme, Woistenholme
  • Ultrastructure of food cells in roots parasitised by Criconemella xenoplax
    Hussey, Hussey; Mims, Mims; Westcott, Westcott
  • Effects of Xiphinema on growth and absicission in Carignane grape, Vitis vinifera
    Kirkpatrick, Kirkpatrick; Gundy, Gundy; Martin, Martin
  • Transformation of grapevine rootstock with the coat protein gene of grapevine fanleaf nepovirus
    Krastanova, Krastanova; Perrin, Perrin; Barbier, Barbier; Demangeat, Demangeat; Cornuet, Cornuet; Bardonnet, Bardonnet; Otten, Otten; Pinck, Pinck; Walter, Walter
  • A test of Vitis resistance to Xiphinema index
    Kunde, Kunde; Lider, Lider; Schmitt, Schmitt
  • Eradication of root‐knot nematodes from grapevine rootings by hot water
    Lear, Lear; Lider, Lider
  • Effectiveness of soil fumigation for control of fanleaf‐nematode complex in grapevines
    Lear, Lear; Goheen, Goheen; Raski, Raski
  • Inheritance of resistance to a root‐knot nematode ( Meloidogyne incognita var. acrita Chitwood) in Vitis spp
    Lider, Lider
  • Vineyard trials in California with nematode‐resis‐tant grape rootstocks
    Lider, Lider
  • Occurrence and pathogenicity of root‐knot nematodes ( Meloidogyne species) in South African vineyards
    Loubser, Loubser
  • Resistance of grapevine root‐stocks to Meloidogyne incognita under field conditions
    Loubser, Loubser; Meyer, Meyer
  • Interaction between a South African population of Xiphinema index and different grapevine root‐stocks
    Malan, Malan; Meyer, Meyer
  • Prokaryote affinities of Duboscqia penetrans . Thorne
    Mankau, Mankau
  • High efficiency regeneration of grapevine plants transformed with the GFLV coat protein gene
    Mauro, Mauro; Toutain, Toutain; Walter, Walter; Pinck, Pinck; Otten, Otten; Coutos‐Thevenot, Coutos‐Thevenot; Deloire, Deloire; Barbier, Barbier
  • Phytophthora cinnamomi responsible for a root rot of grapevines
    McGechan, McGechan
  • Studies on the use of DBCP in vineyards. 1. Two years of efficacy data
    McKenry, McKenry; Ferris, Ferris
  • Covercrops and inter‐row nema‐tode infestation in vineyards Effects of green material and of roots of cereal, legume and crucifer crops on root knot ( Meloidogyne incognita and M. javanica ) and citrus ( Tylenchulus semipenetrans ) nematodes
    McLeod, McLeod; Silva, Silva
  • Seasonal behaviour of Meloidogyne javanica and host race identity of root knot nematodes and citrus nematode ( Tylenchulus semipenetrans ) associated with grapevines
    McLeod, McLeod; Gendy, Gendy
  • Male intersexes in Meloidogyne thamesi
    McLeod, McLeod; Khair, Khair
  • Rootknot nematodes from vineyards and comparisons between crop species as hosts for Meloidogyne spp
    McLeod, McLeod; Steel, Steel
  • Effects of cover crops on inter‐row nematode‐infestation in vineyards. 1. Relative increase of root knot nematodes Meloidogyne incognita and M. javanica on legume, cereal and brassica crops
    McLeod, McLeod; Warren, Warren
  • Observations on brassicas as cover crops and testing of biofumigation in vineyards
    McLeod, McLeod; Gendy, Gendy; Steel, Steel
  • Root‐knot nematode of the grapevine
    Meagher, Meagher
  • The distribution of Xiphinema index and other parasitic nematodes associated with grapevines in north‐eastern Victoria
    Meagher, Meagher; Brown, Brown; Taylor, Taylor; Harris, Harris
  • Impact of Meloidogyne incognita on physiological efficiency of Vitis vinifera
    Melakeberhan, Melakeberhan; Ferris, Ferris
  • Physiological response of resistant and susceptible Vitis vinifera cultivars to Meloidogyne incognita
    Melakeberhan, Melakeberhan; Ferris, Ferris; Dias, Dias
  • Inheritance of tolerance to Xiphinema index in Vitis species
    Meredith, Meredith; Lider, Lider; Raski, Raski; Ferrari, Ferrari
  • Parasitism of Meloidogyne spp. on grape and kiwifruit by the fungal egg parasites Paecilomyces lilacinus and Verticillium chlamydosporium
    Mertens, Mertens; Stirling, Stirling
  • The root knot nematode resistance gene Mi from tomato is a member of the leucine zipper, nucleotide binding, leucine‐rich repeat family of plant genes
    Milligan, Milligan; Bodeau, Bodeau; Yaghoobi, Yaghoobi; Kaloshian, Kaloshian; Zabel, Zabel; Williamson, Williamson
  • Suppression of root‐knot nematode populations with selected rape‐seed cultivars as green manure
    Mojtahedi, Mojtahedi; Santo, Santo; Hang, Hang; Wilson, Wilson
  • Managing Meloidogyne chitwoodi on potato with rapeseed as a green manure
    Mojtahedi, Mojtahedi; Santo, Santo; Wilson, Wilson; Hang, Hang
  • Grapevine nematodes: types, symptoms, sampling and control
    Nicol, Nicol; Heeswijck, Heeswijck
  • Cytogenetics of Vitis: The hybrid V. viniferax V. rotundifolia
    Patel, Patel; Olmo, Olmo
  • Establishment of an Agrobacterium‐mediated transformation system for grape (Vitis vinifera L.): the role of antioxidants during grape‐Agrobacterium interactions
    Perl, Perl; Lotan, Lotan; Abu‐Abied, Abu‐Abied; Holland, Holland
  • Seasonal fluctuations of nematode populations in three Spanish vineyards
    Pinochet, Pinochet; Cisneros, Cisneros
  • Host range of a population of Pratylenchus vulnus in commercial fruit, nut, citrus and grape rootstocks in Spain
    Pinochet, Pinochet; Verdejo, Verdejo; Soler, Soler; Canals, Canals
  • Progress in the control of nematodes by soil fumigation in nematode‐fanleaf infected vineyards
    Raski, Raski; Schmitt, Schmitt
  • 1,3 D and methyl bromide for control of root‐knot and other nematodes in vineyard replants
    Raski, Raski; Schmitt, Schmitt; Luvisi, Luvisi; Kissler, Kissler
  • Disease resistance terminology
    Robinson, Robinson
  • Distribution of plant parasitic nematodes in irrigated vineyards at Merbein and Robinvale
    Sauer, Sauer
  • Soil fumigation of sultana vines
    Sauer, Sauer
  • Root knot tolerance in some grape vine root‐stocks
    Sauer, Sauer
  • Rootstock trials for sultana grapes on light textured soils
    Sauer, Sauer
  • Grapevine nematodes and resistant rootstocks
    Sauer, Sauer
  • Yield of sultanas on rootstocks
    Sauer, Sauer
  • Nematode resistant grape rootstocks
    Sauer, Sauer
  • One taxonomic problem resolved
    Sauer, Sauer
  • Control of plant virus diseases by pathogen‐derived resistance in transgenic plants
    Scholthof, Scholthof; Scholthof, Scholthof; Jackson, Jackson
  • Producing transgenic ‘Thompson Seedless’ grape ( Vitis vinifera L.) plants
    Scorza, Scorza; Cordts, Cordts; Gray, Gray; Gonsalves, Gonsalves; Emershad, Emershad; Ramming, Ramming
  • Eelworm attacks on vines in the Murray Valley Irrigation Area
    Seinhorst, Seinhorst; Sauer, Sauer
  • Investigations on the biology and life cycle of Criconemoides xenoplax Raski, 1952 (Nematodea: Criconematidae)
    Seshadri, Seshadri
  • Distribution of plant‐parasitic nematodes in vineyards in the Western Cape Province
    Smith, Smith
  • Response of established vineyards to nematode control with dibromochloro‐propane
    Smith, Smith; Giliomee, Giliomee; Klerk, Klerk
  • Assessment of the North Carolina differential host test for identification of Australian populations of root‐knot nematodes ( Meloidogyne spp.)
    Stanton, Stanton; O'Donnell, O'Donnell
  • Nucleotide polymorphisms and an improved PCR‐based mtDNA diagnostic for par‐thenogenetic root‐knot nematodes ( Meloidogyne spp.)
    Stanton, Stanton; Hugall, Hugall; Moritz, Moritz
  • Distribution of plant parasitic nematodes in South Australian vineyards
    Stirling, Stirling
  • Biological control of Meloidogyne javanica with Bacillus penetrans
    Stirling, Stirling
  • An integrated approach to nematode management in perennial horticultural crops
    Stirling, Stirling
  • Resistance and tolerance of grape rootstocks to South Australian populations of root‐knot nematode
    Stirling, Stirling; Cirami, Cirami
  • Brassicas may play minor role in biofumigation
    Stirling, Stirling; Potter, Potter
  • Distribution of a parasite of root‐knot nematode in South Australian vineyards
    Stirling, Stirling; White, White
  • The importance of plant‐parasitic nematodes to Australian and New Zealand agriculture
    Stirling, Stirling; Stanton, Stanton; Marshall, Marshall
  • Control of rootknot nematodes Meloidogyne javanica , in rooted stocks of grapevine, Vitis vinifera , by immersion in nematicide solutions at different temperatures and in hot water
    Suatmadji, Suatmadji
  • In vitro propagation of Vitis x Muscadinia hybrids by microcuttings or axillary budding
    Torregrosa, Torregrosa; Bouquet, Bouquet
  • Resistance to both cyst and root‐knot nematodes conferred by transgenic Arabidopsis expressing a modified plant cystatin
    Urwin, Urwin; Lilley, Lilley; McPherson, McPherson; Atkinson, Atkinson
  • Les nématodes vecteurs de virus dans le vignoble de Suisse Romande et du Tessin
    Vallotton, Vallotton; Perrier, Perrier
  • The influence of Tylenchulus semipenetrans on growth of grape cuttings
    Gundy, Gundy
  • Phytophthora cinnamomi root rot of grapevines in Western Cape
    Merwe, Merwe; Joubert, Joubert; Matthee, Matthee
  • Resistance and tolerance of grapevine rootstocks to citrus nematode ( Tylenchulus semipenetrans )
    Wachtel, Wachtel
  • Postplant use of Nemacur for the control of citrus and root‐knot nematodes in grapevines, 1985–88
    Walker, Walker
  • Growth of grapevine rootlings on soil from a field nursery naturally infested with Meloidogyne incognita and Rhizoctonia solani
    Walker, Walker
  • Nematodes associated with grapevine foundation planting at Loxton
    Walker, Walker
  • Effects of Meloidogyne spp. and Rhizoctonia solani on the growth of grapevine rootlings
    Walker, Walker
  • Ramsey is not resistant to all local populations of root knot nematodes
    Walker, Walker
  • The use of isozymes to identify 60 grapevine rootstocks ( Vitis spp)
    Walker, Walker; Liu, Liu
  • Resistance in Vitis and Muscadinia species to Meloidogyne incognita
    Walker, Walker; Ferris, Ferris; Eyre, Eyre
  • Viticultural characteristics of VR hybrid rootstocks in a vineyard site infected by grapevine fanleaf virus
    Walker, Walker; Wolpert, Wolpert; Weber, Weber
  • Field screening of grape rootstock selections for resistance to Fanleaf degeneration
    Walker, Walker; Wolpert, Wolpert; Weber, Weber
  • Nematode pathogenesis and resistance in plants
    Williamson, Williamson; Hussey, Hussey
  • Root‐knot nematode resistance genes in tomato and their potential for future use
    Williamson, Williamson
  • Use of phylloxera‐resistant rootstocks in California: Past, present and future
    Wolpert, Wolpert; Walker, Walker; Weber, Weber; Bettiga, Bettiga; Smith, Smith; Verdegaal, Verdegaal
  • A reliable, precise method to differentiate species of root‐knot nematodes in mixtures on the basis of ITS‐RFLPs
    Zijlstra, Zijlstra; Uenk, Uenk; Silfhout, Silfhout