Verticillium wilt in tree species; elements for integrated and innovative management strategies (EU-Project QLRT-CT99-1523)
Hiemstra JA
https://doi.org/10.17221/10583-PPSCitation:Hiemstra JA (2002): Verticillium wilt in tree species; elements for integrated and innovative management strategies (EU-Project QLRT-CT99-1523). Plant Protect. Sci., 38: 656-658.Verticillium wilt is of increasing significance in European agriculture, especially in tree hosts such as olive and stone fruits, and in shade tree nurseries. In the period 1997–1998 eight European research groups participated in an EU-funded Concerted Action on this disease. Main results were the publication of “A Compendium on Verticillium wilts in tree species” (HIEMSTRA & HARRIS 1998) and an RTD-proposal submitted for financing to the 5th EU Framework Programme. This proposal was approved by the European Commission and the research started in March 2000. Ten research groups participate in a project that aims to provide essential elements for an efficient and environmentally sound management of Verticillium wilt in trees. The research concentrates on tree key areas: (1) pathogen variability, (2) host resistance, and (3) detection and risk assessment. In addition the project aims at harmonising methods, exchange of experience and continuation of the successful co-operation developed during the previous Concerted Action. The specific achievements of the project include information on genetic variation within the pathogen and on distribution and virulence of its subspecific groups; standardised methods to select for host resistance; resistant selections of olive and maple; molecular methods to detect the pathogen in soil and plants; and improved risk assessment procedures. Details on aims, methods and participating groups will be presented.
Verticillium dahliae; pathogen variability; host resistance; detection; quantification; soil inoculum levels; Acer platanoides; Olea europaea; selection; methods
Impact factor (Web of Science)
2020: 1.464
Q3 – Agronomy
Q3 – Plant Sciences
5-year Impact factor: 1.834
SCImago Journal Rank (SCOPUS):
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Contact
Ing. Eva Karská
Executive Editor
e-mail: pps@cazv.cz
Address
Plant Protection Science
Czech Academy of Agricultural Sciences
Slezská 7, 120 00 Praha 2,
Czech Republic