Determining the prevalence of geminiviruses in vegetable crops in the Mediterranean

Belabess Zineb, Mnari Hattab Monia, Anfoka Ghandi, Granier Martine, Accotto Gian Paolo, Altaleb Miassar, Ballardini Massimiliano, Bernardo Umberto, Davino Salvatore, Ennmily Meryem, Ahmad Fatima Haj, Jerbi Nihed, Laarif Asma, Marian Daniele, Matic Slavica, Mazza Giuseppe, Miozzi Laura, Nazih Abderrahmane, Noris Emanuela, Nugnes Francesco, Taarabt Youness, Tahiri Abdessalem, Urbino Cica, Zaagueri Takoua, Peterschmitt Michel, Vaira Anna Maria. 2022. Determining the prevalence of geminiviruses in vegetable crops in the Mediterranean. . ISHS. Angers : ISHS, Résumé, 1 p. International Horticultural Congress (IHC 2022), Angers, France, 14 Août 2022/20 Août 2022.

Résumé : Geminiviruses (family Geminiviridae) are among the most damaging viruses in vegetable crops and particularly in the Mediterranean Basin. Through an international 3-year collaboration federated by a PRIMA call (Partnership for research and innovation in the Mediterranean area), a project involving public and private institutions from Italy, Jordan, Tunisia, Morocco, and France was launched on the prevention and control of new and invasive geminiviruses infecting vegetables in the Mediterranean. The prevalence of geminiviruses previously reported in this areas (i.e. tomato yellow leaf curl associated viruses, tomato leaf curl New Delhi virus, chickpea chlorotic dwarf virus, squash leaf curl virus and watermelon chlorotic stunt virus) has been monitored with virus-specific PCR tests on DNA extracted from symptomatic tomato and cucurbit plants. Meanwhile, the presence of potentially new geminiviruses circulating in the region is being investigated by deep-sequencing of DNA extracted from insects collected in the surveyed areas (mainly whiteflies, aphids, and leafhoppers). Harmonized procedures for collecting, storing, and analysing leaf and insect samples have been set up, allowing to compare results of virus incidence among countries. In 2020, more than one thousand leaf samples and about two hundred insect samples were collected in various agroecosystems as follows: Morocco, in Berkane area in the north-east and Souss region in the south; Tunisia, in Center, North, and Sahel regions; Italy, in Campania and Sicily; and in northern area of Jordan. Based on these surveys, the geminivirus prevalence in the Mediterranean Basin is being updated.

Auteurs et affiliations

• Belabess Zineb
• Mnari Hattab Monia, INRAT (TUN)
• Anfoka Ghandi, Al-Balqa Applied University (JOR)
• Granier Martine, CIRAD-BIOS-UMR PHIM (FRA)
• Accotto Gian Paolo, ISPP (ITA)
• Altaleb Miassar, Al-Balqa Applied University (JOR)
• Ballardini Massimiliano, Esasem Spa (ITA)
• Bernardo Umberto, National Research Council (ITA)
• Davino Salvatore, Università degli studi di Palermo (ITA)
• Ennmily Meryem
• Ahmad Fatima Haj, Al-Balqa Applied University (JOR)
• Jerbi Nihed, Centre régional de recherche en horticulture et agriculture biologique (TUN)
• Laarif Asma, Centre régional de recherche en horticulture et agriculture biologique (TUN)
• Marian Daniele, CNR (ITA)
• Matic Slavica, CNR (ITA)
• Mazza Giuseppe
• Miozzi Laura, CNR (ITA)
• Nazih Abderrahmane, INRA [Maroc] (MAR)
• Noris Emanuela, National Research Council (ITA)
• Nugnes Francesco, National Research Council (ITA)
• Taarabt Youness, INRA [Maroc] (MAR)
• Tahiri Abdessalem, ENAM (MAR)
• Urbino Cica, CIRAD-BIOS-UMR PHIM (FRA) ORCID: 0000-0002-6215-9389
• Zaagueri Takoua, INRAT (TUN)
• Peterschmitt Michel, CIRAD-BIOS-UMR PHIM (FRA) ORCID: 0000-0001-8709-9418
• Vaira Anna Maria, National Research Council (ITA)

Source : Cirad-Agritrop (https://agritrop.cirad.fr/602569/)

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