Bemisia tabaci
84 445 0; CALOO 4579 0; COROO 18125 0; EGYOO 5590 0; FLAOO 5630 0; GRCOO 5577 0; INDBI 10200 0; JAP 584 0; MDGOO 4704 0; NGAOO 5562 0; SRLOO 5568 0; TAIOO 4644 0; TCSGR 3918 0
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Alien:
Infesting poinsettia, common (Georghiou 1977); In Cyprus, CYSDV was predominant (96.7%), followed by CCYV (19.2%), while no BPYV infection was detected. Approximately 15% of weed samples from 17 different species that belong to 12 botanical families were identified as hosts for one or more of these criniviruses. Finally, sequencing of the capsid protein gene of the crinivirus isolates revealed very low levels of genetic diversity, further supporting the genetic stability of crinivirus populations. The results of this long-lasting epidemiological study in two countries of the eastern Mediterranean revealed substantial changes in the relative incidence and distribution of cucurbit-infecting criniviruses and their whitefly vectors over the past 15 years, suggesting the need for adoption of novel management strategies (Orphanidou et al. 2019).
Speculated (Demetriou pers. comm.)
Georghiou GP (1977) The insects and mites of Cyprus. With emphasis on species of economic importance to agriculture, forestry, man and domestic animals. Benaki Phytopathological Institute. Kiphissia, Athens, Greece, 347 pp.
Orphanidou CG, Papayiannis LC, Pappi PG, Katis NI, Maliogka VI (2019) Criniviruses associated with cucurbit yellows disease in Greece and Cyprus: an ever-changing scene. Plant Pathology 68(4): 764-774. https://doi.org/10.1111/ppa.12986