Jul 2026· Journal of plant diseases and protection· Vol 133· 0 citations· 35 references
TL;DR
It is demonstrated that Pelamoviroid latenspruni can persist latently in medlar while exerting measurable effects on fruit quality, highlighting the importance of considering latent viroid infections in fruit crop management and certification systems, as asymptomatic infections.
The pasture mealybug Heliococcus summervillei Brookes (Hemiptera: Pseudococcidae) is the cause of extensive pasture dieback in Australia and is an emerging biosecurity threat to pasture and crop grasses in the Americas. In this study, we present a morphological and molecular comparison of contemporary Australian specim...
Ynna Hernandez-Europa, Genevieve Dickson, Muhammad Z. Ahmed et al.· Journal of Economic Entomolo...· 0 citations
Jikradia olitoria
Say is a Nearctic leafhopper that was recently reported in several European countries. Given its role as the vector of phytoplasmas associated with Grapevine Yellows diseases (GYD) in its native range, its presence in European vineyard agroecosystems could represent an important phytosanitary ris...
A. Oggier, C. Debonneville, M. Conedera et al.· Journal of applied entomolog...· 0 citations
Field surveys were conducted during the peak fruiting season May-July, 2024-25 at different districts of North Gujarat. Significant fruit fly damage was reported in date palmat Dantiwada and Mundra(Kutch district). Adult flies were collected using methyl eugenol-baited parapheromone trapsand infested fruits were exami...
U. Karnavat, R. Dodiya, N. Pathan et al.· International Journal of Eco...· 0 citations
This research marks the first documented report and characterization of B. exigua as a leaf spot pathogen on mungbean in India, contributing new understanding to its morphological and molecular attributes.
Uzma Rashid, Mohammad Irfan, M. N. Mughal et al.· Journal of Crop Health· 0 citations
The detected phytoplasma’s identity was confirmed by amplification and sequencing of the elongation factor Tu (tuf) and protein translocase (secY) genes and its identity was further confirmed by amplification and sequencing of the elongation factor Tu (tuf) and protein translocase (secY) genes.
Shu-Lin Xie, Fu Chen, Gi-Iau Wu et al.· Plant Disease· 0 citations
We use cookies to run the site and, with your consent, for analytics and to show ads.
See our Cookie Policy.