Location: Vegetable Research
Title: Integrated management system of the whitefly Bemisia tabaci: a reviewAuthor
KAVALLIERATOS, NICKOLAS - Agricultural University Of Athens | |
WAKIL, WAQAS - University Of Agriculture - Pakistan | |
ELEFTHERIADOU, NIKOLETA - Senckenberg German Entomological Institute | |
GHAZANFAR, MUHAMMAD - University Of Sargodha | |
EL-SHAFIE, HAMADTTU - King Faisal University | |
Simmons, Alvin | |
DIMASE, MARCELO - University Of Florida | |
SMITH, HUGH - University Of Florida | |
CHANDLER, DAVE - University Of Warwick |
Submitted to: Entomologia Generalis
Publication Type: Review Article Publication Acceptance Date: 8/28/2024 Publication Date: N/A Citation: N/A Interpretive Summary: The sweetpotato whitefly (also called silverleaf whitefly or tobacco whitefly), is a major global pest of diverse food and ornamental crops in both field and greenhouse environments. These whiteflies damage crops when they suck sap from the leaves, and crop damage also occurs after the whiteflies transmit plant viruses. This review provides background information about whitefly pests, current control options, as well as limitations of management strategies. This information will be useful to both scientists and the agricultural community for improving and implementing management strategies against whiteflies and whitefly-transmitted plant viruses. Technical Abstract: Bemisia tabaci, commonly known as the sweetpotato whitefly, silverleaf whitefly, or tobacco whitefly, is a major global pest of dicotyledonous crops, causing direct damage through sap feeding and transmitting numerous plant viruses. Its high reproductive rate and broad host range contribute to substantial yield losses across multiple crop families, including Fabaceae, Cucurbitaceae, and Solanaceae. Despite extensive research into management strategies, effective and affordable control measures for B. tabaci remain elusive. This review highlights the socioeconomic challenges posed by B. tabaci and emphasizes the urgent need for innovative, integrated pest management strategies to mitigate its impact on global agriculture. |