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Mealybug females feed on plant sap, normally in roots or other crevices, and in a few cases the bottoms of stored fruit. They attach themselves to the plant and secrete a powdery wax layer (hence the name "mealy" bug) used for protection while they suck the plant juices. The males are short-lived, as they do not feed at all as adults and only ...
Phenacoccus solenopsis, the cotton mealybug [1] or solenopsis mealybug, is a species of mealybug in the family Pseudococcidae. [2] Having originated in North America, it has spread to other parts of the world and become a major pest of cotton crops.
Mealybugs will move the tip of its rostrum onto the surface of the plant leaf or steam in order to feed. The stylet is then moved into the phloem, where nutrients are transported within the plant. Mealybugs will then suck the plants sap and excrete the excess sugary liquid through their short anal tube (Martin, 2019).
Planococcus ficus, commonly known as the vine mealybug, is a species of mealybug, belonging to the family Pseudococcidae, native to tropical and subtropical regions. [1] The vine mealybug is found in Europe, Northern Africa, Southern Africa, the Americas, and the Middle East. The vine mealybug is invasive to weedy plants in many different ...
Pseudococcus comstocki, common name Comstock mealybug, is a species of mealybug. The species was first discovered in 1902 in Japan. The species was first discovered in 1902 in Japan. It is an invasive pest species that feeds on fruit and plants.
Paracoccus marginatus, commonly known as the papaya mealybug, is a small sap-sucking insect in the mealybug family, Pseudococcidae. It is found on a number of different hosts, including economically important tropical fruit trees and various ornamental plants .
Planococcus citri, commonly known as the citrus mealybug, is a species of mealybugs native to Asia. It has been introduced to the rest of the world, including Europe , the Americas , and Oceania , as an agricultural pest .
Identification of mealybug species in the Planococcus genus has been difficult due to an unusually high amount of intraspecies morphological variation. In the 1980s, entomologist Jennifer Cox at the British Museum discovered that the offspring of a single female raised on the same host will develop differently based on environmental conditions.