In today's world, Geocoris has become a topic of great relevance and interest to a wide spectrum of society. Since its emergence, it has aroused the curiosity and attention of experts, researchers, academics and the general public. Its importance lies in its impact on various aspects of daily life, as well as its influence on the development of different fields of study and professions. In this article, we explore in detail the different aspects related to Geocoris, from its historical origin to its impact on the present, analyzing its implications and projecting its possible evolution in the future.
Geocoris is a genus of insects in the family Geocoridae (although in the past the geocorids were subsumed as a subfamily under the family "Lygaeidae"). Commonly known as big-eyed bugs, the species in Geocoris are beneficial predators, but are often confused with the true chinch bug, which is a pest.[2][3] There are more than 140 described species in Geocoris.[1][4][5]
Description
Big-eyed bugs are true bugs in the order Hemiptera. The two most common North American species are Geocoris pallens and Geocoris punctipes. Both are predators and occur in many habitats, including fields, gardens, and turf grass. Big-eyed bugs are considered an important predator in many agricultural systems and feed on mites, insect eggs, and small insects such as pink bollworm, cabbage loopers, and whiteflies. Adult big-eyed bugs are small (about 3 mm (0.12 in)) black, gray, or tan with proportionately large eyes. Eggs are deposited singly or in clusters on leaves near potential prey. They develop with incomplete metamorphosis (there is no pupa) and take approximately 30 days to develop from egg to adult depending on temperature. Both nymphs and adults are predatory, but can survive on nectar and honeydew when prey are scarce. Big-eyed bugs, like other true bugs, have piercing-sucking mouthparts and feed by stabbing their prey and sucking or lapping the juices. Although their effectiveness as predators is not well understood, studies have shown that nymphs can eat as many as 1600 spider mites before reaching adulthood, while adults have been reported consuming as many as 80 mites per day.[6][7]
^Ashlock, P. D.; Slater, A. (1988). "Family Lygaeidae". In Henry, Thomas J.; Froeschner, Richard C. (eds.). Catalog of the Heteroptera, or True Bugs, of Canada and the Continental United States. Leiden, Netherlands: E. J. Brill. pp. 167–245. ISBN978-0-916846-44-2.