Abstract
The document associated with this DOI has been withdrawn.
Highlights
T he order Hymenoptera with potential for more than 250,000 species distributed worldwide, has more than 100,000 described (Brown 1982, Hanson & Gauld, 1995)
Hymenoptera Parasitica represent the richest group of Hymenoptera and insect species; are common and abundant in all terrestrial ecosystems; develop as parasitoids of many insects, playing an important role in regulating pest populations and phytophage insects, as they can lay their eggs on or directly within their host which is always dead due to the development of the larva that feeds on it
T he large number of Hymenoptera Parasitica combined with their ability to respond to the density of the populations of its hosts makes them essential to maintain ecological balance and a force that contributes to the diversity of other organisms (La Salle & Gauld 1992)
Summary
T he order Hymenoptera with potential for more than 250,000 species distributed worldwide, has more than 100,000 described (Brown 1982, Hanson & Gauld, 1995). T he large number of Hymenoptera Parasitica combined with their ability to respond to the density of the populations of its hosts makes them essential to maintain ecological balance and a force that contributes to the diversity of other organisms (La Salle & Gauld 1992).
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