Laboratory rearing of woodpigeons (Columba palumbus)

Goshawk prey have more bacteria than non-prey.

1. Predators often prey on individuals that are sick or otherwise weakened. Although previous studies have shown higher abundance of parasites in prey, whether prey have elevated loads of micro-organisms remains to be determined. 2. We quantified the abundance of bacteria and fungi on feathers of woodpigeons Columba palumbus L., jays Garrulus glandarius L. and blackbirds Turdus merula L. that e...

Voltinism and Laboratory Rearing of Microvelia Hinei (heteroptera: Gerromorpha: Veliidae)

Voltinism in Microvelia hinei was studied in southern Illinois during 1989 and 1990. This species apparently overwintered as adults, which became active in late April; adults were last collected in late September. First instars were found from mid-May to late June, second instars from early-May to late October, third instars from mid-May to mid-July, fourth instars from mid-May to mid-August, a...

Large-scale rearing of Glossina longipennis in the laboratory.

Glossina longipennis occurs in arid habitats of eastern Africa including Ethiopia, Kenya, Somalia, Uganda, Sudan and Tanzania (Ford and Katondo, 1977; Moloo, 1985). It feeds on a range of vertebrate hosts including man, warthog, giraffe, buffalo, elephant, rhinoceros, dog, cat, hyaena, aardvark and ostrich; but buffalo, elephant and rhinoceros are its favoured hosts (Weitz, 1963). It is a vecto...

Studies in laboratory rearing of Anopheles quadrimaculatus Say.

Mass rearing of anopheles stephensi on human blood by artificial feeding under laboratory conditions

Introduction: In order to control the diseases that are transmitted to human and animal by arthropod vectors, it is necessary to investigate vectors and to recognize control methods as well. These studies are applicable by rearing the colonies of arthropod blood-feeders like malaria and leishmaniasis in laboratory. The purpose of this study was to produce mass production of Anopheles stephens...