Neotropical Entomology · 2002 · 24 citations · 9 references
Life SciencesBiologyEntomologyInsect EcologyParasite EcologyParasitologyArthropod ParasitologyParasite Invasion EcologyParasitoid BiologyParasitoid EcologyInvertebrate Parasite EcologyLarval Host Plant AvailabilityParasite Reproductive EcologyParasitismParasitism MechanismsParasitoid PhysiologyParasitoid Reproductive Biology
The genus Diadegma have some species able to parasite Plutella xylostella (L.) (DBM). Laboratory studies were carried out on a Diadegma sp. from Reunion Island to elucidate its ability to parasite DBM larvae, and to determine the influence of the temperature on its fecundity, longevity, oviposition and the consumption of cabbage leaves by parasitized DBM larvae. Parasitism rates were close to 70% for the L2 and L3 instar, and 53% for the L4. At 15°C, there were no progeny. At 20°C and 25°C, the percentage of parasitism was near 70%. At 29°C, the percentage parasitism was similar but the number of males produced was higher. Parasitized DBM larvae consumed 35% less leaf surface than non parasitized larvae. This Diadegma sp. is a possible candidate for introduction into tropical areas, where no tropically adapted Diadegma species are known and could complement Bacillus thuringiensis treated systems.
9
Biology, Ecology and Management of the Diamondback Moth
S. N. S. Talekar and A. M. · Annual Review of Entomology · 1993 · 140 citations
Life Sciences, Biology, Ecology +12
Hiroshi Hama, Ken Suzuki, Hiroshi Tanaka · Applied Entomology and Zoology · 1992 · 88 citations · Full text
Life Sciences, Biology, Entomology +16
Characteristic of parasitism of diamondback moth by two larval parasites
N.S. Talekar, Ji-Hee Yang · BioControl · 1991 · 77 citations
Life Sciences, Biology, Entomology +12