Applied Entomology and Zoology · 2008 · 25 citations · 11 references
Life SciencesEntomologyZoologyInsect BiodiversityInsect EcologyInsect TaxonomyInsect BiogeographyInsect Colonization PatternsParasitoid BiologyParasitoid EcologyHymenoptera DiversityMite MorphologyParasitic MitesParasitoid Taxonomy
We investigated the prevalence of infestation by the bumblebee tracheal mite, Locustacarus buchneri (Acari: Podapolipidae), in four commercial colonies of Bombus terrestris (Hymenoptera: Apidae). All the foundresses, 91.8±5.67% (mean±SE) of worker bees, 73.9±6.85% of males, and 77.4±21.5% of new queens had the mite in their abdominal air sacs. The mean number of eggs, adult females, and mobile mites infesting a single bumblebee worker were 76.9±76.8 (range: 4–301, n=40), 3.78±3.45 (1–11, 40), and 3.45±2.98 (1–11, 20), respectively. From these values, we calculated the number of eggs per adult mite female to be 23.9±21.7 (range: 4–126, n=40). As a single worker bee had about 76 mites in her abdominal air sacs and approximately 90% of the bees in a colony of about 160 bees were infested by the mite, an infested B. terrestris colony has the potential to produce more than 10,000 L. buchneri individuals during colony development.
11
Pathogen Spillover in Disease Epidemics
Alison G. Power, Charles E. Mitchell · The American Naturalist · 2004 · 557 citations
L. Bailey · Annual Review of Entomology · 1968 · 531 citations
Life Sciences, Entomology, Pathology +15
Choice Reviews Online · 1999 · 353 citations
Life Sciences, Biology, Entomology +10
Bumblebee commercialization will cause worldwide migration of parasitic mites
Koichi Goka, Kimiko Okabe, Masahiro Yoneda et al. · Molecular Ecology · 2001 · 163 citations
Life Sciences, Entomology, Zoology +10