Apidologie · 2016 · 72 citations · 31 references
Life SciencesEcologyEntomologyCoevolutionInsect EcologyPopulation EcologyInsect Population DynamicsLandscape Connectivity For InsectsLandscape Ecology Of InsectsBrood Care In BeesColony DynamicsHoney Bee ManagementLandscape-scale BiodiversityParasitic MitesVarroa Mite Impacts On Honey Bees
. We set up 15 apiaries, each consisting of two colonies. Each apiary pair was assigned an inter-colony distance of 0, 10, or 100 m. Colonies were rendered nearly mite-free, then one colony in each pair was seeded with 300 female mites (mite-donor colony), while the other remained uninoculated (mite-recipient colony). After four months of monitoring, a whole model analysis showed that apiaries in which colonies were spaced 100 m apart contained lower average mite numbers than 0 m or 10 m apiaries. There were interactions among colony type, distance, and sampling date; however, when there were significant differences mite numbers were always lower in 100 m apiaries than 10 m apiaries. These findings pose the possibility that Varroa populations are resource regulated at a landscape scale: near-neighbor colonies constitute reproductive resource for mites in the form of additional bee brood.
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David Sloan Wilson, Elliott Sober · Journal of Theoretical Biology · 1989 · 610 citations
Kin Selection and Social Insects
David C. Queller, Joan E. Strassmann · BioScience · 1998 · 606 citations
Standard methods for varroa research
Vincent Dietemann, Francesco Nazzi, Stephen J. Martin et al. · Journal of Apicultural Research · 2013 · 565 citations
Life Sciences, Ecology, Entomology +17