Wildlife Research · 1994 · 38 citations · 19 references
Life SciencesEcologyZoologyMammalogyPopulation EcologyWildlife ManagementCaptive BreedingMammalian Population BiologyWildlife CaptureWildlife ConservationWildlife DemographyWildlife Population ManagementCapture-recapture EstimationCapture-recapture ModelsCatch Per Unit Effort IndicesMark-recapture ModelsPopulation Increase RateRecapture ModelingRodent Population DynamicsRodent Trapping
Many feral house mouse populations have low recapture rates (0-20%) in live-trapping studies carried out at 2-4-week intervals. We consider six hypotheses to explain low recapture rates. We radio-collared 155 house mice between September 1992 and May 1993 in agricultural fields on the Darling Downs of south-eastern Queensland during a phase of population increase. Low recapture rates during the breeding season were due to low trappability and during the non-breeding period to nomadic movements. During the breeding season radio-collared mice of both sexes survived well and moved mostly small distances (<ll m). Low trappability has consequences for the precision of population indices that rely on catch per unit effort. Capture-recapture models robust to heterogeneity of trap responses should be used to census feral Mus populations.
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Statistical Inference for Capture-Recapture Experiments.
A Lawson, Kenneth H. Pollock, James D. Nichols et al. · Biometrics · 1992 · 1.9K citations
Trappability estimates for mark–recapture data
Charles J. Krebs, Rudy Boonstra · Canadian Journal of Zoology · 1984 · 163 citations · Full text
Life Sciences, Ecology, Entomology +10
Population Ecology of Feral House Mice
Karl T. DeLong · Ecology · 1967 · 161 citations