EXTENSIVE GENETIC VARIATION IN MITOCHONDRIAL DNA'S AMONG GEOGRAPHIC POPULATIONS OF THE DEER MOUSE,<i>PEROMYSCUS MANICULATUS</i>

Lansman, Robert A.; Avise, John C.; Aquadro, Charles F.; Shapira, John F.; Daniel, Susan W.

doi:10.1111/j.1558-5646.1983.tb05509.x

Cited by 128 publications

(65 citation statements)

References 45 publications

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“…Allozyme polymorphisms and mtDNA also reveal discordant patterns of genetic variation in the deer mouse Peromyscus maniculatus (Avise et al 1979, Lansman et al 1983. Allelic frequencies at protein polymorphisms reveal slight to moderate population structure from central Mexico to central Canada, with values of Fst varying from 0.04 to 0.38 among six polymorphic loci.…”

Section: Interpretations Neutral Genetic Markersmentioning

confidence: 94%

Enzyme heterozygosity and developmental stability

Mitton¹

1995

Acta Theriol.

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Section: Interpretations Neutral Genetic Markersmentioning

confidence: 94%

Enzyme heterozygosity and developmental stability

Mitton¹

1995

Acta Theriol.

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“…The molecular data used for our analysis came from an mtDNA survey of Peromyscus maniculatus conducted by Lansman et al (1983). Using 8 restriction endonucleases to assay 136 individuals collected from 40 locales across the species' range in North America, a total of 61 different mtDNA haplotypes was observed.…”

Section: Parametermentioning

confidence: 99%

“…We chose P. maniculatus for this initial application of the nonequilibrium dispersal models for two major reasons. First, the combination oflimited mobility, extensive geographic distribution, and high values of estimated mtDNA sequence divergence (Lansman et al, 1983) makes the species a suitable candidate for the method of analysis proposed here. Second, results of several mark and recapture studies, which provide direct estimates of dispersal distances, are available for comparison.…”

Section: Application To Peromyscus Maniculatusmentioning

confidence: 99%

“…We used a published data set on the deer mouse, Peromyscus maniculatus (Lansman et al, 1983), to provide an example ofhow this approach could be applied. There are three components to the analysis: (1) development ofa model of the dispersal process, (2) estimation of ages ofmaternal lineages from empirical data on mtDNA sequence divergence, and (3) estimation of single-generation dispersal distances from observed variances in the geographic distributions ofmtDNA lineages of defined ages.…”

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Estimation of Single Generation Migration Distances From Geographic Variation in Animal Mitochondrial Dna

1991

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Abstract. -A new approach is introduced for the analysis of dispersal from the geographic distributions ofmtDNA lineages. The method is based on the expected spatial distributions oflineages arising under a multigeneration random walk process. Unlike previous methods based on the predicted equilibria between genetic drift and gene flow, this approach is appropriate for nonequilibrium conditions, and yields an estimate of dispersal distance rather than dispersal rate. The theoretical basis for this method is examined, and an analysis of mtDNA restriction site data for Peromyscus maniculatus is presented as an example ofhow this approach can be applied to empirical data.

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“…mtDNA analysis has revealed vast amounts of information about intra-and interpopulation genetic diversity and gene flow (Avise et a!., 1987). The approach has been instrumental in revealing diver-sity in such animals as grasshoppers (Chapco et at., 1992), deer mice (Lansman et at., 1983), island fox (Wayne et al, 1991) and rhinoceroses (O'Ryan & Harley, 1993). Population data on insect pests other than Listronotus, such as the screwworm fly (Roehrdanz & Johnson, 1988;Roehrdanz, 1989), boll weevil (Roehrdanz & North, 1992) and mosquito (Kambhampati & Rai, 1991), have been obtained using mtDNA analysis.…”

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Unusual mitochondrial genome in introduced and native populations of Listronotus bonariensis (Kuschel)

1996

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The Argentine stem weevil is a serious pest of pasture and other graminaceous crops in New Zealand. Fifteen populations from South America, New Zealand and Australia were examined in an effort to determine the geographical origin of the species in New Zealand. Our previously reported RAPD analysis of these populations (Williams et al., 1994) revealed that the source of the pest was the Rio de la Plata on the east coast of South America. As a second approach to examining genetic variation, RFLP analysis of the mitochondrial genome, using the digoxigenin-labelled boll weevil mitochondrial genome as a probe, was also performed. The mitochondrial analysis revealed that the species possesses an unusually large mitochondrial genome of 32 kb, which exhibits extremely low levels of polymorphism both in the introduced and native populations. This low variation is in contrast with the informative level of inter-and intrapopulation variation revealed by RAPD.

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EXTENSIVE GENETIC VARIATION IN MITOCHONDRIAL DNA'S AMONG GEOGRAPHIC POPULATIONS OF THE DEER MOUSE,PEROMYSCUS MANICULATUS

Cited by 128 publications

References 45 publications

Enzyme heterozygosity and developmental stability

Enzyme heterozygosity and developmental stability

Estimation of Single Generation Migration Distances From Geographic Variation in Animal Mitochondrial Dna

Unusual mitochondrial genome in introduced and native populations of Listronotus bonariensis (Kuschel)

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