<p>Ne is the effective population size of females, µ is the mutation rate and m is the migration rate.</p
<p>(A) Mutation-scaled effective population size (Θ) estimates based on mtDNA. Each circle represent...
Partitioning genetic variation into panmictic units is one of the most commonly used techniques in g...
<p>Effective number of female migrants per generation (N<sub>f</sub>m) and 95% confidence intervals ...
<p>Ne is the effective population size of females, µ is the mutation rate and m is the migration rat...
<p>Ne is the effective population size of females, µ is the mutation rate and m is the migration rat...
<p>M is the estimated migration rate, scaled for the appropriate mutation rate between the different...
<p>Θ: mutation-scaled effective population size; M: mutation-scaled effective immigration rate. 95% ...
<p>The thickness of the line is directly proportional to the number of migrants (M) and the colour o...
<p>Populations on the left are sending gene flow into recipient populations listed above columns.</p
<p>Donor populations are on horizontal, recipient populations are on the vertical. Estimates are giv...
<p>Estimates of gene flow between each pair of the five populations of <i>C</i>. <i>multipinnata</i>...
<p>Migration rates were inferred using IM, with estimated values converted into effective units of p...
<p><i>N<sub>m</sub></i>, gene flow, .</p><p>The number of individuals that migrated among differenti...
<p>Bolded values down the diagonal represent estimates of Theta (<i>θ</i>) for each population. Resu...
To determine the gene flow of Chaoborus crystallinus, populations throughout Europe were sampled. To...
<p>(A) Mutation-scaled effective population size (Θ) estimates based on mtDNA. Each circle represent...
Partitioning genetic variation into panmictic units is one of the most commonly used techniques in g...
<p>Effective number of female migrants per generation (N<sub>f</sub>m) and 95% confidence intervals ...
<p>Ne is the effective population size of females, µ is the mutation rate and m is the migration rat...
<p>Ne is the effective population size of females, µ is the mutation rate and m is the migration rat...
<p>M is the estimated migration rate, scaled for the appropriate mutation rate between the different...
<p>Θ: mutation-scaled effective population size; M: mutation-scaled effective immigration rate. 95% ...
<p>The thickness of the line is directly proportional to the number of migrants (M) and the colour o...
<p>Populations on the left are sending gene flow into recipient populations listed above columns.</p
<p>Donor populations are on horizontal, recipient populations are on the vertical. Estimates are giv...
<p>Estimates of gene flow between each pair of the five populations of <i>C</i>. <i>multipinnata</i>...
<p>Migration rates were inferred using IM, with estimated values converted into effective units of p...
<p><i>N<sub>m</sub></i>, gene flow, .</p><p>The number of individuals that migrated among differenti...
<p>Bolded values down the diagonal represent estimates of Theta (<i>θ</i>) for each population. Resu...
To determine the gene flow of Chaoborus crystallinus, populations throughout Europe were sampled. To...
<p>(A) Mutation-scaled effective population size (Θ) estimates based on mtDNA. Each circle represent...
Partitioning genetic variation into panmictic units is one of the most commonly used techniques in g...
<p>Effective number of female migrants per generation (N<sub>f</sub>m) and 95% confidence intervals ...
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