<p>Average proportion of membership (<i>q</i><sub>i</sub>, upper boxplots) of wolves from Italy (WIT) to the wolf cluster and lower boundary of their 90% credibility intervals (CI; lower boxplots), computed on genotypes at 39, 24 or 12 microsatellites.</p
The survival of isolated small populations is threatened by both demographic and genetic factors. La...
Wolves in Italy strongly declined in the past and were confined south of the Alps since the turn of ...
<p>As determined by 1000 bootstrap permutations the dark coloured grid points (5×5 km) denote group ...
<p>STRUCTURE results for European wolves (n = 127, without Italy and outliers) using 67K single nucl...
<p>MIT 1-MIT 4: For the wolves, the average for all individuals is reported, as well as for four sub...
<p>F1 and F2 between wolf and dogs; BC1 = first, and BC2 = second backcross with dogs (D) or wolves ...
<p>Mit pop: four subpopulations delimited based on mitochondrial DNA data.</p><p>Nuc pop: two subpop...
<p>STRUCTURE results for European wolves (n = 177) using 67K single nucleotide polymorphism (SNP) ma...
<p>Observed and expected heterozygosity (H<sub>obs</sub> and H<sub>exp</sub>) are shown with standar...
<p>(A) Frequency distribution of runs of homozygosity (ROH). This figure has different scales in the...
<div><p>a) mean number of wolves and b) mean (±s.e.m.) inbreeding coefficients (blue) and standardiz...
<p>At <i>K</i> = 3 the three clusters are composed by dogs, Italian wolves and by all the other Euro...
<p>Map of European wolf distribution showing wolf samples (n = 177) and population clusters detected...
<p>Observed and expected heterozygosity (H<sub>obs</sub> and H<sub>exp</sub>) are shown with standar...
<div><p>a) The relationship between inbreeding coefficient (<i>f</i>) and standardized heterozygosit...
The survival of isolated small populations is threatened by both demographic and genetic factors. La...
Wolves in Italy strongly declined in the past and were confined south of the Alps since the turn of ...
<p>As determined by 1000 bootstrap permutations the dark coloured grid points (5×5 km) denote group ...
<p>STRUCTURE results for European wolves (n = 127, without Italy and outliers) using 67K single nucl...
<p>MIT 1-MIT 4: For the wolves, the average for all individuals is reported, as well as for four sub...
<p>F1 and F2 between wolf and dogs; BC1 = first, and BC2 = second backcross with dogs (D) or wolves ...
<p>Mit pop: four subpopulations delimited based on mitochondrial DNA data.</p><p>Nuc pop: two subpop...
<p>STRUCTURE results for European wolves (n = 177) using 67K single nucleotide polymorphism (SNP) ma...
<p>Observed and expected heterozygosity (H<sub>obs</sub> and H<sub>exp</sub>) are shown with standar...
<p>(A) Frequency distribution of runs of homozygosity (ROH). This figure has different scales in the...
<div><p>a) mean number of wolves and b) mean (±s.e.m.) inbreeding coefficients (blue) and standardiz...
<p>At <i>K</i> = 3 the three clusters are composed by dogs, Italian wolves and by all the other Euro...
<p>Map of European wolf distribution showing wolf samples (n = 177) and population clusters detected...
<p>Observed and expected heterozygosity (H<sub>obs</sub> and H<sub>exp</sub>) are shown with standar...
<div><p>a) The relationship between inbreeding coefficient (<i>f</i>) and standardized heterozygosit...
The survival of isolated small populations is threatened by both demographic and genetic factors. La...
Wolves in Italy strongly declined in the past and were confined south of the Alps since the turn of ...
<p>As determined by 1000 bootstrap permutations the dark coloured grid points (5×5 km) denote group ...