UPGMA tree based on dissimilarity index of 35 SSR markers for 278 lentil genotypes.

<p>UPGMA tree based on dissimilarity index of 35 SSR markers for 278 lentil genotypes.</p

Model based population structure plot with K = 2, using structure with 35 SSR markers.

<p>Colour codes: Population I red (Wild accessions) and population II green (Cultivars).</p

Evaluation of drought stress tolerance in cultivated and wild genotypes of lentil.

<p>Fifteen and 25 d old plants of cultivated and wild genotypes of lentil (a and d). Plant roots exposed to air for 5h (b and e). Recovery of genotypes in the nutrient solution (c and f).</p

Evanno plot describing estimation of cultigens and wild genotypes ofgenus <i>Lens</i> using LnP(D) derived Δ k for k from 1 to 10.

<p>Evanno plot describing estimation of cultigens and wild genotypes ofgenus <i>Lens</i> using LnP(D) derived Δ k for k from 1 to 10.</p

Seed yield of lentil genotypes grown under rain-fed condition at Agra and Delhi during 2013–14 and 2014–15.

<p>Data shown are mean ± SEm. Vertical bars that do not share common small letters are significantly different within year/location while different capital letters indicates significant differences across locations/years by Duncan’s post hoc test at P≤0.05.</p

Seed yield of lentil genotypes grown under control, moderate and severe drought conditions.

<p>Data shown are mean ± SEm. Vertical bars that do not share common letters are significantly different by Duncan’s post hoc test at P≤0.05.</p

UPGMA tree based on dissimilarity index of 35 SSR markers for 75 wild genotypes.

<p>UPGMA tree based on dissimilarity index of 35 SSR markers for 75 wild genotypes.</p

Major allele frequency for microsatellite loci (SSR) in wild and cultivated genotypes.

<p>Major allele frequency for microsatellite loci (SSR) in wild and cultivated genotypes.</p