Searching journal content for articles similar to Supple et al. 23 (8): 1248.

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  1. .... The features of SA-fused chromosomes were explored in Tortricidae using transcriptomic and multiple genomic approaches. Then, we analyzed genomic divergence and adaptive evolution of the SA-fused chromosomes on using molecular evolution and population genetic analyses. Our results provide new insights into how...
  2. ...is similar in sympatry and allopatry. The Peruvian pair has convergent wing patterns, and narrow tracts of the have here introgressed at both color pattern loci (The HeliconiusGenome Consortium 2012; Pardo-Diaz et al. 2012). Indeed, at both loci, there is a narrow trough of low FST between these populations...
  3. ...Piedras, San Juan, Puerto Rico 00921; 8Smithsonian Tropical Research Institute, Apartado 0843-03092, Balboa, Ancon, Panama Hybrid zones can be valuable tools for studying evolution and identifying genomic regions responsible for adaptive divergence and underlying phenotypic variation. Hybrid zones...
  4. ...species. Similar to Heliconius butterflies (Martin et al. 2013), already in the geographically most isolated populations within collared and pied flycatchers, regions corresponding to differentiation islands between species exhibited higher FST within species than the genomic background of low...
  5. ...coalescent with recombination. (A) The evolutionary history of a sample of four extant individuals in two divergent populations from their MRCA (solid magenta circle). The recombination node (solid orange circle) results in an ancestral recombination graph (ARG), shown in B. (C) The genealogy of genomic...
  6. ...encroachment, poaching, deforestation, and climate change are drastically reducing felid numbers. We have highlighted groups of species where further population genomic sampling will better define the architecture of admixture and genes underlying adaptive introgression and divergence. Differentiating between...
  7. ...-related genetic variants, the molecular basis for mammalian pigmentation and patterning, and species-specific adaptations. Improved genomic surveillance of natural and captive populations across the cat family tree will increase our understanding of the genetic architecture of traits, population dynamics...
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