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The majority of diversity appears to derive from a\n radiation within the superfamily Colubroidea, potentially stemming from\n the colonization of new areas and the evolution of advanced venom-delivery\n systems. In contrast, negative relationships between clade age, clade\n size, and diversification rate suggest the potential for possible bias in\n estimated diversification rates, interpreted by some recent authors as\n support for ecologically-mediated limits on diversity. However, evidence\n from the fossil record indicates that numerous lineages were far more\n diverse in the past, and that extinction has had an important impact on\n extant diversity patterns. Thus, failure to adequately account for\n extinction appears to prevent both rate- and diversity-limited models from\n fully characterizing richness dynamics in snakes. We suggest that\n clade-level extinction may provide a key mechanism for explaining negative\n or hump-shaped relationships between clade age and diversity, and the\n prevalence of ancient, species-poor lineages in numerous groups.","descriptionType":"Abstract"},{"description":"Snakes_All_Leaved_1XML file for first independent run of the 29-gene dataset in BEASTSnakes_All_Leaved_2XML file for second independent run of 29-gene dataset in BEAST.Snakes_All_TimeResulting time-tree from two independent BEAST 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