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In a changing world due to anthropogenic activities, it is increasingly urgent to identify the biological attributes that predispose species to extinction. Using phylogenetic comparative methods and International Union for Conservation of Nature Red List categories as a proxy for vulnerability to extinction, we evaluated whether body size, sexual size dimorphism and/or mating system (territorial or...
Although previous studies have addressed the question of why large brains evolved, we have limited understanding of potential beneficial or detrimental effects of enlarged brain size in the face of current threats. Using novel phylogenetic path analysis, we evaluated how brain size directly and indirectly, via its effects on life history and ecology, influences vulnerability to extinction across 474...
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