This article discusses the various factors of aging that provide an insight for the evolution.
Ectothermic tetra pods are underrepresented in this comparative landscape despite their potential for testing evolutionary theories, and comparative studies of mortality in the wild are required to understand the evolution of aging. Using information from 107 populations (77 species) of non-avian reptiles and amphibians, we provide a study of aging rates and longevity in wild tetrapod ectotherms. We investigate the ideas relating to the pace of life history, environmental temperature, protective traits, and thermoregulatory mode as factors in demographic aging. Ectotherms have a greater diversity of aging rates than endotherms when phylogenetically extensive evidence of negligible aging is taken into account, controlling for phylogeny and body size. Macroevolutionary patterns of aging are further explained by protective phenotypes and life-history tactics. Understanding the evolution of ectothermic tetra pods in a comparative context is improved.
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