The American Naturalist · 2024 · 17 citations · 31 references
Life SciencesBiologyZoologyComparative GenomicsMammalogyPhylogeneticsAnimal EcologyAnimal GenomicsMammalian EcologyMountain EcologyPhylogenomic AnalysisDna Sequence Data AnalysisElevational Range ShiftsLatitudinal Range ShiftsMammal Range DelineationRange ShiftsSpecies Range LimitsWhole-genome Sequence AnalysisWildlife Surveys
AbstractIn the world's highest mountain ranges, uncertainty about the upper elevational range limits of alpine animals represents a critical knowledge gap regarding the environmental limits of life and presents a problem for detecting range shifts in response to climate change. Here we report results of mountaineering mammal surveys in the Central Andes, which led to the discovery of multiple species of mice living at extreme elevations that far surpass previously assumed range limits for mammals. We livetrapped small mammals from ecologically diverse sites spanning >6,700 m of vertical relief, from the desert coast of northern Chile to the summits of the highest volcanoes in the Andes. We used molecular sequence data and whole-genome sequence data to confirm the identities of species that represent new elevational records and to test hypotheses regarding species limits. These discoveries contribute to a new appreciation of the environmental limits of vertebrate life.
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Fast and accurate short read alignment with Burrows–Wheeler transform
Heng Li, Richard Durbin · Bioinformatics · 2009 · 62.8K citations · Full text