Reference genomes and fossils revise bat family phylogeny and biogeography
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TL;DR - This Nature study presents an updated phylogeny covering all known bat families by combining new reference genome assemblies with extensive ancient-fossil evidence. The synthesis may revise understanding of bat family relationships and biogeographic history.
- Integrates genomic and paleontological data in a unified evolutionary analysis.
- Uses newly assembled reference genomes to improve phylogenetic coverage.
- Incorporates numerous ancient fossils to inform evolutionary timing and geography.
- Specific revised relationships and biogeographic conclusions are not provided in the supplied summary.
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Reference genomes and fossils revise bat family phylogeny and biogeography
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TL;DR - This Nature study presents an updated phylogeny covering all known bat families by combining new reference genome assemblies with extensive ancient-fossil evidence. The synthesis may revise understanding of bat family relationships and biogeographic history.
- Integrates genomic and paleontological data in a unified evolutionary analysis.
- Uses newly assembled reference genomes to improve phylogenetic coverage.
- Incorporates numerous ancient fossils to inform evolutionary timing and geography.
- Specific revised relationships and biogeographic conclusions are not provided in the supplied summary.