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Allopatric speciation in cattails: Genomics reveal bottlenecks, balancing selection, and adaptive introgressions in Typha, a wetland ecosystem engineer

2025-06-04

Abstract excerpt

<title>Abstract</title> <p>Speciation can be broadly understood within two non-mutually exclusive frameworks: genetic drift under isolation and natural selection under ecological divergence. Here, we examined the genomic diversity and differentiation of five <italic>Typha</italic> species, a group of plants foundational to freshwaters with widespread, partially sympatric distributions and at least one widespread...

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Literature Corpus work
47114c71-0261-5e2f-aaeb-27b4e0e8d413
DOI
10.21203/rs.3.rs-6778557/v1
Open publication

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Allopatric speciation in cattails: Genomics reveal bottlenecks, balancing selection, and adaptive introgressions in Typha, a wetland ecosystem engineerDOI 10.21203/rs.3.rs-6778557/v1
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