Phylogenomics and phylogeographic model testing using convolutional neural networks reveal a history of recent admixture in the Canarian Kleinia neriifolia - Rincón Barrado, Mario; Perez, Manolo; Villaverde, Tamara; García‐Verdugo, Carlos; Caujapé‐Castells, Juli; Riina, Ricarda; Sanmartín, Isabel (Molecular ecology, 2024)
Keywords: Archipelagoes; Artificial neural networks; Canary Islands; Colonization; convolutional neural network; data collection; Datasets; Divergence; Eastern Africa; ecology; Flora; Genetic analysis; Genetics, Population; Hyb‐Seq; island biogeography; Islands; Kleinia; Machine learning; Model testing; Neural networks; Neural Networks, Computer; Phylogenetics; Phylogeny; Phylogeography; Plastids - genetics; Pliocene; Pliocene epoch; Polymorphism, Single Nucleotide - genetics; Population genetics; Population levels; Population studies; Rand Flora; Recolonization; Sahara Desert; Sibling species; Single-nucleotide polymorphism; species; Syngameon hypothesis; Tenerife; Eastern Africa; Sahara Desert; Rand Flora; Canary Islands; island biogeography; Hyb‐Seq; Syngameon hypothesis; convolutional neural network