Tropical rain forest is the most diverse terrestrial biome, yet the drivers of its diversification across space and time remain poorly understood. Although heterogeneous diversification rates, including both ancient and recent radiations, have been reported, these dynamics have rarely been examined within a single line...
Laura Holzmeyer, F. J. Nge, S. A. Guerrero et al.· Science Advances· 0 citations
This study provides a robust nuclear phylogenomic framework for Lauraceae and demonstrates that gene flow had profound effects on its evolutionary history, shedding light on the contribution of gene flow to the diversification of hyper-diverse tropical plant lineages.
Zhi Yang, Yu-Yu Ye, F. J. Nge et al.· Molecular Phylogenetics and...· 0 citations
This study uses the family Annonaceae as a model lineage to reconstruct the region’s evolutionary trajectories, integrating hundreds of nuclear markers derived from both historical and contemporary herbarium specimens and reveals consistent patterns of floristic and evolutionary differentiation.
Andrés Ernesto Ortíz Rodríguez, Laura Holzmeyer, Leopoldo Hurtado-Reveles et al.· Botanical Sciences· 2 citations
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