L. M. V. Porto

The paper extends a speciation model to include extinct species in Canidae phylogeny, finding contrasting diversification patterns between extant and complete trees.

This study examines how phylogenetic structure influences Canidae lineage distribution and trait variation globally, revealing distinct patterns and challenging traditional ecological rules.

This study uses fossil records and a Bayesian framework to analyze how speciation and extinction rates in Felidae changed over 25 million years, linking these changes to body mass and carnassial teeth evolution.

This study models the current and future distributions of Canidae species under climate change scenarios and assesses their potential for evolutionary rescue.

This study examines how environmental factors and competition shape the phylogenetic structure of Canidae across different regions, finding that habitat filtering is a dominant force.

The paper investigates whether colonization of new continents by canids led to explosive radiations, finding that crossing the Bering Strait and Isthmus of Panama around 11 million years ago triggered rapid speciation.