The limited fossil evidence for modern (crown) birds during the Cretaceous is consistent with a recent (Palaeogene) radiation; however, molecular clock studies have consistently suggested that modern birds radiated deep in the Mesozoic, with the paucity of fossils prior to the latest Cretaceous explainable by preservational bias. This issue is here addressed using Bayesian methods which integrate stratigraphical and morphological data to simultaneously infer evolutionary relationships and divergence times. These analyses place the diversification of modern birds in the mid-Cretaceous (~100-110Ma), only slightly more recent than many genetic studies, and congruent with latest molecular estimates
Until recently, most knowledge of the early history of birds and the evolution of their unique speci...
Birds represent the most diverse extant tetrapod clade, with ca. 10,000 extant species, and the timi...
The Early Cretaceous is a critical interval in the early history of birds. Exceptional fossils indic...
The limited fossil evidence for modern (crown) birds during the Cretaceous is consistent with a rece...
The limited fossil evidence for modern (crown) birds during the Cretaceous is consistent with a rece...
The limited fossil evidence for modern (crown) birds during the Cretaceous is consistent with a rece...
Birds are among the most diverse and intensively studied vertebrate groups, but many aspects of thei...
BACKGROUND. Determining an absolute timescale for avian evolutionary history has proven contentious....
The origin of crown birds (Neornithes) remains contentious due to conflicting divergence time hypoth...
Unravelling the phylogenetic relationships among the major groups of living birds has been described...
The phylogeny of Galliformes (landfowl) has been studied extensively; however, the associated chrono...
Recently, comprehensive morphological datasets including nearly all the well-recognized Mesozoic bir...
Unravelling the phylogenetic relationships among the major groups of living birds has been described...
Birds represent the most diverse extant tetrapod clade, with ca. 10,000 extant species, and the timi...
The phylogeny of Galliformes (landfowl) has been studied extensively; however, the associated chrono...
Until recently, most knowledge of the early history of birds and the evolution of their unique speci...
Birds represent the most diverse extant tetrapod clade, with ca. 10,000 extant species, and the timi...
The Early Cretaceous is a critical interval in the early history of birds. Exceptional fossils indic...
The limited fossil evidence for modern (crown) birds during the Cretaceous is consistent with a rece...
The limited fossil evidence for modern (crown) birds during the Cretaceous is consistent with a rece...
The limited fossil evidence for modern (crown) birds during the Cretaceous is consistent with a rece...
Birds are among the most diverse and intensively studied vertebrate groups, but many aspects of thei...
BACKGROUND. Determining an absolute timescale for avian evolutionary history has proven contentious....
The origin of crown birds (Neornithes) remains contentious due to conflicting divergence time hypoth...
Unravelling the phylogenetic relationships among the major groups of living birds has been described...
The phylogeny of Galliformes (landfowl) has been studied extensively; however, the associated chrono...
Recently, comprehensive morphological datasets including nearly all the well-recognized Mesozoic bir...
Unravelling the phylogenetic relationships among the major groups of living birds has been described...
Birds represent the most diverse extant tetrapod clade, with ca. 10,000 extant species, and the timi...
The phylogeny of Galliformes (landfowl) has been studied extensively; however, the associated chrono...
Until recently, most knowledge of the early history of birds and the evolution of their unique speci...
Birds represent the most diverse extant tetrapod clade, with ca. 10,000 extant species, and the timi...
The Early Cretaceous is a critical interval in the early history of birds. Exceptional fossils indic...