Supporting data for: Bestwick et al. (accepted) ‘Dietary diversity and evolution of the earliest true flying vertebrates revealed by dental microwear texture analysis’. Nature Communications. Data include .xlsx files of: Raw 3D microwear texture data for all extant reptiles and bats and for all pterosaurs included in the study Dietary breakdowns of extant reptiles and bats used in analyses Results of microwear texture differences between bat dietary guilds ISO texture parameter definitions Dietary correlation results between dietary component and PC 1 and 2 values Estimated ancestral PC 1 and 2 values for each node from the three phylogenies used in the ancestral pterosaur dietary state reconstructions. Also includes example R co...
Dental microwear texture analysis (DMTA) is a powerful technique for reconstructing the diets of ext...
Dental microwear texture analysis (DMTA) quantifies microscopic scar or wear patterns left on teeth ...
Dental wear analyses are classically applied to mammals because they have evolved heterodont dentiti...
Pterosaurs, the first vertebrates to evolve active flight, lived between 210 and 66 million years ag...
Pterosaurs are an extinct group of Mesozoic flying reptiles that lived between 210 and 66 million ye...
Dental microwear texture files of ornithopod dinosaurs used in the study. Files are in "sur" format ...
Dental microwear texture files of ornithopod dinosaurs used in the study. Files are in "sur" format ...
Theropods were the dominating apex predators in most Jurassic and Cretaceous terrestrial ecosystems....
Reptiles are key components of modern ecosystems, yet for many species detailed characterisations of...
Supporting data for: Adams et al. (accepted) 'Dietary signals in dental microwear of predatory small...
Dental microwear has long been used as evidence concerning the diets of extinct species. Here we pre...
Phytosaurs are a group of large, semi-aquatic archosaurian reptiles from the Middle–Late Triassic. T...
This supplementary information includes 19 datasets and 95 sur files. Dataset 1 to 11 and 13 to 19 a...
Pterosaurs are an extinct group of Mesozoic flying reptiles, whose fossil record extends from approx...
As abundant and widespread predators, elasmobranchs play influential roles in food-web dynamics of m...
Dental microwear texture analysis (DMTA) is a powerful technique for reconstructing the diets of ext...
Dental microwear texture analysis (DMTA) quantifies microscopic scar or wear patterns left on teeth ...
Dental wear analyses are classically applied to mammals because they have evolved heterodont dentiti...
Pterosaurs, the first vertebrates to evolve active flight, lived between 210 and 66 million years ag...
Pterosaurs are an extinct group of Mesozoic flying reptiles that lived between 210 and 66 million ye...
Dental microwear texture files of ornithopod dinosaurs used in the study. Files are in "sur" format ...
Dental microwear texture files of ornithopod dinosaurs used in the study. Files are in "sur" format ...
Theropods were the dominating apex predators in most Jurassic and Cretaceous terrestrial ecosystems....
Reptiles are key components of modern ecosystems, yet for many species detailed characterisations of...
Supporting data for: Adams et al. (accepted) 'Dietary signals in dental microwear of predatory small...
Dental microwear has long been used as evidence concerning the diets of extinct species. Here we pre...
Phytosaurs are a group of large, semi-aquatic archosaurian reptiles from the Middle–Late Triassic. T...
This supplementary information includes 19 datasets and 95 sur files. Dataset 1 to 11 and 13 to 19 a...
Pterosaurs are an extinct group of Mesozoic flying reptiles, whose fossil record extends from approx...
As abundant and widespread predators, elasmobranchs play influential roles in food-web dynamics of m...
Dental microwear texture analysis (DMTA) is a powerful technique for reconstructing the diets of ext...
Dental microwear texture analysis (DMTA) quantifies microscopic scar or wear patterns left on teeth ...
Dental wear analyses are classically applied to mammals because they have evolved heterodont dentiti...