Shapes of beaks and snouts come in an extraordinary range of forms, reflecting adaptations to different lifestyles and ...

Discover the wacky and wonderful creatures that are part of our own family history. Author Steve Brusatte shares fascinating insights into the evolution of mammals and their coexistence with dinosaurs ...

The discovery of new cynodont fossils from southern Brazil by a team of palaeontologists has led to a significant breakthrough in understanding the evolution of mammals. These fossils, belonging to ...

The mammalian olfactory system has evolved a remarkable complexity, integrating specialisations in the nasal architecture that support diverse ecological roles. Central to this system are the turbinal ...

A new study reveals the surprisingly convergent evolution in the inner ear of mammals. An international research team showed that a group of highly divergent mammals known as Afrotheria and distantly ...

Scientists wanted to know why the chatter of Alston’s singing mice sounds so much like human conversation. What they found ...

The humble rodent “thumb” may not seem like an obvious window into evolution, but its keratinized tip – the unguis (hoof, claw, or nail) – turns out to reveal striking insights into rodent history and ...

The inner ear, a complex sensory apparatus incorporating the cochlea, semicircular canals, and otolithic organs, is pivotal for auditory perception and balance. Recent multidisciplinary research has ...

With rodent teeth, bat-like ears and a woodpecker-inspired hunting strategy, this primate may just be one of evolution’s ...

pt. 1. Beyond the mainland ; 1. Introduction ; 2. History of island studies ; 3. Factors that influence island faunas. Types of islands. Dispersals to islands. The candidate species. Composition of ...

Researchers (left to right) Gordon Shepherd, Anderson Feijó, Lauren Johnson, and Rafaela Missagia, working in the Field Museum’s mammal collections. Picture a squirrel eating an acorn. It’s holding ...

Researchers use molecular barcoding to discover that Alston’s singing mice evolved complex vocalizations through targeted tripling of neural projections.