Lystrosaurus was one of the few tetrapods to survive the end-Permian mass extinction
(EPME), the most catastrophic biotic crisis in Phanerozoic history. The significant increased …

The herbivorous dicynodonts comprise a widespread and diverse therapsid radiation that
flourished in the Permian and persisted into the Triassic. The taxonomic diversity of this …

Lystrosaurus is one of the few therapsid genera that survived the end‐Permian mass
extinction, and the only genus to have done so in abundance. This study identifies which …

Lystrosaurus is iconic for surviving the Permo-Triassic Mass Extinction and becoming the
most abundant terrestrial vertebrate during the Early Triassic. Previous reports of skeletal …

Examination of the bone microstructure of Lystrosaurus murrayi from India and South Africa
reveals a predominance of fibrolamellar bone tissue, which suggests rapid periosteal …

Lystrosaurus is a therapsid genus that is well represented in early Triassic deposits of the
South African Karoo. In this morphometric study of craniodental dimensions of various …

Earth experienced its most devastating extinction event at the end of the Permian period 251
million years ago (Ma). Despite an estimated 75 to 90% loss of species globally in both …

Multiple skulls of the dicynodont Lystrosaurus from the Early Triassic Panchet Formation,
India, including those assigned to L. murrayi, L. platyceps, L. maccaigi and L. rajurkari, were …

We report on a large burrow cast with skeletal contents from Lower Triassic strata of the
Palingkloof Member of the Balfour Formation, which forms the lowermost portion of the …

Abstract The earliest Triassic (Induan) Lystrosaurus Assemblage Zone has long been
recognised as a particularly significant biozone in palaeoecological and …