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Glossopteris sp., seed ferns, Permian Triassic Houston Museum of Natural Science DSC01765
Glossopteris sp., seed ferns, Permian   Triassic   Houston Museum of Natural Science   DSC01765
Pangaea Glossopteris
Pangaea Glossopteris
Glossopteris sp. Late Permian, Australia. At the Royal Tyrrell Museum of Palaeontology.
Glossopteris sp. Late Permian, Australia. At the Royal Tyrrell Museum of Palaeontology.
Restoration of the environment of the Late Permian Lower Sakamena Formation, Madagascar, with Glossopteris leaves in foreground (along with the lizard
Restoration of the environment of the Late Permian Lower Sakamena Formation, Madagascar, with Glossopteris leaves in foreground (along with the lizard-like reptile Thadeosaurus) and trees in background
Permian–Triassic boundary at Frazer Beach in New South Wales, with the End Permian extinction event located just above the coal layer
Permian–Triassic boundary at Frazer Beach in New South Wales, with the End Permian extinction event located just above the coal layer
Shell bed with the bivalve Claraia clarai, a common early Triassic disaster taxon
Shell bed with the bivalve Claraia clarai, a common early Triassic disaster taxon
Sessile filter feeders like this Carboniferous crinoid, the mushroom crinoid (Agaricocrinus americanus), were significantly less abundant after the P–
Sessile filter feeders like this Carboniferous crinoid, the mushroom crinoid (Agaricocrinus americanus), were significantly less abundant after the P–Tr extinction.
Lystrosaurus was by far the most abundant early Triassic land vertebrate.
Lystrosaurus was by far the most abundant early Triassic land vertebrate.