Abstract The Triassic Period records important ecological transitions in the aftermath of the
end-Permian mass extinction and is a key interval in the evolution of modern coral reefs …

In the wake of the end-Permian mass extinction, the Early Triassic (~ 251.9 to 247 million
years ago) is portrayed as an environmentally unstable interval characterized by several …

Perturbations to the global carbon and sulfur cycles recurred episodically throughout the~ 5-
Myr-long Early Triassic, in the aftermath of the end-Permian mass extinction, the largest …

Mass extinctions have profoundly influenced the history of life, not only through the death of
species but also through changes in ecosystem function and structure. Importantly, these …

Abstract In the Early Jurassic (~ 183 Ma ago) global warming and associated environmental
changes coincided with an extinction event in the marine realm (early Toarcian extinction …

The recovery of marine life from the end-Permian mass extinction event provides a test-case
for biodiversification models in general, but few studies have addressed this episode in its …

After the latest Permian mass extinction event, microbial mats filled the ecological niche
previously occupied by metazoan reefs, resulting in widespread microbialites. This study …

The late Permian mass extinction event was the largest biotic crisis of the Phanerozoic and
has the longest recovery interval of any extinction event. It has been hypothesised that …

We describe aggregative microconchid (Lophophorata) tubes from the uppermost Permian
(upper Changhsingian) and Lower Triassic (Olenekian) lacustrine and fluvial strata of the …

The aftermath of the latest Permian mass extinction is a key interval for the evolution of
modern marine ecosystems. It has been hypothesized that the magnitude of the mass …