Herbaria contain the treasure of millions of specimens that have been preserved for several
years for scientific studies. To increase the rate of scientific discoveries, digitization of these …

Artificial intelligence (AI) is poised to revolutionize many aspects of science, including the
study of evolutionary morphology. While classical AI methods such as principal component …

Identification of fossil species is crucial to evolutionary studies. Recent advances from deep
learning have shown promising prospects in fossil image identification. However, the …

Fusulinid foraminifera are among the most common microfossils of the Late Palaeozoic and
act as key fossils for stratigraphic correlation, paleogeographic and paleoenvironmental …

Abstract Premise The spurge family Euphorbiaceae is prominent in tropical rainforests
worldwide, particularly in Asia. There is little consensus on the biogeographic origins of the …

Abstract The Malay Archipelago is one of the most biodiverse regions on Earth, but it suffers
high extinction risks due to severe anthropogenic pressures. Paleobotanical knowledge …

Understanding the paleoenvironment and phytogeographical history of the Tibetan Plateau,
China relies on discovering new plant fossils. The Qaidam Basin has long been regarded as …

Paleobotany bears an invaluable source of knowledge for understanding the history of the
biodiversity that we protect and care for today. This discipline is recognized as a source of …

Fossil leaves serve as crucial repositories of palaeobiological information on angiosperms,
with the Lauraceae family standing out as a highly represented group across geological …

Artificial intelligence (AI) is poised to transform many aspects of society, and the study of
evolutionary morphology is no exception. Classical AI methods such as Principal …