Jasmina Wiemann

Papers

Total Citations

H-Index

About

Jasmina Wiemann is a pioneering paleontologist whose research bridges the gap between deep time and modern biology, specializing in the evolution of vertebrate locomotion, soft tissue preservation, and the molecular signatures of extinct organisms. Her most-cited work, "Tail-propelled aquatic locomotion in a theropod dinosaur" (2020, 94 citations), revolutionized our understanding of dinosaur behavior by providing the first robust evidence for a swimming, tail-propelled theropod—a discovery that reshaped debates on non-avian dinosaur ecology and the origins of aquatic adaptations. Beyond this landmark study, Wiemann has made transformative contributions to paleoproteomics and taphonomy, developing novel molecular tools to detect original proteins and pigments in fossils, thereby unlocking new avenues for reconstructing ancient life at the cellular level. Her research has been widely recognized for its interdisciplinary rigor, integrating biomechanics, geochemistry, and evolutionary biology. With over 1,000 citations across her career, Wiemann’s work not only challenges long-held assumptions about dinosaur lifestyles but also provides a methodological blueprint for extracting biological information from the fossil record. Her achievements have earned her prestigious awards and fellowships, cementing her reputation as a leading voice in the next generation of paleontological research.