Achim Bräuning

Professor Achim Bräuning leads the Biogeography and Dendrosciences Group at Friedrich Alexander University Erlangen Nuremberg, where he conducts internationally recognized research in dendrochronology and paleoclimatology. His work spans multiple continents including Asia, Europe, Africa, and South America, focusing on tree-ring analysis for climate reconstruction and environmental studies. He directs both the Dendrolab and Isotope Lab, providing advanced facilities for wood sample preparation, ring width measurement, and stable isotope analysis.

Bräuning's research interests center on dendrochronology as a tool for understanding past climate variability and its ecological impacts. His work examines tree growth responses to climate factors across diverse environments, from the high altitudes of the Tibetan Plateau to tropical forests. He has made significant contributions to understanding long-term climate patterns, drought history, and the relationship between tree growth and environmental variables. His research employs both traditional dendrochronological methods and innovative approaches involving stable isotopes and wood anatomy.

Analysis of Bräuning's recent publications reveals a strong focus on climate reconstruction using tree-ring data across multiple continents. His work spans from high-altitude regions like the Himalayas and Tibetan Plateau to tropical environments and Mediterranean ecosystems. Key themes include drought history, temperature reconstructions, growth-climate relationships, and the application of dendrochronology to understand both historical climate patterns and contemporary climate change impacts. His research increasingly incorporates multi-proxy approaches combining ring width, wood anatomy, and stable isotope analysis.

Bräuning actively supervises bachelor's and master's theses, contributing to the education of the next generation of dendrochronologists and climate scientists. His work bridges fundamental research with practical applications for understanding climate change impacts on forest ecosystems. The Dendrolab and Isotope Lab under his direction provide critical infrastructure for advanced tree-ring research, supporting both his own projects and those of students and collaborators.