It is a great pleasure to welcome many of you to our international section meeting this August 23rd – 26th 2023 at the Justus-Liebig University (JLU) of Giessen. Known for its long tradition in basic and applied plant research (the botanical garden was founded in 1609 and is the oldest garden in Germany still located at its place of foundation), the JLU Giessen is one of the traditional universities in Germany in which still today the full spectrum of botanical science, including Systematics, EvoDevo, Plant Ecology and Physiology, Plant breeding, Plant pathology is an active part of the JLU´ portfolio. "Plant evolution in a changing world" is the topic of our meeting and participants will have ample room and possibilities to meet their colleagues to discuss the broad spectrum of plant evolution, techniques and concepts, theories and prospects of applied and basic research. Nevertheless, there will be time for social interaction and extensive networking opportunities for graduate students, postdocs, established scientists, and others. The annual meeting of the Section Biodiversity & Evolutionary Biology of DBG will bring our members together. Field excursions on Saturday 26th September will provide you with the opportunity to expand your floristic knowledge in the area of Giessen. ... [Information of the supplier]
Recent developments are providing exciting new insights into the evolutionary dynamics of species diversification and the importance of evolutionary radiations, or rapid episodes of lineage diversification. The aim of this meeting is to explore questions about where, when and why plant evolutionary radiations happen, and how they proceed. The meeting will bring together contributions spanning: (i) new models of species diversification, including paleodiversity and trait evolution, and the increasingly sophisticated and powerful tools available for testing hypotheses about diversification trajectories and their causes; (ii) the proliferation of new molecular phylogenetic data, for more and larger plant clades spanning broader taxonomic, geographical and temporal levels, as well as opportunities for unprecedented phylogenetic resolution of rapidly evolving clades coming from genome-scale DNA sequence data; (iii) assembly of more comprehensive species geographic distribution, functional and life history trait data sets that are enabling more accurate and complete reconstruction of biogeographic and trait evolution histories and interactions; (iv) empirical studies of key plant radiations for understanding the contributions of biotic interactions (pollinators, herbivores, pathogens) as drivers of radiations, the interplay between ecological opportunity and evolutionary innovation in driving radiations, and the mechanisms of radiations in terms of underlying population ecology and speciation. ... [Information of the supplier]