Jun 27, 2023
“How to Date Mother Earth”: Successful First Symposium of the CFEA on Dating Methods in Environmental Sciences
On June 15th to 16th, the Core Facility Environmental Analytics (CFEA) proudly hosted a first scientific symposium under the direction of Prof. Dr. Michael Zech, Heisenberg Chair of Physical Geography with focus on paleoenvironmental research. The symposium focused on dating methods in environmental sciences and covered forest, geo and hydro sciences. Attended by 100 participants from nine countries, the symposium provided a vibrant and productive atmosphere for the exchange of knowledge and experiences
The symposium brought together experienced and internationally renowned dating experts and interested colleagues and junior researchers. It served as an attractive platform for presenting and discussing different dating methods. Apart from analytical and technical aspects, the 16 presentations organized in 3 sessions, also focused on analytical and technical optimizations and typical applications.
From a methodological perspective, a fascinating array of dating methods was explored during the event. This comprised, for instance, dendrochronology in forest sciences, uranium-lead, radiocarbon, and luminescence dating in geosciences, as well as noble gas isotope dating in hydro sciences. These techniques opened up an extraordinary spectrum of datable time scales, spanning from a mere year to an astounding 4.6 billion years.
The 20 presented posters offered further insight into the applications of various dating methods in environmental research, initiating discussions that fostered dialogue and networking amongst the participants. Discussions involved also tree growth processes under changing climatic conditions, climate reconstruction using proxy data and declining ground water recharge in light of globally increasing water scarcity.
A compendium was compiled for the symposium, laying out the analytical fundamentals of the presented dating procedures in environmental sciences along with case studies.