Overview
Explore the future of sedimentology in this 52-minute talk that delves into geoheritage, planetary exploration, and technological advancements. Learn about the importance of geoheritage sites in advancing scientific knowledge, understanding geodiversity, and addressing climate change. Discover the role of sedimentology in planetary exploration, particularly on Mars, and its significance in the search for extraterrestrial life. Examine the potential of microbial life in terrestrial authigenic minerals and their detection as biosignatures. Gain insights into how digital technology is revolutionizing sedimentology research, from data collection to visualization and sharing. Investigate topics such as the Basque Geo Park, micro concretions, calcium sulfite veins, soft sediment deformation, and Earth analogs for planetary studies. Explore new directions in the field, including the evolution of minerals, open access research, and the impact of AI tools like ChatGPT on sedimentology. Understand the connections between geoheritage landscapes, planetary explorations, and technological innovations that are shaping the exciting frontier of sedimentology's future.
Syllabus
Introduction
Geoheritage
Basque Geo Park
Geo Heritage
Geo Heritage Innovations
Planetary Explorations
Micro concretions
Calcium sulfite veins
Sandstones
Soft sediment deformation
Geomorphology
Earth Analogs
Examples
Life is Everywhere
New Directions
Evolution of Minerals
RockD
Questions
Open Access
Chat GPT
Water table
Mars Sedimentology
Geoparks
Communication
Perseverance
Taught by
Seds Online