معرفی
Augustin Dekoninck is a post-doctoral researcher at the University of Namur's Faculty of Sciences, specializing in geology with a focus on manganese deposits and supergene weathering processes. He is currently associated with the BRGM-Total project "Source to Sink," which aims to find datable material in ancient Mn mines around the Central Massif in France.
Education:
- Bachelor in Geological Sciences (FUNDP - Namur, 2011)
- Master in Geological Sciences (ULB - Bruxelles, 2013)
- PhD in Sciences (University of Namur, 2019)
Dekoninck's research focuses on the metallogeny of economic manganese oxyhydroxides deposits and their connection to supergene weathering processes. His work integrates elemental geochemistry, geochronology, mineralogy, and petrology to understand the formation and timing of supergene manganese deposits across Europe and North Africa. He has conducted extensive fieldwork in Morocco, France, Tunisia, and Italy, examining the relationship between manganese mineralization and regional geodynamics.
His recent publications demonstrate a strong focus on dating techniques for manganese deposits, particularly using Ar-Ar and (U-Th)/He methods, along with detailed petrographic and geochemical analyses. His work spans multiple geological settings including karst-hosted systems, hydrothermal deposits, and weathering profiles, with particular attention to the role of tectonic processes in ore formation.
Scientific Awards:
- Best poster presentation (ILEE Research day, 2019)
Dekoninck has been actively involved in numerous conferences and symposiums, presenting his research on manganese oxides and their significance in Earth Sciences. His collaborative work extends across multiple institutions and countries, reflecting the international nature of geological research. While his primary affiliation is with the University of Namur, his research involves partnerships with BRGM (French Geological Survey) and Total, demonstrating strong industry-academia connections in resource geology.
His laboratory work focuses on advanced analytical techniques for mineral characterization and dating, with research groups examining the geochemical signatures of manganese deposits across different geological settings and time periods.
