The new SEMACRET project video is now available!
Featured
Project
SEMACRET aims to promote sustainable exploration for green transition Critical Raw Materials in the EU securing the continued supply for its industries.
Project
SEMACRET aims to promote sustainable exploration for green transition Critical Raw Materials in the EU securing the continued supply for its industries.
Methodology and Work Packages
Summary of the methodologies and work packages employed in SEMACRET.
Reference Sites
The sites to be studied in SEMACRET cover a diversity of geological settings and ages including several Belts across Europe.
Sparse Outlier-Robust PCA for Multi-Source Data
Patricia Puchhammer, Ines Wilms, Peter Filzmoser
Rapid Bayesian Imaging of Large‐Scale Transient Electromagnetic Data Using Probabilistic Neural Networks
Jian Chen, Stefano Galli, Alessandro Signora, Nicole Anna Lidia Sullivan, Bo Zhang, Gianluca Fiandaca
Exploring high-resolution targeting till geochemical data in central Lapland, Finland
Kalubowila, C., Sarala, P., Pospiech, S., Filzmoser, P.
Layered intrusions in the Precambrian: Observations and perspectives
William D. Smith, M. Christopher Jenkins, Claudia T. Augustin, Ville J. Virtanen, Zoja Vukmanovic, Brian O’Driscoll
Sedimentary and metamorphic processes priming black shale for magmatic assimilation of sulfur: an example from the Virginia Formation, Minnesota, United States
Ville J. Virtanen, Jussi S. Heinonen, Lena Märki, Matthieu E. Galvez, Ferenc Molnár
Preliminary results of integrating surficial geochemistry with geophysical models on the case study of Ransko Mt., Czech Republic
Geo4Göttingen 2025– Esther Kerubo, Lucija Dujmović, Francesco Dauti, Gianluca Fiandaca, Solveig Pospiech
The mineral system approach applied to magmatic Ni-Cu-PGE deposits revisited
GOOD DOME meeting 2025– Giada Iacono-Marziano, Ville Virtanen, Fangfang Guo, Shenghong Yang
From Expert Knowledge to Unsupervised Learning: Prospectivity Modelling of Fe-Ti-V Mineralisation in Beja, Portugal
MinProXT Webinar (organised by Geological Survey of Finland) 2025– Malcolm Aranha, Bruno Bartolomeu, Ana Jesus, Mario Gonsalves, António Oliveira, Manuel A. Dias
Targeting deep-seated critical minerals in Poland using symbolic artificial intelligence
Geo4Göttingen 2025– Malcolm Aranha, Olga Rosowiecka
Acceptance of Plant-Based Geochemical Exploration and Applicability: Lessons from SEMACRET
Geo4Göttingen 2025– Dr. Solveig Pospiech, Lucija Dujmović
SEMACRET 