This operation, Physical and Digital Collections for the Evolution of Knowledge (COLEVOLUTION), is expected to continue creating, expanding and making available to the community the Center's own reference collections. This action includes the acquisition of 3D digital microscopy equipment and computerized microtomography equipment that will allow, through virtual analysis techniques, the incorporation of new specimens and information associated with the collections.

The main objective of this project is for the public not only to discover the scientific results of the research conducted during the DEATHREVOL project, but to actually make them participants in the research process itself.

Recent advances in the biological sciences have revealed how genes control the developmental processes that make our teeth. The Tied2Teeth project builds on the discovery that some of these genes also influence the developmental processes that underlie other parts of our bodies, such as hair texture, mammary glands, and body size. We will be investigating the details of how non-dental traits are interconnected with dental variation, how this varies across humans, and how this has evolved through time.

Death and mortality is an experience shared by all humans. This is why death plays an important role in almost all cultures around the world. A central part of this shared experience is the presence of funerary rites and practices. However, little is known about when these practices emerged. The EU-funded DEATHREVOL project aims to reach a conclusion on the time of the first emergence of this 'culture of death'. As such, it will conduct classical and innovative taphonomic analyses in addition to researching fossil records concerning samples from the Middle Pleistocene and European Paleolithic periods to find traces of funerary rites. The project's results will reveal important insights regarding various behavioral aspects of these early populations.

The PEOPLE project addresses human dispersal and adaptation to changing environments during the Pleistocene in South Africa. Considering that freshwater availability is one key factor in these processes, the project will search for archaeological deposits at rivers, springs, and dry lakes to determine how and when modern humans settled in the interior of the subcontinent.

PUSHH is a Marie Sklodowska-Curie European Training Network (ETN), a scientific commitment by the European Union, within the framework of excellence and innovation, to advance in paleoproteomics science. This European project aims to develop a strategic, powerful training platform to equip the next generation of palaeoanthropologists, palaeontologists and archaeologists, with the skills to exploit the latest biomolecular technologies and to significantly advance our knowledge about biological and cultural evolution of humans. One of the most important pillars in the PUSHH project is its multidisciplinary, through the creation of a coherent and powerful training environment, and by promoting collaborative initiatives on different research disciplines with the same common goal. At the same time, the project develops a community of scientists who confidently communicate with each other, combining advanced concepts across highly specialized disciplines from both humanities and experimental sciences.

Recent advances in the biological sciences have revealed how genes control the developmental processes that make our teeth. The Tied2Teeth project builds on the discovery that some of these genes also influence the developmental processes that underlie other parts of our bodies, such as hair texture, mammary glands, and body size. We will be investigating the details of how non-dental traits are interconnected with dental variation, how this varies across humans, and how this has evolved through time.

The PEOPLE project addresses human dispersal and adaptation to changing environments during the Pleistocene in South Africa. Considering that freshwater availability is one key factor in these processes, the project will search for archaeological deposits at rivers, springs, and dry lakes to determine how and when modern humans settled in the interior of the subcontinent.

This research project proposes to conduct comprehensive paleoanthropological investigations at the Early Stone Age site of Tighennif (ex. Ternifine) (Algeria). Tighennif has yielded the oldest North African hominins associated with faunas and Acheulean stone tools. The Principal Investigator and his team recently launched new research at Tighennif and has discovered in situ fossil bones and Acheulean stone tools, with great potential to investigate H. erectus behavioral patterns and how this hominin species lived in dry/open environment during the Lower-Middle Pleistocene boundary. Our multidisciplinary investigations at Tighennif consist of expanding the excavations in the deposits excavated recently, and to assess the integrity of the site; reconstructing North African paleoecology for understanding the relationship between the environment and H. erectus tool use behavior; characterizing the Acheulean lithic technology; exploring H. erectus subsistence patterns; and firmly dating Tighennif deposits. The proposed research at Tighennif is part of a broader research framework of key Algerian Lower Paleolithic sites for investigating ancestral hominin biological and behavioral evolution in North Africa.