Discovering the Deep Mediterranean Environment: A History of Science and Strategy (1860-2020)
Few geographical spaces have been more relevant to human life and more intensively theorized than the Mediterranean Sea. Today, this sea poses some of the most pressing challenges and opportunities for European economic, security, and environmental policies. Answers to how to manage the region depend on ideas and perceptions of integration and division of the basin and its peoples. But the Mediterranean as a spatial concept has radically changed in the last 160 years as humans have gained access to its depths, unveiling an underwater world to discover, exploit, and navigate. The Mediterranean has become a volume.
DEEPMED is the first historical account of the discovery of the deep Mediterranean environment. Its main hypothesis is that science and strategy jointly made the Mediterranean depths into an object of analysis and a political space, which in turn shaped science and strategy in the region. DEEPMED pursues three specific objectives: 1) identifying the actors and contexts that enabled perceptions and practices of depth in the Med; 2) describing how natural and human time-scales interact in this body of water, and 3) tracking key conceptual landmarks defining the uniqueness and representativeness of the Mediterranean volume vis à vis the global ocean. . .
DEEPMED is the first basin-scale step in a novel approach to oceanic history that incorporates analyses of deep and bottom layers of the Sea to gauge the causes and effects of the historical emergence of depth. This requires an innovative interdisciplinary, transnational and digital methodology. The project identifies overarching trajectories of human engagement with depths from the mid-19th century- to the present, including contrasting timelines and perspectives. The availability of digital tools for creating a database that facilitates geospatial and visual analyses make the project timely. The current security and environmental Mediterranean crises make it essential.
Lino Camprubí is the Principal Investigator of DEEPMED and MAP4DMED. He is an Associate Professor (Profesor Titular) at the University of Seville, Spain. Personal page and full list of publications.
DEEPMED – Discovering the Deep Mediterranean Environment: A History of Science and Strategy (1860–2020) is funded by a European Research Council Consolidator Grant (ERC-COG, grant agreement no. 101002330; 1 March 2022 – 28 February 2027; host institution: University of Seville). The project combines the history of science with environmental science and oceanography to reconstruct how the deep Mediterranean was explored, measured and governed. CORDIS record.
MAP4DMED – Map for the Mediterranean: A Scalable Four-Dimensional Application to Manage Data on a Deep Environment is an ERC Proof of Concept project (ERC-2026-POC, grant agreement no. 101335459; 1 September 2026 – 29 February 2028; host institution: University of Seville). Building on DEEPMED, it develops a Historical Geographic Information System that aggregates, harmonises and visualises heterogeneous scientific, infrastructural and geopolitical datasets on the Mediterranean Sea over time. CORDIS record.
Selected publications
— Celis, Alberto, and María C. Villarín. «A Review of the Mediterranean Climate (1902–2021): From Analytical Climatology to the Isotopic Signatures of Precipitation in the Iberian Peninsula.» In *Dynamic Evolution of Atmospheric, Ecological, and Hydrological Systems in Circum-Mediterranean Regions* (MedGU 2023), *Advances in Science, Technology & Innovation*. Cham: Springer, 2025. https://doi.org/10.1007/978-3-031-86777-4_27.
— Chrigui, Aymen, Pablo Fraile-Jurado, and María C. Villarín. «Spatial Bibliometric Assessment of Mediterranean Seabed Mapping Research: Hubs and Gaps.» Geo-Marine Letters 46, no. 1 (2026): 13. https://doi.org/10.1007/s00367-026-00846-8.
— Kleinhans, Maarten G., and Jip van Besouw. «Sediment Continuity: Historical Development and Misconceptions of a Core Concept of Geomorphology.» Geomorphica 2, no. 2 (2026): 1–13. https://doi.org/10.59236/geomorphica.v2i2.57.




