Earth and related environmental sciences

APPLICATION OF GIS TECHNIQUES TO THE STUDY OF THE MARINE ENVIRONMENT
HISTORICAL CHANGES IN THE COASTLINE
GEOPHYSICAL CHARACTERIZATION OF CONTINENTAL MARGINS
STRATIGRAPHY AND TECTONICS OF MARINE AREAS
STUDY OF NATURAL RISKS IN COASTAL AREAS AND CONTINENTAL MARGINS
EVOLUTION OF CONTINENTAL MARGINS
GEOHABITATS
GEOMORPHOLOGY OF COASTAL AND MARINE AREAS
NEOTECTONICS AND SEISMOTECTONICS
PALEO-OCEANOGRAPHY
PALEOCLIMATE
COASTAL EROSION PROCESSES
SEDIMENTARY PROCESSES ON CONTINENTAL MARGINS

Validation of satellite measurements (radar altimetry) using in-situ data.
Satellite Oceanography

Renewable energy in marine environments.

Integrated methods of environmental quality assessment.

Microbiology of aquatic systems.

Climate Change.

Corrosion and protection of metallic materials

Investigation of composite multi-drum stone column under an earthquake. The purpose of this research is to investigate several key parameters on the bearing capacity of a composite free-standing multi-drum stone column under an earthquake. Also, within these studies a large amount of experimental data on the behaviour of stone column due to earthquakes would be collected.

Within these group, contribution of under-researched sub-hourly sea level oscillations to the extreme sea levels along the European coasts is studied.

The research focuses on observations, analyses and modeling of atmospheric and oceanic processes at different time and climatic scales using high-resolution numerical models. Studies also include coastal water pollution using ground-based meteorological measurements, remote sensing, and unmanned aerial vehicles. 

The Microbial Ecology and Biodiversity Laboratory (LUBEM, UR n ° 3882) is a research laboratory at the University of Western Brittany specializing in the study of biodiversity and the ecology of microorganisms, mainly in agriculture, food industry and environment.

The LUBEM laboratory has 2 applicative axes:

• Ecosystems with fungal components (molds and yeasts).

• Risks associated with spore forming bacteria.

MGRG is active in promoting multidisciplinary research and related events about geomorphology in various dimensions. The group over the years has managed to produce a number of research initiatives and publications related to the study of coastal landforms, such as landslides, karst, shore platforms, shingle beaches, bouldered coasts, natural hazards and geoheritage. The group collaborates with a number of other geomorphology groups in Italy and UK.

• Marine dynamics (hydrodynamic modeling; wind wave modeling; coastal hydro- and morphodynamics; statistical analysis and risk assessment)
• Acoustic remote sensing (hydroacoustics; acoustic identification of objects; seabed mapping; biomass estimation)
• Satellite remote sensing (methodology and applications to the Baltic Sea; surface temperature, pigments, primary production, etc.)
• Marine optics (optical properties of sea water, phytoplankton, suspended matter etc.)