Coastal areas are among the most diversified and productive ecosystems on earth and deliver a wide range of socioeconomic services to humans, but are yet highly vulnerable. Their functioning is governed by a set of ecological and biogeochemical processes that may be impaired by humans. This course will focus on marine soft-sediments, which provide the largest habitat on Earth planet and host most of marine productivity. We will see what are the ecological processes that control coastal ecosystem functioning and how organisms impact these processes. Students will conduct experiments and analyses to learn the methods used to study coastal ecosystems.
Cohort: 2017, 2018
Numerical methods for marine science
The course provides a good background for anyone you want to study benthic ecology in coastal systems and underlines the particularities of the Mediterranean Sea. The major topics of the course include: pelagic primary production, benthic/pelagic coupling, sediment-organism interactions, engineering species, and early diagenesis. The course provides multidisciplinary conceptual and methodological competencies at the boundary between marine chemistry, biogeochemistry and benthic ecology.
Basic Biological Oceanograph
- Describe the key ecological and biogeochemical processes controlling coastal ecosystem functioning,
- Understand the global significance of bentho-pelagic coupling in coastal environments,
- Assess the functional role of macro- and meiobenthos in coastal ecosystems (mitigation of eutrophication, burial of excess carbon and pollutants in sediments…)
- Understanding Functional ecology
- Meiofauna extraction and identification
- Fatty acid analysis by GC MS
- Benthic fluxes (O2 & nutrients) measurements
- Use of chemical sensors
50% written examination
50% practical assignment