Study of the role of organized deep convection in the planet’s water and energy balance

Start date : October 1, 2021

Deadline :

Supervisor : Remy ROCA


Global warming is accompanied by a strong disruption of the planet’s water cycle and in particular the water vapor content of the atmosphere is increasing according to Clausius Clapeyron’s law. The first consequence of this modification concerns deep convection, central in the redistribution of water and energy in the Earth system, and which remains associated with open theoretical questions on climate change. The heart of this thesis work is to bring an observational perspective, using a set of satellite measurements, to these scientific questions.

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Thesis offers

Internal tides and interaction with mesoscale currents and its impact on chlorophyll on the southern coast of Brazil

Ocean dynamics on the southern coasts of Brazil are governed by very dynamic, and sometimes unstable, west-coast currents that generate strong meso and submeso-scale eddy activity.

Thesis offers

Coastal sea level in the Caribbean : dynamic processes and sensitivity to climate changes.

The sea level rise related to current global warming is considered to be a major threat to low-lying coastal regions of the world, which are often densely populated.

Non classé

Influence of the mesoscale dynamics on the coast-to-shore exchanges in the gulf of Guinea

The proposed PhD thesis is part of the SWOT-GG project ‘SWOT high resolution 2D mesoscale dynamics in the Gulf of Guinea’ focused on mesoscale dynamics in the eastern part of the Tropical Atlantic Ocean, the Gulf of Guinea.