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The cosmic origin of the Hubble sequence – spin(e)
What are the main drivers determining the morphology of galaxies, which are responsible for establishing the Hubble sequence? When did this happen? What is the role of acquired angular momentum in shaping galaxies? Is the early quenching of star formation in massive systems due to AGN feedback, or to reduced gas infall from cosmic flows, or to both? Can we understand the complete «baryon cycle«, where the evolution of the anisotropic IGM and galaxies are studied simultaneously?
TRANSition to turbulence in shear FLOWs : theory, simulation and experiments – TRANSFLOW
are all recognized researchers in the field. This ANR program gives the remarkable possibility of uniting
THE STRUGGLES FOR « BLUE GOLD » : FROM GRASSROOTS MOBILIZATIONS FOR WATER TO THE INTERNATIONALIZATION OF ENVIRONMENTAL POLICIES. A MULTILEVEL ANALYSIS. – BLUEGRASS
project fits within the framework of a bilateral ANR-FAPESP agreement. Theoretically and methodologically
Synechococcus as a model genus for studying adaptation of marine phytoplankton to environmental changes – SAMOSA
The marine cyanobacterium Synechococcus, a particularly relevant micro-organism to understand the effects of environmental changes (temperature, high visible irradiance, ultraviolets, etc.) in culture and in the field.
Sustainable management of the sanitary and phytosanitary risk in the fresh produce industry: the case of apple chain – Sustain'Apple
In France, apples are the first most consumed and exported fruits. The industry is under intense scrutiny from a sanitary and phytosanitary point of view due to public and private regulation on pesticide residues, phytosanitary barriers in certain emerging countries and consumer perceptions that may be critical. The Sustain’Apple project aims to shed light on the organizational and institutional solutions to develop sustainability (fruit safety, firm competitiveness, environmental performance).
Stochastic Models: Scalable Model Checking – Stoch-MC
Stochastic Models: Scalable Model Checking.
Speed processing in natural visual scenes – SPEED
The goal of SPEED is to better understand how the human brain estimates with the highest accuracy the visual velocity of objects translating within our environment. Such precise estimate is absolutely needed to perceive the movement of objects or animals as well as to optimally control the movements our own actuators such as the ocular tracking responses. Our approach was based on investigating human perception and motor behaviors.
Spatio-Temporal Analysis by Recognition within Complex Images for Remote Sensing of Environment – ASTERIX
The ASTERIX project aims to contribute to basic research in computer science and its applications in the remote sensing of environment. Environment persevering policies still rely on tools with limited functionalities. Extracting landscape patterns from advanced image analysis methods will bring an additional source of information to help understanding the observed changes.
Solar-driven Bio-Hydrogen production in a natural micro-oxic environment in the Cyanobacterium Anabaena PCC 7120 – CYANHY
Genetic and metabolic engineering of the filamentous, nitrogen-fixing cyanobacterium Anabaena PCC 7120 for sustained hydrogen production, taking advantage of the energy provided by photosynthesis