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Approche Economique Territoriale Intégrée pour le Climat – AETIC
«Climate Policy in Member States of the European Union relies on a massive reduction of greenhouse gases emissions by 2050. This ambitious goal requires mobilizing all reduction options available, including the local level where there are very important potentials that are not directly accessible by
Gouvernance des systèmes urbains pour une ville résiliente – RESILIS
Cities are becoming more and more complex with social interactions, high degree of connectivity and competitiveness objectives. If urbanity results from resources accumulation, power concentration, territory attractiveness and culture, it is also a risk producer. Risk management is mainly focused on
Approche systémique pour les Plans Climat Energie Territoriaux : mise en perspective 2050 – ASPECT-2050
Climate and energy policies of French cities, initiated in the 90s, are facing a major shift. Indeed, thanks to the impulse given with the “Grenelle de l’Environment” (French national consultation and lows on environment that have been lead in 2009–2010) and being confronted by increasing difficulti
Rôle du végétal dans le développement urbain durable , une approche par les enjeux liés à la climatologie, l'hydrologie, la maîtrise de l'énergie et les ambiances – VegDUD
Urban intensification as a solution against sprawl must be properly organized to produce an acceptable quality of life for city dwellers. The vegetal could be a solution. VegDUD aims at establishing knowledge of vegetation impacts on climate, hydrology, energy consumption, ambiences to orientate pol
Au service d'une mobilité durable : les grandes villes fluviales françaises et leur port. Etude comparée Paris-Lyon-Lille-Strasbourg et comparaisons internationales. – FLUIDE
In the course of the programme, the researchers were responsible for the development of interesting synergies between the local players, particularly between the ports and the urban planning agencies. It is difficult to quantify this result, but it shows that a research programme can help to create
Outil MÉthodologique d'aide à la Gestion intégrée d'un système d'Assainissement – OMEGA
Nowadays urban drainage systems have become much more than a simple removal of storm-water and sewage out of the city. New management objectives and techniques must be considered, for instance related to the protection of aquatic environments or mitigation of nuisances due to the wastewater system.
Modélisation Urbaine et Stratégies d'adaptation au Changement climatique pour Anticiper la Demande et la production Energétique – MUSCADE
The city is a complex system particularly concerned by climate change: its buildings consume energy and emit greenhouse gases; its local climate is enhanced by the formation of urban heat islands, uses of air conditioning or heating of its inhabitants are hardly predictable, and its structural chan
Méthodologie de Diagnostic des Tunnels et Ouvrages Souterrains en Service – MéDiTOSS
The plannified development of the urban areas will imply to build and to spread the infrastructures needed to their good fonctionnement. But the infrastructure maintenance is of major concern for the management and the development of cities, in order to ensure good working conditions, security and
Innovations pour la gestion durables de l'eau en ville - connaissance et maîtrise de la contamination des eaux pluviales urbaines. – INOGEV
The reduction of pollutant discharges to limit their impact on the environment is a major preoccupation of most cities. Indeed, urban discharges are considered as a major cause of the deterioration observed in receiving waters. Water regulation is becoming more and more stringent. Especially, the Wa
stratégie de densification, de diversification et de régénération des tissus pavillonnaires – BIMBY
In order to renew the ongoing ideas about the model of a sustainable city, the project proposes a research strategy based on the 3 following principles : To note, firstly that the ?urban fabric stock' currently consisting in all of the existing residential areas, is one of the most crucial work subj
Développement Durable et Sols Urbains – D2SOU
Urban systems are built and develop in a natural environment: landscape, grounds and sub-soil. This environment constitutes at the same time a resource (space, water, aggregates, geothermal energy, storage capacities.) and a constraint (rugged landscape, aptitude for construction and underground wor