PEPR Sustainable Cities and Innovative Buildings

Towards sustainable and healthy cities

Robust Evaluation of Solutions Intended to Lower the Induced Effect of New Climates on Ecocities

RESILIENCE uses an innovative transdisciplinary approach to evaluate the effectiveness of urban planning policies, their potential co-benefits and public acceptance. The project is conducted in collaboration with the Marseille and Lille metropolitan areas.

60months
8laboratories
2metropolises
5M€total budget

Research themes

Six interdisciplinary scientific axes covering the major challenges of the sustainable city

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Air Pollution

Monitoring and modelling of atmospheric pollutants, ultrafine particles (UFP), secondary organic aerosols and their impact on urban health.

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Urban Heat

Study of Urban Heat Islands (UHI), thermal properties of surfaces (albedo, emissivity) and development of the CityVox software.

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Biodiversity

Urban ecological corridors, continuity of green networks, biodiversity and the role of Nature-Based Solutions (NBS) for the carbon balance.

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Sustainable Mobility

Transition to active mobility, Low Emission Zones (LEZ), assessment of impacts on air quality and UHIs, citizen perception.

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Health & Inequalities

Environmental health inequalities (EHI) at neighbourhood (IRIS) scale, multidisciplinary composite indices and decision-support tools.

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Social Sciences

Acceptability of urban policies, citizen surveys, behavioural change and resident participation in sustainable transition.

A unique transdisciplinary approach

RESILIENCE brings together researchers in atmospheric chemistry, thermal physics, ecology, urban planning, social sciences and environmental health to address the challenges of the sustainable city as a whole.

The project uses a multi-scale approach — from street level to the metropolitan area — combining field observations with advanced modelling tools (CHIMERE/MUNICH, CityVox).

The two study territories, Marseille and Lille, have contrasting profiles in terms of density, governance and climate, offering a unique comparison for assessing the replicability of approaches.

Read the scientific description

7 scientific questions

  1. Obstacles to implementing sustainable city plans
  2. Evaluation of ongoing urban strategies
  3. Impact of planned strategies at different scales
  4. Socio-environmental health inequalities
  5. Perception and acceptability of actions
  6. Co-benefits of cross-cutting strategies
  7. Replicability and recommendations

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Scientific consortium

8 research laboratories across France

LCE (AMU) CERI EE (IMT Nord Europe) IUSTI (AMU) IMBE (CNRS/AMU) LMA (UGE) CEREA (ENPC) LGCgE (ULille) TVES (ULCO)
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