Thesis start: 2025
Thesis end:
2028
Scheduled defense date:

Abstract

Saint-Étienne Métropole has initiated an approach aimed at building a land strategy to anticipate and plan its land actions. Under multiple pressures, including between stakeholders, metropolitan areas must indeed transition to land sobriety approaches (Cerema, 2022). Saint-Étienne Métropole wishes to support its reflection with a scientific approach in order to take into account in its choices both socio-economic, regulatory and ecological issues, with a view to limiting the consumption of agricultural and natural spaces. The research question underlying this thesis is that of defining a process for developing the land strategy of a local authority, subject to social, economic, environmental and political issues and yet having to face this paradigm shift. The thesis will be supervised in an original manner, combining engineering sciences and social sciences and humanities, through the mobilization of the two Saint-Étienne components of UMR 5600 Environnement Ville Société: Mines Saint-Étienne and Université Jean Monnet.

Keywords

Land strategy, public policy, planetary boundaries, planning, territory, land take, Geographic Information System.

Partners and/or Funders

Saint-Étienne Métropole

Relevant Sustainable Development Goals

Supervision

Natacha GONDRAN

Associate Professor (80%)
Thesis supervisor

Antoine GIRET

Associate Professor
Supervisor

See also

Author

Josué MADAMA MALENDE
Organisation and Environmental Engineering (GEO)
UMR CNRS 5600 – EVS – Environment, City, Society

Year

2024

Subject

Development of a territorial approach to decision support for waste recovery in a context of resource constraints

École doctorale

Doctoral School 488 - Science, Engineering, Health
Environmental Science and Engineering

Supervision

Valérie LAFOREST
Associate Professor
Thesis supervisor

Author

Amaury FIEVEZ
Organisation and Environmental Engineering (GEO)
UMR CNRS 5600 – EVS – Environment, City, Society

Year

2025

Subject

Organisational conditions for success and reproducibility in implementing low-tech approaches in public schools. Experimentation on adaptation to overheating.

École doctorale

Doctoral School 488 - Science, Engineering, Health
Environmental Science and Engineering

Supervision

Valérie LAFOREST
Associate Professor
Thesis supervisor