Economic Valuation of Innovative Rainwater Management solutions - Georges Farina

Deep aquifers are the main drinking water supply in the Bordeaux Metropolitan Area, France. However their sustainability is threatened by demographic growth and climate change. Alternative water resources, such as surface water tables, can substitute some present or future water uses that are currently covered by the drinkable water network.

Various innovative rainwater management solutions are to be evaluated in this thesis, especially Nature-Based Solutions (NBS). Indeed NBS can provide rainwater infiltration solutions, as well as address other urban issues that Bordeaux aims to tackle (urban heat island effects, biodiversity conservation, air pollutant removal, …).

The goal of this work is to perform an integrated economic valuation of the various costs and benefits associated to these solutions, depending on their spatial distribution. The economic assessment also aims at creating a decision helping tool for settling between these innovative solutions, and plan their location. The thesis will aim at creating a spatially explicit valuation method, and will mobilize various economics methods : multi-objective optimization, cost-benefit analysis, multi-criteria decision analysis, contingent valuation, choice experiments.

Key words : Environmental economics, ecosystem services, Nature-based solutions, multi-criteria decision analysis

 

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Nature-Based Solutions generate multiple benefits for cities
Source: Rhine Meuse Water Agency

 

 

 

 

 

Additional Info

  • Contact:

    Name – Surname of PhD student: Farina Georges

    Address : 88 cours Louis Fargue, 33000 Bordeaux

    Phone : 0667845359

    E-mail : This email address is being protected from spambots. You need JavaScript enabled to view it.         

  • THESIS INFORMATION:

    Doctoral school: Ecole Doctorale Entreprise, Economie, Société, Bordeaux

    Thesis Director: Jean-Christophe Péreau (GREThA), Philippe Le Coënt (BRGM-G-EAU)

    Supervisor: Cécile Hérivaux (BRGM-G-EAU)

    Start date: October 15th 2020

    Defense date:

    CIFRE thesis funded by SABOM

  • Team(s) of Joint Research Unit concerned:

    Precos and Groundwater

     

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