NWE - INTERREG IV B
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AMICE

Climate Changing? Meuse Adapting!

ULg



Département ArGEnCo - Secteur MS²F, Chemin des Chevreuils, 1 Bât B52/3+1


4000 - Liège
Belgium, Wallonia
phone :
fax : 32 (0)4 366 95 58
website : www.hach.ulg.ac.be
Retour à la liste des partenaires

Les actualité du partenaire :

  • Visite de site - village de Ny et plaines de Naives - Belgique
  • AMICE officially approved
  • First Project Steering Group meeting
  • Progresses from WP1
  • Project Steering Group meeting report - First Payment Claim
  • WP2 Partners share experience
  • WP2 Partners share experience
  • Première réception de fonds FEDER par le projet AMICE
  • Première parution de la newsletter AMICE
  • Réunion d étape du WorkPackage 1
  • Symposium Meuse - la session AMICE
  • Project Steering Group 3 - meeting report
  • WP4 report on Flood crisis management in the Meuse basin
  • WP4 report on Flood crisis management in the Meuse basin
  • WP4 report on Flood crisis management in the Meuse basin
  • WP4 report on Flood crisis management in the Meuse basin
  • WP4 report on Flood crisis management in the Meuse basin
  • Publication dans Natural Hazards de la méthodologie d analyse de risque en Région wallonne
  • AMICE Site Visit on Amel Amblève
  • Début des actions 6 et 7
  • WP1 report on the Analysis of climate change, high-flows and low-flows scenarios on the Meuse basin
  • Résumé : Analyse du changement climatique, des scénarios d inondation et d étiage sur le bassin de la Meuse
  • Présentation des résultats de la modélisation hydraulique
  • Mise à jour sur les actions du WP1
  • Lancement du Cluster SICadapt!
  • 3ème édition de Meuse et Climat
  • Project Steering Group 5
  • Cluster Website and Expert Board
  • Visite de Site AMICE en Allemagne
  • WP1 updates
  • WP1 update: transnational damage functions agreed
  • Meuse et Climat 4 fait le point sur les activités récentes du projet AMICE
  • Fin de l Action 6 - Début de l Action 8
  • Modélisation complète du bassin de la Meuse
  • Publication conjointe des Partenaires belges et allemands
  • Project Steering Group 8
  • Meuse et Climat 5
  • WP1 meeting
  • International Symposium on Hydraulic Engineering Aachen (IWASA)
  • AMICE final conference : in preparation
  • climate impacts and climate proofed measures
  • Project Steering Group n.7
  • AMICE Project Steering Group n°8
  • Costs of climate-change-induced floods in 2050 and 2100
  • Quel impact du changement climatique sur les activitiés le long de la Meuse ?
  • Meuse and Climate n° 8
  • Université de Liège (ULg) – HACH – Aquapôle

    A propos

    le Hach dans le projet

    Rôle dans le projet AMICE

    WP1 : involved in all scientific works of WP1, including :

    i) Contribution to the bibliography work especially concerning climate change simulations and future floods scenarios (ex. perturbation factors on peak discharges);

    ii) coordination of Action Plan 6 on Hydraulic modelling;

    iii) contribution to the methodology for the international run of hydraulic models on river Meuse;

    iv) hydraulic simulations on river Meuse with the existing 2D flow model (model WOLF, HACH, ULg): extension of floods mapping along river Meuse, based on flow modelling for steady discharges accounting for climate change;

    v) hydraulic simulations on river Meuse with an existing coupled 1D-2D flow model (model WOLF, HACH, ULg): unsteady flow simulations between Ampsin and Masseik of historic floods and synthetic hydrographs accounting for climate change;

    vi) contributions to the evaluation of economic and social impacts;

    vii) detailed evaluation of an existing measure in the Walloon region (operational rules of a large reservoir) based on spatially distributed and physically based hydrological modelling (model MOHICAN, Walloon Region) and 2D hydraulic modelling (model WOLF);

    viii) detailed evaluation of a new measure in the Walloon region (e.g. enhanced operation rules of a large reservoir and effect of water retention in wetlands) based on spatially distributed and physically based hydrological modelling (model MOHICAN), and 2D hydraulic modelling (model WOLF), involving adaptation of database providing input for each component of the hydrologic cycle modelling

    ix) contribution to the elaboration and analysis of the adaptation strategy;

    x) contributions to the elaboration of scientific reports