Projects funded by the RIISQ

The Réseau Inondations InterSectoriel du Québec (RIISQ), funded by the Fonds de Recherche du Québec (FRQNT | FRQS FRQSC), is pleased to introduce the funded projects and scholarships. They cover all of the RIISQ’s research axes and the three sectors of the FRQ (Nature and technology, Social sciences and humanities, arts and letters, and Health), as well as intersectoral and multi-university collaborations. The evaluation committees, composed of Canadian and foreign experts, emphasized the quality of the proposals and their relevance not only to Quebec but also to the rest of the world. The commitment of the partners in the development of research activities and the training of highly qualified personnel are essential components of these funded projects, oriented towards societal needs. The funded projects aim at innovation with cutting-edge research that contributes to maintaining the most up-to-date knowledge and research excellence.

The RIISQ and its entire team are convinced that the selected projects will contribute significantly to the development of cutting-edge transdisciplinary research and will improve the mobilization and transfer of knowledge for renewed flood management in Quebec. These projects will also contribute to the development of future collaborations based on the scientific knowledge produced in Quebec and elsewhere in Canada, as well as in other countries, which are also confronted with floods. Together, we wish to provide answers and solutions to the needs of communities and individuals exposed to floods. 

Results of the First Call For Projects of the RIISQ (2020-2023)

Impacts et coûts indirects des stresseurs secondaires sur la santé biopsychosociale des sinistrés des inondations de 2019

Main Researcher: Danielle Maltais 
Institution: UQC

Co-researchers: Michaël Bourdeau-Brien (ULaval); Mathieu Boudreault (UQAM); Melissa Généreux (UdeS)

Partners: Ville de Rigaud; St-André d’Argenteuil; Cité-ID Living Lab

Axes : 2, 3, 4 and 5; Human and social sciences, Natural sciences and engineering and Health Science

Funding: 92 000$

Research Summary

Co-construction d’une stratégie de mitigation des inondations à Rapide-Danseur en Abitibi

Main Researcher: Mélanie Trudel 
Institution: UdeS

Co-researchers: Catherine Choquette (UdeS); Stéphane Bernatchez (UdeS); Yves Bergeron (UQAT); Jacques Tardif (U Winnipeg)

Partners: Organisme de bassin versant d’Abitibi-Jamésie; Forêt d’enseignement et de recherche du lac Duparquet

Funding: 91 970$

Axes : 1, 2 and 5; Human and social sciences, Natural sciences and engineering

Research Summary

L’approche par le risque : pièce maitresse d’une meilleure résilience aux inondations en milieu urbain

Main Researcher: Daniel Germain
Institution: UQAM

Co-researchers: Karem Chokmani (INRS-ETE); Étienne Berthold (Ulaval)

Partners: Ville Lachute; MRC d’Argenteuil; Prudent Conseil; Geosapiens; Ouranos

Funding: 92 000$

Axes:  1,2,3,4 and 5; Human and social sciences, Natural sciences and engineering

Research Summary

Architecture résiliente aux inondations : développement d’expertise et transfert de connaissances

Main Researcher: Isabelle Thomas
Institution: UdeM

Co-researchers: Pascale Biron (U Concordia); Bruno Demers (ASFQ); Élène Levasseur (ASFQ)

Partners: Architecture sans frontières Québec (ASFQ); Société d’habitation du Québec (SHQ); Communauté métropolitaine de Montréal (CMM); Société québécoise des infrastructures

Funding: 92 000$

Axes: 2, 3, 4 and 5; Human and social sciences, Natural sciences and engineering

Project details

Causal factors of vulnerability and the impacts of post-flood interventions on households, neighbourhoods and cities in Quebec: The case of nine flooded municipalities in the Vaudreuil-Soulanges Regional County Municipality

Main Researcher: Lisa Bornstein
Institution: McGill

Co-researchers: Gonzalo Lizarralde (UdeM); Nathalie Barrette (Ulaval); Mahmood Fayazi (UdeM); Manel Djemel (UdeM); Ian Gold (McGill); Geneviève Gariepy (UdeM)

Partners: Faculté de l’aménagement (UdeM); Département de géographie (Ulaval); Œuvre Durable; Chaire Fayolle-Magil Construction; Architecture sans frontières Québec

Funding: 92 000$

Axes: 1,2,4 and 5; Human and social sciences; Natural sciences and engineering; Health Science

Results of the RIISQ-RQM Joint Call for Projects (2021-2023)

O'Salis : Salinisation et potabilité des eaux souterraines du Québec Maritime

Main Researcher: Gwénaëlle Chaillou 

Institution: Université du Québec à Rimouski/ISMER

Co-researchers: Lessard, Lily (UQAR), Bernatchez, Pascal (UQAR), Motulsky, Bernard (UQAM), Buffin-Bélanger, Thomas (UQAR), Tommi-Morin, Gwendoline (UQAR)

Partners: 11 MRCs, OBVs (OBAKIR, OBVNEBSL, Conseil de l’Eau Gaspésie Sud, Conseil de l’eau Nord Gaspésie), MELCC, Direction régionale Santé publique

Funding: 80 000$

Axes: 1 and 5; Human and social sciences; Natural sciences and engineering; Health Science

Research Summary

Mon pays c’est l’hiver : Phénologie de la glace, herbiers, aquatiques et risques d’inondation au lac Saint-Pierre

Main Researcher: Andrea Bertolo
Institution: UQTR

Co-researchers:De Grandpré, François (UQTR), Gloaguen, Erwan (INRS), Kinnard, Christophe (UQTR), Montpetit, Benoît (ECCC), Morin, Jean (ECCC), Roy, Alexandre (UQTR), Ruiz, Julie (UQTR)

Partners: Environnement et changement climatique Canada (ECCC) : Benoît Montpetit et Jean Morin; Direction de la gestion de la faune Mauricie (MFFP) : Philippe Brodeur et Monique Bernier

Funding: 73 120$

Axes: 1, 2, 4 and 5; Human and social sciences; Natural sciences and engineering

Research summary

Vers une meilleure compréhension des risques de submersion côtière par des approches intégrées en coconstruction dans quatre communautés du Nunavik – Projet MASAK

Main Researcher: David Didier
Institution: UQAR

Co-researchers: Gagnon, Justine (U. Laval), Vachon, Geneviève (U. Laval), Joyal, Gabriel (Centre géomatique du Québec)

Partners: Environnement et changement climatique Canada (ECCC) : Joannie Ferland et Amelie Jauvin; Administration Régionale Kativik (ARK) : Véronique Gilbert; Société Makivik : Laurie Beaupré

Funding: 80 792.12$

Axes: 5; Human and social sciences; Natural sciences and engineering

Results of the RIISQ-Ouranos Joint Call for Projects 2022-2024)

Tableaux de bord spatiaux des conséquences socio-économiques et populationnelles dans des territoires inondables

Main researcher: Yannick Hémond (UQAM) 

Research team :  Robert, Benoît (Polytechnique), Caron, Olivier (UQAM), et Agard, Bruno (Polytechnique).

Partners: Bureau de la sécurité civile (BSC) de la Ville de Québec; Centre Local de Développement (CLD) de Brome-Missisquoi

Funding: 148 723.43$

RIISQ : 49 580 $; OURANOS : 99 143.43$

Axes : 2 and 3; Human and social sciences; Natural sciences and engineering

Évaluation spatiale du risque de consommation d’eau (potable) contaminée en période d’inondation

Main researcher: Geneviève Bordeleau (INRS)

Research Team : Lavoie, Roxane (Université Laval), et Chokmani, Karem (INRS). 

Partners: Geosapiens (Agili, Hachem)

Funding: 179 298.37$

RIISQ : 59 800$; OURANOS : 119 498.37$

Axes : 1, 2, 3, 4 and 5; Human and social sciences; Natural sciences and engineering

Research summary

Développer l’éducation à la spatialisation des aléas d’inondations dans les écoles secondaires au Québec

Main researcher : Chantal Déry (UQO) 
Research Team: Stolle, Jacob (INRS), Groleau, Audrey (UQTR), Mailhot, Alain (INRS), et Thibault, Mathieu (UQO). 

Partners: Ville de Gatineau (Dabbadie, Maurin),Ville de Gatineau (Douce, Iveline),Ville de Gatineau (De Carufel, France)

Funding: 100 581.99$

RIISQ : 33 530$; OURANOS : 67 051.99$

Axe: 4 and 5; Human and social sciences; Natural sciences and engineering

Results of the 4th Call For Projects of the RIISQ (2023-2025)

Mieux comprendre et atténuer les impacts psychosociaux des inondations sur le parcours de vie d’adolescents et de parents en milieu rural et favoriser leur pouvoir d’agir par le Digital Storytelling

Principal Researcher: Ève Pouliot, Associate Professor in Social Work (UQAC)
Co-researcher: Christine Gervais, associate professor in nursing (UQO); Kristel Tardif-Grenier, associate professor in psycho-education (UQO).

Partner: École secondaire Sieur-de-Coulonge (Outaouais)
Funding provided: $99,906

Project summary

Conséquences des inondations sur les communautés rurales à vocation agricole au Québec.

Principal Researcher : Michael Bourdeau-Brien, associate professor, Department of Finance, Insurance and Real Estate (Université Laval).
Co-researcher: Mathieu Boudreault, Professor in the Department of Mathematics (UQAM); Marie-Ève Gaboury-Bonhomme, Professor in the Department of Agri-Food Economics and Consumer Sciences (Université Laval); Danielle Maltais, Full Professor in Social Work (UQAC); Lota D. Tamini, Full Professor in the Department of Agri-Food Economics and Consumer Sciences (Université Laval)
Partners: MAMH, Financière Agricole du Québec, CIRANO.
Funding granted: $100,000

Project summary

Prise en compte du genre dans la gestion des inondations et expression du vécu des femmes sinistrées pour favoriser leur santé mentale et les résiliences individuelles et collectives.

Principal Researcher: Lily Lessard, full professor, Department of Health Sciences (UQAR).
Co-researcher: Johanne Saint-Charles, full professor, Department of Social and Public Communication (UQAM).
Partners : Comité de bassin versant de la rivière Chaudière (COBARIC); Réseau des groupes de femmes de Chaudière-Appalaches; Contact-Nature-Rivière-à-Mars; Municipalité de l’Anse-Saint-Jean.
Funding Granted: $80,000

Project summary 

Impacts contrastés en fonction du revenu des inondations récurrentes de 2017 et de 2019 à Gatineau : l’impact du « sentiment d’être chez soi » sur le processus de rétablissement des résident.es.

Principal Researcher: Nathalie St-Amour, Associate Professor, Department of Social Work (UQO).

Co-researcher: Mylène Riva, Associate Professor in Health Geography (McGill University)

Partners: City of Gatineau; Centre de santé et de services sociaux de l’Outaouais (CISSO), Comité de vie de quartier du Vieux-Gatineau (CVQ-VG)

Funding Provided: $66,480

Project summary: Between 2017 and 2019, the citizens, decision-makers and stakeholders of Gatineau had to deal with, in addition to the health crisis, two successive episodes of flooding that affected the same geographic areas and the same residents. Some of these residents live in socioeconomically disadvantaged areas and others, on the other hand, live in communities considered socioeconomically advantaged. These difficult circumstances allow the researchers and the committee of partners who will accompany them to look at the impacts of successive flooding episodes for the affected citizens as well as the recovery process of these citizens according to a comparative approach based on socio-economic status. By mobilizing the concept of feeling at home and the recovery model developed by Cox and Perry (2011), the research will contribute to the scientific corpus on the accumulation of disasters and on the recovery stage of flood victims. These are two emerging themes in disaster impact studies. From a social perspective, the development of this new knowledge will be useful to the multi-sectoral collaborators on the project’s Partners Committee. A better understanding of the issues will lead to the development of more effective interventions. The team may even begin to think about environmental justice in the event that important differences emerge from a better understanding of the experiences of groups of residents with different socio-economic statuses.

Results of the 5th Call For Projects of the RIISQ (2023-2025)

Psychological effects of flooding and environmental degradation in the municipalities of the MRC de Vaudreuil-Soulanges

Main Researcher: Gold, Ian, Professor, McGill University
Co-researcher: Bornstein, Lisa, Associate professor, McGill University; Fayazi, Mahmood, Dr., Centre RISC

Collaborators: Djemel, Manel, Urban planner, OUQ, M. Arch., M. Urb., Réseau Inondations InterSectoriel du Québec (RIISQ); Ferrari, Manuela, Dr., The Douglas Mental Health University Institute; Lauzière, Maude, Centre RISC; Lewis, Clara, Western Ontario University; Proudfoot, Jennifer,  McGill University; Weinstock, Daniel, Professor, McGill University.

Partner: MRC

Funding awarded: 74 968.12$

 

Project summary:

In 2017, historic flooding in Quebec affected 5,300 main residents and caused the evacuation of 4,000 people. The subsequent floods of 2019 had a similar impact, forcing the evacuation of more than 10,000 people in 250 municipalities across the province. Research on natural disasters, including floods, has shown that they lead to profound psychological effects, including symptoms of general anxiety, phobias, physical symptoms, substance abuse, symptoms of depression and reactions of posttraumatic stress. Although mental health problems have been studied by several scientists and recognized by the Quebec government following the recent floods, today, they seem to be no longer a priority and have been quickly forgotten. To better understand the psychological effects of the 2017 and 2019 floods, we have conducted a research study in Rigaud and neighboring municipalities to examine symptoms of psychological distress caused by flooding as well as evidence of “solastalgia” – the feeling of distress caused by the change and degradation of one’s home environment. The objective of this project is to mobilize the knowledge we have collected and explain its importance to government agencies and the Quebec general public. Climate change is likely to lead to increasingly severe and frequent flooding in Quebec, and the government must begin to view mental distress as an ongoing effect of flooding.

Understanding floods for better coping: assessment of the Chaudière River monitoring system and of a popularization document on floods

Main Researcher : Saint-Charles, Johanne, Professor, Université du Québec à Montréal, Département de communication sociale et publique.

Co-researchers: Lessard, Lily, Professor, Université du Québec à Rimouski, Chaire interdisciplinaire sur la santé et les services sociaux pour les populations rurales; Thomas, Isabelle, Professor, Université de Montréal, Faculté de l’aménagement – École d’urbanisme et d’architecture de paysage 

Partner: COBARIC (Le comité de Bassin de la rivière Chaudière). Bouchard-Verret, Sofianne, Flood and wetlands project manager, Comité de bassin de la rivière Chaudière (COBARIC); Brochu, Véronique, Executive director, Comité de bassin de la rivière Chaudière (COBARIC).

Funding awarded: 75.000$

Project summary

Results of the 6th Call For Projects of the RIISQ (2026-2028)

Information on the 6th Call for Projects

The RIISQ is proud to announce the four projects funded under its sixth call for proposals – titled ‘How to develop a systemic approach to water-related risks in a context of climate and geopolitical upheaval?’ – led by RIISQ members from three Quebec universities (INRS, UQAC, and UQAM):

  • Systemic Impacts of Floods and Other Climate Hazards on Drinking Water Supply of Private Wells – Geneviève Bordeleau, INRS
  • Roles of Municipal Elected Officials in the Communication and Risk Management of Hydrometeorological Hazards – Danielle Maltais, UQAC
  • From Disruption to Anticipation: The OPI as a Lever for Flood Risk Governance between Sainte-Marthe-sur-le-Lac and Gatineau – Daniel Germain, UQAM
  • Re-establishing a Connection to Nature Among Youth Exposed to Floods: An Open Innovation Approach – Ève Pouliot, UQAC

The four selected projects stood out for their innovative and ambitious interdisciplinary and intersectoral approach. They involve 17 scientists from seven Quebec universities, one CEGEP, one high school, six cities, and seven RIISQ partners. Their research results will not only enhance the expertise of the regions involved in the projects but will also provide a scientific basis for discussions and decision-making across Quebec, Canada, and internationally.

Funding amount and project duration – As part of this call for proposals, a total of $800,000 is available to fund projects up to a maximum of $200,000 per project provided by the RIISQ, for a period of three (3) years, from January 2026 to January 2029.

Context – Over the past five years, the members of RIISQ have worked on several major fooding events in Québec (in 2019, 2020 and 2023). Such extreme climate events are increasing as is the need for appropriate food management (see glossary) and its improvement. Floods are systemic (cf. “systemic risks”, glossary) and complex, as they combine with other hazards such as extreme meteorological phenomena (e.g. forest fres, rainfall defcits or excesses) and an already complex socio-political context whose consequences are increasingly worrying for organizations, communities and individuals.

Discussions during the RIISQ symposium on October 7, 2024, led to three main conclusions :

  • The new food zone mapping announced by the Québec government for the year 2025 will a have major impact on the organizations, communities and individuals concerned that has yet to be fully understood;
  • In a context of systemic risks, the psychosocial, fnancial and health impacts on communities and stakeholders are increasing and becoming more and more worrying;
  • To avoid working in silos, authorities must adopt an all-encompassing, cross-sectoral, even transdisciplinary vision to promote and reinforce a systemic approach for quality risk management.

As a result, the RIISQ launched its sixth call for proposals (AP6) to strengthen intersectoral collaboration in preparing for, adapting to, managing and responding to systemic risks associated with hydrometeorological hazards in Québec. Vulnerable populations are the ones most afected by the impacts of climate change. It is therefore essential to take into account the driving forces of inequality and processes of inclusion in the management of climate disruptions at all stages (before, during and after fooding events) in order to reduce the impact on vulnerable populations.

Call for Proposals documents:

Important dates:

  • Launch of the 6th RIISQ call for Proposals: April 3, 2025
  • Project networking workshop: May 1, 2025
  • Application deadline: June 29, 2025
  • Submission of letters of commitment deadline: July 27, 2025
  • Results announcement: October 27, 2025
  • Project start date: January 5, 2026
  • Project eligibility period: January 5, 2026 to January 4, 2029 
Systemic Impacts of Floods and Other Climate Hazards on Drinking Water Supply of Private Wells – Geneviève Bordeleau, INRS

Details coming soon.

Roles of Municipal Elected Officials in the Communication and Risk Management of Hydrometeorological Hazards – Danielle Maltais, UQAC

Details coming soon.

From Disruption to Anticipation: The OPI as a Lever for Flood Risk Governance between Sainte-Marthe-sur-le-Lac and Gatineau – Daniel Germain, UQAM

Details coming soon.

Re-establishing a Connection to Nature Among Youth Exposed to Floods: An Open Innovation Approach – Ève Pouliot, UQAC

Details coming soon.

Recipients of RIISQ scholarship programs

First RIISQ scholarship program (2019-2020)
  • Marjolaine Rivest-Beauregard, McGill : Prévalence des symptômes de stress suite aux inondations de 2019 de la grande région de Montréal: une étude de faisabilité pdf
  • Maxime Clermont, UQTR : Télédétection de la productivité agricole dans la plaine inondable du Lac St-Pierre pdf
  • Guillaume Berger-Richard, UQAM : Plan directeur d’aménagement pour les districts de Pointe Gatineau et du Lac Beauchamp suite aux inondations de 2017 et de 2019 pdf
  • Eric Shen, McGill University (McGill): A comprehensive field study to evaluate the sandbag flood fighting method and the applied measures in Quebec to treat the hundreds of tons of contaminated sand in 2019 flood crises. pdf

  • Liam Ma, McGill University (McGill): Assessment of the new flood protection techniques used in 2019 flood crises as alternatives to the sandbags method. pdf
Second RIISQ scholarship program (2020-2021)
  • Franck Aurelien Tchokouagueu, ENAP : Gestion et préventions des risques d’inondations : simulations et applications pdf
  • Caroline Thivierge, Université de Sherbrooke : Capacité d’adaptation et de résilience aux changements climatiques de la MRC de Vaudreuil-Soulanges : les enjeux de l’eau pdf
  • Alexandre Florent Nolin, UQAT : Reconstitution des inondations en Abitibi Témiscamingue et prévisions suite aux changements climatiques pdf
  • Ariane Hamel, UQO : Inondations de 2017 et de 2019 à Gatineau : vécu des résidents du quartier défavorisé de Notre-Dame à travers leur récit de vie pdf
  • Typhaine Leclerc, UQAM : L’expression du vécu chez les personnes ayant fait l’expérience d’inondations récurrentes et de mesures d’atténuation du risque en contexte de changements climatiques pdf
  • Julien Le Beller, UQAR : La gestion des risques induits par les changements climatiques dans le secteur de la santé mentale au Centre intégré de Santé et des services sociaux de Chaudière-Appalaches (CISSS-CA) pdf
  • Amélie Alexandra Bergeron, UQTR : Évaluation de l’impact de l’intensité des inondations sur la productivité agricole dans le littoral du Lac Saint-Pierre pdf
  • Tomety Yaovi Djivénou, UQAR : Trajectoire de la vulnérabilité aux inondations dans les bassins versants des rivières Cascapédia et petite Cascapédia dans l’Est du Québec pdf
  • Isabelle Demers, UQAM : Les causes des inondations du printemps 2019 dans le bassin de l’Outaouais: Évaluation et comparaison des données hydrométéorologiques simulées avec les observations disponibles  pdf
Third RIISQ scholarship program (2021-2022)
  • Caio Sant’Anna , U.Laval : Évaluation de la vulnérabilité et de la capacité d’adaptation des systèmes de réservoirs au Québec pdf
  • Joanie Turmel, UQAR : Impacts psychosociaux et stratégies adaptatives des hommes en regard des mesures d’atténuation du risque déployées dans un contexte de changement climatique à la suite des inondations survenues en Chaudière-Appalaches en 2019. pdf
  • MD Razib Vhuiyan, UQAM : Compréhension systématique des impacts des émissions de feux de forêt sur les événements extrêmes et inondations au Québec. pdf
  • Yan Boulet, UQAR : Réponses hydrologies et hydrogéologiques des petits bassins versants du nord de la Gaspésie lors de crues torrentielles. pdf
  • Margaux Girouard, UQAM : Impact de l’utilisation future des terres et du couvert végétal sur les évènements extrêmes et les inondations au Canada. pdf
  • Alicia Dupuis, UQAM : Impact de la combinaison de facteurs météorologiques sur les inondations du 1er au 4 décembres en Gaspésie (Québec, Canada). pdf
Fourth RIISQ scholarship program (2022-2023)
  • Marylène Kouri, UQAM : Comment communiquer le risque dans le cadre d’un projet de recherche? pdf
  • Fateme Salemi, Université Concordia : Mapping long-term flood risks in the Ottawa River basin using sediment cores. pdf
  • Yalynka Strach, Université Laval : Modélisation et analyses empiriques de la capacité d’un milieu humide riverain à diminuer les crues en contexte de CC à la forêt Montmorency. pdf 
Fifth RIISQ scholarship program (2023-2025)
  • Alexandre, Duy Anh, Polytechnique Montréal : Précipitations maximales probables au Québec en climat présent et futur 
  • Tchassem Pinlap, Jonas, École nationale d’administration publique: Résilience et rétablissement collectif face aux inondations au Québec : un défi de gouvernance en réseau 
  • Chagnon, Pascale, Université Laval, École supérieure d’aménagement du territoire et de développement régional : Juste pour qui, la relocalisation ? Une étude des enjeux et de la portée de la relocalisation comme outil de gestion locale et régionale du risque d’inondation   
  • Michaud, Lisa, École de technologie supérieure (ETS) – génie de la construction : Étude des relations entre le gel du sol et la couverture neigeuse et de leurs influences sur l’hydrologie, applications au bassin-versant de Sainte-Marthe, Qc  
  • Turmel, Joanie, UQAR : Migrants environnementaux en contexte de changements climatiques : Les cas de milieux ruraux touchés par des inondations majeures au Québec 
  • Deschamps, Bernard, UQAM, ISE, Sciences de l’environnement : Le rôle des municipalités du Québec dans le partage du risque d’inondations 
  • Raza, Waqas Ahmed, McGill University | School of Urban Planning : ENG: Resilience through property buyouts: Are buyouts effective in reducing a community’s vulnerability to floods? FR : La résilience par le rachat de propriétés: Les rachats sont-ils efficaces pour réduire la vulnérabilité d’une communauté aux inondations? 

Joint Quebec InterSectoral Flood Network (RIISQ) - OURANOS selected projects

Recipient: Karem Chokmani, Professor, INRS – Institut National de la Recherche Scientifique 

Co-supervisor: Richard Turcotte, Senior Scientific Advisor, Main Directorate of Water Forecasting and Mapping, MELCCFP – Ministère de l’Environnement, de la Lutte contre les changements climatiques, de la Faune et des Parcs

Intern: Mohamed Hamdi, INRS – Institut National de la Recherche Scientifique, Centre ETE 

Recipient: Philippe Lucas-Picher, Professor, Department of Earth and Atmospheric Sciences, UQAM – Université du Québec à Montréal 

Co-supervisor: Richard Turcotte, Senior Scientific Advisor, Main Directorate of Water Forecasting and Mapping, MELCCFP – Ministère de l’Environnement, de la Lutte contre les changements climatiques, de la Faune et des Parcs

Intern: Behmard Sabzi, Department 
of Earth and Atmospheric Sciences, UQAM – Université du Québec à Montréal 

Targeted call for proposals – InterSectoral Flood Network of Quebec (RIISQ) / Ministère des Affaires municipales et de l’Habitation (MAMH)

The Quebec InterSectoral Flood Network (RIISQ) is pleased to announce the winners of its first targeted call for proposals, in partnership with the Ministère des Affaires municipales et de l’Habitation (MAMH) through the Chaudière River project office (BPRC).

Main researcher : Maxime Boivin (UQAC); Coresearchers : Pascale Biron (Concordia University), Thomas Buffin-Bélanger (UQAR), Roxane Lavoie (Université Laval); Collaborators : Marc-André Bourgault (Université Laval), Olivier Caron (UQAM), Daniel Germain (UQAM), Guillaume Fantino (GéoPeka Lyon).

The study targeted by this call for proposals aims at acquiring hydrosedimentary knowledge on the watershed of the Chaudière River in order to improve the understanding of the fluvial dynamics of this river and its tributaries to better assess the risks of flooding in the region and thus guide the choice of appropriate and sustainable solutions to be implemented.