Angélique Dupuch
Professeur titulaire,Université du Québec en Outaouais
Département de sciences naturelles
Courriel: angelique.dupuch@uqo.ca
Page web de l'institution
Éducation2008: Doctorat Sciences de l'Environnement (Université du Québec à Trois-Rivières) 2000: Maîtrise Écologie et Biologie de l'Évolution (Université de Montpellier II) 1998: Maîtrise Biologie des Populations, option milieu marin (Université de Bretagne Occidentale à Brest) 1997: Baccalauréat Biologie des Organismes (Université de Bordeaux I) RechercheMes intérêts de recherche se concentrent sur la compréhension des facteurs environnementaux et écologiques déterminant les patrons spatiaux d’abondance des populations animales et l’assemblage des espèces dans des paysages perturbés. Les principaux thèmes de recherche que j’aborde sont la sélection de l’habitat, les interactions trophiques et la compétition intra- et interspécifique, et les réponses de la faune aux perturbations naturelles et anthropiques du paysage. Pour la réalisation de mes projets, j’utilise une approche combinant études théoriques et expérimentales, en laboratoire et en milieu naturel. Le but ultime de mes travaux est d’aider à la conservation des populations et de la diversité animales via la compréhension des processus qui déterminent leur dynamique spatio-temporelle.Étudiants CSBQ Hélène Le BorgnePostdoctoral fellow Emmanuelle BarreauPh.D.  Matthieu BeaumontPh.D. Florian MezerettePh.D. Samuel RosnerPh.D. Julien BelleroseM.Sc. Anciens étudiants (depuis 2009) Anna MazaleyratPh.D.  Simon Côté-BourgoinM.Sc.  Justine Fontaine-TopaloffM.Sc.  Audrey-Anne LaurinM.Sc. Thèmes de recherche du CSBQ pertinentsExemples d'espèces étudiéesPhoxinus eos Phoxinus Publications20- Warmer temperatures promote shrub radial growth but not cover in the central Canadian Arctic Buchkowski R W , Morris D W , Halliday W D , Dupuch A , Morrissette-Boileau C , Boudreau S , 2020 Arctic, Antarctic, and Alpine Research (Date Added: 2020-11-11) 19- Microtopographic refugia against drought in temperate forests: Lower water availability but more extensive fine root system in mounds than in pits Tauc F , Houle D , Dupuch A , Doyon F , Maheu A , 2020 Forest Ecology and Management (Date Added: 2020-08-07) 18- Differences in behavior help to explain lemming coexistence Morris D W , Dupuch A , Moses M , Busniuk K , Otterman H , 2019 Journal of Mammalogy (Date Added: 2019-08-10) 17- Ecological processes determining the distribution dynamics of vole populations during forest succession Le Borgne H , Dupuch A , Fortin D , 2018 Oecologia (Date Added: 2018-10-03) 16- Temporal dynamics in animal community assembly during post-logging succession in boreal forest Le Borgne H , Hébert C , Dupuch A , Bichet O , Pinaud D , Fortin D , 2018 PLoS ONE (Date Added: 2018-09-29) 15- Maintaining animal assemblages through single-species management: the case of threatened caribou in boreal forest Bichet, O, Dupuch, A, Hébert, C, Le Borgne, H, Fortin, D 2016 Ecological Applications (Date Added: 2016-06-03) 14- Temporal changes in habitat use by snowshoe hares and red squirrels during post-fire and post-logging forest succession Allard-Duchêne, A, Pothier, D, Dupuch, A, Fortin, D 2014 Forest Ecology and Management (Date Added: 2016-06-01) 13- Landscapes of fear or competition? Predation did not alter habitat choice by Arctic rodents Dupuch, A, Morris, DW, Ale, SB, Wilson, DJ, Moore, DE 2014 Oecologia (Date Added: 2016-06-01) 12- Indirect effects of asymmetrical competition among top predators determine spatial patterns of predation risk for prey Dupuch, A, Bertolo, A, Magnan, P, Dill, LM 2014 Aquatic Sciences (Date Added: 2016-06-01) 11- Patch use and vigilance by sympatric lemmings in predator and competitor-driven landscapes of fear Dupuch, A, Morris, DW, Halliday, WD 2013 Behavioral Ecology and Sociobiology (Date Added: 2016-06-01) 10- The extent of edge effects increases during post-harvesting forest succession Dupuch, A, Fortin, D 2013 Biological Conservation (Date Added: 2016-06-01) 9- Climate-induced habitat selection predicts future evolutionary strategies of lemmings Morris, DW, Dupuch, A, Halliday, WD 2012 Evolutionary Ecology Research (Date Added: 2016-06-01) 8- Habitat change and the scale of habitat selection: Shifting gradients used by coexisting Arctic rodents Morris, DW, Dupuch, A 2012 Oikos (Date Added: 2016-06-01) 7- Comparison of catch efficiencies between black and galvanized minnow traps Paradis, Y, Dupuch, A, Magnan, P 2012 North American Journal of Fisheries Management (Date Added: 2016-06-01) 6- Behavioural responses of prey fishes to habitat complexity and predation risk induce bias in minnow trap catches Dupuch, A, Paradis, Y, Magnan, P 2011 Journal of Fish Biology (Date Added: 2016-06-01) 5- Habitat selection and the scale of ghostly coexistence among arctic rodents Ale, SB, Morris, DW, Dupuch, A, Moore, DE 2011 Oikos (Date Added: 2016-06-01) 4- Forecasting ecological and evolutionary strategies to global change: An example from habitat selection by lemmings Morris, DW, Moore, DE, Ale, SB, Dupuch, A 2011 Global Change Biology (Date Added: 2016-06-01) 3- Testing the effects of resource distribution and inherent habitat riskiness on simultaneous habitat selection by predators and prey Dupuch, A, Dill, LM, Magnan, P 2009 Animal Behaviour (Date Added: 2016-06-01) 2- Does predation risk influence habitat use by northern redbelly dace Phoxinus eos at different spatial scales? Dupuch, A, Magnan, P, Bertolo, A, Dill, LM, Proulx, M 2009 Journal of Fish Biology (Date Added: 2016-06-01) 1- Sensitivity of northern redbelly dace, Phoxinus e eos, to chemical alarm cues Dupuch, A, Magnan, P, Dill, LM 2004 Canadian Journal of Zoology (Date Added: 2016-06-01) |
