Trans-axial projects

 

OHMI, International Human-Environment Observatory Nunavik (2013 - )

 

The project OHMI aims to study the quality of life in a northern community and the local changes in ecosystems and biodiversity in this region. The multi- and inter-disciplinary research will focus in particular on environmental and social-economic aspects, which do not specifically fall within the scope of current programs. These aspects will be studied from complementary perspectives: wildlife, resources, health, housing, employment, environmental safety. The site selected is Inuit village of Kangiqsujuaq in Nunavik. This village has around 700 inhabitants, is situated close to a globally major nickel mine (the Raglan mine operated by Glencore; 1.3 million tonnes produced each year); is close to Pingualuit National Park, and is the site of a proposed deep-water port project the Government of Québec plan for development.

 

Hudsonia 21 (2014 - )

Responsable: Najat Bhiry

 

Hudsonia 21 (Hudsonie21) aims to achieve an integrated analysis of the nature and consequences of socio-economic and environmental change during the 21st century in the eastern Hudson Bay region, from James Bay to the northern limit of the forest-tundra biome. The project builds on the classic studies undertaken by CEN researchers during the 1960s in the Whapmagoostui-Kuujjuarapik (W-K) region. This region is now experiencing rapid climate change with associated effects on landscapes such as permafrost thaw, and on ecosystems such as a northward expansion of trees and shrubs. Animal species that are new to the region are becoming increasingly prevalent, notably musk ox and moose, and the area is also experiencing rapid development, with Government of Québec intentions to connect W-K by road to the South, and to develop a deep water port. The CEN station at W-K will be the hub for these activities, with secondary locations at the CEN stations at Radisson, Umiujaq, Clearwater Lake and Boniface.

Module 1. Vegetation ecology of the high boreal forest and forest tundra

Module 2. Plant diversity and landscape dynamics of wetlands

Module 3. Freshwater ecosystems on permafrost landscapes in transition

Module 4. Bathymetry, limnology and geochemistry of an ancient crater lake: Lac à l’eau claire

Module 5. Changing freshwater resources of the Hudson Bay region

Module 6. Snow-vegetation interactions and feedback processes

Module 7. Animal diversity and change: insects, bird and mammals

 

North-South Gradient (2014 - )

Responsable: Joël Bêty

 

The nine CEN field stations and 110 environmental monitoring stations span a remarkable gradient of climate regimes and ecozones over 3500 km, from high boreal forest (Radisson) to forest and shrub tundra (W-K, Umiujaq, Clearwater Lake, Boniface), true tundra (Salluit, Nettilling Lake) and polar desert (Bylot Island, Ward Hunt Island). This integrative project aims to facilitate access to these sites and to coordinate the collection of environmental observations along this 30 degree latitudinal gradient, to better understand and predict the impact of environmental change on northern geo-ecosystems.

The approaches in the North-South Gradient project will include:

Module 1. Synthesis and analysis of existing physical and biological data to define the north-south gradients of change.

Module 2. Development of a sampling strategy to detect change along the latitudinal gradient including formulation and application of standard protocols.

Module 3. Application of new observation technologies including automated and wireless networks.

Module 4. Integration of the gradient data into spatial models to project future change.

 

 

ADAPT, Arctic Development and Adaptation to Permafrost in Transition (ADAPT) (2011-2016)

 

ADAPT brings together 15 laboratories in the natural sciences and engineering across Canada to define the mechanisms of coupling among permafrost, climate, snow, tundra, lakes, rivers and geo-ecosystem services to Northerners. The aim is produce an integrative Earth systems science framework that will help guide sustainable development and adaptation strategies in the increasingly urgent context of accelerated environmental change. The project addresses the central hypothesis that snow and liquid water play dominant roles in driving heat and mass transport in permafrost systems, and it places special emphasis on identifying critical places and times in northern geo-ecosystems of especially rapid changes in permafrost and snow characteristics that have elevated effects on geo-ecosystem services. ADAPT researchers are working at numerous sites from the Yukon to Labrador, with international collaborations (notably via the EU project PAGE21) that are adding knowledge from other polar regions. .

 


 

Other CEN projects:

Observatoire québécois de la biodiversité (2014 - )

Avativut, Science in Nunavik, learning in relation to the territory (2012 - )

Réseau Immatsiak, for groundwater monitory in Nunavik (2010-2013

Caribou Ungava, on migratory caribou of the Québec-Labrador Peninsula (2009 - )

ArcticWOLVES, Arctic Wildlife Observatories Linking Vulnerable EcoSystems (2007-2012)

IPY MERGE, Arctic Microbial Ecosystems (2006-2009)

Projet Salluit, research on permafrost in the Salluit region, Nunavik (2002 - )

Projet Île Bylot, Ecological Studies and Environmental Monitoring at Bylot Island (1988 - )