30 record(s) found in the location "Inuvialuit Settlement Region" (multi-year projects are grouped): Not seeing the results you want? Tryadvanced search.
Principal Investigator:Phillips, Marcus R Licensed Year(s):
2015
20142013 Summary:
The goal of this research is to understand how landscape processes influence the quantity and quality of soil carbon in the Mackenzie Delta Region. Particular attention will be paid to the depth distribution of soil carbon and how it is affected by differences in vegetation and soil forming processes. Key environmental differences that will be examined include forest vs. tundra and delta vs. uplan...
Principal Investigator:Vonk, Jorien Licensed Year(s):
2011
20092007 Summary:
The research project goal is to collect surface sediments, bank and levee sediments, particulate sediments and shallow sediment cores from lakes in the Mackenie River Delta, and to evaluate their utility as potential archives of information concerning past permafrost stability by assessing down-core changes in the age and supply of terrestrial carbon. In 2007 and 2009, teams led by Prof. Tim Eglin...
Principal Investigator:Bogen, Jim J Licensed Year(s):
2010
Summary:
The objective of this research is to estimate the modern and historical fluxes of sediment- associated chemical elements to the Arctic Ocean and their relationships to natural and man-induced changes in sediment yields and sediment sources and if possible, predict the impact of future climate changes on the fluxes.
The study will include sampling of overbank sediments from floodplains and del...
Principal Investigator:Wrona, Frederick J Licensed Year(s):
2010
Summary:
The overall objective of the Lake 5A mesocosm study is to better understand the impact of permafrost thaw shoreline slumping (an analogue for a warming climate) on the bottom components of the aquatic food-web in small Arctic tundra lakes in order to better predict the effects of a warming climate on food-web structure, function and productivity.
To assess the direct and indirect effects of per...
Principal Investigator:Barber, David G. Licensed Year(s):
2008
2007 Summary:
The Circumpolar Flaw Lead (CFL) system study is designed to examine the importance of climate processes in changing the nature of a flaw lead system and the Arctic marine environment in the Northern Hemisphere, and the effect these changes will have on the marine ecosystem, contaminant transport, carbon fluxes, and greenhouse gases. Using the Canadian Research Icebreaker (CCGS Amundsen), the team ...
Principal Investigator:Copper, Paul Licensed Year(s):
2003
Summary:
The current study will re-examine the detailed structure, sedimentology, and paleoecology of the Devonian patch reefs of Mercy Bay, Banks Island, NWT. Transportation by fixed-wing aircraft to Polar Bear cabin near Castel Bay will be followed by helicopte...
Principal Investigator:Copper, Paul Licensed Year(s):
2003
2002 Summary:
The current study will re-examine the detailed structure, sedimentology, and paleoecology of the Devonian patch reefs of Mercy Bay, Banks Island, NWT. Transportation by fixed-wing aircraft to Polar Bear cabin near Castel Bay will be followed by helicopte...
Principal Investigator:Coulombe-Pontbriand, Moise Licensed Year(s):
2002
Summary:
The study will attempt to reconstruct the past 10,000 year geomorphological and hydrological history of the Mackenzie River using sedimentological records of fluvial deposits. The researcher will travel by Zodiac boat from Jean-Marie River to Point Separ...
Principal Investigator:Edinger, Evan N Licensed Year(s):
2001
2000 Summary:
The research team will examine the detailed structure, sedimentology and paleoecology of reefs in Mercy Bay. Transportation by fixed-wing aircraft to Polar Bear cabin near Castel Bay will be followed by helicopter transport to various field sites (East Branch Mercy River; Lower Mercy River; Southern Patch reefs; Princess Royal Islands; Hay Point, Victoria Island; Gordon Point, Victoria Island). ...
Principal Investigator:Dixon, James Licensed Year(s):
1996
1994199319921991 Summary:
Specific sites will be visited using daily helicopter flights based out of Inuvik. Site visits will last from 15 minutes to several hours and at each site the rocks will be identified and described, the vertical arrangements of rocks will be measured and noted, and samples (about fist-sized) will be taken where deemed necessary. Samples will be taken to Calgary where they will be used either to ...