Principal Investigator:Pisaric, Michael FJ Licensed Year(s):
2018
201720162015201420132012201120102009 Summary:
This research will continue the long term objective of documenting and understanding the impacts of recent climate change on northern terrestrial and aquatic ecosystems. The short term objectives of my research for 2018 are: 1) to investigate the impacts of permafrost degradation and subsequent thaw slumping on freshwater ecosystems; 2) to examine the limnological implications of drained lakes on ...
Principal Investigator:Holmes, R. Max Licensed Year(s):2024202320222020201920182017201620152014
2013
2012201120102009 Summary:
The Arctic Great Rivers Observatory project studies the six largest rivers in the Arctic; the Mackenzie and Yukon Rivers in North America and the Ob', Yenisey, Lena, and Kolyma Rivers in Russia. The research team is interested in how climate change is impacting Arctic rivers. The team will make measurements of the concentration of naturally-occurring chemicals (like carbon and nitrogen) and try to...
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:Wang, Zhaohui 'Aleck' Licensed Year(s):2012
2011
2010 Summary:
The goal of this research is to initiate time-series measurements of the CO2 system in the Mackenzie River, the major Arctic river in North America. This work will serve as the initial step towards long-term measurements and studies of the impacts of global warming on the CO2 systems in Mackenzie River, its estuary, and adjacent coastal waters.
The field campaigns will include both diurnal and...
Principal Investigator:Prowse, Terry D Licensed Year(s):20082007
2006
2005 Summary:
Climate change in the Canadian Arctic is expected to have far-reaching impacts on the hydrology and ecology of freshwater ecosystems. These systems are particularly sensitive to climate change because many cryospheric and hydrologic processes respond to relatively small in changes in climate, which in turn affect landscape biogeochemical processes and associated ecological responses. Hence, the pu...
Principal Investigator:Lesack, Lance Licensed Year(s):20172016201520142010200920072006200520042003
2002
200120001999199819971996199519941993 Summary:
The long term goal of this research is to develop a biogeochemical model for lakes in the Mackenzie Delta, and ultimately, a more generalized ecosystem model for floodplains and deltas of major world rivers that will facilitate assessing the effects of m...