Principal Investigator:Hilton, Robert G Licensed Year(s):
2024
2023 Summary:
This licence has been issued for the scientific research application No. 5924.
The ultimate aim of this research is to transform understanding of how greenhouse gas emissions from rivers will impact the future trajectory of atmospheric CO2 and CH4 concentrations. Two key research objectives have been identified to address major research gaps in this carbon flux:
Objective 1: Conduct river-bo...
Principal Investigator:Wild, Birgit Licensed Year(s):
2023
Summary:
This licence has been issued for the scientific research application No.5564.
The main goal of the project is to understand how gradients in tundra vegetation and permafrost thaw affect soil carbon and mercury cycling. This will allow the research team to assess how permafrost thaw and changes in vegetation in a warmer climate could alter future carbon dioxide fluxes and impact mercury cycling ...
Principal Investigator:Sonnentag, Oliver Licensed Year(s):2024
2023
20222021201920182018201720162015 Summary:
This licence has been issued for the scientific research application No.5535.
Through this project my research group will address the following objectives: What is the net effect of permafrost thawing induced biophysical and biogeochemical feedbacks to the climate system? How do these two types of feedback differ between the sporadic and discontinuous permafrost zones? Is the reported decrease ...
Principal Investigator:Blowes, David W. Licensed Year(s):2024
2023
202220212020201920182017 Summary:
This licence has been issued for the scientific research application No.5447.
The objectives of this project are to: 1) determine the magnitude and rate of release of arsenic and other toxic elements from the Giant Mine tailings to groundwater; 2) evaluate remediation alternatives for tailings management, including the effects of proposed engineered covers; and, 3) apply novel characterization ...
Principal Investigator:Lesack, Lance Licensed Year(s):2024
2023
2022 Summary:
This licence has been issued for the scientific research application No.5554.
The objectives of this project are to improve the understanding of methane cycling in Mackenzie Delta lakes and how it is affected by the changing water levels and to decipher the impact of water level changes on the ability of the Mackenzie Delta to affect riverine carbon and nutrient flow to the ocean.
Improve un...
Principal Investigator:Morse, Peter D Licensed Year(s):
2023
20222021 Summary:
This licence has been issued for the scientific research application No.5500.
The goals of this multi-year-long project are to assess greenhouse gas (methane and carbon dioxide) release from warming permafrost and tundra lakes in the Inuvialuit Settlement Region (ISR) and to study associated carbon dynamics and microbiological processes, including the release of mercury to the environment.
...
Principal Investigator:Sonnentag, Oliver Licensed Year(s):20222021
2019
201720162015201420132013 Summary:
The project of the present application is the continuation of year-round eddy covariance measurements of carbon, water and energy fluxes at Scotty Creek, established in 2013.
The key methodology is tower-mounted micrometeorological measurements around the eddy covariance technique using an open-path infra-red gas analyzer and a sonic anemometer. These measurements are supported by measurements ...
Principal Investigator:Skeeter, Wesley R Licensed Year(s):
2017
Summary:
The objective of this campaign will be to measure the emission/uptake of methane and carbon dioxide at Fish Island in the outer Mackenzie Delta over a full growing season. This data will be used to determine the carbon balance of the island, and estimate the carbon balance of the land surfaces in the outer Mackenzie Delta. Additionally, the research team will investigate factors influencing the ex...
Principal Investigator:Lesack, Lance Licensed Year(s):
2017
20162015201420102009200720062005200420032002200120001999199819971996199519941993 Summary:
The objective of this research project are to: 1) improve the understanding of microbial carbon-processing in Mackenzie Delta lakes and how it is affected by the changing water levels; and, 2) to decipher the impact of water level changes on the ability of the Mackenzie Delta to affect riverine nutrient flow to the ocean.
This work will help resolve what drives microbial communities in Mackenzi...
Principal Investigator:Layden, Ronald E. Licensed Year(s):
2016
Summary:
Data analysis will help the company to optimize the firmware, battery requirements and testing regimes needed and finalize products that can then be used in any type of remote and cold locations for extended periods with little or no equipment monitoring.
Several eosFD devices (carbon dioxide monitoring equipment) will be tested to determine usability requirements and to select a winter test ...