Principal Investigator:Milton, Jack E Licensed Year(s):
2011
2010 Summary:
The objective of this research project is to further the knowledge of the geology of the Redstone Copperbelt - an area of copper deposits within the Mackenzie Mountains. This will lead to a clearer understanding of the science behind the formation of copper deposits. This information can be utilized by environmental and exploration companies to provide baseline data on the distribution of copper ...
Principal Investigator:Corriveau, Louise Licensed Year(s):
2011
20102009 Summary:
The objectives of the Great Bear/IOCG geoscience research and mapping project are to:
• develop a modern geological, crustal architecture and exploration framework for polymetallic iron oxide-copper-gold (IOCG) deposit-type mineralizing systems in the Great Bear magmatic zone and new exploration methods for IOCG deposits in glaciated terrains;
• validate deposit-type model for known mineral occu...
Principal Investigator:Davison, Julia Licensed Year(s):
2008
Summary:
This licence was issued for the application # 831.
The objective of this study is to improve the detail on publicly-available maps and look at unanswered geological questions about Cretaceous rocks in the Sahtu region. Geological tools have changed sufficiently since the previous maps were made to warrant another more detail-focused study. The aim of the field work is to make measurements and c...
Principal Investigator:Couture, Réjean Licensed Year(s):
2006
2005 Summary:
The goal of this project is to compile updated baseline information/knowledge on the types, regional distribution, and controls (e.g. forests fires, climate change) of landslides. The main objectives of the field reconnaissance at landslide sites are six-fold: 1) to validate previous data collected through air photo interpretation and remote sensing techniques; 2) to carry out detailed mapping at ...
Principal Investigator:Kiss, Frank Licensed Year(s):20032002
2001
20001999 Summary:
An Airborne Aeromagnetic Survey will be carried out to improve public knowledge and understanding of the geology of the Colville Lake area, where no publically available magnetic coverage exists. Aircraft equipped with state of the art magnetometer and navigation systems including global positioning systems (GPS) will fly lines at a spacing of 800 m and a 200 m mean terrain clearance (where posssi...