Natural Resources CanadaGovernment of Canada
 
 Français ÿ  Contact us ÿ  Help ÿ  Search ÿ  Canada site
 ESS Home ÿ  Priorities ÿ  Products &
 services
ÿ  About the
 Sector
ÿ  Site map
Satellite image of Canada
Natural Resources Canada
Outreach Materials
.Home
.Tutorials
Fundamentals of remote sensing
.Home
.Introduction
.Sensors
.Microwaves
.Images analysis
.Applications
.Agriculture
.Crop type mapping
.Crop monitoring
.Forestry
.Clear cut mapping
.Species identification
.Burn mapping
.Geology
.Structural mapping
.Acknowledgements
.Hydrology
.Flood delineation
.Soil moisture
.Sea ice
.Type & concentration
.Ice motion
.Land cover
.Rural/urban change
.Biomass mapping
.Mapping
.Planimetry
.DEMs
.Topo mapping
.Oceans & coastal
.Ocean features
.Ocean colour
.Oil spill detection
.Endnotes
.Notes for teachers & students
.Acknowledgements
Related links
.Canada Centre for Remote Sensing
.Glossary of remote sensing terms
.Optical Imaging Systems
.Radar Imaging Systems
.Earth Observation Data Services


Proactive disclosure


Print version Print versionÿ
ÿCanada Centre for Remote Sensing
Natural Resources Canada > Earth Sciences Sector > Priorities > Canada Centre for Remote Sensing > Fundamentals of remote sensing
Applications
Geology
Previous (Burn Mapping)Index (Introduction)Next (Structural Mapping & Terrain Analysis)

Oilsands mining

Geology involves the study of landforms, structures, and the subsurface, to understand physical processes creating and modifying the earth's crust. It is most commonly understood as the exploration and exploitation of mineral and hydrocarbon resources, generally to improve the conditions and standard of living in society. Petroleum provides gas and oil for vehicle transportation, aggregate and limestone quarrying (sand and gravel) provides ingredients for concrete for paving and construction, potash mines contribute to fertilizer, coal to energy production, precious metals and gems for jewelry, diamonds for drill bits, and copper, zinc and assorted minerals for a variety of uses. Geology also includes the study of potential hazards such as volcanoes, landslides, and earth quakes, and is thus a critical factor for geotechnical studies relating to construction and engineering. Geological studies are not limited to Earth - remote sensing has been used to examine the composition and structure of other planets and moons.

Remote sensing is used as a tool to extract information about the land surface structure, composition or subsurface, but is often combined with other data sources providing complementary measurements. Multispectral data can provide information on lithology or rock composition based on spectral reflectance. Radar provides an expression of surface topography and roughness, and thus is extremely valuable, especially when integrated with another data source to provide detailed relief.

Remote sensing is not limited to direct geology applications - it is also used to support logistics, such as route planning for access into a mining area, reclamation monitoring, and generating basemaps upon which geological data can be referenced or superimposed.

Geological applications of remote sensing include the following:

  • surficial deposit / bedrock mapping
  • lithological mapping
  • structural mapping
  • sand and gravel (aggregate) exploration/ exploitation
  • mineral exploration
  • hydrocarbon exploration
  • environmental geology
  • geobotany
  • baseline infrastructure
  • sedimentation mapping and monitoring
  • event mapping and monitoring
  • geo-hazard mapping
  • planetary mapping
Top

Previous (Burn Mapping)Index (Introduction)Next (Structural Mapping & Terrain Analysis)


2006-09-03Important notices