Grant: Canada First Research Excellence Fund
Laurentian University of Sudbury
$5,894,277.00
Metal Earth
FY 2017-18
Summary
Metals are essential to society (e.g., in agriculture, shelter, health, communication and transportation). In the developing low-carbon-energy economy, metals will be required for energy and infrastructure. Secure supply underpins economic and social sustainability, and must meet future demands of a rapidly growing world population.
Metals are a principal driver of Canada?s economy, constituting 19.6 per cent of Canada?s exports and 4 per cent of its GDP. Production will underpin Canada?s Far North development, and our sovereignty. Metals are a finite resource. Deposits must be continually discovered to meet growing global needs.
Metals are, ultimately, derived from Earth?s mantle during the differentiation and episodic periods of crust development, and have been continuously supplied as subeconomic contents to the crust by magmas and fluids. To be exploitable, metals must be superconcentrated, through natural processes, into ore deposits. These deposits are extreme examples of localized metal endowment.
Common understanding of metal endowment stems from research on individual, known deposits, aimed at developing models for formation. However, deposit-focused research has not provided understanding of how ore systems relate to processes operating at the continental scale. Ore deposit models alone cannot differentiate between areas of similar geological attributes but different metal endowment. This knowledge gap has contributed to decreased discovery of metals, jeopardizing metal supply and societal sustainability.
Metal Earth?s team of more than 100 professionals and students will, for the first time, compare endowed and less-endowed areas of Earth?s crust that are otherwise geologically similar. Complex, multidimensional geoscience data will be integrated and processed, to produce 4D images from surface to mantle?virtual ?MRIs? of the Earth?as a tool to identify key metallogenic differences.
Metal Earth will transform our understanding of metal endowment during Earth?s evolution; make Canada a world leader and innovator, through the open-source delivery of new knowledge, new quantitative exploration guidelines and new technology; and contribute to the expansion of Canada?s mineral wealth through new discoveries.
Program
Canada First Research Excellence FundCanada First Research Excellence Fund (linked with high confidence)
Recipient
Location
Ontario, Canada
Recipient Type
Academia
Type
Grant
Source
NSERC's Awards Data
As published
Application id
10009000016
Name nom
Archambault, Daniel
Organization id
26
Institution établissement
Laurentian University of Sudbury
Province en
Ontario
Province fr
Ontario
Country en
CANADA
Country fr
CANADA
Fiscal year exercice financier
2017
Competition year année de concours
0
Award amount
5894277
Program id
CFREF
Program name en
Canada First Research Excellence Fund
Program name fr
Fonds d?excellence en recherche Apogée Canada
Group en
Discovery grants programs
Group fr
Programmes de subventions à la découverte
Committee code
9998
Committee name en
Canada Research Chair Selection Committee
Committee name fr
Comité de sélection des Chaires de recherche du Canada
Area of application code
9999
Area of application group en
Not available
Area of application group fr
Non disponible
Area of application en
Not available
Area of application fr
Non disponible
Research subject code
4000
Research subject group en
Earth science
Research subject group fr
Sciences de la terre
Research subject en
Earth science (see also marine geology 4604)
Research subject fr
Sciences de la terre (voir aussi géologie marine, 4604)
Partie
0
Application title
Metal Earth
Keyword
CRC
Application summary
Metals are essential to society (e.g., in agriculture, shelter, health, communication and transportation). In the developing low-carbon-energy economy, metals will be required for energy and infrastructure. Secure supply underpins economic and social sustainability, and must meet future demands of a rapidly growing world population.
Metals are a principal driver of Canada?s economy, constituting 19.6 per cent of Canada?s exports and 4 per cent of its GDP. Production will underpin Canada?s Far North development, and our sovereignty. Metals are a finite resource. Deposits must be continually discovered to meet growing global needs.
Metals are, ultimately, derived from Earth?s mantle during the differentiation and episodic periods of crust development, and have been continuously supplied as subeconomic contents to the crust by magmas and fluids. To be exploitable, metals must be superconcentrated, through natural processes, into ore deposits. These deposits are extreme examples of localized metal endowment.
Common understanding of metal endowment stems from research on individual, known deposits, aimed at developing models for formation. However, deposit-focused research has not provided understanding of how ore systems relate to processes operating at the continental scale. Ore deposit models alone cannot differentiate between areas of similar geological attributes but different metal endowment. This knowledge gap has contributed to decreased discovery of metals, jeopardizing metal supply and societal sustainability.
Metal Earth?s team of more than 100 professionals and students will, for the first time, compare endowed and less-endowed areas of Earth?s crust that are otherwise geologically similar. Complex, multidimensional geoscience data will be integrated and processed, to produce 4D images from surface to mantle?virtual ?MRIs? of the Earth?as a tool to identify key metallogenic differences.
Metal Earth will transform our understanding of metal endowment during Earth?s evolution; make Canada a world leader and innovator, through the open-source delivery of new knowledge, new quantitative exploration guidelines and new technology; and contribute to the expansion of Canada?s mineral wealth through new discoveries.
