A study of rare metal indicator minerals and glacial dispersal was carried out at the Strange Lake Zr – Y – heavy rare earth element deposit in northern Quebec and Labrador, Canada. The heavy mineral (>3.2 specific gravity) and mid-density (3.0–3.2 specific gravity) nonferromagnetic fractions of mineralized bedrock from the deposit and till up to 50 km down ice of the deposit were examined to determine the potential of using rare earth element and high fileld strength element indicator minerals for exploration. The deposit contains oxide, silicate, phosphate, and carbonate indicator minerals, some of which (cerianite, uraninite, fluorapatite, rhabdophane, thorianite, danburite, and aeschynite) have not been reported in previous bedrock stud...
Alkaline igneous complexes host deposits of rare earth elements (REE), which represent one of the mo...
This is the author accepted manuscript. The final version is available from Canadian Science Publish...
Rare earth elements deposited in ion-adsorption clay-type deposits in Northern Kazakhstan were recog...
A study of rare metal indicator minerals and glacial dispersal was carried out at the Strange Lake Z...
The Strange Lake area hosts important Zr-Nb-Y-REE deposits, associated with a small peralkaline gra...
Extreme enrichment and postmagmatic hydrothermal mobilization of the rare earth elements (REE), Zr, ...
This paper provides a summary of traditional, current, and developing exploration techniques using i...
The Thor Lake rare-metal (Zr, Nb, Y, REE, Ta, Be, Ga) deposit in the Northwest Territories of Canada...
The Strange Lake deposit is located on the Quebec-Labrador border. This large deposit of Zr, Y, REE,...
This study marks the third consecutive regional investigation of mineralization associated with rare...
The Misery syenitic intrusion in northern Quebec is host to a potentially important, recently discov...
Bedrock in arctic and subarctic regions is covered by glacial deposits making the discovery of new m...
Zirconium-bearing minerals of the Strange Lake intrusive complex, Quebec-Labrador boundary, show a p...
The Hoidas Lake Rare Earth Element (REE) Deposit is one of several REE showings which are spatially ...
Strange Lake is a mid-Proterozoic peralkaline granite pluton (Québec-Labrador, Canada) that underwen...
Alkaline igneous complexes host deposits of rare earth elements (REE), which represent one of the mo...
This is the author accepted manuscript. The final version is available from Canadian Science Publish...
Rare earth elements deposited in ion-adsorption clay-type deposits in Northern Kazakhstan were recog...
A study of rare metal indicator minerals and glacial dispersal was carried out at the Strange Lake Z...
The Strange Lake area hosts important Zr-Nb-Y-REE deposits, associated with a small peralkaline gra...
Extreme enrichment and postmagmatic hydrothermal mobilization of the rare earth elements (REE), Zr, ...
This paper provides a summary of traditional, current, and developing exploration techniques using i...
The Thor Lake rare-metal (Zr, Nb, Y, REE, Ta, Be, Ga) deposit in the Northwest Territories of Canada...
The Strange Lake deposit is located on the Quebec-Labrador border. This large deposit of Zr, Y, REE,...
This study marks the third consecutive regional investigation of mineralization associated with rare...
The Misery syenitic intrusion in northern Quebec is host to a potentially important, recently discov...
Bedrock in arctic and subarctic regions is covered by glacial deposits making the discovery of new m...
Zirconium-bearing minerals of the Strange Lake intrusive complex, Quebec-Labrador boundary, show a p...
The Hoidas Lake Rare Earth Element (REE) Deposit is one of several REE showings which are spatially ...
Strange Lake is a mid-Proterozoic peralkaline granite pluton (Québec-Labrador, Canada) that underwen...
Alkaline igneous complexes host deposits of rare earth elements (REE), which represent one of the mo...
This is the author accepted manuscript. The final version is available from Canadian Science Publish...
Rare earth elements deposited in ion-adsorption clay-type deposits in Northern Kazakhstan were recog...