Veinlike Uranium Deposits in the Rum Jungle Area-Geological Setting and Relevant Exploration Features
    
    - Organization:
 - The Australasian Institute of Mining and Metallurgy
 - Pages:
 - 10
 - File Size:
 - 797 KB
 - Publication Date:
 - Jan 1, 1984
 
Abstract
The Rum Jungle Uranium Province is lo cated on the western margin of the Pine Creek  Geosyncline approximately 60km south of Darwin.  Uranium was discovered in the Embayment area  (Whites Deposit) in 1949, spurring active ex- ploration and leading to the discovery of the  Rum Jungle Creek South Deposit in 1959. With  the discovery of the Alligator Rivers Uranium  Field, new criteria in the understanding of the  controls for mineralization sparked a re- surgence of exploration activities in the Rum  Jungle area. Uranerz Australia Pty. Ltd. (UAL)  commenced exploration in the area in the late  1970's in joint venture and in its own right. Two domal Archaean granitic complexes,  the Rum Jungle and Waterhouse Complexes, domi- nate the area. They are unconformably mantled  by Lower Proterozoic sediments metamorphosed to  middle to upper greenschist grade. The Lower  Proterozoic sediments are unconformably over- lain by remnant blocks of Carpentarian sand- stone, generally preserved in downfaulted  blocks. Over a six year period extensive geolo- gical, geochemical and geophysical programs  were conducted to reinvestigate previous target  areas and locate new prospective zones. Exten- sive shallow bedrock drilling showed that lo- cally the stratigraphic succession is quite  variable and cannot always be divided into an  ordered succession for correlation with groups  and formations established by the Bureau of  Mineral Resources (BMR). Deformational events  resulting in intraformational recumbent folding  and overthrusting also account for repetition  of certain lithotypes.
Citation
APA: (1984) Veinlike Uranium Deposits in the Rum Jungle Area-Geological Setting and Relevant Exploration Features
MLA: Veinlike Uranium Deposits in the Rum Jungle Area-Geological Setting and Relevant Exploration Features. The Australasian Institute of Mining and Metallurgy, 1984.