Queensland Minerals
A Summary of Major Mineral Resources, Mines and Projects, 2nd Edition
BLACKARD
486544
22.5KM NW OF QUAMBY
Date Recorded:
Descriptive Location:
Grid Reference:
Latitude  -20.2053 Longitude  140.1614
MINERAL OCCURRENCE, ACTIVE PROSPECT
AMG Zone 54  412400 mE  7765560 mN
1:100 000 sheet Number and Name: 6957 QUAMBY
4/January/2006
Other Names for Deposit / Mine
Blackard Creek
Great Northern Anomaly
Roseby Project
Commodities
Size
Size Definition
COPPER
MEDIUM
50 000 - 250 000 tonnes CU
GOLD
VERY SMALL
<0.5 tonnes AU
Production Details
Published Reserves/Resources
INDICATED MINERAL RESOURCE
7900000 tonnes Ore @
BR 7617 Published in 2004
FOR
57670 Tonnes COPPER
0.73 % COPPER
Comments/Cut Off Factor:
Cutoff grade of 0.5% copper
INFERRED MINERAL RESOURCE
5200000 tonnes Ore @
BR 7617 Published in 2004
FOR
35880 Tonnes COPPER
0.69 % COPPER
Comments/Cut Off Factor:
Cutoff grade of 0.5% copper
MEASURED MINERAL RESOURCE
13720000 tonnes Ore @
BR 7617 Published in 2004
FOR
107016 Tonnes COPPER
0.78 % COPPER
Comments/Cut Off Factor:
Cutoff grade of 0.5% copper.
MEASURED MINERAL RESOURCE
1800000 tonnes Ore @
BR 6995 Published in 2003
MALACHITE RESOURCES
FOR
11880 Tonnes COPPER
0.66 % COPPER
Comments/Cut Off Factor:
Cutoff grade of 0.5% copper.
Resource figures listed above are NOT JORC compliant.
Year 
Author
Published Reference  ID
2003
UNIVERSAL RESOURCES LIMITED
BR 6995
UNIVERSAL RESOURCES LIMITED 2003 ANNUAL REPORT
UNIVERSAL RESOURCES LIMITED
2004
UNIVERSAL RESOURCES LIMITED
BR 7617
UNIVERSAL RESOURCES LIMITED 2004 ANNUAL REPORT
UNIVERSAL RESOURCES LIMITED
Comments
Year Completed
Year Commenced
Major Mining Related Events 
Mining Operations
Tenure Type/Number
Company Name/Surname
SHARE
ML
90164
UNIVERSAL RESOURCES LIMITED
50.00%
ML
90164
BOLNISI LOGISTICS PTY LTD
50.00%
Host Rock/Cover Sequences
Structural Unit
Formation Name/Age
WONGA SUBPROVINCE
Corella Formation / PALAEOPROTEROZOIC to 
PALAEOPROTEROZOIC
Deposit Model
GENERAL ORE BODY MODEL
HYDROTHERMAL VEINS/PIPE/STOCKWORK
DETAILED ORE BODY MODEL
IRON-OXIDE CU-U-AU-REE
GENERAL ORE BODY MODEL
RESIDUAL DEPOSIT
Mineralisation Age
ORE
MESOPROTEROZOIC