-
RB 2006/00004 Crustal evolution of the Gawler Craton, South Australia: Application of the TerraneChron technique to detrital zircon from modern stream sediments.
This report presents the results of a Terranechron [registered brand name for this proprietary technique] study of detrital zircons from modern stream sediments of the Gawler Craton. The Terranechron approach involves obtaining uranium - lead decay...-
Document
Published: 01 Feb 2006
-
RB 2006/00005 The Southern Australian Archaean-Proterozoic Synthesis: Developing tectonic frameworks to assist mineral exploration. Abstract volume.
Includes abstracts with the following titles: 1) How magnetotellurics (MT) works, and an overview of new central Australian MT results (Kate Selway) 2) Latest MT traverse results: western Gawler Craton (Stephan Thiel) 3) A constrained 3D...-
Document
Published: 01 Feb 2006
-
RB 2012/00012 PACE Geochronology: Results of collaborative geochronology projects, 2011-2012.
This report presents the results of geochronology from projects completed during 2011 and 2012, which addressed rock samples collected from a number of different geological provinces within South Australia. The Musgrave Province in northern South...-
Document
Published: 01 Sep 2012
-
RB 2013/00011 Geology of the Tieyon 1:100 000 map sheet (5645).
The Tieyon 1:100 000 mapsheet area is located on the South Australia – Northern Territory border in the central Far North of South Australia. It covers rock units of the Mesoproterozoic Musgrave Province, the Mesozoic Eromanga Basin and the Neogene...-
Document
Published: 01 Apr 2013
-
RB 2013/00006 SHRIMP U-Pb geochronology of the Tieyon (5645) 1:100 000 mapsheet.
This report presents SHRIMP U-Pb zircon geochronology results for 21 samples from the Musgrave Province, South Australia, acquired over the period 2007-2012 as part of the Tieyon 1:100 000 mapsheet (5645) mapping program. Some of the work (done on all...-
Document
Published: 01 Jun 2013
-
RB 2015/00003 PACE Geochronology: Results of collaborative geochronology projects, 2013–2015.
The PACE Geochronology program fosters collaboration on projects of geological and metallogenic significance with focus on dating rocks and minerals from samples suggested by companies through a competitive proposal-based selection process. Successful...-
Document
Published: 01 Aug 2017
