02.07.2014 Views

SEG - Society of Economic Geologists

SEG - Society of Economic Geologists

SEG - Society of Economic Geologists

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

10 <strong>SEG</strong> NEWSLETTER No 90 • JULY 2012<br />

Modeling Structural Evolution to Improve 3D Models<br />

for Exploration and Mine Development<br />

October 25–26, 2012<br />

<strong>SEG</strong> Headquarters Course Center, Littleton, Colorado, USA<br />

This 2-day course is designed for <strong>Geologists</strong> in Mineral Exploration and Resource Development and their<br />

Managers who want to minimize geological risk and optimize the use <strong>of</strong> regional and mine-scale geological<br />

models. The course is particularly useful for people working with structurally controlled deposits<br />

and/or deposits that have been deformed.<br />

Topics covered during the two days:<br />

• Philosophy <strong>of</strong> modeling structural evolution: 3D plus time.<br />

• Risk from prior knowledge, the use <strong>of</strong> uncertainty concepts.<br />

• Overview <strong>of</strong> structural styles illustrated using selected mineralization<br />

systems and the role <strong>of</strong> mechanical stratigraphy, in<br />

extensional, contractional and strike-slip settings.<br />

• Principles <strong>of</strong> structural modeling and validation: key tests.<br />

• The big picture: constraints from geological<br />

context and regional structural history.<br />

• Validating the fault framework, fault shapes<br />

and crosscutting relationships and identifying<br />

connected pathways.<br />

• Linking igneous emplacement to faultassisted<br />

space making mechanisms.<br />

• Sequential restoration <strong>of</strong> folds, fault <strong>of</strong>fsets<br />

and igneous intrusions in section.<br />

• Constructing fault shape from surface data.<br />

• Quantifying strain through time for geological<br />

fracture modeling, modeling block-size<br />

distribution.<br />

• Case studies include the Bingham Canyon<br />

Mine Cu-Mo-Au porphyry and skarn deposit.<br />

<strong>SEG</strong><br />

www.segweb.org<br />

Instructors:<br />

Jenny Ellis BSc MSc, Structural Geologist (Midland Valley)<br />

John Grocott BSc PhD FGS, Principal Structural Geologist (Midland Valley)<br />

From: Structural Setting and Synplutonic Fault<br />

Kinematics <strong>of</strong> a Cordilleran Cu-Au-Mo Porphyry<br />

Mineralization System, Bingham Mining District, Utah.<br />

Kloppenburg, A., Grocott, J. and Hutchin son, D., 2010.<br />

<strong>Economic</strong> Geology v. 105, p. 743-761.<br />

REGISTER on the <strong>SEG</strong> website at www.segweb.org/events<br />

Early Registration deadline September 25, 2012 Late Registration after September 25, 2012<br />

Members (US$ 795) Members (US$ 895)<br />

Non-Members (US$ 895) Non-Members (US$ 995)<br />

<strong>SEG</strong> Students (US$ 495) <strong>SEG</strong> Students (US$ 545)<br />

Non-member Students (US$ 545) Non-member Students (US$ 595)<br />

**Please note that this course is limited to 50 participants (no more than 10% students). <strong>SEG</strong> reserves the right to<br />

cancel this event should minimum attendance numbers not be met by September 25, 2012.

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!