Short Courses are 2-4 day in length and are in-depth reviews of a broad topic. Published proceedings of the MSA and GS short courses will appear as a volume in the Reviews in Mineralogy and Geochemistry series. EMU short course proceedings will appear as a volume
in the EMU Notes in Mineralogy series. Workshops are 1/2 to 1 day instructions on a much more focused topic or technique. Workshops generally do not result
in a publication available after the course. Both Short Courses and Workshops are held in conjunction with a major meeting at which there may be special sessions on the same topic.
Applied Mineralogy of Cement and Concrete
21‑22 June 2012 (after ICDC 2012)
Trondheim, Norway
convenors: Maarten A. T. M. Broekmans, Geological Survey of Norway and
Herbert Poellmann, Martin Luther Universität
sponsors: Mineralogical Society of America and The Geochemical Society

(Clipart courtesy FCIT) The Pantheon, Rome, Italy is the largest (43.4m dia.) unreinforced solid concrete dome in the world. It was built by the emperor Hadrian in about 126 AD.
The Short Course presents selected mineralogical and geochemical aspects of clinker and cement production, cement hydration, concrete durability and damage, and their characterization. The course is intended for anyone with an interest in the detailed material properties of clinker, cement and/or concrete, whether from a civil/concrete engineering or mineralogy/geochemistry perspective.
The MSA Short Course will be held directly after the International Conference on Concrete Durability (ICDC 2012) on 21-22 June 2012, in Trondheim, Norway. Information about the meeting is at www.ICDC2012.com. Detailed information and registration online at course registration. Fees include 2-day course attendance, coffee/tea breaks and lunches, 1 hardcopy of Reviews in Mineralogy & Geochemistry volume 74, and 1 year of MSA membership (50USD) for non-members. NOT included: travel, accommodation and breakfast, evening meals, access to ICDC 2012.
Topics:
Mineralogy and Geochemistry of Binder Materials
Jos Brouwers, Technical University Eindhoven, The work of Powers and Brownyard revisited: A new microstructure model for ordinary Portland cement
Harald Justnes, SINTEF Byggforsk, Alternative low-CO2 "green" clinkering processes
Herbert Pöllmann, Martin Luther Universität, Calcium aluminate cement - raw materials, differences, hydration and properties
Miguel A. G. Aranda, Angeles G. De la Torre & Laura Leon-Reina, , Rietveld quantitative phase analysis of OPC clinkers, cements and pastes
Roger Meier & Jennifer Anderson, PANalytical, Industrial X-ray analysis of building materials
Ruben Snellings, Gilles Mertens & Jan Elsen, Katholieke Universiteit Leuven, Supplementary cementitious materials
Paul Stutzman, NIST, Microscopy of clinker and hydraulic cements
Deterioration and Decay of Concrete
Maarten Broekmans & Tetsuya Katayama, Geological Survey of Norway (NGU), Deleterious reactions of alkali with aggregate in concrete
Per Hagelia, Statens Vegvesen, Sulphate attack of concrete
Peter Laugesen, Pelcon Materials & Testing A/S, Microstructure of concrete
Environmental Arsenic Mineralogy, Geochemistry & Microbiology
5 August 2012 (preceding 34th IGC)
Brisbane, Australia
convenors: Rob Bowell, SRK Consulting, Dave Polya, University of Manchester, Dave Craw, University of Otago, Jack Ng, University of Queensland, Petr Drahota, Charles University
sponsors: Mineralogical Society of America and The Geochemical Society

The purpose of the workshop would be to provide a comprehensive understanding of arsenic geochemistry in the near surface environment. This would follow on from recent arsenic conferences such as Aquatrain series, the most recent being July 2010 in Manchester and the EPA conference on arsenic in Denver in 2001. The short course covers the mineralogy and geochemistry of arsenic and its implications in assessing arsenic geochemistry in natural groundwaters, mine associated impacts, interaction of arsenic with biological cycles and consequences, and the management and mitigation of arsenic related impacts in the environment.
Online registration is at http://www.34igc.org/workshops.php
Topics:
Introduction to the Arsenic biogeochemical cycle
P. Drahota and M. Filippi, Faculty of Science, Charles University, Prague, Czech RepublicMineralogy of arsenic in the near-surface environment
Rob Bowell, SRK Consulting, Churchill House, Churchill Way, Cardiff, Wales, Geochemical occurrence of arsenic in the geosphere
The crystal speciation of arsenic and thermodynamic relationships
D. Polya, School of Earth, Atmospheric and Environmental Sciences and Williamson Research Centre for Molecular Environmental Science at The University of Manchester, Manchester, UK, Measuring Arsenic Speciation in Environmental Media: Sampling, Preservation & Analysis
D .Polya, School of Earth, Atmospheric and Environmental Sciences and Williamson Research Centre for Molecular Environmental Science at The University of Manchester, Manchester, UK, Geochemistry of arsenic in the near surface environment
William P. Inskeep, Thermal Biology Institute, Land Resources and Environmental Sciences, Montana State University, Montana, USA, Microbial Geochemistry of Arsenic: Linking Geochemical and Microbial Speciation
Dave Craw, Geology Department, University of Otago, Dunedin, New Zealand, Arsenic geochemistry in mine waste
Rob Bowell, SRK Consulting, Churchill House, Churchill Way, Cardiff, Wales, The hydrogeochemistry and mineral speciation of arsenic in the Tsumeb ore deposit, Namibia
Arsenic toxicity in the natural environment
Rob Bowell, SRK Consulting, Churchill House, Churchill Way, Cardiff, Wales, The characterization, management and remediation of arsenic
Future Short Courses:
Thermodynamics of Geothermal Fluids. Convenors: Andri Stefansson, Thomas Driesner, and Pascale Bénézeth. In June 2013 in conjunction with the 2013 Goldschmidt Conference in Florence, Italy.
Workshops(s) now open for enrollment:
Application of diffusion studies to the determination of timescales in geochemistry and petrology
1-5 October 2012
Institut für Geologie, Mineralogie und Geophysik; Ruhr Universität Bochum, Germany
instructors: staff, post-docs and graduate students at the Ruhr Universitaet Bochum. These include Sumit Chakraborty, Ralf Dohmen, Thomas Mueller, Massimiliano Tirone, Maren Kahl, Kathrin Faak, and Sascha Borinski.
sponsors: This is a joint Deutsche Mineralogische Gesellschaft (DMG, The German Mineralogical Society) Short Course and Mineralogical Society of America (MSA) Workshop.

Bochum is located at the heart of Europe. It is therefore very conveniently accessible by road, train and air. The surrounding region, which includes Cologne and Dusseldorf, is densely settled and boasts a world-renowned cultural infrastructure.
Content: That course is directed at petrologists, geochemists and planetary scientists interested in retrieving information on timescales of processes from their rocks. Such information might include the residence times of magmas in their reservoirs, the cooling- or exhumation rates of rocks, the duration of terrestrial or extra-terrestrial (e.g. parent bodies of meteorites) metamorphism, the duration of fluid flow (e.g. metasomatism by fluids / melts in the crust or mantle), and the evaluation and application of closure temperatures. Our focus will be high temperature processes. Therefore "high temperature Thermochronometry" or "Geospeedometry" are related keywords that may describe the course contents.
Goals and expected profile of participants: Previous experience with numerical modeling or programming is not required, but an interest in learning the rudiments of these tools is. One of the objectives of the course, however, is to demonstrate how much
it is possible to accomplish without any or with very little programming. The basic information on diffusion that is required for carrying out such calculations will be provided, but this is not a course designed to cover all aspects of diffusion in minerals and melts.
In addition to instruction via lectures, a major component of the course will be hands on training in small groups to enable participants to "do your own" modeling. Participants will be expected to bring their own laptop computers. All instruction and exercises will be in English.
The course material will be designed for graduate students or post-docs starting off in the fields mentioned above, but participants with all levels of experience and expertise are of course welcome. To maintain the hands-on nature of the course, we expect to restrict the number of participants to around 30, to be given out on a first come first serve basis. Student members of DMG and MSA will be given priority for registration if demand for a slot becomes a concern.
Registration and Fees: Interested participants can express intention to register by sending an email containing a brief paragraph describing their background / reasons for wanting to participate to: Ralf Dohmen (Ralf.Dohmen@rub.de). There are NO course fees as such. However, we will charge a nominal fee of 30 Euros to cover expenses for refreshments during the course and for some course materials. Upon receiving an acknowledgement from Ralf that a place is available, this amount should be transmitted to the following bank account within 15 days to book a place:
Thomas Fockenberg
Account Number (Kontonummer): 501 449 541
Bank Tracking Code (BLZ): 424 614 35
Bank Name: Volksbank Kirchhellen
IBAN Code: DE 12 4246 1435 0501 4495 41
BIC: GENODEM1KIH
Further Information and Web: More details on course content and information on details of travel, accommodation etc. and other updates will be provided in a Short course webpage to be opened shortly at http://www.gmg.ruhr-uni-bochum.de/petrologie/
General enquiries: Sumit Chakraborty (Sumit.Chakraborty@rub.de) or Ralf Dohmen (Ralf.Dohmen@rub.de). Information on non-technical matters can be obtained from the departmental Secretary's office as well: Agnes Otto (office-mineralogie@rub.de)
Interested in organizing a short course or workshop? Information for prospective organizers:
Short Course Guidelines
Short Course Budget Template (MicroSoft Excel file)
Style Manual for Reviews in Mineralogy and Geochemistry volumes
Author Copyright Agreement
Permission Letter (MicroSoft Word file)
Short Course Committee
If you are thinking of developing a MSA short course and RiMG volume to be held in the Fall of 2014, plan on submitting your original proposal to the Chair of the MSA Short Course Committee by December 1, 2012. This will give time for the committee to consider it and make their recomendations to the Spring 2013 MSA Council. If all goes well, your final proposal for approval by MSA Council in the Fall of 2013, leaving at least 12 months to organize the course and produce the RiMG volumes in time for the short course. For short courses taking place in the first half of 2015, you should plan on submitting your original proposal to the committee by June 1, 2013.