EAG News

Time to join EAG or renew your membership

As a new year is just around the corner, it is a good time to join EAG or renew your membership. Membership is calendar year, so to make sure you receive all 2017 print publications, join/renew before end of 2016. If your membership expires end of this year, reminders are sent regularly. Access the member login to renew, update your details, view invoices etc.
2017 membership fees are unchanged: 25 Euros for professionals or 100 Euros for 5 years | 15 Euros for students or 35 Euros for 3 years, and as EAG develops new initiatives and partnerships with other societies, our membership benefits keep expanding.
Also check our recent blog post, Why become an EAG member?

EAG co-organises sessions and sponsors short course at EGU17

egu_ga_96With the goal of promoting geochemistry, EAG proudly co-organises several geochemistry related sessions at the EGU General Assembly 2017 (Vienna, 23-28 April). Consider submitting an abstract before 11 January. EAG also co-sponsors the short course Petrochronology: Methods and applications (22-23 April, Vienna) and provides support for 10 students.

Elected councillors

EAG_logo_100Following the council elections which took place last month, we are excited to announce a record turn out of 39% and would like to thank EAG members for their participation. We are particularly grateful to all the candidates who agreed to stand for elections. Rizlan Bernier-Latmani, Carsten Münker and Emily Pope were elected and will officially join the EAG Council from January 2017.

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EAG Latest Publications

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gpl1712_abstract_100Water in alkali feldspar: The effect of rhyolite generation on the lunar hydrogen budget
R.D. Mills, J.I. Simon, C.M.O’D. Alexander, J. Wang, E.H. Hauri

Recent detection of indigenous hydrogen in a diversity of lunar materials, including volcanic glass (Saal et al., 2008), melt inclusions (Hauri et al., 2011), apatite (Boyce et al., 2010; McCubbin et al., 2010), and plagioclase (Hui et al., 2013) suggests water played a role in the chemical differentiation of the Moon. […]

Scandium speciation in a world-class lateritic deposit
M. Chassé, W.L. Griffin, S.Y. O’Reilly, G. Calas

Scandium (Sc) has unique properties, highly valued for many applications. Future supply is expected to rely on unusually high-grade (up to 1000 ppm) lateritic Sc ores discovered in Eastern Australia. To understand the origin of such exceptional concentrations, we investigated Sc speciation in one of these deposits. […]

Direct sensing of total alkalinity profile in a stratified lake
M. Ghahraman Afshar, M. Tercier-Waeber, B. Wehrli, E. Bakker

We demonstrate the direct detection of a total alkalinity depth profile through the use of an integrated thin layer electrochemical modulation instrument which acts as an alkalinity sensor. The technique uses a chemically selective proton pump that alters the concentration of hydrogen ions in the thin layer sample. […]

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gpv5n2_cover_100x100Thoughts and Reminiscences on Experimental Trace Element Partitioning
John H. Jones (NASA Johnson Space Center)

In this issue, John Jones reviews the history of experimental trace element partitioning from his personal point of view. In so doing, he considers experimental and analytical complexities, simple phase equilibria, and thermodynamic considerations. Jones also recounts personal interactions with other geochemists and petrologists.

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