Archive for the 'IAH' Category

2012 Darcey Lecture: Confirmed for February 23

The Panel is pleased to announce that, once again, it is co-hosting the travelling Darcy Lecture Series with the NSW Branch of the IAH. The date of the presention is set for Thursday 23rd February 2012 in Sydney City with the final venue details to be confirmed closer to the event.

This year’s lecture will be given by S. Majid Hassanizadeh, Ph.D professor of hydrogeology, Faculty of Geosciences at Utrecht University and will talk on either “Capillarity in Porous Media, on Micro- and Macroscale, Revisited” or “Transport of Viruses in Partially Saturated Soil and Groundwater”.
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IAH Groundwater Symposium: Uncertainty in Hydrogeology

This is cross-posting is an announcement for the IAH Groundwater Symposium – Uncertainty in Hydrogeology – to be held at Dockside, (Sydney CBD) on 5-6 September 2011.

There is a reciprocal arrangement with a discount for EA members.

The announcement flyer is available and the conference website contains more information.

2011 Darcy Lecture

The next panel seminar, we are pleased to announce, will be the Darcy Lecture and will be a joint presentation with the NSW Branch of the IAH. The presentation is titled: Characterisation of a complex sole source aquifer system in Benin, West Africa and will be given by Dr Stephen E. Silliman, Professor of Civil Engineering and Geological Sciences at University of Notre Dame.

The presentation will be held at:
UTS Aerial Function Centre
5:30 for 6pm on the 16 August 2011

The Godomey wellfield is the only source of fresh water for Cotonou, Benin which has between 1.5 to 2 million population. This West African centre is located directly on the Atlantic coast and bordered to the south and west by the large shallow lake. Most production wells are pumping from the partially confined portion of the complex aquifer system and due to the proximity to the lake and coast this water source is under the threat from anthropogenic contamination and seawater intrusion. Collaboration between scientists and students from the United States and Benin has enabled the development of insight into this complex coastal aquifer system by using several different techniques such as numerical modelling, hydraulic testing, water quality characterisation and geophysical surveys.
A series of discussions on scientific and social issues undertaken during this research shows the value of close cooperation between the scientists and in- country collaborators both from technical and social background.

A printable PDF flyer is available.

Cancellation of Darcy Lecture

Due to unforeseen personal problems the presenter is unable to make the Sydney leg of the Darcy Lecture series. Therefore, at this late stage we have unfortunately had to cancel the event.

Sorry for any inconvenience.

If you have any further queries, please contact:
Dr Peter Brady
E: HIDDEN EMAIL
M: +61 410 490 797

2010 Darcy Lecturer and Topic

Further to my previous post, the Lecturer and the Topic for the 2010 Darcy Lecture has been confirmed. The oration will be given by Dr Tim Scheibe on the topic: Quantifying Flow and Reactive Transport in the Heterogeneous Subsurface Environment: From Pores to Porous Media and Facies to Aquifers. Full details including an extended abstract and biography of the Lecturer are given below.

Once again the lecture is free but RSVP (HIDDEN EMAIL) is requested for catering. Alcoholic, non-alcoholic and light refreshments will be available after the Lecture.
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Darcy Lecture Confirmed for 21st September

In conjunction with the IAH NSW Branch the Panel is pleased to announce that the prestigious Darcy Lecture will again be held in Sydney. The Lecture will be given by Dr Tim Scheibe at the new UTS Aerial Function Centre on the 21st September 2010, 5:30pm for 6:00pm. The Lecture will be followed by light refreshments and beverages to allow for a chance to interact with Tim.

More details on the topic of the Lecture will be posted shortly.

The event is free but RSVP (HIDDEN EMAIL) is requested for catering.

Venue Details:
UTS Aerial Function Centre
Level 7, Building 10
Access via Jones Street off Broadway
Five minutes walk from Central.


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Birdsall Dreiss Lecture With the IAH

The Water Panel is pleased to announce that it is co-hosting this year’s Birdsall Dreiss Lecture with the IAH.  This year’s lecture is titled: Understanding Solute Transport in Extremely Heterogenous Porous Media and will be given by Dr. Chunmiao Zheng, Professor of hydrogeology at University of Alabama.  The presentation will be given on Wednesday 11th November 2009, 6 to 8 pm, University of Technology Sydney, Broadway Campus, Tower Building (CB02), 15 Broadway Street Level 4 (Tower entrance level), Room 411 (CB02.04.11) – see map on our events page.

Drinks and nibbles will be available

The abstract for the presentation, which is available on the information flier,  is:

Field studies at well-instrumented sites have played a pre-eminent role in our efforts to better understand and predict contaminant transport in geologic media. In particular, field tracer tests have provided new insights and extensive data sets essential to development and testing of transport theories and mathematical models. In addition to the investigation at field site at the Columbus Air Force Base in Mississippi, much recent research on contaminant transport in heterogeneous media has been motivated by findings at the MADE site. In particular, results from field investigations have suggested the existence of small- scale preferential flow paths and relative flow barriers, which together exert a dominating control on contaminant transport and remediation. This presentation will provide an overview of the field campaigns at the MADE site over the past 25 years and discuss how the findings from these field studies have inspired various theories and models to accommodate the non-ideal transport observed in the field. The MADE site has proven to be a valuable natural observatory where continuing research efforts will lead to a stronger theoretical framework and practical tools for modelling solute transport and evaluating remedial measures in extremely heterogeneous aquifers.