International

Geophysics in Geothermal Energy – Today and Tomorrow

12–14 October 2021 | Virtual Workshop

ASEG is pleased to announce its collaboration with SEG for the highly anticipated Geophysics in Geothermal Energy – Today and Tomorrow workshop is up on our website. Be a part of this highly-anticipated virtual event that will be taking place from 12–14 October. This provides us the opportunity to provide all ASEG Members to ATTEND virtually with an interactive an immersive experience and the ability to connect with like-minded individuals from across the globe.

ASEG members receive a special discounted price of $US320. In order to benefit from the above rates, they should contact Suba Jaganathan on sjaganathan@seg.org.

Our technical committee has created a special workshop that branches out into specific topics that run parallel to each other, thus attendees can curate and choose the session they would like to view. A recording will also be available within 24 hours for attendees to re-watch any session they have missed, thus providing an enriching and wholesome experience throughout the workshop. We encourage anyone involved in geoscience or geothermal resource exploration to join in on this informative conversation: seismic processers, petrophysicists, rock physicists, geologists, geophysicists, geomechanicists and reservoir engineers.

To view the entire technical programme, please visit our website where you can download it, or watch the video for what you can look forward to during the workshop:

REGISTER NOW

Topic: Developing a Facies Architectural Outcrop Analog for Kuwait Formation at Jal Az-Zor Escarpment to understand Stratigraphic Controls on Heavy Oil Production Northern Kuwait

Date & Time: Sep 28, 2021 06:30 PM in Canberra, Melbourne, Sydney

Presenter:  Salah El-Ekhfifi,exploration geologist,NOC,Libya and  Aimen Amer

Registration: https://us02web.zoom.us/webinar/register/WN_pfNYT0SDTciQCTdFgAwKAQ

Description:

The Goal of this work is to develop an outcrop analog that can explain subsurface reservoir architecture.

This will be established through two methods:

1) conventional facies modeling and

2)forward stratigraphic modeling.

By applying these two methodologies, we will reinterpret an enigmatic elongated geobody in the subsurface and explain, how such feature is an excellent stratigraphic trap

Virtual social event

Please join us for a virtual social event on Thursday 23rd September at 7 pm AEST.

Please register in advance for free via Zoom

https://us02web.zoom.us/meeting/register/tZUrd-CtrDosGtd5Rt0r_0RA1uNM-ezzN-_-

After registering, you will receive a confirmation email containing information about joining the meeting.

I hope to see you on Thursday night, and don't forget to wear something from 'where you would rather be,' and bring along your best/funniest/worst fieldwork stories to share with the group (if you want to), and your favourite drink and snacks.

We will have prizes on offer- you have to be in it to win it!

Let's all get together for a chance to have some fun, and to make lockdown a little less bleak for the east-coasters who might be getting cabin fever.

ASEG Honours and Awards Ceremony

It is also with great delight and excitement that myself, and Honours and Awards Chair Andrew Mutton, invite you to the ASEG Honours and Awards Ceremony that is open to everyone (not just conference attendees). This will be held during the lunch break on the first day of the conference talks (Wednesday 15th September) at 12 pm AEST. I cannot wait to share with you all the extremely deserving recipients of these awards and hope that you will join me online through Zoom to celebrate these outstanding achievements- click here to register.

Title: Preconditioned Compressive Sensing for Wavefield Reconstruction, Applications to tomography, Helmholtz-Hodge decomposition and Distributed Acoustic Sensing

Presenter: Jack Muir

Date/Time: Sep 2, 2021 1300 (AEST)

Registration: https://us02web.zoom.us/webinar/register/WN_Sr40IBw9SmiEnyMh5dOY4w

Abstract: The proliferation of large seismic arrays have opened many new avenues of geophysical research; however most techniques still fundamentally treat regional and global scale seismic networks as a collection of individual time series rather than as a single unified data product. Wavefield reconstruction allows us to turn a collection of individual records into a single structured form that treats the seismic wavefield as a coherent 3D or 4D entity. We propose a split processing scheme based on a wavelet transform in time and Laplacian preconditioned curvelet based compressive sensing in space to create a sparse representation of the continuous seismic wavefield with smooth second order derivatives. Using this representation, we will illustrate three applications that require accurate access to the full wavefield including spatial gradients - 

Bio: Jack Muir

Jack is a 6th year graduate student in geophysics at the California Institute of Technology Seismological Laboratory (Caltech Seismolab) –- he will take up a Marie Skłodowska-Curie Fellowship at the Oxford University Department of Earth Sciences in late 2021 / early 2022, and is currently a visiting researcher at the Australian National University. He is passionate about inverse problems — some of the projects he is working on now are: imaging the Earth from near surface to the core; improving data captured at seismic arrays; and answering difficult questions about historical data sets.

IMAGE '21 is the integrated annual conference and exhibition of the Society of Exploration Geophysicists (SEG) and the American Association of Petroleum Geologists (AAPG) and in conjunction with the Society for Sedimentary Geology (SEPM).

Click on the image below to view the event. 

The Society of Exploration Geophysicists (SEG), the American Association of Petroleum Geologists (AAPG) and in conjunction with the Society for Sedimentary Geology (SEPM) are excited to host, IMAGE 2021 - the International Meeting for Applied Geoscience & Energy. The three societies agreed earlier this year to hold this integrated annual meeting over the next five years, the first of which will be a hybrid event held from 26 September to 1 October 2021, at the Colorado Convention Center in Denver, Colorado and online.

As global leaders in disseminating high-quality applied-geoscience knowledge and data, SEG, AAPG, and SEPM have joined forces to create this powerhouse event bringing together multiple disciplines of the geosciences sector. IMAGE ’21 combines all the great elements from each society’s previous annual meetings under one roof to offer a better experience and increased value for the industry.

IMAGE ’21 will welcome speakers, exhibitors, and attendees to participate in-person or online, or both. The comprehensive technical program will feature more than 1,000 presentations, nearly 200 sessions, 14 post-convention workshops, 10 special sessions, five field trips, countless networking opportunities, and a joint exhibition showcasing the latest geoscience products and technologies. One registration will give delegates access to the core technical sessions, the exhibition, and several other events.

Don’t miss the ultimate learning and networking event for applied geoscience and energy.

Title: Application of Multi-Scale Magnetotelluric Data to Mineral Exploration: An Example from the East Tennant Region, Northern Australia

Presenter: Wenping Jiang, Geoscience Australia

When: 12th August,2021 at 11am AEST

Registation: https://us02web.zoom.us/webinar/register/WN_gKKtAD8MRwaRCNUp-DNwNA

Abstract: 

The footprint of a mineral system is potentially detectable at a range of scales and lithospheric depths. Magnetotellurics is one of few techniques that can provide multi-scale datasets to image and understand mineral systems. We have used long-period data from the Australian Lithospheric Architecture Magnetotelluric Project (AusLAMP) as a first-order reconnaissance survey to resolve large-scale lithospheric architecture for mapping areas of mineral potential in northern Australia. The 3D resistivity model reveals a broad conductivity anomaly in the lower crust and upper mantle to the east of Tennant Creek, representing a potential fertile source region. Results from a higher-resolution infill magnetotelluric survey reveal a favourable crustal architecture linking the lower, fertile source regions with potential depositional sites in the upper crust. This observation strongly suggests that the deep-penetrating major faults potentially acted as pathways for transporting metalliferous fluids to the upper crust where they could form mineral deposits. This result and its integration with other geophysical and geochronological datasets suggest high prospectivity for major mineral deposits in the vicinity of these major faults. In addition to these insights, interpretation of high-frequency magnetotelluric data helps to characterise cover and assist with selecting targets for stratigraphic drilling which, in turn, can validate the models and improve our understanding of basement geology, cover sequences and mineral potential.

This study demonstrates that integration of geophysical data from multi-scale surveys is an effective approach to scale reduction during mineral exploration in covered terranes.

Biography: Dr Wenping Jiang joined Geoscience Australia in 2012 after completing a PhD degree from the University of Sydney. Since Feb 2016, she has worked as a senior geophysicist in the Mineral Systems Branch, delivering precompetitive data and information to improve the understanding of mineral resource prospectivity. Her professional focus is mainly on Magnetotelluric data processing, modelling and interpretation.  

Title: Managing Through (constant) Change And Uncertainty -  The Key Dilemmas Facing Resources Industry Personnel

Presenter: Michelle Henderson

Date: Tuesday  8th June

Time: 16:00 AEST  

Location: Joint Zoom virtual + physical presentation at Geoscience Australia

Registration: https://us02web.zoom.us/webinar/register/WN_yNHpLyXNTOOXe5Qx4FsGSA

Abstract:

The cyclical nature of the resources industry creates very specific challenges across investment through to people management.  Faced with constant ‘instability’, often supply-limited expertise and the uncertainty over discovery, how do we hold on to our people, maintain their enthusiasm and continue to lead success?

As a professional coach across government and scientific agencies, Michelle brings extensive experience to the ‘problem’ and solution.  Her empathetic and pragmatic approach empowers professionals to not only manage change, but to enthusiastically grasp the opportunities it brings. 

Bio:

Michelle Henderson is a professional consultant and coach. She has been consulting to government and scientific agencies for the last six years. Her specialties include executive leadership, change and working with governments.

As a consultant Michelle combines her passion for leadership and innovation. She works with senior leaders to help them manage their teams, and themselves, in constantly changing environments. Her empathetic and pragmatic approach empowers professionals to not only manage change, but to actively seek opportunities to make positive change happen.

Prior to consulting, Michelle worked for 23 years at executive and senior executive levels in the areas of industry, innovation and science policy. Michelle has a deep understanding of Australia’s innovation system and the important role science discovery, research and commercialisation play in knowledge and wealth creation for Australia.

Michelle has postgraduate qualifications in Management (industry strategy) and vocational qualifications in training and development.  She is a level 1 accredited coach.

The initial geophysics conference “Looking into Our World”, provided us with a platform to develop and learn from. As such, this year’s event will come under the banner of “Latin Geophysics Explore 2021” which better reflects nature of the conference since the science is not dictated by political boundaries but by geoscientific ones.

Building on from last year we wish to grow the event to include a half day training course to complement the speaker program maintaining a similar structure to last year.

A programme can be accessed here.

https://chilexploregroup.cl/en/latin-geophysics-explore-2021-en/

Date: 30th March 2021

Time: 5:30 - 6:30pm AEDT

Register: https://us02web.zoom.us/webinar/register/WN_J6zK4TXCTbCI1PxCI4uF9g

Richard retired from Geoscience Australia after more than a 30 year career of developing new geological understanding to open up provinces for exploration investment. Applied geophysics played a key component throughout his career, and this seminar will be a personal reflection on the key ‘geophysical-aha’ moments that have changed his understanding of a region’s geology and, through this new knowledge, Australia’s mineral potential.

The 30-year story begins in the field as a young geologist using geophysics to map Cape York, Pilbara and Yilgarn and seismic transects across a number of Proterozoic orogens, through the UNCOVER formulation to the lead designer of the Exploring for the Future programme.