Announcements
2019 Annual Meeting
Important dates
Program
Scientific Meeting
Propose Sessions
Opens: 31 Jul 2018
Closes: 23 Oct 2018

Submit Abstracts
Apply for Reduced Fee
Opens 20 Nov 2018
Closes 12 Feb 2019
General Election
Nominations
Opens: 4 Sep 2018
Closes: 18 Dec 2018

List Candidates
23 Apr 2019

E-Voting
Opens: 30 Jul 2019 (2pm)
Closes: 2 Aug 2019 (2pm)
AOGS Awards
Axford Medal & Honorary Member

Nominations
Opens: 4 Sep 2018
Closes: 18 Dec 2018

Announce Awards
21 May 2019

Exclusive Events

To register, you must be a confirmed AOGS2019 participant.
AOGS2019 Registration (Opens 26 March 2019)
Registration log-in: https://meetmatt-svr.net/Account/Login

AOGS Member Exclusives – Booking Opens 26 Mar; Closes 21 May
Admission requires pre-registration and participation confirmation is on a first-come-first-served basis

Wed-31 Jul
Field Trip to Pulau Ubin

(Terms & Conditions Apply)
Per Person: SGD105
(Singapore Dollars)
Click to view/download description
Workshops - 29 Jul to 02 Aug (Actual Dates & Times To Be Announced)
These workshops are free of charge to AOGS2019 Participants
WS01 Interpreting Geodetic Data with Physical Models of Lithospheric Deformation Duration: 3 Hours
Max: 25 – 30 pax
Click to view/download description
WS02 Rosetta Mission Data Duration: 2 Hours Click to view/download description
WS03 Satellite Remote Sensing of Aerosols: Data, Tools and Applications* Duration: 4 Hours
Max: 25 – 30 pax
Click to view/download description
*Participants will need to bring along their own laptops

AOGS2019 Field Trip to Pulau Ubin
Cost:SGD105
Participation:Minimum of 15; Maximum of 40
Available:Wed-31 Jul 2019; 9am to 4:30pm
*Covers field trip bus costs; ferry tickets and lunch Terms & Conditions Apply

To be led by members of the Mangrove Lab, Department of Geography, National University of Singapore.

Tour Leaders: Radhika Bhargava, National University of Singapore
Jared Moore, National University of Singapore
Sasha Danielle Soto, National University of Singapore

Description & Program
Be transported back in time to 1960s Singapore as you embark on a trip to the nearby island of Pulau Ubin. The name translates to “granite island” in Malay, and was the site of a number of quarries in the early 20th century and home to thousands of people in its heyday. While the industries have stopped, Ubin is now home to one of Singapore’s last villages or kampongs. This trip will visit the iconic Chek Jawa wetlands, home to granite cliffs and outcrops and a diverse set of ecosystems including mangroves, seagrasses, mudflats and coastal forests. This important ecological area was slated for reclamation in 2001, though its subsequent protection is credited with creating the modern environmental movement in Singapore.

*Timetable
0900
1000
1030
1100
1200
1330
1400
1500
1530
1630
Assemble at SUNTEC Singapore (in front of Big Screen, Level 1)
Arrive Changi Point Ferry Terminal
Arrive Pulau Ubin
Mangrove boardwalk at Chek Jawa (look at mangroves, geomorphology)
Coastal boardwalk at Chek Jawa (look at granite formations)
Return to village for lunch.
Lunch and discussion about land reclamation and transboundary sand mining
Leave Pulau Ubin
Arrive Changi Point Ferry Terminal
Arrive SUNTEC Singapore (tour ends)

*Timetable is subject to changes and actual may vary

For a history of Pulau Ubin, see: https://www.visitsingapore.com/see-do-singapore/nature-wildlife/singapore-islands/pulau-ubin/

Terms & Conditions

  • Only AOGS2019 conference participants are eligible to participate
    Please complete your conference registration early
  • Confirmation of participation is subjected to payment being received
    You will receive an email confirmation within 24 hours of your payment
  • There will be no refund for cancellation/withdrawal by registrants
    If there is a lack of numbers, the field trip will be cancelled. Conference will refund the paid fee
  • Please note that insurance is not included in the field trips and participants are responsible for their own insurance
  • Participants on field trips/tours agree to indemnify AOGS against any claims as arising from injury or loss sustained during the outings

WS01 Interpreting Geodetic Data with Physical Models of Lithospheric Deformation

Duration:3 Hours
Date/Time/Room:To Be Announced

Conveners:James D. P. Moore, Nanyang Technological University
Eric O. Lindsey, Nanyang Technological University

To be led by Dr James D. P. Moore and Dr Eric O. Lindsey from Earth Observatory of Singapore, Nanyang Technological University. Both Instructors have led coding workshops regionally and internationally.

We are entering a new era of “big data” geodesy, with a plethora of observations now available from dense GPS networks and rapid Synthetic Aperture Radar acquisitions (InSAR). Recent advances in modelling, inversion, and theory (Muto et. al. in review, Moore et. al. 2017, Barbot, Moore & Lambert 2017) allow us to exploit these spatially and temporally dense observations to explore complex physical models at greater speed and resolution than ever before.

In this hands-on workshop, we will cover how to build physical models of the lithosphere, either for forward modelling or inversions, using a set of modular libraries to make our lives easier as Earth Scientists. We can incorporate both on-fault and off-fault deformation mechanisms, consider topography, surface loading, gravitational effects, and pressure sources. We will describe from first principles how to simulate a range of real-world deformation data, in particular GPS and InSAR. We will examine several important cases including postseismic deformation, lake loading, and volcano deformation.

We start by discussing the rheological assumptions and our choice of deformation models (Elastic, Rate and State friction, Maxwell, Burgers, power law, or a combination). We will then demonstrate how to simulate geodetic time series based on the evolution of stress in the system governed by these rheological assumptions. We will also demonstrate how to create numerical simulations of earthquake cycles, allowing for off-fault ductile deformation, and spontaneous earthquake ruptures governed by rate and state friction. Finally, we will look at inversion methods for fault slip and distributed deformation.

This workshop is aimed at geologists, geodesists, and geophysicists interested in simulating lithospheric deformation and who may have limited experience with physics or programming. The simulations will be carried out using modular code libraries, and the workshop only requires a basic knowledge of computer programming.

WS02 Rosetta Mission Data

Duration:2 Hours
Date/Time/Room:To Be Announced

Conveners:Dave Heather, ESA/ESAC, Madrid Spain
Pierre Henri, LPC2E, CNRS, Orleans, France
Matthew Taylor, ESA/ESTEC, Netherlands

Dave Heather is a Planetary Archive Specialist with over 15 years of experience working with various ESA planetary mission data sets. Pierre Henri is a Principal Investigator of the MIP instrument on the Rosetta mission, part of the Rosetta Plasma Consortium. Both are highly qualified to provide information on the subject matter. Matthew Taylor is the Rosetta project scientist and is very keen to encourage broader use of the mission data.

The aim of the session is to make the attendees familiar with and as autonomous as possible with Rosetta archive data, so that they can quickly carry out their own cometary science studies. The target audience is cometary and small body scientists, as well as members of the broader space physics and planetary community to make them aware of the data products available in the Rosetta archive, to promote usage of that data. The workshop will begin with a short presentation of the ESA Planetary Science Archive as a whole and on the Rosetta archive in particular. This will be followed by presentations from different instrument teams who will give a brief overview of their archive data, to provide instrument level insights into data access, as well as indicate the possible caveats when using the data. Following this, we aim to have a more interactive section that will focus on a published event, which will allow attendees to gain some practical experience in interacting with the archive data.

WS03 Satellite Remote Sensing of Aerosols: Data, Tools and Applications

Duration:4 Hours
Date/Time/Room:To Be Announced

Conveners:Pawan Gupta, Science & Technology Institute (STI), Universities Space Research
Association (USRA), NASA Marshall Space Flight Center (MSFC)
Robert Levy, NASA Goddard Space Flight Center (GSFC)

Dr Gupta leads air quality training team under NASA’s Applied Remote Sensing Training (ARSET) and have been providing online and in-person training workshops all around the world for the past 8 years. Dr Gupta has more than 15 years of experience in satellite aerosol retrieval and application for air quality and climate change research.

Dr Levy is the lead of the Dark-Target (DT) aerosol retrieval team at NASA. He has 20 years of experience with remote sensing on various satellite platforms, including interactions with end-users in both research and applied-science applications. He has led workshops and guest-lectured classes related to these subjects.

The Moderate Resolution Imaging Spectroradiometer (MODIS) sensors aboard NASA’s Earth Observing Satellites (EOS) have been observing the earth-atmosphere system for nearly two decades. Atmospheric aerosols (particulate matter) play an important role in earth radiation budget and contribute to air pollution. Since its launch, the “dark-target” (DT) aerosol retrieval algorithm has been applied to MODIS to retrieve aerosol optical depth (AOD) and other aerosol properties on a global scale. The AOD data product has been extensively used for both climate and air quality applications. More recently, the DT algorithm is being applied to new generation of sensors such as Visible Infrared Imaging Radiometer Suite (VIIRS) on Suomi-NPP, and the Advanced Himawari and Baseline Imagers (AHI and ABI) on Himawari-8 and GOES-R. The application of consistent algorithm on multiple Low Earth Orbiting (LEO) and GEOstationary (GEO) sensors is key for observing aerosols with high temporal and spatial resolution.

The workshop will provide lectures and hands-on exercises. Lectures will be about fundamentals of satellite remote sensing of atmospheric aerosols, the dark target aerosol retrieval method, and best research practices. Hands-on exercises will be geared towards accessing data, reading and mapping the aerosol fields, and validating against ground measurements. All activities will use free or open-source software tools.



Back to Top