Announcements
2017 AOGS General Election
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AOGS2017 Abstract Submission
Deadline:15 Feb 2017
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AOGS2017 Important Dates
Results Notification: 29 Mar 2017
Registration Opens: 29 Mar 2017

2017 AOGS Axford Medal &
Honorary Awards

Nomination Deadline: 25 Jan 2017 (Closed)
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Innovation Theatre

The "Innovation Theatre" is a complimentary presentation for AOGS2017 attendees to watch some of our Exhibitors and Sponsors showcase their products and services. It is the new platform for products launches and where Speakers share knowledge about crucial developments in their products.

The Innovation Theatre will be located at the Exhibition area of AOGS2017.

Time/Date TUE 08 AUG WED 09 AUG THU 10 AUG FRI 11 AUG
12.45pm – 1.15pm
(Session 1)
  Earth Observatory of Singapore Picarro Inc. LI-COR Biosciences
4pm – 4.30pm
(Session 2)
Earth Science Research Promotion Center(NCU) Earth, Planets & Space Isotopx Flexisolve  

Presentation Information

Earth Observatory of Singapore
9th August 2017 (Wednesday)
12.45pm – 1.15pm

"Using Animation to Communicate Earth Science and Sustainability"
Isaac Kerlow

Moving images are a powerful medium for analyzing, exploring and visually communicating complex concepts, and they are also the premiere medium for contemporary storytelling. Animation can have multiple roles in science communication today but it is particularly effective for explaining complex concepts and also for creating emotional connections with mainstream audiences. On a practical level animation can be free from the production constraints and the expense of live action filming. This presentation shows and explains a variety of animated sequences produced by the Art+Media Research Group at the Earth Observatory of Singapore. These animations have been used to communicate Earth science and sustainability in a variety of interdisciplinary projects. The projects reviewed range from scientific documentaries, to narrative shorts and interactive games.


Earth, Planets and Space
9th August 2017 (Wednesday)
4pm – 4.30pm

"Earth, Planets and Space: Open access journal for Earth and Planetary Sciences"
Yasuo Ogawa
Tokyo Institute of Technology (Editor in Chief, Earth, Planets and Space)

I am the editor in chief of the journal Earth, Planets and Space (EPS) since 2013. EPS is published on behalf of the following five societies; The Society of Geomagnetism and Earth, Planetary and Space Sciences, The Seismological Society of Japan, The Volcanological Society of Japan, The Geodetic Society of Japan, The Japanese Society for Planetary Sciences. These five societies are all society members of the Japan Geoscience Union.
EPS covers scientific articles in Earth and Planetary Sciences, particularly geomagnetism, aeronomy, space science, seismology, volcanology, geodesy, and planetary science. EPS also welcomes articles in new and interdisciplinary subjects, including instrumentations. Only new and original contents will be accepted for publication.
EPS was established in 1998 as a continuation of the two journals, the Journal of Geomagnetism and Geoelectricity (1949 to 1997) and the Journal of Physics of the Earth (1952 to 1997). In 2014 we started open access publication under the SpringerOpen platform. Open Access publication successfully shortened the publication time, increased visibility of the journal and widened its international readership.
EPS has the following four article types; Full Paper, Express Letter, Frontier Letter and Technical Reports. Full paper has no limit in size. Express Letter is a short article for a quick publication of new findings. Frontier Letter is a short article invited by the editor in chief. Technical report is for publication on a software tool or an experimental or computational method, test or procedure or hardware design.
We have expanded the editorial board members in 2017 to speed up the reviewing process. Editorial board members are international and we provide qualified reviews.
Special issues are important parts of EPS. We welcome special issue proposals on focused topics that are within the scope of the journal.
Recent topics of the special issues are on the achievements of geoscientific projects or international conferences, or on geoscientific events, such as large earthquake events or volcano eruptions. Please contact me if you have a plan for a special issue.


Picarro Inc.
10th August 2017 (Thursday)
12.45pm – 1.15pm

"Picarro Product Portfolio Update: Recent developments in Cavity Ring-Down Spectroscopy"
David Kim-Hak
Picarro Inc.

We will review recent developments in Picarro’s CRDS-based technology platform for greenhouse gas, trace gas and isotope applications across a variety of scientific disciplines.
Picarro Inc., a Silicon Valley-based company, is the world leading provider of top-quality laser-based gas analyzers and solutions. We serve a wide range of applications including air quality and greenhouse gas monitoring, energy and utility, food safety, industrial gas monitoring, and frontier scientific research.
Centered around the Cavity Ring-down Spectroscopy and over 45 international patents, we produce analyzers with ppb level precision for continuous, real time measurements of trace gas concentration (i.e. CO2, CH4, N2O, CO, NH3, C2H4, H2CO, and many more) and stable isotopes (i.e. δ18O, δ17O, δD in H2O; δ13C in CO2/CH4; δ15N in N2O; etc.).
These analyzers meet the most demanding standards of top-tier research institutes, government agencies and industrial leaders.
Today, Picarro analyzers are used in more than 60 countries and are present in all 7 continents. It is the gold standard of world authorities such as the World Meteorological Organization (WMO) and the International Atomic Energy Agency (IAEA).
In particular, we will focus on the GasScouter, our most portable high performance analyzer yet allowing you to “measure greenhouse gases on the go”. It is perfect for soil flux measurements. We will further shed light on our new concentration Ethane/Methane & isotopic Methane analyzer, a powerful tool to resolve source attribution.


Earth Science Research Promotion Center(NCU)
8th August 2017 (Tuesday)
4pm – 4.30pm

"Innovative Earthquake Science and Technologies Developed in Taiwan"
J. Bruce H. Shyu
National Taiwan University

In the past decade, the Taiwan Earthquake Research Center (TEC) has promoted a series of studies on real-time seismology, earthquake early warning (EEW) and seismic hazard and risk analysis with support from the Minister of Science and Technology (MOST). In addition to the Taiwan Central Weather Bureau (CWB), who is doing a great job in monitoring regional seismicity, the earthquake science communities have been constantly developing new technologies to contribute to seismic hazard mitigation.
An automated near real-time moment tensor monitoring system (RMT) has been constructed to monitor the seismic activity by taking advantage of a grid-based moment tensor inversion technique and long-period broadband seismic recordings. All source parameters, including the event origin time, hypocentral location, moment magnitude and focal mechanism can be determined simultaneously with 117 seconds after the occurrence of an earthquake.
The P-Alert, a MEMS accelerometer that is specially designed for on-site earthquake early warning, has been widely deployed island-wide in Taiwan. It can detect first P-wave arrival and provide an alert with predicted intensity when the amplitude of vertical P-wave is over 0.35 cm. This EEW system is not only providing the on-site EEW but also reinforce the earthquake disaster prevention education.
By integrating the earthquake science, earthquake engineering, and social science communities of Taiwan, the Taiwan Earthquake Model (TEM) program is to improve our understanding of Taiwan earthquake mechanisms and therefore provide new insight into seismic hazard and risk assessments for Taiwan. We have published the first science-based hazard model of Taiwan on the basis of the Probability of Seismic Hazard Assessment (PSHA) approach.
The TEC not only acts as a platform for the advanced researches in earthquake science and technology, but also presenting real-time earthquake information and creative and diversity tools and materials for seismic education outreach.


LI-COR Biosciences
11th August 2017 (Friday)
12.45pm – 1.15pm

"Next Generation Evapotranspiration Flux Stations: Full Automation of Data Processing and Remote Management of ET Network"
Rick Garcia
LI-COR Biosciences

Water scarcity and efficient water use are becoming increasingly important. At the same time, improvements in instrumentation have greatly improved spatial and temporal data coverage of evapotranspiration (ET) measurements on multiple scales, ranging from a single station to continental scale ET networks. With the increased number of ET stations and data from each station, modern tools are needed to effectively and efficiently handle the entire infrastructure (hardware, software and data management).
Recently, such tools have been developed for automated data collection, full on-site flux processing, data quality control, and remote management. These tools allow researchers to dedicate more resources to answering research questions, rather than toward station management. Having real time quality controlled executive summaries of data can also lead to better accountability across all management layers.
In late 2013, a new automated measurement system with novel hardware and software was developed and tested in Nebraska. The major advancements of this ET flux system include:

  1. Enabling logging high-frequency, three-dimensional wind speeds and multiple gas densities (H2O, CO2, and CH4), low-frequency meteorological data, and site metadata simultaneously through a specially designed file format.
  2. Conducting fully corrected, real-time on-site flux computations using conventional and user-specified methods, by implementing EddyPro Software on a small low-power microprocessor.
  3. Providing precision clock control and coordinate information for data synchronization and inter-site data comparison by incorporating a GPS and Precision Time Protocol.
A data management server application was also developed to chart fully corrected real-time fluxes to assist remote system monitoring, send e-mail alerts, and automate data QA/QC, transfer and archiving at individual stations or on a network level.
In this presentation we will review some of the innovations that have occurred in the hardware and software tools used in flux station networks that range in size from single sites to multiple flux stations.