700

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15th Annual Meeting

03-08 Jun 2018

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Natural Hazards in Asia:
An AOGS-EGU Joint Conference

INTERESTED! Info Session & Networking Lunch

Tue 08 Aug 2017 12:45 - 1:30 pm, Room 304, SUNTEC Singapore

Event date: 04 - 08 February 2018
Event location: Tagaytay, Philippines
Abstract Submission Deadline: 31 Aug 2017
Author Registration Deadline: 23 Nov 2017www.nathazards.org
View of Mt. Bromo

WELCOME!
01

02

01. President
03. Award Citation

04.
06.
23.
25.

04

05

06

36. Sections
36. Council
36. Geoscience Letters

37. Opening
38. Closing
48. Scientific Program

38. General Election
39. Office Bearers
42. Committees

07

08

09

463. Exhibitors
472. Innovation Theatre

45. Presenter Guides
49. Venue Layout
478. Contacts & Tel
480. Singapore Guide

36. 2018 AOGS-EGU
Joint Conference
Info Session

10

11

50. Mon-07 Aug
92. Tue-08 Aug
162. Wed-09 Aug
244. Thu-10 Aug
330. Fri-11 Aug

383. Author Index

MESSAGESMEETINGSGEOMEETPRESENTATIONSPLENARIES

Axford Lectures
Section Lectures
Special Lectures
Public Lectures

PROGRAM

GENERAL INFO

INDEX

03

EDucation OUTREACH

27. School Talks
33. Workshops
35. Field Trip
477. NASA Hyperwall
Science Stories

SOCIETY

SATELLITE CONF

Message from AOGS President
Did you notice that AOGS has become a teenager? In contrast to a human teenager (who, speaking formyself, typically remains aimless and clueless at that age), AOGS has grown mature and fully confident!
Abiding to our society’s motto “In Asia for Asia and the World!”, AOGS is maturing into a great societyof geoscientists!
Welcome to Singapore this year! People often wonder why AOGS returns to Singapore for our annual
meetings every other year (used to be every three years). Primarily, this is for the benefit of administrativeand logistical reasons as AOGS is an international organization registered in Singapore. Additionally, thegeneral election, which happens once every two years, for the incoming AOGS leadership and officers(who are actually voluntary servants to you all) is to be held in the easily-accessible city of Singapore.
Here is a plot (what would a geoscientist do without a tell-tale plot!) on the statistics of past AOGS annual
meetings. You can see a lot of interesting facts even with a general glance. I have left the final point forthis year vacant, so you can make a wager with your friends on the number of attendees, which will beannounced on the last day (Friday, 11th Aug) together with the results of the general election of the newclass of officers. I can give you a hint: the number of abstracts is well over 2000 this year!

So how many members like you does AOGS have now? If you recall, the definition of membership in
AOGS is one who has attended the AOGS annual conference at least once in the past 3 years. The current
number is 7201. Congratulations to you for being associated with, and enjoying the comraderies of all thecolleagues and friends who share common interests and goals in geoscience!
This year the program in Singapore is expanded with exciting, fresh and innovative activities. On topof the highly-regarded Axford Lectures and specially arranged plenary lectures by other distinguishedscientists, the program now also includes an extensive education outreach program, a field trip, theinnovation theatre, a closing ceremony and farewell reception. Additionally, an installation that mimics
the Northern Lights in collaboration with Andrew Loh Designs, renowned Singapore artist. Remember totake a break at this curated space.
To add on, AOGS next year (2018) will be even more eventful! First of all, the annual meeting will be heldin Honolulu, Hawaii, from 3 to 8 June 2018 (before the start of the hot tourist season). So get your Hawaiian
shirts ready! AND, after years of preparation, AOGS and EGU will be holding a joint Natural Hazards
Symposium in the Philippines in February! Natural hazard issues are in abundance and variety in ourhome continent. In anticipation of the success of this joint symposium, we are already contemplating next
collaboration on Natural Hazard topics.

1

Message from AOGS President
Finally I’d like to report to you the good news that AOGS Vice-President, Professor Yuntai Chen, has fully
recovered from his heart surgery performed a year ago. If you recall, he apologized for being absent fromthe 2016 annual meeting in Beijing and I had to step-in as Chair at short notice. We wish him well, and will
look out for him so he does not work too hard as he does always.
On Wednesday, 9 August, Singapore celebrates its 52nd year of independence and the national day parade
will be held at the Marina Bay Floating Platform, located close by. You may be able to watch the paradeand firework display from your hotel windows. Happy birthday Singapore!
Benjamin Fong CHAOAOGS President22017 AOGS Axford Medal Award Recipient
The Asia and Oceania Geosciences Society (AOGS) is honoured to present the2017 Axford Medal to Professor Dong-Kyou Lee, Professor Emeritus of Seoul
National University, for his exceptional contributions to the modeling andunderstanding of the weather and climate of Asia.
Professor Lee is among the world’s leading scientists in regional climate studies.
Using advanced regional climate models, he and his colleagues have studied
the dynamics and thermodynamics of a range of phenomena that involve heavy
convective precipitation, including tropical cyclones. Through the use of thesemodels, he has quantified the relationship between large-scale climate andclimate change to episodic forecasts of extreme, high-impact weather events
over Asia and Oceania.
For example, using a regional climate model Professor Lee explained the relative role of positive sea-surface
temperature anomalies in the equatorial and northern off-Equatorial Central Pacific in producing the observed
increase in number of tropical cyclones (TC) approaching East Asia in July-October. This study showed that it
was the northern SST anomaly that affected the tracks of TC by altering the large-scale steering circulation andfunneling the TCs into east China, Taiwan, Korea and Japan.
In another modeling study, Professor Lee and his colleagues simulated climate change for 70 years (1980-2049)
over East Asia. In this study, the annual mean surface temperature increased by 1.8°C while the average daily
precipitation decreased by 0.2 mm/day as a result of the northward shift of the monsoon rain-band. Notably,
even though the average precipitation over the Korean peninsula decreased, the frequency of very heavy(flooding) precipitation increased. Also, the maximum intensity of the strongest typhoons increased; together
these changes constitute a high impact of climate change to society.
Professor Lee’s scientific contributions to weather and climate research and forecasts, especially in the areas ofheavy rainfall and mesoscale convective systems, and typhoon forecasting, and the regional climates of Asia
are inseparable from his long-term efforts and leadership role in the Regional Model Intercomparison Project(RMIP) and the Asian-Pacific Network for Global Change Research (APN). RMIP began with the applications
and comparison of numerical weather forecast models with the focus on China, Japan and Korea. Critical issues
such as the change and variability of monsoon climate in future, sources and range of uncertainty in climatechange projections, and adaptation and mitigation strategies to reduce the risk induced by climate change on
regional scale were connected in these studies.
Dr. Lee’s scientific contributions extend beyond climate, into areas such as numerical weather prediction oftropical cyclones. For example, Lee and his colleague Suk- Jin Choi showed that a high resolution numerical
weather prediction model could successfully simulate the torrential rainfall (~800 mm/day) caused by Typhoon
Rusa (2002). Investigating the underlying physics, they showed that there were two major mechanisms for theheavy precipitation—dynamical lifting of moist tropical air by the large-scale cyclone circulation and terraininduced convective precipitation.
Professor Lee has a notable record of teaching and advising students. He has supervised 17 Ph.D. students and51 M.S. students and taught courses in numerical weather prediction, numerical methods, physics of weather
and climate models, data assimilation and atmospheric predictability.
In addition to being an outstanding research scientist and educator, Professor Lee is a skillful administrator
and dedicated public servant. He has served as Director of the Korea-USA Weather and Climate Center, Seoul
National University (2010-2012), a member of the WMO Science Steering Committee of the World Weather
Research Program (2010 – present), and in his position as Director General of the Numerical Modeling Bureauof KMA since 2015. In 2000 he organized the First International Conference of Mesoscale Convective Systems(ICMCS) of Heavy Rainfall and Tropical Cyclone over East Asia, and these successful conferences continued
to be held on a regular basis. It is unusual for a person of such a strong academic background to also be aleader in operational institutions such as the KMA. Professor Lee is highly respected by his colleagues, having
been elected as President of the Korean Meteorological Society (1998-2000) and President of Asia Oceania
Geosciences Society (2008–2010).

3

Axford Lectures“Competing Influences of Greenhouse Warming and Aerosols on Asian
Monsoon Climate Change”
William K. M. LAU
University of Maryland
07 August, Monday
Nicoll Room, Level 3
16:15 – 17:00

Abstract
In this lecture, results are presented, based on CMIP5 multi-model historical simulations, illustrating thecompeting influences on the global and regional drivers of the Asian monsoon under global greenhousewarming (GHG) and aerosol forcing. A steady increase in the GHG-induced warm-ocean-warmer-land (WOWL)
has been in effect since the 1950’s in connection with increased anthropogenic GHG emissions, substantially
increasing moisture transport from adjacent ocean, and enhancing rainfall over the Asian monsoon regions.
However, under GHG warming, atmospheric stability is increased due to strong reduction in mid-troposphericand near surface relative humidity, in conjunction with a strengthened the Deep Tropical Squeeze (DTS, Lau
and Kim 2015). During the boreal summer, the DTS strongly suppresses monsoon convection and rainfall
over subtropical and extratropical land, leading to a weakening of the Asian monsoon meridional circulation
under GHG-only forcing. The inclusion of aerosol emission changes strongly masks WOWL and the DTS, up
to 60% over the northern hemisphere, negating to a large extent the rainfall increase due to GHG warming, andleading to a further weakening of the monsoon circulation, through increasing most static energy, associatedwith aerosol solar dimming and semi-direct effects. Overall, we find that GHG exerts stronger positive rainfall
sensitivity, but less negative circulation sensitivity in SASM compared to EASM. In contrast, aerosols exert
stronger negative impacts on rainfall, but less negative impacts on circulation in EASM compared to SASM.

4

Axford Lectures“Long-term Drivers of Aboveground-Belowground Linkages andEcosystem Functioning”
David A. WARDLE
Nanyang Technological University
07 August, Monday
Nicoll Room, Level 3
17:00 - 17:45

Abstract
All terrestrial ecosystems consist of communities of aboveground and belowground organisms, whichinteract with each other over short time scales, but which both drive and respond to processes that
operate over much longer time scales, including those that are relevant to ecosystem biogeochemistry.
Here I illustrate the linkage between short-term interactions between aboveground and belowgroundbiota, and long term biogeochemical processes, through four examples that involve contrasting temporalscales. The first example shows how invasion by mammals in New Zealand has impacted on plantsoil linkages and nutrient cycling and supply rates over the order of several decades. This involves
both invasive deer on the New Zealand mainland and invasive rats on replicated offshore islands. The
second example demonstrates, for a group of lake islands in northern Sweden that differ greatly infire history, that time since disturbance is a powerful driver of plant-microbe associations which inturn drive ecosystem carbon storage and nitrogen (N) and phosphorus (P) cycling over centuries tomillennia. The third example involves ecosystem ‘retrogression’, which is the process through which
nutrient availability and thus ecosystem processes decline over geological time scales as a consequenceof both abiotic and biotic factors. This involves demonstrating that changes in N:P stoichiometry during
retrogressive processes impair both aboveground and belowground processes in a consistent mannerin contrasting (boreal, temperate and subtropical) regions of the world over millennia and beyond.
The fourth example involves elevational gradients in mountains that have developed over geologicaltime. It shows how long-term variation in temperature across each of several temperate elevational
gradients around the world impact on plant N:P stoichiometry through its impact on soil processes
over the geological timescales that these mountains have been present. In combination, these four
examples highlight that understanding aboveground-belowground linkages offer many insights about
the abiotic and biotic drivers of ecosystems, including those that operate over much longer time scales
that the linkages themselves operate, such as climate and geology, as well as those that are relevant tounderstanding the ecosystem impacts of human-driven global change.

5Section Distinguished Lecture - AS (Atmospheric Sciences)“Last Echo of El Nino Revealing a Regional Coupled Mode over the
Indo-western Pacific Warm Pool”
Shang-Ping XIE
University of California - San Diego
09 August, Wednesday
MR331, Level 3
11:00 – 11:45

Abstract
El Niño-Southern Oscillation (ENSO) induces coherent climate anomalies over the Indo-western Pacificwarm pool, and these anomalies outlast sea surface temperature (SST) anomalies of the equatorial
Pacific by a season, with major effects on the Asian summer monsoon. Specifically, a large-scale
anomalous anticyclone (AAC) is a recurrent pattern in post-El Niño summers, spanning the tropicalNorthwest Pacific and North Indian Oceans. Regarding the ocean memory that anchors the summer
AAC, competing hypotheses emphasize either SST cooling in the easterly trade wind regime of theNorthwest Pacific or SST warming in the westerly monsoon regime of the North Indian Ocean and South
China Sea. Recent studies reveal a coupled ocean atmosphere mode that builds on both mechanisms ina two-stage seasonal evolution. In spring when the northeast trades prevail, the AAC and Northwest
Pacific cooling are coupled via wind evaporation-SST feedback. The Northwest Pacific cooling persists
to trigger a summer feedback that arises from the interaction of the AAC and North Indian Ocean
warming, enabled by the westerly monsoon wind regime. This Indo-western Pacific ocean capacitor(IPOC) explains why El Niño stages its last act over the monsoonal Indo-Northwest Pacific and casts the
Indian Ocean warming and AAC in leading roles.
Conflicting views exist regarding the climatic role of the Indo-western Pacific warm pool. Someargue for a disproportionately important role as mean SSTs there well exceed the threshold for deep
convection. By citing weak local correlations between SST and rainfall, on the other hand, the opposing
camp argues that SST variability there is passive and of limited atmospheric effect. The talk will trace
historical developments in the study of Indo-western Pacific warm pool variability. Recent studies
consistently show that the warm pool is coupled with the atmosphere, but this coupling is not always
local, rendering the local SST-rainfall correlation a poor metric. While ENSO is a dominant forcing,regional ocean-atmospheric coupling and feedback select preferred patterns of the regional response.
Such regional modes (e.g., the IPOC and Indian Ocean dipole) are important in determining the season
and spatial pattern of predictable climate variability.

6

Early Career Researcher Distinguished Lecture - AS (Atmospheric Sciences)“Extratropical Forcing and Tropical Rain Distribution Changes:
Energetics Framework and Ocean Dynamics”
Sarah M. KANG
Ulsan National Institute of Science and Technology
09 August, Wednesday
MR331, Level 3
11:45 – 12:30

Abstract
Intense tropical rainfall occurs in a narrow belt near the equator, called the inter-tropical convergencezone (ITCZ). In the past decade, the atmospheric energy budget has been used to explain changes in thezonal-mean ITCZ position. The energetics framework provides a mechanism for extratropics-to-tropics
teleconnections, which have been postulated from paleoclimate records. In atmosphere-only models,the ITCZ shifts toward the warmed hemisphere, regardless of the latitudinal position of thermal forcing,in order for the Hadley circulation to transport energy toward the colder hemisphere. However, recent
studies using fully coupled models show that tropical rainfall can be rather insensitive to extratropicalforcing when ocean dynamics is included.
In this study, we proceed to investigate the role of ocean dynamics, which has not yet been identified
in a systematic manner. We propose to build a hierarchy of ocean models to systematically explore
the full dynamical response of the coupled climate system. Here, we build gray radiation atmosphericmodel that is coupled to ocean models of different levels of complexity. As a first step, we explore theeffect of meridional Ekman heat advection while neglecting the upwelling effect on the ITCZ response
to prescribed extratropical thermal forcing. The tropical component of Ekman advection is a negative
feedback that partially compensates the prescribed forcing, whereas the extratropical component is
a positive feedback that amplifies the prescribed forcing. Overall, the tropical negative feedback
dominates over the extratropical positive feedback. Thus, including Ekman advection reduces the needfor atmospheric energy transport, thereby dampening the ITCZ response.
Next, the upwelling effect is included by considering a deep return flow whose temperature is diagnosed
from the SST. The extratropical positive feedback nearly vanishes because of compensating effects ofadvection by the deep return flow. The subtropical response of Ekman suction is a negative feedback thatpartially compensates the prescribed forcing, whereas the deep tropical response of Ekman pumping
is a positive feedback that amplifies the prescribed forcing. Overall, the subtropical negative feedback
dominates over the deep tropical positive feedback. Thus, the wind-driven ocean circulation reduces
the need for atmospheric energy transport, thereby dampening the ITCZ response.

7Section Distinguished Lectures - BG (Biogeosciences)“Nutrient Limitation on Land and Its Climatic Significance”
Ying-Ping WANG
Commonwealth Scientific and Industrial Research Organisation
09 August, Wednesday
MR335, Level 3
11:00 – 11:45

Abstract
Nutrient limitation on land is well documented and analysed by plant scientists for many decades, but
has only been implemented into global land models recently for studying carbon-climate feedback andland-based climate mitigation.
In this talk, I will describe three studies from my group on the climatic significance of nutrient (bothnitrogen and phosphorus) limitation. Based on carbon:nitrogen ratios of different carbon pools and theestimated carbon fluxes by 11 earth system models for the fourth assessment (AR4) of the International
Panel on Climate Change (IPCC), we found that most models overestimated the land carbon uptake,and underestimated the global warming. The second study used a simple earth system model with
the Australian community land model (CABLE) to assess the differences in allowance emissions forachieving two representative concentration pathways (RCP8.5 and RCP2.6) from 2006 to 2100 with orwithout nutrient limitation on land. We show that nutrient limitations reduce the land carbon uptake
and allowable emissions by 69 Pg C (21%) for RCP2.6 and by 250 Pg C (13%) for RCP8.5 by 2100.
The third study compared the effectiveness of reforestation in the temperate and boreal regions ordeforestation in the subtropical and tropical regions (both are 4 million km2 from 2006 to 2100) forclimatic mitigation. We find that carbon gain from reforestation in the temperate and boreal regions ismuch less than the carbon loss from deforestation in the subtropical and tropical regions, because of thestronger nutrient limitation in boreal and temperate regions than in the subtropical and tropical regions.
Therefore protecting the existing subtropical and tropical forests is about twice as effective as planting
new forests in the temperate and boreal regions for climate mitigation.

8Section Distinguished Lectures - BG (Biogeosciences)“Oxygen-deficiency in Oceanic Waters”
Syed Wajih A. NAQVI
Kuwait Institute for Scientific Research
09 August, Wednesday
MR335, Level 3
11:45 – 12:30

Abstract
An efficient circulation ensures adequate supply of oxygen to subsurface waters, preventing themfrom turning anoxic in most oceanic areas. However, in a few regions oxygen demand for respiration
exceeds its supply, resulting in complete oxygen removal within a thick layer at intermediate depths.
Such oxygen-deficient zones (ODZs) are found in the eastern boundary upwelling regions of the Pacific
Ocean (off Peru-Chile and Mexico) and the Atlantic Ocean (off Namibia), and in the northern Indian
Ocean (Arabian Sea and Bay of Bengal). Although containing <7% of the oceanic volume, the ODZs
make significant contribution to biogeochemical cycles, especially the global nitrogen balance. This isbecause in the absence of oxygen degradation of organic matter sinking from the surface layer is carriedout by microbes using other oxidants of which nitrate, fairly abundant in seawater, is energetically mosteconomical. Resultant production of molecular nitrogen (N2) by this process (denitrification) and byanaerobic ammonium oxidation (anammox) in oceanic ODZs and sediments is the major nitrogen sink
and a key component of the nitrogen cycle. The ODZs are also important for cycling of nitrous oxide(N2O), an intermediate of the redox chemistry of nitrogen and a potent greenhouse gas, providing
conditions suitable for both its production and consumption of, but serving as a strong net source.
Consequently, emissions from low-oxygen zones account for up to one-third of the global oceanic N2O
efflux. The open ocean ODZs can extend to continental margins through upwelling of surface waters as,
for example, happens seasonally over the western Indian continental shelf. Conditions in such shallow
systems are often more severe, sometimes resulting in sulphate reduction and very high accumulationof N2O.
Oceanic ODZs have varied in size and intensity in the geological past associated with and possibly
contributing to climatic changes. Presently they appear to be experiencing changes driven by humanactivities. Available data show that ODZs of the Pacific have expanded significantly over the past few
decades. Evidence for such an expansion is lacking from the Indian Ocean where (in the Bay of Bengal)
the world’s largest ODZ that does not experience large scale nitrogen loss is located. Given the near zero(nanomolar) oxygen concentrations, any intensification of this and other similar systems is expected togreatly impact the nitrogen budget.
Human activities are having an even larger impact in coastal areas where hundreds of oxygen-depleted(hypoxic) zone have developed in the past few decades, largely due to nutrient over-enrichment(eutrophication) caused by huge increase in terrestrial nutrient loading arising from sources suchas agriculture, human waste, fossil fuel and industries. These “dead zones”, so called because of theadverse impact they have on marine ecosystems and fisheries, are not only detrimental for ocean healthbut also for human wellbeing. Global concerted efforts are urgently needed to take remedial measuresfor checking ocean deoxygenation by cutting down greenhouse gas emissions to the atmosphere andnutrient inputs to the oceans.

9Section Distinguished Lecture - HS (Hydrological Sciences)“Hydrologic Modeling: Progress and Future Directions”
Vijay P. SINGH
Texas A & M University
08 August, Tuesday
MR330, Level 3
11:00 – 11:45

Abstract
Briefly tracing the history of hydrologic modeling, this paper will address the progress that has beenachieved since the advent of computer and what the future may have in store.
The birth of hydrologic modeling can be traced to the 1850s, with the development of the rational
method for computing peak discharge and experiments on flow through sands (Darcy’s law). Over the
next century, many groundbreaking advances in modeling different components of the hydrologic cycle
were made. Some of these advances were based on the laws of mathematical physics and some had theirbasis in laboratory and/or field experiments. The current state of hydrologic science and engineeringowes a great deal to the pre-1960 advances.
The 1960s witnessed the birth of computer revolution, and hydrologic modeling took a giant leap
forward. The computer provided a new power for doing computations. As a result, a new branch ofhydrology, called digital or numerical hydrology, was born. Several major advances ensued. First,
simulation of the entire hydrologic cycle became a reality, as illustrated by the development of the
Stanford Watershed Model, and umpteen others that followed. Second, two- and three-dimensionalmodeling was made possible because of advances in numerical mathematics, which led to such modelsof channel flow, groundwater, infiltration, and soil water. Third, simultaneous simulation of water flow
and sediment and pollutant transport was undertaken, as well as of different phases of flow. Fourth,modeling at large spatial scales (e.g. a large river basin) and at small temporal scales (e.g. minutes) was
undertaken. Fifth, integration of hydrology with allied sciences became possible, which led to couplinghydrology with climatology, geomorphology, hydraulics, soil physics, geology, and ecosystems.
Climate change became part of hydrologic analysis.
In the decades that followed, computing prowess increased exponentially and hydrology beganmaturing and expanding both vertically and horizontally. Tools from fluid mechanics, statistics,
information theory, and mathematics were employed and became part of hydrology. Further, computer
also made possible the development of user friendly software, and tools for date acquisition, storage,
retrieval and processing. Remote sensing tools (e.g. radar, satellites) made data acquisition for large
areas possible. Geographical information systems (GIS) were developed for processing huge quantities
of raster and vector data. The past two decades witnessed the application of artificial neural networks,
fuzzy logic, wavelets, entropy theory, copula theory, chaos theory, network theory, and catastrophe
theory.
With advances in data capturing, analysis, and transfer, it seems that the future of hydrology will
be even brighter, with new tools at its disposal. For example, drones will become commonplace foracquiring spatial data. Hydrologic models will become so user-friendly that little hydrologic knowledge
will be needed to operate them, just like one does not need to be an automobile engineer to drive a caror an electrical engineer to operate an electrical system. Each model, however simple or complicated,
will be associated with a statement of uncertainty. New frontiers of hydrology will unfold with theuse of cell phones. Hydrologic forecasting capability will multiply. There will be greater interaction
between the user and the model and the modeler. This has already started to happen through what is
now regarded as social hydrology. Hydrology will play an increasing role in meeting grand challengesof this century, such as water security, food security, energy security, environmental security, healthsecurity, water-food energy nexus, and sustainable development.

10Early Career Researcher Distinguished Lecture - HS (Hydrological Sciences)“Integrated Hydro-biogeochemical Modeling for Comprehensive
Environmental Impact Assessment in Agricultural Lands”
Yiping WU
Xi’an Jiaotong University
08 August, Tuesday
MR330, Level 3
11:45 – 12:30

Abstract
Greenhouse gas emissions due to anthropogenic activities continue to alter the climate, and theinduced changes of hydrological and ecological processes (i.e., water, carbon, and nitrogen cycles)
attract a growing public concern. Process-based numerical models in environmental science can help
understand and quantify the terrestrial material cycles in nature. However, the existing models usuallyfocus on the cycles of one element (e.g., water, carbon, or nitrogen). For example, hydrological models
such as Soil and Water Assessment Tool (SWAT) focus on the water cycle at watershed scale, whereas
biogeochemical models such as DayCent (i.e., daily CENTURY) emphasize carbon storage and fluxes of
ecosystems at landscape scale. Therefore, using either one of the two categories of models is not enoughfor understanding/solving the current complex environmental issues that involve multiple aspects
such as water quantity and quality, soil water/carbon storage, and plant productivity. Therefore, thisstudy was to 1) develop an integrated model implementation coupler that aims to drive both SWAT
and DayCent—the two representative models in hydrology and biogeochemistry, respectively—to accomplish the simultaneous simulation of water and carbon cycle modeling, and 2) evaluate thecomprehensive environmental consequences caused by large-scale biofuel production induced land-use
changes such as increased frequency of corn growth in crop rotation, corn residue harvesting, and land
cover change for cultivating dedicated energy crops at regional scale. Our developed SWAT-DayCent
Coupler was examined with a case study of an agricultural area in the Midwestern United States. The
study results could be valuable for understanding the water and carbon dynamics of ecosystems andinformative for decision-makers when seeking the sustainable watershed management in multiple
ways (e.g., water resources protection, carbon sequestration, and plant/crop productivity).

11Section Distinguished Lecture - IG (Interdisciplinary Geosciences)“Putting in Place a Responsive Program for CCA-DRR in thePhilippines”
Alfredo Mahar Francisco A. LAGMAY
University of the Philippines Diliman
11 August, Friday
MR330, Level 3
11:00 – 11:45

Abstract
After the devastating floods of the 2011 Tropical Storm Washi killed thousands in the southern islandof the Philippines, the government of the Philippines requested scientists from the University of thePhilippines to put in place a responsive program to address the disaster problem of the country. Learning
the lessons from past local and international disasters of over two decades, a program called NOAHor Nationwide Operational Assessment of Hazards was established and launched on 6 July 2012. The
program integrated 20 funded projects from different “data provider” agencies of government andthe academe. Key actions and targets of the program included the use of high-resolution topography(LiDAR and IfSAR) for the generation of a nationwide multi-scenario, multi-hazard maps for floods,
storm surges and landslides; installation of 1500 locally manufactured automated rain and water levelsensors; use of near-real time information to complement forecasts in preparing for hazards; strategic
communication of hazards information that considers the culture and mindset of Filipinos; Open Data
access to all hazards related information; development of platforms for the integration of big data suchas interactive websites and mobile apps to empower local government units and people in communities;
and participatory engagement in the country’s disaster efforts. The success of NOAH since its launch ismirrored in at least 15 averted disasters, widespread support of the program from “data user” agencies,
local government units, CSOs and private entities and recognition from international groups. The workof the multidisciplinary team of the NOAH program, which include scientists, engineers, environmental
planners, social scientists and artists, however, is far from over. Mainstreaming of Climate Change
Adaptation-Disaster Risk Reduction (CCA-DRR) to local government development plans are necessary
for future resilience of communities. Moreover, the integration of the science and technology output (i.e.
multi-scenario based maps and use of NOAH tools) into local government efforts is vital for building
climate change adaptive communities. The long-term education of people on the key actions of the
NOAH program, incorporated and implemented in comprehensive development plans of each andevery community can stem the growing problem of disaster risk of the country. Continued support ofthis program that executes the tenets enshrined in the Sendai Framework is imperative. It helps further
development of our nation and bolsters our chances for survival.

12

Early Career Researcher Distinguished Lecture - IG
(Interdisciplinary Geosciences)“Progress in the Geochemical Analysis of Tsunamis and Coastal
Environments”
Tetsuya SHINOZAKI
University of Tsukuba
11 August, Friday
MR330, Level 3
11:45 – 12:30

Abstract
Understanding Earth’s environment in the past is crucial to helping understand its future. The
evidence for past climatic and environmental changes are archived in a variety of environments suchas sediments, ice, coral, etc. Understanding the geochemical record preserved in these archives is aninvaluable tool for learning about past environments. For example, the long-term prediction of ongoing
global warming is based on our understanding of past global and local climate changes that have beenreconstructed by using geochemical analysis.
The over the past decade or so, geochemical techniques have been applied to the study of past tsunamis.
A tsunami is invariably a high-energy event that erodes coastal and nearshore sediments that aresubsequently deposited in and around the littoral zone. The age and magnitude of an individual event
is generally reconstructed from a detailed study of these sediments that are left behind. Determining
a tsunami origin for such sediments has conventionally relied upon a suite of sedimentological andmicropaleontological features, however these are not always present or well preserved. More recently,
the study of geochemical characteristics has also been used as a proxy for determining the tsunami
origin of a deposit. Seawater incursions and the introduction of marine organic matter can be detected
through geochemical analysis thus providing strong evidence that event deposit was formed bysaltwater inundation. Furthermore, the marine geochemical signature of an event has the potential toestimate the full extent of tsunami inundation far more precisely that the sediment alone. Studies ofrecent modern tsunamis (e.g. 2011 Tohoku-oki tsunami) have revealed that the visible sedimentary
evidence invariably does not extend as far as the inundation limit, indicating that estimates of themagnitude of past events have undoubtedly been under-estimated. The geochemical signature of atsunami extends beyond the sediment limit to the maximum point of inundation thus allowing a better
estimation of its magnitude. Moreover, these geochemical data can be used is many other aspects ofcoastal environmental science. For example, tsunami inundation often causes secondary disasters suchas salt damage and soil pollution. Geochemical analysis is therefore invaluable in helping to determine
the extent of damage and pollution from which appropriate rehabilitation plans can be developed.
In this talk, I will address recent progress in the study of the geochemistry of past tsunamis and coastal
environmental science.

13Section Distinguished Lecture - OS (Ocean Sciences)“The Indonesian Throughflow, Its Variability and Centennial
Change”
Ming FENG
Commonwealth Scientific and Industrial Research Organisation
10 August, Thursday
MR330, Level 3
11:00 – 11:45

Abstract
The Indonesian Throughflow (ITF) is an important component of the upper cell of the global overturning
circulation that provides a low-latitude pathway for warm, fresh waters from the Pacific to enter the
Indian Ocean. Variability and changes of the ITF have significant impacts on Indo-Pacific oceanography
and global climate. In this presentation, I discuss observed features of the ITF and its interannual todecadal variability. I will also discuss on its centennial change under the influence of the global warming.
The ITF mainly sources from north Pacific thermocline waters, with additional contributions fromthe lower thermocline waters of the south Pacific. The ITF waters experience insensitive mixing in theIndonesian Seas before exit to the Indonesia-Australian Basin in the Indian Ocean. The ITF affect thephysical structure of the Pacific and Indian oceans, as well as the ocean boundary current systems in
the two ocean basin.
The ITF passes across a region that comprises the intersection of two ocean waveguides – those of theequatorial Pacific and equatorial Indian Ocean. The ITF geostrophic transport is stronger during La
Niñas and weaker during El Niños. The Indian Ocean wind variability associated with the Indian Ocean
Dipole (IOD) in many years offsets the Pacific ENSO influences on the ITF geostrophic transport during
the developing and mature phases of El Niño and La Niña, due to the covarying IOD variability with
ENSO. Decadal and multi-decadal changes of the geostrophic ITF transport have been revealed: there
was a weakening change from the mid-1970s climate regime shift followed by a strengthening trend of
about 1 Sv every 10 years over the recent decades. These decadal changes appear mostly due to the ITF
responses to decadal variations of the trade winds in the Pacific. Thus, Godfrey’s Island Rule appears to
be able to quantify decadal variations of the ITF.
Climate models project a weakening trend of the ITF under the global warming. Both climate models
and downscaled ocean model show that this ITF weakening is not associated with the changes of the
trade winds in the Pacific into the future, and the reduction of deep upwelling in the Pacific basin
is mainly responsible for the ITF weakening. Because of the close coupling between the wind-driven
circulation and the overturning circulation in feeding the ITF, there is a need to amend the Island Ruleto take into account of the contributions from the overturning circulation.

14

Early Career Researcher Distinguished Lecture – OS (Ocean Sciences)“Development and Application of Foraminifera Shell-Bound
Nitrogen Isotopes as a Paleoceanographic Tool to Reconstruct Past
History of the Marine Nitrogen Cycle”
Haojia Abby REN
National Taiwan University
10 August, Thursday
MR330, Level 3
11:45 – 12:30

Abstract
Nitrogen (N) and phosphorus are the two nutrients required in large quantity by phytoplankton in theocean, and together they limit productivity throughout most of the tropical, subtropical, and temperate
ocean. Both the cycling of N and its input/output budget have been argued to control the fertility ofthe ocean and the ocean’s role in setting atmospheric CO2. The two stable isotopes of N (14N and 15N)
and their fractionation by natural processes provide a mechanism for studying the cycle and budgetof oceanic fixed N in the past. In environments of high sedimentary organic matter preservation, bulk
sedimentary N appears to suffice for paleoceanographic N isotope studies. However, across most of theopen ocean, the δ15N of N exported from the surface ocean is altered as it sinks through the water column
and is buried in deep sea sediments; it can also be contaminated with allochthonous (e.g., terrestrial) N.
To reconstruct N isotope changes in the ocean, we have developed a protocol for the isotopic analysis
of foraminiferal shell-bound N, which is 100 times more sensitive than traditional method, allowing
for rapid progress with a N isotope archive that was previously not feasible to measure. Measurements
on surface sediments and downcore record from the global ocean show the promise of foraminiferabound δ15N (FB-δ15N) to provide both a robust N isotope archive for paleoceanography, and one with aunique potential of richness, given the existence of multiple foraminiferal species with different depth
habitats and behaviors. In this talk, I will present two case studies using this new proxy to reconstructpast changes in the input/output budget of oceanic fixed N and its potential to change ocean fertility
and atmospheric CO2.
Marine nitrogen fixation, which produces most of the ocean’s fixed nitrogen, is thought to be affectedby multiple factors, including ocean temperature and the availability of iron and phosphorus. The
past glacial-interglacial cycles are the natural experimental laboratory for testing and identifying thedrivers for changing marine nitrogen fixation. Applications of foraminifera-bound nitrogen in several
tropical/subtropical open ocean sediment cores have yielded the first evidence for reduced nitrogen
fixation in the surface nutrient-depleted regions during the glacials. These work, when compared withreconstructions of ice age denitrification, provides perhaps the strongest direct evidence to date for alongstanding hypothesis of a feedback between denitrification and nitrogen fixation across the global
ocean that stabilizes the size of the ocean nitrogen reservoir.
Iron fertilization has previously been suggested as a possible cause of the lower CO2 levels that occur
during ice ages. We analyzed fossils found in deep sea sediment — deposited during the last ice
age in the Subantarctic region and central equatorial Pacific — with the goal of reconstructing
past changes in the nitrate concentration of surface waters and combining the results with side-by-side
measurements of dust-borne iron and productivity. We found that in the Subantarctic region, nitrateconcentrations indeed declined during the cold periods when iron deposition and productivity rose, ina manner consistent with the dust-borne iron fertilization theory, however, higher iron deposition in theequatorial Pacific did not lead to any apparent increase in productivity or nutrient uptake. The results
suggest that while iron fertilization in the ice age Southern Ocean may contribute to the CO2 drawdown,
depletion in the Southern Ocean nutrient (i.e. N, P) concentration may reduce the potential impact ofiron fertilization in other parts of the ocean.

15Section Distinguished Lecture - PS (Planetary Sciences)“Extreme Solar Wind – Planetary Coupling at Mercury”
James A. SLAVIN
University of Michigan
11 August, Friday
MR331, Level 3
11:00 – 11:45

Abstract
Mercury’s magnetosphere is formed by the interaction of the solar wind with its small (~ 200 nT– RM3)
intrinsic magnetic field. The mean altitude of the subsolar magnetopause is only ~ 0.5 RM. Induction
currents in Mercury’s highly conducting iron core resist the compression of the magnetosphere during
coronal mass ejections. The contribution of these induction currents has been observed to increase theplanetary magnetic moment by as much as ~ 25% (to ~ 250 nT– RM3). Although the weak conductivityof Mercury’s regolith severely limits field-aligned current intensity, Region 1 currents driven by thesolar wind interaction have been measured with intensities up to several tens of kilo-Amperes. These
currents flow radially through Mercury’s thin (~ 400 km) regolith to close across its iron core.
Magnetic reconnection at Mercury’s magnetopause is far more frequent and intense than at Earth.
The underlying reason is the low Alfven Mach number of the solar wind at Mercury. Under these
upstream conditions, a thick plasma depletion layer forms adjacent to the magnetopause and it enables
fast, symmetric reconnection, even for small magnetic shears. “Showers” of flux transfer events (FTEs)
consisting 100+ small flux ropes are seen during a single magnetopause traversal. These FTEs areencountered near or above the magnetopause and they connect to the cusp plasma filaments within themagnetosphere. These cusp filaments are formed by reconnection-driven solar wind inflow and they
map to Mercury’s surface in the vicinity of the cusps. During deep erosion events the rate of transfer ofmagnetic flux from the dayside magnetosphere is so great that the dayside magnetosphere disappears
and the solar wind has direct access to the surface on Mercury’s dayside.
Mercury’s surface-bounded exosphere is maintained by sputtering and other surface interactions that
eject neutrals from the regolith. The direct access of the solar wind to the surface via cusp filaments anddeep erosion events is expected to enhance sputtering and it may explain the exospheric variability
observed by ground-based telescopes. The plasma within Mercury’s magnetosphere is primarily of solar
wind origin (H+ and He++) with Na+ and other heavy planetary ions, derived from the exosphere, making
up ~ 1 to 10% of the magnetospheric plasma. H+ and Na+ injected into the cusp by dayside reconnection
are observed to mirror and enter the high- latitude magnetotail where they form the plasma mantle.
Kelvin-Helmholtz waves on the magnetopause are observed at all of the planets. However, in the case of
Mercury these waves are found primarily on the dusk-side magnetopause. The reason for this curious
asymmetry is not understood, but the possible explanations all involve the dynamics of the Na+ ions at
the magnetopause.
Magnetic flux loading and unloading of Mercury’s magnetotail is observed with durations of ~ 2 to
3 mins and amplitudes up to a factor of 2. These cyclic changes in magnetospheric configuration at
Mercury strongly resemble the substorms seen at Earth. Early in the unloading phase the near- Mercury
magnetic field is observed to dipolarize and flux ropes form in the cross-tail current layer just as seen
during terrestrial substorms. Energetic particle acceleration in the Earth’s magnetotail is a defining
feature for magnetospheric substorms. Charged particles, especially electrons, are accelerated in thevicinity of reconnection X-lines, at the leading edges of dipolarization fronts and within magnetic
flux ropes in the magnetotail. Although the situation at Mercury and Earth differ with respect to thefinal energies attained, similar charged particle acceleration processes appear to operate within bothmagnetospheres.

16Early Career Researcher Distinguished Lecture – PS (Planetary Sciences)“On the Importance of Self-Secondaries”
Zhiyong XIAO
China University of Geosciences,
Macau University of Science and Technology andUniversity of Oslo
11 August, Friday
MR331, Level 3
11:45 – 12:30

Abstract
Secondary craters (i.e., secondaries) are mainly located beyond the continuous ejecta deposits of
their parent crater. Self-secondaries are a theoretical secondary crater population that is located on
the continuous ejecta deposit of the parent crater. The possible existence of self-secondaries was first
proposed by Shoemaker et al. (1969) to explain the cm–m crater density difference on melt deposits
and normal ballistic ejecta deposits on the rim of the lunar Tycho crater. However, images obtainedby later lunar orbiters (1965–2009) have relative low resolutions compared to the size of possible selfsecondaries. Therefore, the existence, much less importance, of self-secondaries has long been ignored.
The new generation of high-resolution images (0.5 m/pixel) obtained by the Lunar Reconnaissance
Orbiter Camera (LROC) permit detailed study on the population of small impact craters (D<100s m)
on the Moon. Since 2009, crater density differences at various locations of continuous ejecta deposits
have been confirmed at both Tycho and several other Copernican-aged complex craters (e.g., Giordano
Bruno, Aristarchus, Kepler, Copernicus). However, debate about the existence of self-secondaries started
at the same time, because different target properties were interpreted to be the major cause for theobserved crater density differences. Whether or not self-secondaries dominate small crater populations
on continuous ejecta deposits is critical for: (1) completely understanding the cratering physics, because
conventional impact ejection model (e.g., Z-model) does not predict near-vertically launched, thus latelanded ejecta; (2) better calibrating the crater chronology function, since 4 of the 11 calibration point on
the lunar crater chronology function are for Copernican craters and the crater densities were measured
on continuous ejecta deposits.
Using high-resolution images, locations where self-secondaries were initially proposed were revisited,and cross comparisons for the size-frequency distribution of crater populations over different ejecta
facies suggest that self-secondaries dominate the ejecta deposits of Tycho. Indeed, self-secondaries cancause fast equilibrium on ballistic ejecta deposits. Furthermore, different target properties between theballistic ejecta deposits and melt pools of Tycho cannot account for the observed crater density differences.
This is confirmed by numerical simulation that studied the effect of different target properties on cratersize-frequency distribution. The dominance of self-secondaries on continuous ejecta deposits of freshcomplex craters is also confirmed on Mercury. Forming self-secondaries requires near-vertical ejection
angles and early ejection during the cratering event. Shock mechanics suggest that ejecta forming selfsecondaries are launched from a shallow target zone by impact spallation, where rarefraction waves
arrive earlier than the peak of shock waves. This stage predates the major impact excavation stage.
Therefore, forming self-secondaries should be an inherent product of any impact cratering event. A
systematic study of small crater populations around several lunar Copernican craters reveals that the
predominance of self-secondaries would decrease with time since subsequently accumulated craters
would gradually take the majority of the small crater populations on the continuous ejecta deposits.

17Section Distinguished Lecture - ST (Solar & Terrestrial Sciences)“Reconnection, Global Flux Transport and Energy Conversion at
Earth’s Magnetotail”
Vassilis ANGELOPOULOS
University of California, Los Angeles
08 August, Tuesday
MR331, Level 3
11:00 – 11:45

Abstract
It has been known that convection in Earth’s magnetosphere is reconnection-driven. However,magnetotail reconnection, required to complete flux circulation to the dayside, is theoreticallyprohibited in the presence of a magnetic field component, Bz, normal to the sheet with two exceptions:
One is driven reconnection by external (solar wind) impulses or high dynamic pressure that reduce thefield locally; the other is spontaneous reconnection in quasi-static equilibria that gradually develop a
positive Bz gradient away from the planet. Recent observations suggest that both scenarios can operate
and both result in inherently transient, localized reconnection bearing all the hallmarks of reconnectionin the absence of Bz (such as peak reconnection rates, Hall current system, parallel electric fields, andparticle heating up to a small fraction of the available magnetic energy). Under substorm conditions
the reconnection site is initiated near Earth where the low lobe density generates flux tubes with low
entropy, able to penetrate to the inner magnetosphere and around the Earth to replenish the flux. It
moves down-tail as convection near Earth is gradually prohibited by the dipolarized (low entropy) flux
there. This tailward motion fosters the growth of another substorm cycle when reconnection is chokedby the inability of the outflows to move Earthward by interchange motions. Under storm conditions
reconnection starts even closer to Earth despite the strong Earth dipole. This is enabled by the solar
wind dynamic pressure that leads to a local minimum in Bz there. Despite the favorable conditions,though, it appears reconnection there too is transient and does not fully convert the magnetic energy
to heat. In all cases it is evident that reconnection is not the location of dominant magnetic energy
conversion but a facilitator of energy conversion further downstream by field-line contraction.

18

Early Career Researcher Distinguished Lecture – ST (Solar & Terrestrial Sciences)“The Solar Transition Region”
Hui TIAN
Peking University
08 August, Tuesday
MR331, Level 3
11:45 – 12:30

Abstract
The solar transition region (TR) is the temperature regime from roughly 0.02 MK to 0.8 MK in the solar
atmosphere. It is the transition layer from the collisional and partially ionized chromosphere to thecollisionless and fully ionized corona. The TR plays an important role in not only the mass and energy
transport in the solar atmosphere, but also the initiation of solar eruptions. Most of the TR emission falls
into the FUV/EUV range (400Å–1600Å). Imaging and spectroscopic observations in this spectral range
are the most important ways to obtain information about the physics of the TR. Static solar atmospheremodels predict a very thin TR. However, recent high-resolution observations indicate that the TR ishighly nonuniform and magnetically structured. I will summarize some major findings about the TR
made through imaging and spectroscopic observations of the SOHO, SDO and IRIS missions. The
emphasis will be put on the transition region dynamics above sunspots and in coronal holes. These
existing observations have demonstrated that the TR may be the key to understand coronal heating andorigin of the solar wind. Future exploration of the solar TR may need to be focused on the upper TR,
since the plasma in this temperature regime (~0.1 MK–0.8 MK) has never been directly imaged before.
High-resolution imaging and spectroscopic observations of the upper TR will not only allow us to track
the mass and energy from the lower atmosphere to the corona, but also help us to disentangle various
initiation and heating mechanisms of solar flares and coronal mass ejections.

19Section Distinguished Lecture - SE (Solid Earth Sciences)“Mineral Sciences and Fukushima Incident”
Tsutomu SATO
Hokkaido University
10 August, Thursday
MR331, Level 3
11:00 – 11:45

Abstract
In March, 2011, the fourth largest recorded earthquake occurred offshore from the Tohoku region ofJapan. After the earthquake, the high tsunami waves hit the Fukushima Daiichi Nuclear Power Station(FDNPS) of the Tokyo Electrical Power Company (TEPCO). All electric power was lost to units 1
through 4 in FDNPS within fifteen minutes after the first tsunami wave hit the station, and this led
to a blackout of the station, followed by a series of hydrogen explosions in the FDNPS. The seriesof hydrogen explosion resulted in the negative legacies such as the damaged nuclear power station,
melted fuel debris, contaminated water, soils, vegetation and debris, secondary wastes from on-sitewater treatment, and huge volumes of the Cs-contaminated soil from decontamination operation offsite. The author, as an environmental mineralogist, has been involved in the countermeasure activities
against the negative legacies of the accident. In this lecture, the author shows how applied mineralogy
has been and will be an important component in the recovery of areas surrounding FDNPS and tries
to promote the social and economic impacts of mineralogy based on the author’s experiences after theaccident.
On site, the contaminated water initially contained high concentrations of non-radiogenic Na, K, Mg,
Ca, Sr, and Cl, which originated from seawater, as well as radioactive Sr, Cs, and I, which came fromthe damaged fuel. TEPCO started operating the treatment system with Cs/Sr removal system including
synthetic zeolite and ferrocyanide compound for Cs, and crystalline silicotitanate for Sr due to theirhigh selectivities. Other treatment facilities such as the multi-nuclide removal facility (Advanced Liquid
Processing System: ALPS) have also operated to reduce the radioactivity of the 62 nuclides to below thelimit specified by the Japanese reactor regulation, the system produces different kinds of spent slurry
and adsorbents. Contribution from mineralogists and materials scientists is desired in the selection andoptimization of materials used in the above system for efficient and economical treatment of water, as
well as the safe storage and disposal of spent adsorbents.
Off site, because of aggressive decontamination efforts, huge volumes of the contaminated soil havebeen collected and placed under interim storage. The estimated volume of contaminated soils isapproximately 22 million m3. With this volume, it is difficult, both economically and logistically, to findappropriate disposal sites. Thus, the challenge is to reduce the volume of the contaminated soil destinedfor actual disposal, and to develop technologies to separate highly radioactive materials from bulk soils.
In order to meet these challenges, identification of the host mineral and understanding the relationshipbetween Cs and host minerals are necessary. This scientific information would be also useful in thesafety assessment of interim storage sites and the reuse of the separated soils with low radioactivity.
The disaster at FDNPS has proven to be technically, politically, economically, and emotionally costly.
From the view of commonality, recovery from the accident at FDNPS needs to accelerate to alleviate
lingering personal and economic hardships for the people affected by the disaster as well as for the people
involved in recovery efforts. Mineralogists must also understand that efforts in the water treatment andthe decontamination should not only be conducted in scientifically sound ways but also in ways thatare acceptable to the public. If mineralogists do so, they can ensure greater public understanding andsupport for the work of mineralogists, allowing them to thrive and continue their research.

20

Early Career Researcher Distinguished Lecture – SE (Solid Earth Sciences)“The Impact of Fault Geometry on Megathrust Ruptures”
Judith HUBBARD
Nanyang Technological University
10 August, Thursday
MR331, Level 3
11:45 – 12:30

Abstract
What controls the size and shape of earthquake ruptures? In strike-slip settings, geometrical barriers
such as bends and step-overs have been interpreted to act as persistent barriers to rupture, but for thrustfaults the role of subsurface geometry is less well known; often the distribution and size of rupture are
attributed to changes in fault zone properties.
The 2015 Mw7.8 Gorkha earthquake in Nepal provides a case study to evaluate the impact of fault
geometry. Using published geological maps, we have developed a new structural cross-section and a 3D,
geologically informed model of the Main Himalayan Thrust, which sourced the rupture. Comparing ourmodel to a detailed slip inversion shows that the slip patch in the earthquake closely matches an ovalshaped, gently dipping fault surface bounded on all sides by steeper ramps. The Gorkha earthquake
rupture seems to have been limited by the geometry of the fault.
Similar geometric structures (gently dipping décollements separated by steeply dipping ramps) can
be found in other convergent settings, onshore and offshore. We show examples of such geometries
from other parts of the Himalayan fault system, the Longmen Shan in China, and the Nankai Trough.
Given that fault geometry was the primary control on the Gorkha earthquake, it is likely that geometry
could play an important role in segmenting earthquakes in these regions. Adequately constraining
megathrust fault geometries around the world may help us to better assess the sizes and locations of
future earthquakes.

21

Special Lecture by 2017 Kamide Award Winner“Mitigation of Ionospheric Scintillation Effects for Precise GNSS
Positioning”
Sreeja VADAKKE VEETTIL
University of Nottingham
08 August, Tuesday
MR331, Level 3
09:45 - 10:30

Abstract
Global Navigation Satellite Systems (GNSS, such as Global Positioning System (GPS), GLONASS,
Galileo, Beidou) underpin a number of modern life activities, such as air/marine transport, autonomousvehicles/machinery control and in areas such as construction, agriculture and offshore operations.
Techniques such as RTK (Real Time Kinematic) and PPP (Precise Point Positioning), exploiting the
precision of the GNSS signal carrier phase measurements, are at the core of these applications and areespecially sensitive to ionospheric perturbations. In particular, a phenomenon known as ionosphericscintillation, characterised by fluctuations in signal amplitude and phase, may seriously disrupt satellite
tracking and degrade system accuracy, reliability and integrity. The occurrence of scintillation shows
large variability with local time of the day, season, latitude, longitude, as well as solar and geomagnetic
activity. Strong scintillation frequently occurs over the equatorial/low latitudes, it is moderate to strong
over the high latitudes and almost absent over the mid latitudes. Polar and high latitude scintillation
is associated with auroral precipitation and instability of structures formed on polar cap patches, andeffects are enhanced during geomagnetic disturbances. Equatorial/low latitude scintillation, on theother hand, is not fully driven by solar transients and often occurs during the post sunset hours, even on
geomagnetically quiet days. Over these regions, scintillation occurrence is associated with the instabilityof structures on the edges of the Equatorial Ionization Anomaly (EIA). Mid latitude scintillation occur
much less often, usually only in association with strong geomagnetic storms near solar maximum.
Although GNSS is routinely used in smartphones and in-car navigation with an accuracy of a few
meters, it can deliver centimetres in real time if advanced techniques and error modelling are
employed. Enhancing the real time accuracy of GNSS is key to supporting a range of applications
and, more importantly, to inspiring new ones that can arise when this is fully developed. Currently,
there are two specific candidate GNSS techniques that can meet this real time demand, namely PPP
and RTK. However, RTK, PPP and related techniques, especially at low latitudes, can be significantly
handicapped by scintillation that is frequently observed in this region. Strong scintillation is capableof leading to loss of GNSS satellite signal tracking and especially phase tracking, which is crucial tohigh precision professional applications relying on a real time capability. On the other hand, low tomoderate scintillation introduces additional biases appearing as double difference residual errors. The
situation is particular adverse in Brazil, a country located entirely across the magnetic equator, where
the ionospheric behaviour is particularly dynamic and unpredictable. Following a brief introduction,
this lecture will present some significant results on the impact and mitigation of scintillation effects onhigh accuracy GNSS positioning techniques over the equatorial and low latitude region of Brazil.

22

Special Lecture by 2017 Axford Medal Award Winner“Challenges and Perspectives in Regional Climate Modeling”
Dong-Kyou LEE
Korea Meteorological Administration and Seoul National University
11 August, Friday
Nicoll Room, Level 3
16:00 - 16:45

Abstract
Regional climate model (RCM) has become an important tool to produce fine-scale climate change
variability and projection because RCMs with detailed physical processes and higher resolution can
generate added values that cannot be resolved by relatively low-resolution global climate models(GCMs). Since the late 1980s, a number of challenges and efforts have been devoted to RCM development,
evaluation, and application.
Many RCMs tend to reproduce regional climates by reducing model systematic errors. In particular, inregional climate simulations over Asia, systematic errors can be generated by natural characteristics ofcomplicated topography, land-surface conditions, local ocean conditions, convection, dust and aerosol,and seasonal monsoon circulation. To reduce the systematic errors, various techniques and methods
have been applied to the development of RCMs. An approach is to employ the spectral nudging
technique as lateral boundary condition for long-term integrations to prevent RCM from climate
drift. To represent realistic interactions among earth system components, sophisticated land surface
models and slab/full ocean models are implemented into RCMs. In addition, physical parameterization
schemes incorporated in numerical weather prediction models are modified or optimized for long-term
RCM simulations.
Nevertheless, RCMs still have uncertainties cascading from GCMs or imperfect numerical model.
Recently, multi-model ensemble methods have been developed through international programs such as
RMIP (Regional climate Model Intercomparison Project) and CORDEX (COordinated Regional climate
Downscaling EXperiment) to evaluate and reduce uncertainties. Sources and ranges of uncertainty
in climate change projections, and adaptation and mitigation strategies to reduce the risk induced byclimate change on regional scale are connected in the programs. There are attempts to develop regional
earth system models that include two-way interactions among atmosphere, land, and ocean as wellas aerosol and dynamic vegetation changes. Convection-permitting RCMs with resolution of lessthan 5km can lead to advanced simulations of high-impact weather events such as heavy rainfall andtropical cyclone. The upscaling effect from RCM to GCM may improve uncertainties induced by lateralboundary condition.

23

AOGS2017 Special Lecture“Remote Sensing of Aerosols, Air Quality and Assessment of their
Global and Regional Impacts”
Jack A. KAYE
AOGS Honorary Member
Earth Science Division, NASA Headquarters
11 August, Friday
Nicoll Room, Level 3
16:45 - 17:30

Abstract
Atmospheric aerosol particles represent an important component of the Earth system that have bothnatural and anthropogenic sources. In addition, aerosol particles have impacts on multiple spatial
scales for issues as diverse as human health and global climate. Until a few decades ago, little was
known about their global distribution and their properties, but with advances in remote sensing fromthe Earth’s surface, satellites, and airplanes, as well as related advances in in situ measurement andglobal modeling, we now have a much better idea as to the distribution, properties, and effects ofaerosols regionally and globally. Aerosol particles are important contributors to local air quality andcan affect the earth’s energy budget directly through light scattering and absorption and indirectly
by affecting cloud optical properties. Aerosol particles have been and continue to be studied in thecontext of their atmospheric precursors and the processes involved in their creation, transport, andremoval from the atmosphere. In this talk, a summary of recent advances by satellite-based sensors suchas CALIPSO, MISR, MODIS, OMI, OMPS, SeaWiFS, TOMS, and VIIRS, together with surface-based
observations from networks such as AERONET and MPLNet and data from field campaigns in the
US and elsewhere (e.g., DISCOVER-AQ, KORUS-SQ, SEAC4RS) will be presented, along with future
opportunities, including those from NASA’s forthcoming MAIA satellite.

24

Public Lecture 1“Reviewing and Visualising Interaction Relationships for Natural
Hazards”
Bruce D. MALAMUD
King’s College London
09 August, Wednesday
MR331, Level 3
16:00 – 16:45

Abstract
This talk discusses the potential of one natural hazard triggering or increasing the probability of anothernatural hazard occurring. For example, a volcanic eruption as a primary hazard can trigger manydifferent secondary hazards, including earthquakes, tsunamis, landslides, floods, lightning and extreme
temperatures, with each of these in turn triggering or increasing the probability of other hazards, thus
resulting in multi-hazard cascades. Constraining hazard interactions is particularly relevant when
considering countries which experience a high frequency and breadth of natural hazards. In thistalk, we present case examples of potential interaction relationships between natural hazards. We
then consider 21 natural hazards, drawn from six hazard groups (geophysical, hydrological, shallow
Earth, atmospheric, biophysical, and space hazards). Using a wide-ranging review of grey- and peerreview literature, we present a broad overview, characterization, and visualization of 90 interaction
relationships between these 21 natural hazards. A synthesis is presented of the identified interaction
relationships between these hazards (also termed ‘multi-hazards), using an accessible visual format
particularly suited to end users. Our approach allows those undertaking research into single hazards toplace their work within the context of other hazards. It also communicates important aspects of hazard
interactions, facilitating an effective analysis by those working on reducing and managing disaster risk
within the policy and practitioner communities. Knowledge of these potential interactions reinforces
holistic or multi-hazard approaches to natural hazard assessment.

25

Public Lecture 2“Habitability of the Solar System in Space and Time”
James GREEN
Planetary Science Division, NASA Headquarters
10 August, Thursday
MR330, Level 3
14:00 - 14:45

Abstract
About 4.5 billion years ago a supernova exploded causing a nearby interstellar cloud to collapse
creating our solar system. What emerged first was our sun blowing the lighter gases outward, allowing
the heavier elements to remain in the inner solar system forming our terrestrial planets. We are so
lucky to have Venus and Mars, two terrestrial planets that are very similar to the Earth, close in size,with significant atmospheres. Planetary scientists have developed the capability to model how theseplanets have evolved since their birth and what may happen to them in the distant future. Comparative
planetology tells us that terrestrial planetary atmospheres have been in a process of continual change
based on the extent of their sources and sinks. We are finding some startling parallels in which both
Venus and Mars had environments that would have been habitable for life, as we know it, in their distant
past. In addition, we are finding Europa and Enceladus are thought to have an ocean of liquid water
beneath their icy crust surface in contact with mineral-rich rock, and may have the three ingredientsneeded for life as we know it: liquid water, essential chemical elements for biological processes, andsources of energy that could be used by living things. These discoveries are helping our planetaryscientists to develop instruments and missions that look for life in our solar system.

26

Education Outreach: School Talks
Education Outreach is an important mission of the AOGS. This year, the program includes two workshops,
a field trip and a series of talks to Singapore schools as well as organized student visits to the exhibition.
Except for the field trip, no fee will be charged.
1.

School Talks
The proposed duration is 25 minutes per talk, in succession with opportunities for floor participation.
Audience will be mainly high school students and the topics are based on the Singapore schools’
curriculum. The talks will be held in schools.
07 August, Monday | School of Science & Technology | 15:00 - 16:00
a.

“The Forests of Singapore: Seeing the Beauty in the Trees (and much more)”
Shawn Kaihekulani Yamauchi LUM, Nanyang Technological University
Dr. Shawn Lum is a tropical rainforest ecologist. He was born in Hawaii and was educated at
Harvard University and obtained his PhD from the University of California, Berkeley in 1993.
Dr Lum joined the Natural Sciences and Science Education faculty at the National Instituteof Education, Nanyang Technological University before moving to the Asian School of theEnvironment at NTU in 2015. Dr Lum is the current President of the Nature Society (Singapore)
and also volunteers with the Jane Goodall Institute (Singapore). His main interests include
rainforest ecology and the diversification of tree species. He also does work in conservation
biology and environmental education, and interacts with a wide range of people, from fellow
researchers to naturalists, primary school pupils, and educators.
Abstract
Singapore, despite its small size, is home to a large variety of plant species. The island is home
to over 2000 native plants, found across a number of distinctive habitats from coastal forestsand mangroves, to lowland rainforest and freshwater swamp forests. Rapid, large-scale habitat
loss early beginning 200 years ago led to considerable loss of Singapore’s flora, but why most ofSingapore’s native plants remains and why it is surprisingly resilient will be discussed. Singapore
has experienced an awakening of interest in native plants, but its flora is even better appreciatedin a regional context. How can Singapore work with regional and international counterparts toachieve local and regional conservation goals, and to promote sustainable development with agreen focus? Finally, how can an understanding of geosciences help us to better understand,protect, and cherish our green heritage?

b.

“Marine Biodiversity: Singapore’s Hidden Treasure Chest”
Tai-Chong TOH, National University of Singapore
Dr. Toh is a marine biologist and he has worked on tropical coral reef systems since 2010.
He received his BSc in Biological Sciences from Nanyang Technological University (NTU)
and completed his PhD in Life Sciences from National University of Singapore (NUS). He is
passionate about our oceans and has dedicated his research to coral reef conservation andrestoration. His experience in working with local communities in Southeast Asia has shown him
how environmental protection and livelihoods are interdependent. This has fueled his drive topromote environmental education.
Tai Chong is currently a lecturer in the College of Alice and Peter Tan (CAPT), NUS and heis an advocate for lifelong learning. Through his appointment in CAPT, he hopes to share his
passion for marine science with the student community. More importantly, he hopes to inspire
his students to be future game - changers to protect our fragile natural habitats. Tai Chong also
holds a joint position as a Rese arch Affiliate with the Tropical Marine Science Institute (TMSI),
NUS. Apart from conducting research in TMSI, he has worked extensively with local andoverseas high school students to nurture eco - literacy. By working with NGOs and businesses,
he hopes to highlight Singapore’s rich natural heritage and make nature more accessible to thecommunity.

27

Education Outreach: School Talks
Abstract
Do you know that Singapore is located in close proximity to the Coral Triangle, an internationallyrecognized region that supports the highest number of marine species? Therefore, its not
surprising that in our limited seascape, our waters support over one - third of the world’s coral
species and half of the world’s seagrass species.
In this talk, I will highlight the incredible biodiversity found in our waters. From the rediscoveryof sponges that were once thought to be extinct since the 1900s, to the coral reefs that havesurvived the decadal impacts of coastal development in Singapore, I will share some of our
local researchers’ recent discoveries that have surprised the local and international scientificcommunities.
In the second part of my presentation, I will feature some of the ground - up initiatives started
by our local community groups and how our knowledge in marine science is used to nurtureeco - literacy in Singapore. I will also share my experience on community engagement and how
scientists now play an important role helping the government communicate their scientificpolicies to the public and businesses.
08 August, Tuesday | School of Science & Technology | 13:00 - 14:00
a.

“Earthquake Waves”
Shengji WEI, Nanyang Technological University
Dr. Shengji WEI studied earthquakes sources with seismic waveform and other geodetic
observations, including SAR, InSAR and GPS, as a graduate student at University of Scienceand Technology of China. His career followed by a postdoc period at the Seismological
Laboratory of California Institute of Technology, where he expanded his research interest to
include strong ground motion simulation of large earthquakes and high-frequency waveformmodeling. As a faculty at Asian School of Environment and principle investigator at Earth
Observatory of Singapore, Nanyang Technological University, his current studies are focusedon real-time seismology, large earthquake finite fault modeling, waveform modeling ofearthquakes and velocity structures, and unveiling their relations with earthquake physics
and tectonics.
Abstract
Seismic hazard possesses one of the deadly threads to human society. Earthquakes are thesudden breakdown of the crustal rocks, as a result of over stressing by the loading of relative
plate motions. The rapid breakdown of the faults produces strong ground shaking that candamage buildings, bridges and other infrastructures, resulting in heavy economic and life
losses. To adequately prepare for future earthquakes, we have to better understand the physics
of earthquakes and the seismic waves they generate. In this presentation, I will summarize
several key aspects of earthquake physics and introduce a few modern approaches to represent
earthquake source as well as some basic features of the ground shaking.
On the other hand, the seismic waves generated by the earthquakes are the best proxies for us
to better understand the structure beneath the surface of earth, since seismic waves are the mostefficient and accurate physical measurements we can have to reveal the complex structure of theearth. For example, using the seismic waveform data, seismologists discovered the existence ofthe liquid outer core of the earth about 100 years ago. In this talk, I will use a few examples todemonstrate how and what we can learn from the seismic data to better reveal the fascinating
structure of the earth.

28

Education Outreach: School Talksb.

“Volcanoes and Singapore?”
Adam SWITZER, Nanyang Technological University
Dr Switzer is an Associate Professor and the Associate Chair (Academic) at the Asian Schoolof the Environment (ASE) and a Principal Investigator at the Earth Observatory of Singapore(EOS), both at Nanyang Technological University. Adam is an Executive Council member of the
Asia Oceania Geoscience Society and a member of the editorial board of peer review journals
Geoscience Letters and Journal of Coastal Research. He has authorship on >60 peer-review
publications, including lead academic publications in J. Geophysical Research, GeophysicalResearch Letters, Bulletin of American Meteorological Association, Scientific Reports andNature Communications. His research includes storm surges, tsunamis and sea level along withmulti-hazard interactions. Research subthemes include sedimentary geology, time series analyses,
mathematical models, complexity, confronting models with data, and the communication ofscience to user groups.
Abstract
Around 10% of the world’s population (~800 million people) live within 100 km of a potentially
active volcano. Volcanic areas are becoming ever more populated and urbanised, and thepotential for volcanic disasters is therefore increasing. While there are no volcanoes in Singapore,
we do lie in one of the most volcanically active areas in the world: more than three-quarters of
the world’s volcanic threat is in Southeast Asia (Indonesia and the Philippines). Volcanic ash
from the 1991 eruption of Pinatubo reached Singapore, nearly 2,400 km away. Historically,
human and economic losses from volcanic eruptions have been smaller than those from othernatural hazards. However, many volcanoes are capable of eruptions much larger than thosewitnessed in historic times. Very large volcanic eruptions can threaten the global environmentand civilisation. This talk will provide an overview of volcanoes and volcanic eruptions, witha particular focus on the hazards and risks they pose for society and what is being done tominimize them.

08 August, Tuesday | Nanyang Polytechnic | 16:00 - 17:00
a.

“History of the Asian Monsoon”
Xianfeng WANG, Nanyang Technological University
Xianfeng Wang is a Nanyang Assistant Professor at the Earth Observatory of Singapore andAsian School of the Environment, Nanyang Technological University. He is a geochemist bytraining, and seeks to establish and understand the relationship between late Pleistocene andHolocene hydro-climate changes in the tropics and that of the other parts of the world. He also
investigates the influence of tropical climate changes on human society, or if it is vice versa. To
achieve this, Wang and his isotopic geochemistry team work with both terrestrial and marine
sediment samples from the tropics, including speleothems and fossil corals. Wang completed
his Post-Doctoral Fellowship at the Lamont-Doherty Earth Observatory of Columbia University,
USA, after obtaining his PhD from the University of Minnesota.
Abstract
The Asian monsoon is the most gigantic monsoon system in the world, and plays a critical rolein the global climate system. The monsoon rains are vital for the livelihood of about 2/3 of world
population living in the Indian subcontinent, Southeast Asia and eastern China. The wax andwane of the Asian monsoon however can disturb the region with severe flooding and droughts,
and can cause persistent challenges to the limited water resources and food security in Singapore.
In this talk, I will explain the origins of the Asian Monsoon and fundamental mechanisms of
monsoon variability that can be linked to tectonic movements, the Earth evolving orbit, andocean-atmosphere circulations elsewhere in the world. I will show in examples how we use
stable and radiogenic isotopes in cave carbonate deposits to study past monsoon changes, inparticular during the two recent time windows, the past 20,000 years and the past 2,000 years,
respectively. The potential response of the Asian monsoon to anthropogenic forcing will also be
introduced.

29

Education Outreach: School Talksb.

“Future Climate Change over Southeast Asia: Alerting or Alarming?”
Sri Vijaya RAGHAVAN, National University of Singapore
Dr. Srivatsan obtained his PhD from the University College London (UCL), London in 2008 andsince then, has been working at the Tropical Marine Science Institute (TMSI) of the National
University of Singapore (NUS). His research interests are on tropical climate changes andvariability, regional climate modelling and climate impacts. He has worked as a Lead Climate
Modeller in major government projects (NEA and BCA) commissioned to TMSI. His otherresearch interests are in weather forecasting, radar nowcasting, food security, and sustainability
and risk assessments. He is currently the Treasurer of the Asia Oceania Geosciences Society andapart from his academic interests, enjoys outreach programs and teaching. He has represented
Singapore at the IPCC plenary sessions and in a few ASEAN meetings.
Abstract
Climate Change is real. Climate science has advanced rapidly over the recent years asincreasing evidence of anthropogenic influences on climate change has been reported by theIntergovernmental Panel on Climate Change, IPCC. A deeper understanding and quantificationof climate processes and their incorporation in climate models have progressed rapidly especiallysince the inception of IPCC in 1988. There has always been uncertainty in understanding asystem as complex as climate and equally climate change, but there is now stronger evidence
that significant global warming is occurring. The evidence comes from direct measurements ofrising surface air temperatures and subsurface ocean temperatures and from phenomena such asincreases in average global sea levels, retreating glaciers and changes to many other physical andbiological systems. Southeast Asia is a region which is under studied when it comes to climate
sciences. Unlike the scientific and technical expertise in countries such as the USA, UK, Australia
and New Zealand, climate research studies in Southeast Asia remains challenging. In addition tolack of sufficient scientific contributions, Southeast Asia has limitations in available climate data,
Dense and robust observational networks and technology that support such an intricate scienceas that of climate. This talk will present some of the recent scientific findings of the possible
climate changes in the future over Southeast Asia and in general, will discuss the science ofclimate change, how climate is modelled, the challenges we have in interpreting climate changes,
climate scenarios and where the next generation of climate sciences is heading towards.

11 August, Friday | Bukit Panjang Government High School | 15:00 - 16:00
a.

“Future of the Oceans”
Patrick MARTIN, Nanyang Technological University
Originally from central Germany, Dr. Martin’s early life had very few connections to the sea.
On moving to northern England to complete a degree in Biology, his interests focused at firston Ecology and then on Biogeochemistry – the science of how organisms impact and interact
with the chemistry of their environment, and how these interactions drive the vast global
cycling of elements such as carbon, nitrogen, and phosphorus. He then moved to the UK’s
National Oceanography Centre to undertake his PhD research on carbon cycling in the open
ocean. Upon completing his PhD in 2011, he first joined Woods Hole Oceanographic Institution(USA) for an 18-month post-doctoral fellowship, and then moved to the Earth Observatory ofSingapore for further post-doctoral work, after which he joined the faculty of the Asian Schoolof the Environment in 2016. He is now building a research group to study carbon and nutrient
biogeochemistry in South-East Asian coastal seas, which are still a poorly-understood but
fascinating ecosystem.
Abstract
The world’s oceans are a vital part of the Earth system, and are also of substantial economic
importance to our societies. As we enter the Anthropocene, humans are changing the physics,
the chemistry, and the biology of the oceans both in coastal waters and far offshore. This talkwill look at some of these changes and their possible consequences. I will also show how
oceanographers go about studying these scientific problems, and will consider how we might beable to mitigate our impacts so that the oceans’ future is one that continues to benefit us humans.

30

Education Outreach: School Talksb.

“Lake Records of Climate Change”
Chris GOURAMANIS, National University of Singapore
Dr Chris Gouramanis is an Assistant Professor within the Department of Geography at the
National University of Singapore where he examines the role of droughts, floods, storm andtsunami on modern and past lake and coastal environments. After finishing a BSc (Hons) at La
Trobe University and a second BSc at The Australian National University, he completed a PhD
study of the palaeoclimate of southern Australia as recorded in the microfossils preserved inlake sediments. Following his PhD, he spent nine months at the Institute of Marine Resources
and Environment in Hai Phong, Vietnam developing a Geographical Information System toenable better management of the UNESCO-listed Ha Long Bay. Upon completion of this project,
he returned to Australia and worked in the Department of Sustainability, Environment, Water,
Population and Communities developing tools to protect Australia’s natural aquatic ecosystems.
He later returned to academia at Nanyang Technological University as a post-doctoral research
fellow and senior post-doctoral research fellow where he examined modern and past coastal
hazards (storms and tsunami) from India, Thailand, Vietnam and Indonesia.
Abstract
To understand our present climate and the changes that humans are causing, it is imperativethat we know how past climate has changed. Although many environments record past climatechange, e.g. oceans, corals, cave deposits and tree rings, lakes offer an opportunity to understandhow climate has impacted one of man’s primary needs – accessible fresh water.
The floor of a lake is composed of a stacked sequence of sediments that have accumulated overtime. These sediments record both what the lake has experienced, that is, what has happened
within the lake, but also what the environment surrounding the lake has experienced.
Under the effects of a changing climate, the water of a lake will change its chemistry, with drying
conditions resulting in the lake water becoming more shallow and salty and in wet conditions thewater becoming less salty and deeper. This change in saltiness dictates what sorts of animals andplants can survive in the lake. Many of these plants and animals leave fossils as they complete
their life cycles and these fossils can indicate the water conditions when the animals and plants
were alive. Similarly, the animals and plants take up the chemistry of the water and store theseelements in their body walls. Geochemical analysis of plant and animal fossils can also provide
detailed information about changes in water chemistry through time.
Climate change can significantly affect the landscape surrounding lakes, causing plantcommunities to change, forest fires to burn vegetation and flooding that brings sediment fromdifferent sources into the lakes. All of these changes can be recorded in lake sediments.
In this presentation, I will discuss a few examples of these processes and show how we canreconstruct past climate change, and in particular droughts and floods using records from lakes.

31

Education Outreach: School Talks
08 August, Tuesday | Nanyang Polytechnic | 17:00 – 18:00
11 August, Friday | School of Science & Technology | 14:00 – 15:00“An Overview of NASA Earth Sciences: From Satellites to Computer Models”
This will be the main theme of the talks but the emphasis for each will vary according to the schools’
requests.
Steven E PLATNICK, Earth Sciences Division, NASA
Steven Platnick’s research includes theoretical/experimental studies of satellite, aircraft, and groundbased cloud remote sensing. He has been involved extensively with remote sensing field studies,including use of the MODIS Airborne Simulator instrument flown on the NASA ER-2 along with flightscientist roles in a number of field campaigns. He is a member of the MODIS and S-NPP Atmosphere
Science Team working on operational cloud optical and microphysical products, as well as the MODIS
Atmosphere Team Lead.
Platnick became a civil servant in the Climate and Radiation Branch in the Laboratory for Atmospheresin 2002 and then moved to the Earth Science Division in 2009. He has served as the head EOS Project
Science Office since 2008, and as Deputy Director for Atmospheres in the Earth Science Division since
January 2015. Prior to becoming a civil servant, Platnick was a research associate professor in the Joint
Center for Earth Systems Technology, University of Maryland Baltimore County - an affiliation begun
in 1996. During this time he led the development of a comprehensive set of graduate-level atmosphericphysics courses within the Department of Physics of which he taught several. He previously held a
National Research Council Research Associate position at the NASA Ames Research Center as well asa research and development position at the Hewlett-Packard Co. for six years. His work with HewlettPackard included two years as a visiting faculty in the Department of Electrical Engineering at North
Carolina A&T State University.
He received B.S. and M.S. degrees in electrical engineering from Duke University and the University ofCalifornia, Berkeley, respectively, and a Ph.D. in atmospheric sciences from the University of Arizona.
Abstract
Since its beginning in 1958, the mission of the U.S. National Aeronautics and Space Administration(NASA) has included “the expansion of human knowledge of the Earth”.
The Earth is comprised of diverse systems (atmosphere, lithosphere, hydrosphere, cryosphere, andbiosphere) that can interact physically, chemically, and dynamically with each other in complex
ways. The goal of NASA’s Earth science program is to further develop a scientific understandingof the Earth as an integrated system and its response to natural and human-induced changes. Thisis accomplished through a variety of measurements (satellite, airborne, ground-based), computermodels, and related research activities. NASA efforts, in combination with the agency’s domestic andinternational partners, improve our ability to predict climate change, forecast weather, and respond tonatural hazards for the benefit of all. NASA will continue to pioneer the use of spaceborne technology
and measurements to study the Earth in the coming decade.
NASA is committed to bringing information about its Earth science activities to the public, including
students engaged in science and technical studies. This presentation will provide a broad overview ofNASA Earth science efforts, discuss satellite orbit concepts, and show examples of satellite observations
and modeling studies. A special emphasis with be on tropical cyclones. Satellite observations are
essential for fully understanding the spatial organization and dynamics of these powerful storms.

32

Education Outreach: Workshops
2.

Workshopsa.

“Physical Modeling of Gps and Insar Data with Unicycle”
09 August, Wednesday | MR335, Level 3 | 16:00 – 18:00
About the Workshop
Several decades of space geodetic monitoring has brought a wealth of data documenting the cycleof strain accumulation and release around plate boundaries. The short-term tectonic deformation
is well understood in terms of the activation of fault slip, viscoelastic flow in the lower crust andmantle and the diffusion of pore fluids. In this hands-on workshop, we will describe how to build
physical models of plate boundaries strain evolution. We will describe from the ground up how
to simulate postseismic deformation data, in particular, GPS and InSAR data. We will describe
several cases of interest including the 2012 Mw 8.6 Indian Ocean earthquake, the 2015 Mw 7.8
Gorkha, Nepal earthquake and the 2009 Mw 7.8 Dusky Sound, New Zealand earthquake. We
will first recall the main rheological assumptions: How does friction govern fault slip? How docreep mechanisms control viscoelastic flow? We will show how to simulate geodetic time series
based on physical assumptions about stress release mechanisms. Finally, we will describe how
to create numerical simulations of earthquake cycles. We will describe the basic characteristics
of fault friction that allow earthquake ruptures to occur spontaneously. The workshop will be
designed for geologists, and geodesists interested in earthquake mechanics who have limited
experience in physics and programming. The simulations will be carried out in Matlab using theUnicycle software.
Organizers
Sylvain BARBOT, Assistant Professor
Asian School of the Environment, Nanyang Technological University
James Daniel Paul MOORE
Research Fellow, Nanyang Technological University
Dr Sylvain Barbot studied earthquake physics and geodesy at the Institut de Physique duGlobe de Paris, France and at the Institute of Geophysics and Planetary Physics at the Scripps
Institution of Oceanography. As a graduate, his research focused on transient lithosphere
deformation following earthquakes on strike-slip faults. During his postdoc at the California
Institute of Technology, he studied the dynamics of earthquake cycles using rate-and-state
friction. Today, as a Nanyang Assistant Professor at the Earth Observatory of Singapore andthe Asian School of the Environment, his research focus is to understand the physics of crustal
and lithosphere dynamics across many temporal and spatial scales. His main interests are tounderstand the role of geometry and chemistry and of fault and off-fault deformation in thegeneration of earthquakes. He is also developing technology to conduct geodetic surveys in theocean using autonomous unmanned surface vehicles, to reduce the cost of seafloor geodesy.
Dr James Daniel Paul Moore is a Research Fellow at the Earth Observatory of Singapore
investigating Lithosphere Dynamics across multiple timescales. Prior to his current position he
was a postdoctoral researcher in the Marine Geophysics group at Oxford and completed his
DPhil as a member of the COMET research group. His research interests include viscoelastic
relaxation of the crust under loading, earthquake cycle processes, and deformation driven by
volcanic systems. He examines these systems using a combination of analytic and numericalmethods. His current research areas include the effect of non-linear deformation mechanisms
on the earthquake cycle, with rate and state friction and off fault non-linear ductile deformation,
imaging material properties of the mantle and ductile regions of the lower crust, regional
compensation in dynamic topography, and nascent rifting.

33

Education Outreach: Workshops
Workshop Facilitators
Sagar MASUTI, PhD Student
Earth Observatory of Singapore, Nanyang Technological University
James Daniel Paul MOORE
Research Fellow, Nanyang Technological University
Dongju PENG
Research Fellow, Nanyang Technological University
Sagar Masuti is a PhD Candidate at the Earth Observatory of Singapore, the Asian School of theEnvironment of the Nanyang Technological University. Sagar obtained a Masters of Sc. from NTU
in Embedded Systems in 2012. He joined the Earth Observatory of Singapore in 2013 and focusedhis work on the mechanics of deformation of the oceanic asthenosphere. His work involves
modelling of postseismic deformation with geodetic data and understanding the microstructureof olivine deformation from laboratory experiments. He uses inverse theory and sophisticatednumerical models to infer the mechanical properties of the lithosphere-asthenosphere system.
Dr Dongju Peng studied precise orbit determination for Low Earth Orbiting satellite using
high-precision geodetic data (e.g. Global Navigation Satellite System, Doppler Orbitography
and Radio-positioning Integrated by Satellite, space-borne accelerometer) at the Shanghai
Astronomical Observatory, Chinese Academy of Science and Royal Melbourne Institute ofTechnology, Australia. Her research focused on improving the accuracy of orbit determination by
developing models to mitigate the errors in observation data and algorithms to combine data frommulti-techniques in orbit calculation. She became interested in sea-level studies after successfully
obtaining centimeter-level orbit accuracy for an altimetry satellite Jason- 1 and investigated theshort- and long-term sea level changes in the South China Sea region from satellite altimetry data
and tide-gauge records at Laboratoire d’Etudes en Géophysique et Océanographie Spatiales,
Toulouse, France. After joining the Earth Observatory of Singapore, Nanyang Technological
University in 2015, her research now focusses on studying (1) postseismic deformation fromobservations (GNSS and Interferometric synthetic aperture radar) and dynamic models, and (2)sea-level changes in Singapore and the surrounding regions from a novel technique – GPS tidegauges - to identify the driving mechanisms responsible for the regional variability.
b.

“Space Shuttle Orbiter & FORMOSAT Satellite”
11 August, Friday | MR331, Level 3 | 14:00 – 15:00
Specially designed for space science enthusiasts 12 years & above
I-Te Lee, Associate Researcher at the Central Weather Bureau
Dr. I-Te Lee, Associate Researcher at the Central Weather Bureau is in charge of preparations forspace weather operations office in Taiwan. Dr Lee received his Ph. D. from the Institute of Space
Science, National Central University in 2013. His research interest is focused on ionosphericradio science and data assimilation. Since 2005, Dr. Lee participated actively in many outreacheducation activities on space sciences. He has extensive experience in delivering workshops to awide audience ranging from elementary school students to the general public.
About the Workshop
The Ionospheric Radio Science Laboratory (IRSL) at the Institute of Space Science, National
Central University lead by Dr. J. Y. Liu in Taiwan has been conducting a series of programs on
space science since 1991. These are public education and outreach programs designed to increase
participant interests in space science, highlight latest findings, and equip students with betterknowledge through hands-on activities.
On top of learning more about space science, students attending the workshop will also be
required to complete two paper models - the space shuttle orbiter and the FORMOSAT satellite.
Redesigned by IRSL and created by the National Space Organization in Taiwan, these paper
models can illustrate how a real shuttle orbiter glides and lands on the base. The FORMOSAT
model’s realistic exterior appearance also pictures the main payload onboard the Taiwanesesatellites.

34

Education Outreach: Field Trip
3.

Field Trip to St John’s Island National Marine Laboratory (SJINML)
12 August, Saturday | 08:00 – 12:00 | Price per Person: SGD60
One of the Southern Islands in Singapore, St John’s Island was the anchorage site of Sir Stamford
Raffles in 1819. It was then used as a quarantine station during the late 19th century and presently
houses multiple chalets for a popular weekend getaway.
The Tropical Marine Science Institute also has coastal facilities located on the island and as part of
TMSI’s public education programme to create awareness in the marine sciences; the institute conducts
organized short visits to their marine research facility.
So be a part of this tour and step off the beaten track to explore a different side of Singapore!
3 Hour SJINML TourThis three hour programme will introduce visitors to marine science research at SJINML. The program
will also include a short talk highlighting some of their research along with a mini-tour of their facility.

35

Meetings
06 August, Sunday
Time

Function

Meeting Room

11:00 – 12:30

Student Volunteer Training304

14:00 – 15:30

Briefing – General Election Candidates

304

16:00 – 18:00

Council Meeting304

18:00 – 20:30

Adjourn to Dinner-

07 August, MondayTimeFunction

Meeting Room

12:30 – 14:00

AOGS-SEG Lunch Meeting304

12:30 – 14:00

GL Editors Lunch Meeting303

15:30 – 18:30

AOGS2017 Opening, Axford Lectures & General Assembly

Nicoll

18:30 – 20:30

Welcome Reception/Exhibition Opens

Summit08 August, TuesdayTime

Function

Meeting Room

12:45 – 13:30

Info Session & Networking Lunch
AOGS-EGU Joint Conference on Natural Hazards

304

12:30 – 14:00

HS Section Meeting & Networking Lunch
ST Section Meeting & Networking Lunch

330
331

18:30 – 21:30

AOGS2018 Planning & Networking Dinner-

09 August, WednesdayTime

Function

Meeting Room

12:30 – 14:00

AS Section Meeting & Networking Lunch
BG Section Meeting & Networking Lunch

331
335

18:00 – 21:00

AOGS2020 Venue Proposals & Working Dinner304

10 August, Thursday
Time

Function

Meeting Room

12:30 – 14:00

OS Section Meeting & Networking Lunch
SE Section Meeting & Networking Lunch

330
331

17:00 – 18:00

GL Editors Meeting

303

AOGS-AGU-EGU-JPGU Partner Meeting

304

Convener’s Dinner (By Invitation Only)-

18:30 – 22:00

36

11 August, Friday
Time

Function

Meeting Room

12:30 – 14:00

IG Section Meeting & Networking Lunch
PS Section Meeting & Networking Lunch

330
331

14:30 – 17:00

Vote Counting (Witnesses & Section Reps Only)304

15:30 – 19:00

Closing

NicollSpecial Lectures, Award Presentations & Farewell Reception

12 August, SaturdayTime

Function

Meeting Room

09:00 – 12:30

Council Meeting & Networking Lunch

304

Program - Opening
07 August, Monday | Nicoll Room, Level 3 | 15:30 - 18:30
From

37

15:30

Arrivals, Coffee/Tea Service

16:00

Opening Address
Benjamin Fong CHAO, AOGS President

16:15

Axford Lecture 1“Competing Influences of Greenhouse Warming and Aerosols on Asian Monsoon
Climate Change”
William K. M. LAU, University of Maryland

17:00

Axford Lecture 2“Long-term Drivers of Aboveground-Belowground Linkages and Ecosystem
Functioning”
David WARDLE, Nanyang Technological University

17:45

General Assembly
Secretary General’s Report
Treasurer’s Report
Publication Committee’s ReportAward Presentations
Ratification- Honorary Members- Honorary Auditor
General Election – Introduction and Briefing- Meet the Candidates- Voting Rules & Regulations

18:30

Adjourn to Welcome Reception – Exhibition Hall at Summit on Level 3

Program - Closing
11 August, Friday | Nicoll Room, Level 3 | 15:30 - 19:00
From
15:30

Arrivals, Coffee/Tea Service

16:00

Axford Medal Special Lecture“Challenges and Perspectives in Regional Climate Modeling”
Dong-Kyou LEE, Seoul National University

16:45

AOGS2017 Special Lecture“Remote Sensing of Aerosols, Air Quality and Assessment of their Global andRegional Impacts”
Jack A. KAYE, AOGS Honorary Member
Earth Science Division, NASA Headquarters

17:30

Award Presentations- Honorary Members- Best Student Posters

17:45

Next Meeting Destination Presentation- AOGS2018 in Hawaii

17:55

Announce General Election Results

18:00

Adjourn to Farewell Reception - Nicoll Foyer

General Election - Voting Instructions

1.
2.
3.

Every AOGS member will receive a “General Election” coupon upon check-in
Casting of votes will be done at Balloting Station (Near the Registration Counter).
Voting Procedure:a. Each AOGS Member can exchange the “General Election” coupon for 4 voting slips:•
President•
Secretary General•
Treasurer•(*) Section Presidents
where * represents their Primary Section
b. Every candidate from the respective offices will have 1 ballot box
c. Voters are to drop the voting slips into the box of their selected candidate for each officeCast Your Vote

Ballot Box Location - AOGS Balloting Booth (Near the Registration Counter)
Ballot Box Opens - 08 August, Tuesday | 09:00
Ballot Box Closes - 11 August, Friday | 14:30
Vote Counting: 11 August, Friday from 14:30
Announcement of Results: 11 August, Friday after 17:00

38

Office Bearers
Executive Committee
President
Benjamin Fong CHAO
Institute of Earth Sciences, Academia Sinica
bfchao@earth.sinica.edu.tw
Vice President
Yun-Tai CHEN
Institute of Geophysics,
China Earthquake Administration
chenyt@cea-igp.ac.cn

Secretary General
Chun-Chieh WU
National Taiwan University
cwu@typhoon.as.ntu.edu.tw
Treasurer
Srivatsan V RAGHAVANNational University of Singapore
tmsvs@nus.edu.sg

Assistant Secretary General
David HIGGITT
Lancaster University
d.higgitt@lancaster.ac.uk
Assistant Treasurer
Adam SWITZER
Earth Observatory of Singapore
aswitzer@ntu.edu.sg

Honorary Auditor
Seon Ki PARK
Ewha Womans University
spark@ewha.ac.kr

39

Office Bearers
Section Presidents
ATMOSPHERIC SCIENCES (AS)President
Johnny CHAN
City University of Hong Kong
johnny.chan@cityu.edu.hk
Vice President
Tetsuo NAKAZAWA
Korea Meteorological Administration
tetsu_nakazawa@icloud.com

BIOGEOSCIENCES (BG)
President
Prabir Kumar PATRA
Japan Agency for Marine-Earth Scienceand Technology
prabir@jamstec.go.jp
Vice President
Xiujun WANG
College of Global Change and Earth System Science,
Beijing Normal University
xwang@bnu.edu.cn

HYDROLOGICAL SCIENCE (HS)President
Bellie SIVAKUMAR
University of New South Waless.bellie@unsw.edu.au
Vice President
Kun-Yeun HAN
Kyungpook National University
kshanj@knu.ac.kr

INTERDISCIPLINARY GEOSCIENCES (IG)President
Kazuhisa GOTO
Tohoku University
goto@irides.tohoku.ac.jp
Vice President
James GOFF
University of New South Wales
j.goff@unsw.edu.au

40Office Bearers
Section Presidents
OCEAN SCIENCES (OS)President
Charles LEMCKERT
Griffith University
c.lemckert@griffith.edu.au
Vice President
Robin ROBERTSON
University of New South Wales at the Australian
Defense Force Academyr.robertson_nomad@yahoo.com

PLANETARY SCIENCES (PS)

President
Varun SHEEL
Physical Research Laboratory
varun@prl.res.in
Vice President
Noriyuki NAMIKI
National Astronomical Observatory of Japan
nori.namiki@nao.ac.jp

SOLAR & TERRESTRIAL SCIENCES (ST)President
Qiugang ZONG
Peking University
qgzong@pku.edu.cn

SOLID EARTH SCIENCES (SE)Vice President
Nanan BALAN
Institute for Space-Earth Environmental Research,
Nagoya University
nananbalan@gmail.com

President
Carlo A. ARCILLA
University of the Philippines
caloy.arcilla@gmail.com
Vice President
Hai Thanh TRAN
Hanoi University of Mining and Geology
tranthanhhai.humg@gmail.com

41

Committees

Program Committee
Chun-Chieh WU, AOGS Secretary General
National Taiwan University
cwu@typhoon.as.ntu.edu.tw

Award Committee
Harsh GUPTA, Chair
National Disaster Management Authority
harshgupta@nic.in

Johnny CHAN, AS Section President
City University of Hong Kong
johnny.chan@cityu.edu.hk

Members
Chun-Chieh WU
National Taiwan University
cwu@typhoon.as.ntu.edu.tw

Prabir Kumar PATRA, BG Section President
Japan Agency for Marine-Earth Science and Technology
prabir@jamstec.go.jp
Bellie SIVAKUMAR, HS Section President
University of New South Waless.bellie@unsw.edu.au
Kazuhisa GOTO, IG Section President
Tohoku University
goto@irides.tohoku.ac.jp
Charles LEMCKERT, OS Section President
Griffith University
c.lemckert@griffith.edu.au
Varun SHEEL, PS Section President
Physical Research Laboratory
varun@prl.res.in
Qiugang ZONG, ST Section President
Peking University
qgzong@pku.edu.cn
Carlo A. ARCILLA, SE Section President
University of the Philippines
caloy.arcilla@gmail.com

Srivatsan V RAGHAVANNational University of Singapore
tmsvs@nus.edu.sg
Tetsuo NAKAZAWA, AS Section
Korea Meteorological Administration
tetsu_nakazawa@icloud.com
Xiujun WANG, BG Section
College of Global Change and Earth System Science,
Beijing Normal University
xwang@bnu.edu.cn
Kuen-Yuen HAN, HS Section
Kyungpook National University
kshanj@knu.ac.kr
James TERRY, IG Section
Zayed University
james.terry@zu.ac.ae
Robin ROBERTSON, OS Section
University of New South Wales at theAustralian Defense Force Academyr.robertson_nomad@yahoo.com
Noriyuki NAMIKI, PS Section
National Astronomical Observatory of Japan
nori.namiki@nao.ac.jp
Nanan BALAN, ST Section
Institute for Space-Earth Environmental Research,
Nagoya University
nananbalan@gmail.com
Hai Thanh TRAN, SE Section
Hanoi University of Mining and Geology
tranthanhhai.humg@gmail.com

42Committees
Nomination Committee
Wing-Huen IP, Chair
National Central University
wingip@astro.ncu.edu.tw
Section Representatives
Johnny CHAN, AS Section
City University of Hong Kong
johnny.chan@cityu.edu.hk
Prabir Kumar PATRA, BG Section
Japan Agency for Marine-Earth Science and Technology
prabir@jamstec.go.jp
Bellie SIVAKUMAR, HS Section
University of New South Waless.bellie@unsw.edu.au
Kazuhisa GOTO, IG Section
Tohoku University
goto@irides.tohoku.ac.jp

Tomoe NASUNO
Japan Agency for Marine-Earth Science andTechnology
nasuno@jamstec.go.jp
Zhi NING
City University of Hong Kong
zhining@cityu.edu.hK
Kumarenthiran A/L SUBRAMANIAM
Malaysian Meteorological Service
kumar@met.gov.myCheng-Ku YU
National Taiwan University
yuku@as.ntu.edu.tw
Kun ZHAO
Nanjing University
zhaokun@nju.edu.cn

Charles LEMCKERT, OS Section
Griffith University
c.lemckert@griffith.edu.au

BG
Punyasloke BHADURY
Indian Institute of Science Education andResearch-Kolkata
pbhadury@iiserkol.ac.in

Varun SHEEL, PS Section
Physical Research Laboratory
varun@prl.res.in

Xianglan LI
Beijing Normal University
xlli@bnu.edu.cn

Qiugang ZONG, ST Section
Peking University
qgzong@pku.edu.cn

Naishen LIANG
National Institute for Environmental Studies
liang@nies.go.jp

Carlo A. ARCILLA, SE Section
University of the Philippines
caloy.arcilla@gmail.com
Section Secretaries
AS
Fang-Yi CHENG
National Central University
bonniecheng18@gmail.com
Yong-Sang CHOI
Ewha Womans University
ysc@ewha.ac.kr
Fiona JOHNSON
University of New South Wales
f.johnson@unsw.edu.au
Tieh-Yong KOH
SIM University
tykoh@unisim.edu.sg
Zhiyong MENG
Peking University
zymeng@pku.edu.cn

43

Yunping XU
Shanghai Ocean University
ypxu@shou.edu.cn
HS
Ji CHEN
University of Hong Kong
jichen@hku.hk
Ke-Sheng CHENG
National Taiwan University
rslab@ntu.edu.tw
Akira KAWAMURATokyo Metropolitan University
kawamura@tmu.ac.jp
Hyun-Han KWON
Chonbuk National University
hkwon@jbnu.ac.kr
Yabin SUN
National University of Singapore
tmssy@nus.edu.sg
Dawen YANG
Tsinghua University
yangdw@tsinghua.edu.cn

Committees
IG
Vena Pearl BONGOLAN
University of the Philippines
bongolan@dcs.upd.edu.phAnawat SUPPASRI
Tohoku University
suppasri@irides.tohoku.ac.jp
James TERRY
Zayed University
james.terry@zu.ac.ae
OSCharles Changming DONG
Nanjing University of Information Science &Technology, University of California
cdong@atmos.ucla.edu
Zhiyu LIU
Xiamen University
zyliu@xmu.edu.cn
Taira NAGAIThe University of Tokyo
nagai_t@eps.s.u-tokyo.ac.jp
Moninya ROUGHAN
University of New South Walesmroughan@unsw.edu.au
Guizhi WANG
Xiamen University
gzhwang@xmu.edu.cn
Lei ZHOU
Second Institute of Oceanographylzhou@sio.org.cn
Rina ZURAIDA
Marine Geological Institute of Indonesia
rina@mgi.esdm.go.id
PS
Jun CUI
National Astronomical Observatories
cuij@nao.cas.cn

Steve VANCE
Jet Propulsion Laboratory
Steven.D.Vance@jpl.nasa.gov
Padma A YANAMANDRA-FISHER
Space Science Institutepadmayf@gmail.com
ST
Masahito NOSE
Kyoto University
nose@kugi.kyoto-u.ac.jp
Mario Mark BISI
Science & Technology Facilities Council
mario.bisi@stfc.ac.uk
Susan MCKENNA-LAWLORNational University of Ireland
stil@nuim.ie
Zahra BOUYA
Bureau of Meteorology
Z.Bouya@bom.gov.au
SE
Tae-Kyung HONG
Yonsei University
tkhong@yonsei.ac.kr
Yasuyuki KANO
Kyoto University
kano@rcep.dpri.kyoto-u.ac.jp
Sushil KUMAR
Wadia Institute of Himalayan Geology
sushil_rohella@yahoo.co.in
Javed N. MALIK
Indian Institute of Technology Kanpur
javed@iitk.ac.in
Mega ROSANA
Padjadjaran University
rosanamf@yahoo.com

Takeshi IMAMURA
ISAS/JAXA
imamura.takeshi@jaxa.jp

Florian Max SCHWANDNER
NASA Jet Propulsion Laboratory
fschwand@jpl.nasa.gov

Shuanggen JIN
Shanghai Astronomical Observatory,
Chinese Academy of Sciences
sgjin@shao.ac.cn

Devesh WALIA
North-Eastern Hill University
deveswa@gmail.com

Martin PAETZOLD
Universität zu Köln
martin.paetzold@geo.uni-koeln.de

Noelynna RAMOS
University of the Philippines
Gennie.ramos@gmail.com

44

Presenter Guide (Oral)
Presentation Time Slots (Actual may vary – please check session schedules)
AM1 – 08:30 to 10:30

PM1 – 14:00 to 15:30

AM2 – 11:00 to 12:30

PM2 – 16:00 to 18:00

Breaks – Coffee/Tea (Summit Room, Level 3)
AM Break – 10:30 to 11:00

PM Break – 15:30 to 16:00

Lunch Break – 12:30 to 14:00
1.

Presentation ID – How to Read
SE27 - D1 - AM2 – 311 - 002
Session Code

Conference Day 1

AM Session 2

Meeting Room

Presentation No. 2

SE27

D1

AM2

311

002

2.

Prepare Your Presentation
Length of presentation material should be in accordance with your time allotted. Total duration
including Q&A and speaker changeover is 15 minutes for each talk. Please refer to the Final Programfor actual presentation schedules. You are kindly requested to be at the presentation room at least 15
minutes before the session starts.

3.

Determine Your Audio-Visual Needs
Each meeting room comes equipped with a laser pointer, computer, LCD projector and screen. The
computers in the meeting rooms are being provided to Windows‐based PC users. The PC will be
configured with Windows Operating System. Please bring your presentation files in thumb drives. For
MAC-laptop users, please bring your own VGA adapter cable.

4.

Create a Backup Copy of Your Presentation
We recommend that you bring at least 2 copies of your presentation to the meeting for backup
purposes. Thumbdrives are acceptable.

5.

Give Your Presentation
Be considerate to the other speakers and audience by staying within your allocated time. The allocatedtime for your presentation includes a discussion and changeover to the next speaker. Session Chairs
will hold you to the allotted time. This is essential to ensure adequate time for questions and discussion
as well as adherence to the schedule. Please discuss the same material as reported in your abstract
submission. At the end of the meeting, all presentation files will be destroyed.

45

Presenter Guide (Poster)
1.

Locate Your Poster Board
Poster presentations will be held from Tue – Fri, 08 – 11 Aug 2017 at the Exhibition/Poster Hall (Summit
Room, Level 3). Poster boards are pre-assigned and marked with your Abstract ID. Please feel free toapproach the Poster Help Desk for assistance.

2.

Poster Set-up, Question and Answer (Q & A) Session and Tear-downDay, Date

Sections

Tuesday, 8 August

HS and ST

Wednesday, 9 August

AS and BG

Thursday, 10 August

OS and SE

Friday, 11 August

IG and PS

Poster Set-up

10:30 to 12:30

Poster Q & A
14:00 to 16:00(Presenterattendance
required)

Poster Tear-down

16:30 to 17:00

Submitted digital poster files will be uploaded to 43” Touch Screen Panels (Digital Boards) placedaround the Exhibition/Poster Hall for visitor viewing throughout the conference but they are not a
substitution for the actual poster presentation.
3.

Prepare Your Poster
Please note that changes have been made to the poster dimensions for AOGS2017. Each presenter isprovided with a 2.4m wide x 1m high poster panel. The presentation must cover the same materialas the abstract submitted. The poster should be 1 x A0 size in landscape format, measuring 1189 mm
length x 841 mm height maximum.
•
Place your Abstract ID, Abstract Title and Authors’ names prominently at the top of the poster toallow viewers to identify your abstract easily.
Presenter’s Name must be underlined and in Bold Letterings.
•
Authors’ names, e‐mails and address information must be provided in case the viewer isinterested in contacting you for more information.
•
You have complete freedom in displaying your information in figures, tables, text, photographs,
etc in the poster.
•
A successful poster presentation depends on how well you convey information to an interested(but not expert) audience. You may wish to structure your poster by including the background ofyour research followed by results and conclusions.

4.

Set Up Your Poster (See also 2 above)•
Posters should be set-up by 12:30 of the assigned day.
•
Posters are scheduled to be on display from 12:30 to 16:00 for a day.
•
Poster Q & A Session is as scheduled and presenter attendance is required during the session.
•
Adhesive tapes are available at the Poster Help Desk, nearby the poster boards. If you havespecial needs for your poster presentation, please bring those supplies with you to the meeting.

5.

Remove Your Poster•
Posters must be removed after the viewing time by 17:00.
•
After this time, posters remaining on the boards may be removed and discarded by cleaners.
AOGS will not be responsible for posters and materials left on poster boards after the stated
hours.

46

Presenter Guide (Poster)
6.

Best Student Poster Competition
To qualify for this competition, participants have to submit a digital copy of their poster via MARS
by 19 July 2017. Awards shall be in the form of Certificates, to be signed by the AOGS President andthe Section President, and Complimentary Registrations for the Winners to attend AOGS Annual
Meeting in the following year.
•
•
•
•

47

One award minimum per Section, and 1 additional award for every 20 student posters.
If won, Best Student Poster Award will be awarded to only the Presenting Author during theclosing ceremony.
Presenter Attendance is Required during the Poster Q & A Session (See point 2 for your
Section’s Poster Session Schedule)
The criteria for evaluating poster presentations area. Scientific quality and novelty
b. Poster design, andc. Ability of student presenter to answer question

Program Overview(Refer to attachment)

48

Venue Floorplan(Refer to attachment)49

Presentations
07 Aug, 2017
Monday50

Day 1 - 07 Aug 2017, Monday
Program Overview
07 Aug 2017, Monday
Time /
Room

AM1

AM2

PM1

PM2

Evening

08:30 - 10:30

11:00 - 12:30

14:00 - 15:30

16:00 - 18:00

18:30 – 20:30

MR308

ST04-13-21 (p81)ST04-13-21 (p81)

ST25 (p85)MR309

ST14-20-24 (p84)

ST09 (p82)

ST09 (p83)

MR310

PS11 (p78)

PS11 (p79)

PS15 (p79)

MR311

SE05 (p86)

SE27 (p90)

SE24 (p89)MR327

SE10 (p87)

SE06 (p86)

SE19 (p88)MR328

OS01 (p75)OS04 (p76)

OS10 (p77)

MR329

AS19 (p60)

AS19 (p61)

AS19 (p62)

MR330

AS34 (p63)

AS34 (p64)

AS34 (p64)

MR331

AS03 (p55)

AS03 (p56)

AS03 (p57)MR332

IG10 (p73)IG03 (p72)

IG03 (p72)

MR333

HS01 (p66)

HS01 (p67)

HS07 (p68)MR334

HS16-04 (p69)HS03 (p67)

HS17 (p70)

MR335

AS15 (p59)

AS11-38 (p58)

AS11-38 (p58)
Welcome
Reception

SummitNicollOpening(p37)
Opening

51

51

Sessions & Conveners* Main Convener
AS03

Asian Haze: Sources, Transformation and Its Impacts from Regional to Global
Scales*Hsiang-He LEE Singapore-MIT Alliance for Research and Technology, Jianmin CHEN
Fudan University, Tong ZHU Peking University, Mikinori KUWATA Nanyang
Technological University

AS11-38

Monsoon Climates over South, East and Southeast Asia and Its Tele-connections*Ramesh KRIPALANI Indian Institute of Tropical Meteorology, Jaiho OH Pukyong
National University, Kyung-Ja HA Pusan National University, Amita PRABHU Indian
Institute of Tropical Meteorology, Sheeba Nettukandy CHENOLI University of Malaya

AS15

Satellite Remote Sensing Methods and Data Applications for Air Quality
Monitoring and Research in Asia
*Pawan GUPTA Universities Space Research Association/ NASA Goddard Space Flight
Center, Robert LEVY NASA Goddard Space Flight Center, Jhoon KIM Yonsei University,
Sachin GHUDE Indian Institute of Tropical Meteorology, Lok LAMSAL Universities
Space Research Association/ NASA Goddard Space Flight Centre

AS19

The Science and Prediction of Heavy Rainfall and Floods*Yali LUO China Meteorological Administration, Johnny CHAN City University of Hong
Kong, Pradeep MANDAPAKA VENKATA Nanyang Technological University,
Edmond LO Nanyang Technological University, Xiaosheng QIN Nanyang Technological
University

AS34

Atmospheric Chemistry in Highly Polluted Environments*Jianlin HU Nanjing University of Information Science & Technology, Hongliang
ZHANG Louisiana State University, Sri H. KOTA Indian Institute of Technology
Guwahati

HS01

Challenges in Hydrologic Modeling*Bellie SIVAKUMAR University of New South Wales, Shie-Yui LIONG National
University of Singapore, Ji CHEN The University of Hong Kong, Dawen YANG Tsinghua
University

HS03

Near Surface Investigation and Modeling for Groundwater Resources
Assessment*Ping-Yu CHANG National Central University, Jui-Pin TSAI National Chiao Tung
University, Chuen-Fa NI National Central University, Liang-Cheng CHANG National
Chiao Tung University, Hwa-Lung YU National Taiwan University

HS07

Water-related Hazards and Their Forecasting and Warning*Gwo-Fong LIN National Taiwan University, Jui-Yi HO National Applied ResearchLaboratories, Bing-Chen JHONG National Taiwan University

HS16-04

Hydrometeorological Analysis of Natural Hazards*Hung Soo KIM Inha University, Ji CHEN The University of Hong Kong, Soojun KIM
Inha University, C.G. CUI China Meteorological Administration, Tao PENG China
Meteorological Administration

HS17

Interactions Between Water and Ecosystem*Gene J-Y YOU National Taiwan University, Jian-Ping SUEN National Cheng Kung
University, Ting Fong May CHUI The University of Hong Kong, Kyungrock PAIK
Korea University
52

52

IG03

Remote Sensing of Essential Climate Variables and Its Applications*Wei YANG Chiba University, Xin CAO Beijing Normal University, Hikeki
KOBAYASHI Japan Agency for Marine-Earth Science and Technology, Xiaolin ZHU The
Hong Kong Polytechnic University

IG10

Satellite Gravimetry and Climate Change*Jianli CHEN University of Texas at Austin, Kosuke HEKI Hokkaido University, Henryk
DOBSLAW Helmholtz Centre Potsdam GFZ German Research Centre for Geosciences, KiWeon SEO Seoul National University, Di LONG Tsinghua University

OS01

Dynamics of Indonesian Seas and Indo-Pacific Climate Variability*Intan Suci NURHATI Indonesian Institute of Sciences, Edvin ALDRIAN Agency for
Meteorology Climatology and Geophysics, Fadli SYAMSUDIN Agency for Assessment andApplication of Technology, Anna KUSWARDANI Ministry of Marine Affairs andFisheries, Fredolin T. TANGANG National University of Malaysia

OS04

Indonesian Seas: Insights from Observations, Models, and Theory*Robin ROBERTSON University of New South Wales, Agus ATMADIPOERA Bogor
Agricultural University

OS10

Ocean Salinity Variability and Its Impact on Weather, Climate and
Biogeochemistry*Hailong LIU Shanghai Jiao Tong University, Nathalie GOODKIN Nanyang
Technological University, Sung-Hyun NAM Seoul National University, Xidong WANG
Hohai University

PS11

Exploring the Solar System Primitive Bodies*Jian-Yang LI Planetary Science Institute, Makoto YOSHIKAWA Japan Aerospace
Exploration Agency, Eleonora AMMANNITO University of California, Los Angeles, Bin
YANG Chinese Academy of Sciences

PS15

Volcanism and Tectonism Across the Solar System*Anezina SOLOMONIDOU Jet Propulsion Laboratory, California Institute of Technology,
Thomas PLATZ Max-Planck Institute for Solar System Research, Florian M.
SCHWANDNER Jet Propulsion Laboratory/ California Institute of Technology (Caltech)ST04-13-21

Global Solar Wind-planetary Interactions: A Comparative View of Recent
Observations, Modeling and Numerical Simulations*Bertrand LEMBEGE National Centre for Scientific Research, Gurbax LAKHINA Indian
Institute of Geomagnetism, Ramon LOPEZ University of Texas at Arlington, Chi WANG
Chinese Academy of Sciences, Dongsheng CAI University of Tsukuba

ST09

Magnetic Reconnection in Space Plasma: Observations and Simulations*Quanming LU University of Science and Technology of China, Jiansen HE Peking
University, Shiyong HUANG Wuhan University, Huishan FU Beihang University,
Keizo FUJIMOTO Beihang University

ST14-20-24

Sun and Heliosphere General Session Including Broadband Radio Physics,
Helioseismology and Solar Diagnostic Techniques*Mario BISI Science & Technology Facilities Council, Alessandra GIUNTA Science &Technology Facilities Council - Rutherford Appleton Laboratory, Bernard JACKSONUniversity of California, San Diego, Richard FALLOWS The Netherlands Institute forRadio Astronomy, Jasmina MAGDALENIC ZHUKOV Royal Observatory of Belgium

53

53

ST25

New Perspectives of the Magnetosphere-ionosphere System from Numerical
Models and Synoptic Observations*Anthony LUI Johns Hopkins University, Gang LU National Center for AtmosphericResearch

SE05

Geodetic Observations and Applications in Earth Sciences and Geohazards*Shuanggen JIN Chinese Academy of Sciences, Harald SCHUH GFZ German ResearchCentre for Geosciences, Cheinway HWANG National Chiao Tung University,
Hasanuddin ABIDIN Institute of Technology Bandung, Michael PEARLMAN HarvardSmithsonian Center for Astrophysics

SE06

Long-term Rheological Behavior of the Crust and Mantle Inferred from
Observations and Models at Laboratory and Geological Time and Spatial Scales*James Daniel Paul MOORE Nanyang Technological University, Tony WATTS
University of Oxford

SE10

Connecting Field, Laboratory, and Volcanic Monitoring Data to Magmatic
Processes*Helena ALBERT Nanyang Technological University, Lauriane CHARDOT Earth
Observatory of Singapore, Nanyang Technological University, Dawn SWEENEY RUTH
Nanyang Technological University, Florian M. SCHWANDNER Jet Propulsion
Laboratory/ California Institute of Technology (Caltech), Fidel COSTA Nanyang
Technological University

SE19

Geodynamics at Active Plate Convergence Belt in East Asia
*Kuo-En CHING National Cheng Kung University, Teresito BACOLCOL Philippine
Institute of Volcanology and Seismology, Po-Fei CHEN National Central University

SE24

Crustal Dynamics and Seismogensis Beneath Seismically Active Regions ofSouth Asia
*O P MISHRA Ministry of Earth Sciences, Jianshe LEI China Earthquake Administration,
Neloy KHARE Ministry of Earth Sciences

SE27

Magmatism from Mantle Through Crust: Asian Perspectives*Carlo ARCILLA University of the Philippines Diliman, Florian SCHWANDNER
NASA-JPL, Hoang NGUYEN Geological Survey of Japan

54

54

AS03 / Asian Haze: Sources, Transformation and Its Impacts from Regional to
Global Scales
Mon - 07 Aug | MR331
Session Chair(s)Hsiang-He LEE, Singapore-MIT Alliance for Research and Technology

08:30
AS03-D1-AM1331-001

AS03-A002
Chemical Characteristic of Low-Molecular-Weight Dicarboxylic Acids and Related
Organic Compounds in Biomass-Burning Aerosols in Northeast China
Fang CAO1#+, Yanlin ZHANG1
1Nanjing University of Information Science & Technology

08:45
AS03-D1-AM1331-002

AS03-A032
Wavelength-Dependent Aerosol Absorption in the North China Plain
Liang RAN1#+, Zhaoze DENG2, Pucai WANG1, Xiangao XIA1
1Chinese Academy of Sciences, 2Institute of Atmospheric Physics, Chinese Academy of
Sciences

09:00
AS03-D1-AM1331-003
InvitedAS03-A023
Sources of Haze in Beijing During Winter 2016
Mei ZHENG1#+, Caiqing YAN1, Tian ZHOU1, Yanan ZHAO1
1Peking University

09:15
AS03-D1-AM1331-004

AS03-A001
High Contribution of Non-Fossil Sources to Sub-Micron Organic Aerosols in
Beijing, China
Yanlin ZHANG1#+
1Nanjing University of Information Science & Technology

09:30
AS03-D1-AM1331-005

AS03-A012
Direct Observations of Organic Aerosols in Common Wintertime Hazes in North
China: Insights Into Direct Emissions from Chinese Residential Stoves
Weijun LI1#+
1Shandong University

09:45
AS03-D1-AM1331-006

AS03-A020
Characterization of Pollutants and Aerosol Chemical Components in Situ Ship
Cruise During Yangtze River Campaign
Zhong LI1#+, Jianmin CHEN1, Hongli WANG2, Lan YAO1
1Fudan University, 2Shanghai Academy of Environmental Sciences

10:00
AS03-D1-AM1331-007

AS03-A016
Air Pollutant Emissions from Chinese Households: A Major and UnderappreciatedAmbient Pollution Source
Tong ZHU1#+, Jun LIU2, Denise MAUZERALL3, Kirk SMITH4, Qi CHEN1, Qiang
ZHANG5, Yu SONG1, Wei PENG6, Zbigniew KLIMONT2, Xinghua QIU1, Shiqiu
ZHANG1, Min HU1, Weili LIN7
1Peking University, 2International Institute for Applied Systems Analysis, 3Princeton
University, 4University of California, Berkeley, 5Tsinghua University, 6Harvard University,
7

Chinese Academy of Meteorological Sciences

55

55

10:15AS03-D1-AM1331-008

AS03-A013
Comparing the Effects of El Nino Southern Oscillation and Relative Humidity on
the Relationship Between Aerosol Optical Depth and Precipitation Over Southeast
Asia
Ruimin LI1,2#+, Daniel Hui Loong NG1,2, Srivatsan RAGHAVAN1, Shie-Yui LIONG1
1National University of Singapore, 2Tropical Marine Science InstituteSession Chair(s)Mikinori KUWATA, Nanyang Technological University

11:00
AS03-D1-AM2331-009
InvitedAS03-A008
Regional-Scale PM2.5 Air Pollution Reaching Japan: Scientific Knowledge andChallenges
Yugo KANAYA1#+
1Japan Agency for Marine-Earth Science and Technology

11:15
AS03-D1-AM2331-010

AS03-A009
Impacts of Fire and Non-Fire Pollutants on the Regional Air Quality in Southeast
Asia
Hsiang-He LEE1#+, Oussama IRAQUI2, Chien WANG3
1Singapore-MIT Alliance for Research and Technology, 2National Institute of Applied
Science of Lyon (INSA Lyon), 3Massachusetts Institute of Technology

11:30
AS03-D1-AM2331-011
InvitedAS03-A031
Improving Air Quality Models Through Better Understanding of Reactive Nitrogen
Chemistry and Radical Sources
Tao WANG1#+
1The Hong Kong Polytechnic University

11:45
AS03-D1-AM2331-012

AS03-A015
Radiative Effects of Anthropogenic Aerosol Emissions Across Different Source
Regions in Asia
Benjamin GRANDEY1#+, Chien WANG2
1Singapore-MIT Alliance for Research and Technology, 2Massachusetts Institute ofTechnology

12:00
AS03-D1-AM2331-013

AS03-A007
Understanding the Relationship Between Aerosol Optical Depth and Precipitation
Over Southeast Asia Through Daily Averaged Remote Sensing Data
Daniel Hui Loong NG1,2#+, Ruimin LI1,2, Srivatsan RAGHAVAN1, Shie-Yui LIONG1
1National University of Singapore, 2Tropical Marine Science Institute

12:15
AS03-D1-AM2331-014

AS03-A030
Simulation of Trans-Boundary Haze Over South East Asia in 2015 Using WRF
ChemXing YU1,2#+, Daniel Hui Loong NG2,3, Jina HUR2, Shie-Yui LIONG2, Srivatsan
RAGHAVAN2
1Sun Yat-sen University, 2National University of Singapore, 3Tropical Marine Science
Institute

56

56

Session Chair(s)Tong ZHU, Peking University
Hsiang-He LEE, Singapore-MIT Alliance for Research and Technology

14:00
AS03-D1-PM1331-015

AS03-A011
The Impact of Various Aerosol Emission Scenarios on Precipitation and its Effects
on Lower Mekong River Hydrology
Lik Khian YEO1#+, Hsiang-He LEE1, Chien WANG2, Shie-Yui LIONG3
1Singapore-MIT Alliance for Research and Technology, 2Massachusetts Institute ofTechnology, 3National University of Singapore

14:15
AS03-D1-PM1331-016

AS03-A034
Evaluation of PM10 Emission Ratio of Tropical Peatland Burning by Continuous Air
Quality Monitoring Data
Mikinori KUWATA1#+, Gautham GIRI2, Osamu KOZAN3, Takuma MIYAKAWA4,
Syahrial SUMIN5, Talib LATIF6, Md Firoz KHAN6, Windy IRIANA7, Kenichi
TONOKURA7
1Nanyang Technological University, 2Yonsei University, 3Kyoto University, 4Japan Agency
for Marine-Earth Science and Technology, 5Pekanbaru City, 6National University of
Malaysia, 7The University of Tokyo

14:30
AS03-D1-PM1331-017

AS03-A033
Size Distribution of Submicron Aerosol Absorptive Properties in the North China
Plain
Zhaoze DENG1#+, Liang RAN2, Pucai WANG2
1Institute of Atmospheric Physics, Chinese Academy of Sciences, 2Chinese Academy of
Sciences

14:45
AS03-D1-PM1331-018

AS03-A027
Source Characterization of Ambient Fine Aerosol in Singapore During a Haze
Episode in 2015
Sri Hapsari BUDISULISTIORINI1#+, Matthieu RIVA2, Michael WILLIAMS3, Takuma
MIYAKAWA4, Yuichi KOMAZAKI4, Jing CHEN1, Jason SURRATT3, Mikinori
KUWATA1
1Nanyang Technological University, 2University of Helsinki, 3University of North Carolina
at Chapel Hill, 4Japan Agency for Marine-Earth Science and Technology

15:00
AS03-D1-PM1331-019

AS03-A029
Combining AOD and Trace Gasses to Identify the Spatial and Temporal Pattern ofAsian Aerosol Loadings and Emissions
Jason COHEN1#+
1Sun Yat-sen University

15:15
AS03-D1-PM1331-020

AS03-A021
The Impact of Aerosol Physicochemical Properties on Atmospheric Visibility
During Haze Events in Shanghai
Lina WANG1#+, Jianmin CHEN2, Lin WANG2, Hongli WANG3, Li LI3, Liping
QIAO3, Jing LIU4
1East China University of Science and Technology, 2Fudan University, 3Shanghai Academyof Environmental Sciences, 4Harbin Institute of Technology

57

57

AS11-38 / Monsoon Climates over South, East and Southeast Asia and Its Teleconnections
Mon - 07 Aug | MR335
Session Chair(s)Jai-Ho OH, Pukyong National University
R.H.KRIPALANI, Indian Institute of Tropical Meteorology

11:00
AS11-38-D1AM2-335-001
Invited

AS11-38-A011
Perspectives on the Non-Stationarity of the South and East Asian Summer Rainfall
Relationship
Renguang WU1#+
1Chinese Academy of Sciences

11:20
AS11-38-D1AM2-335-002

AS11-38-A005
Thermodynamic and Dynamic Influences in the Far East–Okhotsk Region on
Meiyu–Baiu Evolution
Chi-Hua WU1#+
1Academia Sinica

11:35
AS11-38-D1AM2-335-003

AS11-38-A020
Simultaneous Modulations of Precipitation and Temperature Extremes in Southern
Parts of China by the Boreal Summer Intraseasonal Oscillation
Yang CHEN1#+
1Chinese Academy of Meteorological Sciences

11:50
AS11-38-D1AM2-335-004

AS11-38-A029
Distribution of Extreme Rainfall Events and the Associated Mesoscale Features
Over the Peninsular Malaysia
Siti SALEHA1#+, Azizan Abu SAMAH1, Sheeba Nettukandy CHENOLI1
1University of Malaya

12:05
AS11-38-D1AM2-335-005

AS11-38-A034
Regional Simulation of Monsoon Intraseasonal Oscillations at Gray Zone Resolution
Olivier PAULUIS1#+, Xingchao CHEN1
1New York University

12:20
AS11-38-D1AM2-335-006

AS11-38-A046
Variability and Trends of Maritime Continent Annual Rainfall from the Perspectiveof Large-Scale Weather States
Muhammad Eeqmal HASSIM1#+, Bertrand TIMBAL2
1Meteorological Service Singapore, 2National Environment Agency

Session Chair(s)Renguang WU, Chinese Academy of Sciences
R.H. KRIPALANI, Indian Institute of Tropical Meteorology

14:00
AS11-38-D1PM1-335-007

AS11-38-A039
Long-Term Variability of Indian Summer Monsoon Rainfall
Qinjian JIN1#+, Chien WANG1
1Massachusetts Institute of Technology

14:15
AS11-38-D1PM1-335-008

AS11-38-A045
Linkage of Antarctic Sea Ice Extent with the Indian Summer Monsoon Rainfall
Siti Syairah Atiqah AZHAR1#+, Sheeba Nettukandy CHENOLI1, Azizan Abu
SAMAH1
1University of Malaya
58

58

14:30
AS11-38-D1PM1-335-009

AS11-38-A032
Dominant Synoptic Disturbance in the Extreme Rainfall at Cherrapunji, North East
India
Fumie MURATA1#+, Toru TERAO2, Hatsuki FUJINAMI3, Taiichi HAYASHI4,
Haruhisa ASADA5, Jun MATSUMOTO6, Hiambok SYIEMLIEH7
1Kochi University, 2Kagawa University, 3Nagoya University, 4Kyoto University, 5Nara
Women's University, 6Tokyo Metropolitan University, 7North-Eastern Hill University

14:45
AS11-38-D1PM1-335-010

AS11-38-A010
An Observational Study of the Diurnal Variation of Precipitation Over Coastal
Southeast China and Underlying Processes–Using Hong Kong as a Representative
Site
Xiuzhen LI1#+, Gabriel LAU2, T. C. LEE3
1Sun Yat-sen University, 2Chinese University of Hong Kong, 3Hong Kong Observatory

15:00
AS11-38-D1PM1-335-011

AS11-38-A036
Understanding of Consecutive Droughts of the Indian Summer Monsoon
Raju PATHAK1#+, Sandeep SAHANY1, Saroj Kanta MISHRA1
1Indian Institute of Technology Delhi

AS15 / Satellite Remote Sensing Methods and Data Applications for Air Quality
Monitoring and Research in Asia
Mon - 07 Aug | MR335
Session Chair(s)Pawan GUPTA, USRA/NASA Goddard

08:30
AS15-D1-AM1335-001
Invited

AS15-A005
Developing Future Air Quality Observing Strategies: Contributions from KORUSAQ
James CRAWFORD1#+
1NASA Langley Research Center

08:45
AS15-D1-AM1335-002
Invited

AS15-A021
Applications of Satellite-Derived Products to Short-Term Air Quality Forecasts
Over East Asia
Chul Han SONG1#+, Kyunghwa LEE1, Sojin LEE2
1Gwangju Institute of Science and Technology, 2National Center for Atmospheric Research

09:00
AS15-D1-AM1335-003

AS15-A024
Using the Difference in Lifetime of Multiple Remotely Sensed Species to Identify
Primary and Secondary Contributions to East and Southeast Asian Haze
Jason COHEN1#+, Daniel Hui Loong NG2,3
1Sun Yat-sen University, 2National University of Singapore, 3Tropical Marine Science
Institute

09:15
AS15-D1-AM1335-004

AS15-A011
Adjoint Inversion of Chinese Non-Methane Volatile Organic Compounds Sources
Using Space-Based Observations of Formaldehyde and Glyoxal
Hansen CAO1#+, Tzung-May FU1, Lin ZHANG1, Daven K. HENZE2, Christophe
LEROT3, Christopher MILLER4, Yuanhong ZHAO1
1Peking University, 2University of Colorado Boulder, 3Belgian Institute for Space
Aeronomy, 4Harvard University

59

59

09:30
AS15-D1-AM1335-005

AS15-A015
Creating a Long-Term Aerosol Dataset from Multiple Satellite Sensors
Robert LEVY1#+, Shana MATTOO1, Virginia SAWYER1, Falguni PATADIA1, Pawan
GUPTA2, Lorraine REMER3
1NASA Goddard Space Flight Center, 2Universities Space Research Association/ NASA
Goddard Space Flight Center, 3University of Maryland Baltimore County

09:45
AS15-D1-AM1335-006

AS15-A006
Estimating Ground-Level NO2 from Aura OMI Observations Using Geographicallyand Temporally Weighted Regression
Kai QIN1#+, Lanlan RAO1, Jian XU2, Yang BAI3, Luyao WANG1, Nan HAO2
1China University of Mining and Technology, 2German Aerospace Center, 3Central South
University

10:00
AS15-D1-AM1335-007

AS15-A014
GOCI Yonsei Aerosol Retrieval Algorithm Version 2 and Long-Term Validation
Using Ground-Based Remote Sensing Observations
Myungje CHOI1#+, Jhoon KIM1, Jaehwa LEE2, Mijin KIM1, Young-Je PARK3, Brent
HOLBEN2, Thomas ECK2, Zhengqiang LI4
1Yonsei University, 2NASA Goddard Space Flight Center, 3Korean Institute of Ocean
Science and Technology, 4Chinese Academy of Sciences

10:15
AS15-D1-AM1335-008

AS15-A007
Spatiotemporal Variation in PM2.5 Concentration for Administrative Regions in
China from 2001 to 2015 Using 1-km Satellite Data
Changqing LIN1#+, Alexis LAU1, Ying LI2
1Hong Kong University of Science and Technology, 2Southern University of Science andTechnology

AS19 / The Science and Prediction of Heavy Rainfall and Floods
Mon - 07 Aug | MR329
Session Chair(s)Pradeep Mandapaka VENKATA, Nanyang Technological University
Johnny CHAN, City University of Hong Kong

08:30
AS19-D1-AM1329-001

AS19-A028
Factors Affecting Precipitation Development in Complex Terrain, Mt. Jiri, Korea
Yunhee KANG1+, Dong-In LEE1#, Dong-Kyun KIM1, Mi-Young KANG1, Jong-Hoon
JEONG2
1Pukyong National University, 2Korea Meteorological Administration

08:45
AS19-D1-AM1329-002

AS19-A023
Heavy Rainfall Episodes Over the East Coast of Peninsular Malaysia During
November and December 2014
Kumarenthiran SUBRAMANIAM1#+, Johnny CHAN2
1Malaysian Meteorological Department, 2City University of Hong Kong

09:00
AS19-D1-AM1329-003

AS19-A027
Observations of a Quasi-Stationary Convective Line in the Taipei Basin During
Taiwan Mei-Yu Season
Shou Liang YU1#+, Ben JOU1
1National Taiwan University

60

60

09:15
AS19-D1-AM1329-004

AS19-A017
Synoptic Analyses of Extreme Hourly Precipitation in Taiwan During 2003-2012
Mengwen WU1+, Yen TZU-HSIUNG2, Yali LUO1, Chun-Chieh WU2#
1China Meteorological Administration, 2National Taiwan University

09:30
AS19-D1-AM1329-005

AS19-A030
Rapid Flood Extent Delineation via Regional Dimensionless Rating Curve
Sangeetha SANTHAPPAN VENKATACHALAM1#+, Charng Ning CHEN1, Edmond
LO1
1Nanyang Technological University

09:45
AS19-D1-AM1329-006

AS19-A031
Large-Scale Atmospheric Conditions Associated with Extreme Wet Spells in
Peninsular Malaysia
Pradeep MANDAPAKA VENKATA1#+, Tracy SIM1, Edmond LO1
1Nanyang Technological University

10:00
AS19-D1-AM1329-007

AS19-A006
The Southern China Monsoon Rainfall Experiment
Yali LUO1#+, Renhe ZHANG1
1China Meteorological Administration

Session Chair(s)Yali LUO, Chinese Academy of Meteorological Sciences
Ben JOU, National Taiwan University

11:00
AS19-D1-AM2329-008
Invited

AS19-A026
Key Microphysical Factors Impact the Simulation of a Squall Line
Yanluan LIN1#+, Qifeng QIAN1, Xi ZHAO1
1Tsinghua University

11:15
AS19-D1-AM2329-009

AS19-A009
Investigation of the Physical Mechanisms of an Extreme Rainfall Event During the
SCMREX-2014 Field Campaign
Yangruixue CHEN1+, Yali LUO2#
1Chinese Academy of Meteorological Sciences, 2China Meteorological Administration

11:30
AS19-D1-AM2329-010

AS19-A012
An Extreme Rainfall Event Associated with a Mesoscale Outflow Boundary andMultiple Rainbands over Guangdong Coastal Areas During SCMREX-2014
Xi LIU1+, Yali LUO2#, Zhaoyong GUAN1
1Nanjing University of Information Science & Technology, 2China Meteorological
Administration

11:45
AS19-D1-AM2329-011

AS19-A004
Statistical Characteristics of Raindrop Size Distributions and Their Retrieved
Polarimetric Parameters During the Southern China Monsoon Rainfall Experiment
Xiantong LIU1#+, Huijun HUANG1, Yali LUO1, Wan QILIN1, Hong WANG1, Hui
XIAO1, Lu FENG11China Meteorological Administration

12:00
AS19-D1-AM2329-012

AS19-A001
Evaluation of Quantitative Precipitation Forecast by TIGGE Ensembles for South
China During the Pre-Summer Rainy Season
Ling HUANG1#+, Yali LUO2
1Chinese Academy of Meteorological Sciences, 2China Meteorological Administration
61

61

12:15
AS19-D1-AM2329-013

AS19-A005
Assimilating Doppler Radar Observations with an Ensemble Kalman Filter for
Convection-Permitting Prediction of Convective Development in a Heavy Rainfall
Event During SCMREX
Xinghua BAO1#+, Yali LUO2
1Chinese Academy of Meteorological Sciences, 2China Meteorological Administration

Session Chair(s)Xiaosheng QIN, Nanyang Technological University
Edmond LO, Nanyang Technological University

14:00
AS19-D1-PM1329-014
Invited

AS19-A029
Spatial Spread-Skill Relationship in Terms of Agreement Scales for Precipitation
Forecasts in a Convection-Allowing Ensemble
Huiling YUAN1#+, Xi CHEN1, Ming XUE2
1Nanjing University, 2The University of Oklahoma

14:15
AS19-D1-PM1329-015

AS19-A015
An Improved Index for West African Summer Monsoon Rainfall
Akintomide Afolayan AKINSANOLA1#+, Wen ZHOU11City University of Hong Kong

14:30
AS19-D1-PM1329-016

AS19-A016
Ensemble Simulations of a Severe Flood Over South China with a General
Circulation Model IAP AGCM4.1
He ZHANG1#+
1Chinese Academy of Sciences

14:45
AS19-D1-PM1329-017

AS19-A033
Urban Regional Precipitation Simulations - Comparison of Pseudo-Global-Warmingwith Local Forcing
Christopher Claus HOLST1#+, Johnny CHAN1
1City University of Hong Kong

15:00
AS19-D1-PM1329-018

AS19-A034
Assessment of Changes in Daily Rainfall Extremes in Jakarta Using Climate
Projections and Nonstationary Extreme Value Analysis
Velautham DAKSIYA1#+, Pradeep MANDAPAKA VENKATA1, Edmond LO1
1Nanyang Technological University

15:15
AS19-D1-PM1329-019

AS19-A036
Analysing Hydro-Meteorological Scenario During 2015 Chennai Flood Event andPossible Role of Urbanization
Jagabandhu PANDA1#+, Sudhansu Sekhar RATH1
1National Institute of Technology Rourkela

6262AS34 / Atmospheric Chemistry in Highly Polluted Environments
Mon - 07 Aug | MR330
Session Chair(s)Sri H. KOTA, Indian Institute of Technology Guwahati
Xinlei GE, Nanjing University of Information Science and Technology

08:30
AS34-D1-AM1330-001
InvitedAS34-A004
Chemical Characterization of Fine Particulate Matter in Changzhou, China andSource Apportionment with Offline Aerosol Mass Spectrometry
Xinlei GE1#+, Zhaolian YE2
1Nanjing University of Information Science & Technology, 2Jiangsu University of Scienceand Technology

08:45
AS34-D1-AM1330-002
InvitedAS34-A035
Long-Term Changes of Ozone at Mount Tai in North China Plain: Measurement
and Simulation
Likun XUE1#+, Lei SUN1, Jintai LIN2, Ruijing NI2, Tao WANG3, Wenxing WANG1
1Shandong University, 2Peking University, 3The Hong Kong Polytechnic University

09:00
AS34-D1-AM1330-003
InvitedAS34-A013
Aqueous-Phase Aerosols on the Air-Water Interface: Response of Fatty Acid
Langmuir Monolayers to Atmospheric Inorganic Ions
Lin DU1#+, Siyang LI1
1Shandong University

09:15
AS34-D1-AM1330-004

AS34-A027
Mass Closure of PM2.5 Measurements During Mace 2015
Grethyl CATIPAY1#+, Grace BETITO1, Simonas KECORIUS2, Thomas MUELLER2,
Preciosa Corazon PABROA3, Melliza CRUZ4, James SIMPAS4, Maria Obiminda
CAMBALIZA1,4, Genevieve LORENZO4, Sherdon Niño UY4, Jackie IBAÑEZ1, Arvin
JAGONOY3, Eduard STELCER5, David COHEN5, Armand ATANACIO5, Alfred
WIEDENSOHLER2
1Ateneo de Manila University, 2Leibniz Institute for Tropospheric Research, 3Philippine
Nuclear Research Institute-DOST, 4Manila Observatory, 5Australian Nuclear Science andTechnology Organisation

09:30
AS34-D1-AM1330-005

AS34-A032
Observational Study of Aerosol Profiles in the Near Surface Layer in Highly
Polluted Region
Yuxuan BIAN1+, Wanyun XU1, Gang ZHAO2, Chunsheng ZHAO2#
1Chinese Academy of Meteorological Sciences, 2Peking University

09:45
AS34-D1-AM1330-006

AS34-A034
Daytime Sources of Nitrous Acid in the Urban Atmosphere of Ji’nan in North China
Rongrong GU1+, Likun XUE1#, Dandan LI1, Liang WEN1, Tianshu CHEN1,
Abdelwahid MELLOUKI2, Wenxing WANG1
1Shandong University, 2Centre National de la Recherche Scientifique

10:00
AS34-D1-AM1330-007

AS34-A028
The Long Range Transports of Trace Gases and Aerosols at Bachok Marine Research
StationNoraini MOHYEDDIN1#+, Azizan Abu SAMAH1, Sheeba Nettukandy CHENOLI1
1University of Malaya

63

63

10:15
AS34-D1-AM1330-008

AS34-A023
Methane Fingerprinting: Isotopic Methane and Ethane-To-Methane Ratio Analysis
Using a Cavity Ringdown SpectrometerDavid KIM-HAK1#+
1Picarro Inc.

Session Chair(s)Hongliang ZHANG, Louisiana State University
Weijun LI, Shandong University

11:00
AS34-D1-AM2330-009
InvitedAS34-A030
A New Parameterization Scheme of the Light Scattering Enhancement Factor 𝑓𝑓(Rh,λ) with Aerosol Chemical Components
Yingli YU1+, Ye KUANG1, Chunsheng ZHAO1#
1Peking University

11:15
AS34-D1-AM2330-010
InvitedAS34-A011
A Conceptual Framework for Mixing Structures in Individual Aerosol Particles
Weijun LI1#+
1Shandong University

11:30
AS34-D1-AM2330-011

AS34-A001
Effects of Black Carbon Mixing State on Aerosol-Climate Interaction in China
Hongliang ZHANG1#+, Jianlin HU2, Qi YING3
1Louisiana State University, 2Nanjing University of Information Science & Technology,
3

Texas A&M University

11:45
AS34-D1-AM2330-012

AS34-A017
The Climatic Impacts of Black Carbon Aerosols in the Philippines
Byron Terenz LEAÑO1#+, Gemma NARISMA1,2
1Ateneo de Manila University, 2Manila Observatory

12:00
AS34-D1-AM2330-013

AS34-A031
Light-Absorbing Brown Carbon Aerosol Constituents from Combustion ofIndonesian Peat and Biomass
Sri Hapsari BUDISULISTIORINI1#+, Matthieu RIVA2, Michael WILLIAMS3, Jing
CHEN1, Masayuki ITOH4, Jason SURRATT3, Mikinori KUWATA1
1Nanyang Technological University, 2University of Helsinki, 3University of North Carolina
at Chapel Hill, 4Kyoto University

Session Chair(s)Jianlin HU, Nanjing University of Information Science and Technology
Sri H. KOTA, Indian Institute of Technology Guwahati

14:00
AS34-D1-PM1330-014
InvitedAS34-A010
Modeling of Rapid Formation of a Severe Winter Haze Over the North China Plain
Huiyun DU1#+, Jie LI1
1Chinese Academy of Sciences

14:15
AS34-D1-PM1330-015

AS34-A003
Yearlong Simulation of Gaseous and Particulate Air Pollutants in India During 2015
Sri H. KOTA1#+, Hao GUO2, Jianlin HU3, Shovan SAHU1, Qi YING4, Hongliang
ZHANG2
1Indian Institute of Technology Guwahati, 2Louisiana State University, 3Nanjing
University of Information Science & Technology, 4Texas A&M University
64

64

AS48 / Earth Environment Observation Satellites: Projects, Sciences, andApplications
Mon ‐ 28 Jul | Empress Hall
Session Chair(s)08:30
AS48‐D1‐AM1‐
EH‐001
Invited
08:45
AS48‐D1‐AM1‐
EH‐002

Hajime Okamoto, Riko Oki
AS48‐A007
EarthCARE/CPR Design Results and Development Status
Eiichi TOMITA1#+, Yoshihiro SEKI1, Hirotaka NAKATSUKA1
Japan Aerospace Exploration Agency

1

AS48‐A038
Retrieval of Cloud Parameters of Horizontal and Vertical Inhomogeneous Clouds
Using Multi‐spectral Imagers
Takashi NAGAO1#+, Takashi NAKAJIMA2, Husi LETU2
1Japan Aerospace Exploration Agency, 2Tokai University

09:00
AS48‐D1‐AM1‐
EH‐003Invited

AS48‐A040
Updated Treatment for Warm Cloud Microphysics: Its Foundation and Application
Kaori SATO1#+, Hajime OKAMOTO1, Hiroshi ISHIMOTO2
1Kyushu University, 2Meteorological Research Institute, Japan Meteorological Agency

09:15
AS48‐D1‐AM1‐
EH‐004

AS48‐A028
Development of EarthCARE CPR, ATLID and MSI Algorithms for Cloud
Microphysics Retrievals
Hajime OKAMOTO1#+, Kaori SATO1, Yuichiro HAGIHARA1, Hiroshi ISHIMOTO2,
Anatoli BOROVOI3
1Kyushu University, 2Meteorological Research Institute, Japan Meteorological Agency,
3V.E. Zuev Institute of Atmospheric Optics, Russian Academy of Science

09:30
AS48‐D1‐AM1‐
EH‐00509:45
AS48‐D1‐AM1‐
EH‐006
Invited
10:00
AS48‐D1‐AM1‐
EH‐007
Invited
10:15
AS48‐D1‐AM1‐
EH‐008

AS48‐A018
Cirrus Cloud Properties Inferred from Infrared Imager and Lidar Measurements
Hironobu IWABUCHI1#+, Shuichiro KATAGIRI1, Souichiro HIOKI2
1Tohoku University, 2Texas A&M University
AS48‐A005
Development of Validation Method for EarthCARE ATLID Using Ground‐based
Lidar and Radiometer Networks
Nobuo SUGIMOTO1#+, Tomoaki NISHIZAWA11National Institute for Environmental Studies
AS48‐A039
In‐situ Observations of Vertical Profiles of Air Quality Using Gliders
Yasushi FUJIYOSHI1#+
Hokkaido University

1

AS48‐A016
A Study of the Earth Radiation Budget Using a 3D Monte‐carlo Radiatibve Transfer
Code and Satellite Remote Sensing
Okata MEGUMI1#+, Terry NAKAJIMA1, Toshiro INOUE1, Yousuke SATO2, Barker
HAWARD3, Donovan DAVID4
1The University of Tokyo, 2RIKEN Advanced Institute for Computational Science,
3Meteorological Service of Canada Cloud Physics and Severe Weather Research Section(ARMP), 4Royal Netherlands Meteorological Institute (KNMI)

52

14:30
AS34-D1-PM1330-016

AS34-A005
Unintentional Ozone Increase Due to Particulate Matter Controls in China
Jianlin HU1#+, Qi YING2, Hongliang ZHANG3
1Nanjing University of Information Science & Technology, 2Texas A&M University,3

14:45
AS34-D1-PM1330-017

Louisiana State University

AS34-A012
Parameterized Yields of Semi-Volatile Products from Isoprene Oxidation Under
Different NOx Levels: Impacts of Chemical Aging and Gas Wall-Loss
Li XING1+, Tzung-May FU2#, Manish SHRIVASTAVA3
1Chinese Academy of Sciences, 2Peking University, 3Pacific Northwest National Laboratory

65

65

HS01 / Challenges in Hydrologic Modeling
Mon - 07 Aug | MR333
Session Chair(s)Bellie SIVAKUMAR, University of New South Wales / University of California, Davis
Shie-Yui LIONG, National University of Singapore

08:30
HS01-D1-AM1333-001
Invited

HS01-A015
Support Vector Machines as a Tool for Issuing Flood Warning
A.W. JAYAWARDENA1#+
1The University of Hong Kong

08:45
HS01-D1-AM1333-002

HS01-A011
Assessment of the Suitability of Rainfall–Runoff Models by Coupling Performance
Statistics and Sensitivity Analysis
Chungsoo KIM1#+, Cho-Rong KIM1
1Korea Institute of Civil Engineering and Building Technology

09:00
HS01-D1-AM1333-003

HS01-A002
Complex Networks and Hydrology: Current Status and Future Directions
Bellie SIVAKUMAR1,2#+
1University of New South Wales, 2University of California, Davis

09:15
HS01-D1-AM1333-004

HS01-A025
Improved Joint Approaches for Model Calibration and Prediction Uncertainty
Estimation Over the Huaihe River Basin
Huiling YUAN1#+, Ruochen SUN1
1Nanjing University

09:30
HS01-D1-AM1333-005

HS01-A007
Catchment Classification Using Complex Networks
Siti Aisyah TUMIRAN1#+, Bellie SIVAKUMAR1,2
1University of New South Wales, 2University of California, Davis

09:45
HS01-D1-AM1333-006

HS01-A012
A Novel Complex Networks-Based Method for Catchment Classification
Prashant ISTALKAR1, Pothuganti PRASANNA1, Basudev BISWAL1#+, Bellie
SIVAKUMAR2,3
1Indian Institute of Technology Hyderabad, 2University of New South Wales, 3University ofCalifornia, Davis

10:00
HS01-D1-AM1333-007

HS01-A009
Nonlinear Dynamic Concepts for Catchment Classification
Shakera Karim KHAN1, Bellie SIVAKUMAR1,2#+
1University of New South Wales, 2University of California, Davis

10:15
HS01-D1-AM1333-008

HS01-A024
Improving Land Surface Hydrological Simulation with Remote Sensing Data andSurrogate Model-Based Multi-Objective Optimization
Wei GONG1#+, Qingyun DUAN1, Xueli HUO1
1Beijing Normal University

10:30
HS01-D1-AM1333-009

HS01-A022
Enhanced Topmodel for Simulating Soil Erosion and Sediment Transport in the Lai
Chi Wo Catchment in Hong Kong, China
Qian XU1#+, Ho Pan CHAU1, Ji CHEN1, Mervyn PEART1, Yi LU1, Haiyun SHI1,2
1The University of Hong Kong, 2Qinghai University
66

66

Session Chair(s)Ji CHEN, The University of Hong Kong
Dawen YANG, Tsinghua University

11:00
HS01-D1-AM2333-010
Invited

HS01-A023
Copula Theory for Multivariate Stochastic Modeling in Water Engineering
Vijay SINGH1#+
1Texas A&M University

11:15
HS01-D1-AM2333-011

HS01-A016
An ‘Instantaneous Dryness-Index’ Based Universal Dynamic Zero-Parameter
Budyko Model for Prediction in Ungauged Basins
Swagat PATNAIK1, Vimal SHARMA1, Basudev BISWAL1#+
1Indian Institute of Technology Hyderabad

11:30
HS01-D1-AM2333-012

HS01-A018
Water Level Changes of Lake Nam Co in South-Central Tibetan Plateau
Binquan LI1#+, Zhongmin LIANG1, Jianyun ZHANG2
1Hohai University, 2Nanjing Hydraulic Research Institute

11:45
HS01-D1-AM2333-013

HS01-A020
Challenge and Difficulty of Achieving Accurate Simulation of Streamflow from a
Large River Basin, the Pearl River Basin, in South China
Xiao FENG1#+, Ji CHEN1
1The University of Hong Kong

12:00
HS01-D1-AM2333-014

HS01-A014
Assessments of Sub-Hourly Extreme Rainfall Intensity in the Future Climate
Ngoc Son NGUYEN1#+, Bhupendra RAUT2, Srivatsan RAGHAVAN1, Jiandong LIU1,
Shie-Yui LIONG1
1National University of Singapore, 2Monash University

12:15
HS01-D1-AM2333-015

HS01-A031
Estimation of Atmospheric Vapor Convergence Based on GRACE Water Storageand Streamflow Data Over Global River Basins
Pat J.-F. YEH1#+, Min-Hui LO2, Yadu POKHREL3
1National University of Singapore, 2National Taiwan University, 3Michigan State
University

HS03 / Near Surface Investigation and Modeling for Groundwater Resources
Assessment
Mon - 07 Aug | MR334
Session Chair(s)Ping-Yu CHANG, National Central University

11:00
HS03-D1-AM2334-001
Invited

HS03-A015
Near-Surface Soil Moisture and its Rules in Hydrological Cycle
Minjiao LU1,2#+
1Nagaoka University of Technology, 2Chongqing Jiaotong University

11:15
HS03-D1-AM2334-002
Invited

HS03-A010
The Reproducibility of Real Pumping Tests
Yong-Lin CHEN1#, Hong Ru LIN1, Shao-Yang HUANG1, Jim YEH2, Jet-Chau WEN1+
1National Yunlin University of Science and Technology, 2University of Arizona

67

67

11:30HS03-D1-AM2334-003

HS03-A013
Utilization of Reclaimed Land as Groundwater Reservoir
Aurelie BIRONNE1#+, Abhishek SAHA1, Wei Kit LEE1, Vladan BABOVIC1, LauraVONHOGEN2, Esther VAN BAAREN2, Peter VERMEULEN2, Gualbert OUDEESSINK2, Ger DE LANGE2, Bob HOOGENDOORN2
1National University of Singapore, 2Deltares

11:45
HS03-D1-AM2334-004

HS03-A011
Hydrogeochemical Characteristics of Groundwater and its Suitability for Drinking
and Irrigation Purposes in Sonbhadra District, Uttar Pradesh, India
Amit Kumar SINGH1#+, Sugnadha AGNIHOTRI1, N. Janardhana RAJU1
1Jawaharlal Nehru University

12:00
HS03-D1-AM2334-005

HS03-A006
Comparison of Soil Moisture Estimation Models by Digital Image Analysis
Cheng-Ying CHUANG1#+, Hong Ru LIN1, Yong-Lin CHEN1, Shao-Yang HUANG1,
Jet-Chau WEN1
1National Yunlin University of Science and Technology

12:15
HS03-D1-AM2334-006

HS03-A003
Plant-Assisted Bioremediation of LNAPL Contaminated Groundwater Using
Practical Experiments
Brijesh Kumar YADAV1#+, Shreejita BASU2, Faiz ANSARI2
1Indian Institute of Technology Roorkee, 2Indian Institute of Technology Delhi

HS07 / Water-related Hazards and Their Forecasting and Warning
Mon - 07 Aug | MR333
Session Chair(s)Gwo-Fong LIN, National Taiwan University
Jui-Yi HO, National Applied Research Laboratories

14:00
HS07-D1-PM1333-001

HS07-A001
Residence Time and Purification of Groundwater Contaminated by the Tsunami of
the 2011 Tohoku Earthquakes
Ichirow KAIHOTSU1#+, Shin-Ichi ONODERA1, Akihiko KONDOH21Hiroshima University, 2Chiba University

14:15
HS07-D1-PM1333-002

HS07-A002
Simulation and Disaster Management for Suburban Landslide Under Extreme
Weather Conditions
Jui-Yi HO1#+, Kwan Tun LEE2, Xiu-Man HWANG1, Yu-Feng LIN1, Gwo-Fong LIN3
1National Applied Research Laboratories, 2National Taiwan Ocean University, 3National
Taiwan University

14:30
HS07-D1-PM1333-003

HS07-A003
Probabilistic Monthly Flood Forecasting Models Using Statistical and Machine
Learning Approaches
Mark Daniel SILVA1#+, Willem VERVOORT1, Floris VAN OGTROP1
1The University of Sydney

14:45
HS07-D1-PM1333-004

HS07-A006
Fast Inundation Modeling Using the Integrated 1-D and 2-D Flooding Model
Hong-Ming KAO1#+
1National Applied Research Laboratories, Taiwan Typhoon and Flood Research Institute68

68

15:00HS07-D1-PM1333-005

HS07-A005
Optimization of Predictors and Parameters for Hourly Typhoon Rainfall
Forecasting Models – A Case Study in Taiwan
Kun-Hsiang LIN1#+, Pao-Shan YU1
1National Cheng Kung University

15:15
HS07-D1-PM1333-006

HS07-A009
The Development of Loss Functions for the Estimation of Damage to Rivers
Yeon Su KIM1#+, Sang Ho KIM1, Shinbum HWANG1, Changhee LEE2
1Sangji University, 2Jungwon University

HS16-04 / Hydrometeorological Analysis of Natural Hazards
Mon - 07 Aug | MR334
Session Chair(s)Kyungrock PAIK, Korea University

08:30
HS16-04-D1AM1-334-001

HS16-04-A005
Modelling High-Resolution Inland Flood Risk from Typhoons in Taiwan and South
Korea
Sourima GHOSH1#+, Anongnart ASSTEERAWATT1, Kechi NZEREM1, Maximiliano
SASSI1, Francesca TERENZI1, Sagar BORA1, Ingrid CHARVET1
1Risk Management Solutions

08:45
HS16-04-D1AM1-334-002

HS16-04-A006
Development of Damage Prediction Function Based on Heavy Rain Damage Risk
Index
Jongsung KIM1+, Changhyun CHOI1, Myungjin LEE1, Soojun KIM1, Hung Soo KIM1#
1Inha University

09:00
HS16-04-D1AM1-334-003

HS16-04-A007
Changes of Urban Extreme Precipitation and Climate Change Impact in Northwestof China : 1954-2013
Rengui JIANG1#+, Jiancang XIE1, Shengdong CHENG1
1Xi'an University of Technology

09:15
HS16-04-D1AM1-334-004

HS16-04-A012
Cause Resolving of Typhoon Rainfall by Using Spatiotemporal Principle
Components Analysis and Artificial Neural Network
Chien-Lin HUANG1+, Nien-Sheng HSU1#
1National Taiwan University

09:30
HS16-04-D1AM1-334-005

HS16-04-A014
Decadal Variations in Surface Humidity Over South Korea
Yin San WOO1+, Kyungrock PAIK1#
1Korea University

09:45
HS16-04-D1AM1-334-006

HS16-04-A015
Teleconnection Influence on Droughts in Singapore Region
Linghua QIU1+, Ji CHEN1#
1The University of Hong Kong

69

69

10:00HS16-04-D1AM1-334-007

HS16-04-A025
Improvement of Satellite-Based Rainfall for Flood Forecasting System in Chao
Phraya River Basin, Thailand
Ticha LOLUPIMAN1#+, Watin THANATHANPHON1, Piyamarn SISOMPHON1,
Teerawat RAM-INDRA2, Piyatida RUANGRASSAMEE2
1Hydro and Agro Informatics Institute, 2Chulalongkorn University

10:15
HS16-04-D1AM1-334-008

HS16-04-A020
Study on Heavy Rain QPE of C-band Polarimetric Radar in Combination with
Disdrometers Network Observation
Bin WANG1#+, Zhikang FU1, Muyun DU1, Liang LENG1
1China Meteorological Administration

10:30
HS16-04-D1AM1-334-009

HS16-04-A018
A Study for Hydrochemical Interpretation of Groundwater System and its
Circulation Period with Isotopic Data of Deep-circulating Groundwater in Korea
Hanna CHOI1#+, Nam C. WOO2
1Seoul National University, 2Yonsei University

HS17 / Interactions Between Water and Ecosystem
Mon - 07 Aug | MR334
Session Chair(s)Kyungrock PAIK, Korea University
Jian-Ping SUEN, National Cheng Kung University
Ting Fong May CHUI, The University of Hong Kong

14:00
HS17-D1-PM1334-001
Invited

HS17-A001
A Rainfall-Stream Depth-Water Turbidity Monitoring Approach to UnderstandSuspended Sediment Transport During Large Storm Events in a Pristine Fiji
Rainforest Stream
James TERRY1#+, Arishma RAM2
1Zayed University, 2University of Auckland

14:15
HS17-D1-PM1334-002

HS17-A004
Developing Empirical Equations to Characterize Hyporheic Exchange in a Single
Pool-Riffle Sequence
Ting Fong May CHUI1#+, Peng HUANG1
1The University of Hong Kong

14:30
HS17-D1-PM1334-003

HS17-A005
The Full Annual Carbon Balance of a Subtropical Coniferous Plantation is Highly
Sensitive to Autumn Precipitation
Mingjie XU1,2+, Huimin WANG3#, Tao ZHANG2, Yidong WANG4, Xuefa WEN3
1Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of
Sciences, 2Shenyang Agricultural University, 3Chinese Academy of Sciences, 4Tianjin
Normal University

14:45
HS17-D1-PM1334-004

HS17-A007
Natural and Artificial Spawning Shelter Selection by the Red-Spotted Goby inSpring-Fed Wetland Area
Jian-Ping SUEN1#+, Chung-Yu KO1
1National Cheng Kung University

70

70

15:00HS17-D1-PM1334-005

HS17-A009
The Development of Spatial-Temporal Framework for Regional Precipitation
Simulation
Kuan-Cheng FU1#+, Gene J-Y YOU1
1National Taiwan University

15:15
HS17-D1-PM1334-006

HS17-A010
The Impact of the Uncertainty of Probabilistic Forecast in Water Resource
Management
Chi Chun CHANG1#+, Gene J-Y YOU1
1National Taiwan University

15:30
HS17-D1-PM1334-007

HS17-A011
The Competition and Interaction Among Agents in Groundwater Exploitation
Kuan-Yu WU1#+, Gene J-Y YOU1
1National Taiwan University

71

71

IG03 / Remote Sensing of Essential Climate Variables and Its Applications
Mon - 07 Aug | MR332
Session Chair(s)Wei YANG, Chiba Univeristy
Xin CAO, Bejing Normal University

11:00
IG03-D1-AM2332-001

IG03-A003
Long Term Time Series of Terrestrial Essential Climate Variables: Challenges andLesson Learnt from SPOT/VGT to Sentinel-3
Fernando CAMACHO DE COCA1#+, Roselyne LACAZE2, Bruno SMETS3, Else
SWINNEN3, Aleixander VERGER4
1EOLAB / CEOS LPV, 2HYGEOS, 3ViTo, 4CREAF

11:15
IG03-D1-AM2332-002

IG03-A007
A Series of Automated Techniques to Generate Dense Satellite Time-Series withHigh Spatial Resolutions for Land Surface Monitoring
Xiaolin ZHU1#+
1The Hong Kong Polytechnic University

11:30
IG03-D1-AM2332-003

IG03-A009
Estimation of Land Surface Temperature from Sentinel-3 SLSTR: Algorithm
Training and Comparison
Ji ZHOU1#+, Yujia WANG1, Jin MA1, Xiaodong ZHANG1
1University of Electronic Science and Technology of China

11:45
IG03-D1-AM2332-004

IG03-A010
Simulating the Forest Canopy Sun-Induced Chlorophyll Florescence Using a 3D
Canopy Radiative Transfer Model
Hikeki KOBAYASHI1#+, Tomomichi KATO2, Yuma SAKAI2, Wei YANG3
1Japan Agency for Marine-Earth Science and Technology, 2Hokkaido University, 3Chiba
University

12:00
IG03-D1-AM2332-005

IG03-A017
A Dynamic Threshold Cloud Shadow Setection Algorithm with the Support ofSurface Reflectance
Lin SUN1, Quan WANG1#+, Xueying ZHOU1, Xu YANG1, Kai WANG1, Tingting
CHEN1, Yanci MA1
1Shandong University of Science and Technology

Session Chair(s)Hideki KOBAYASHI, Japan Agency for Marine-Earth Science and Technology
Xiaolin ZHU, The Hong Kong Polytechnic University

14:00
IG03-D1-PM1332-006

IG03-A008
Characterising Ocean Phytoplankton Biomass for Different ENSO Flavors
Priya SHARMA1, Awnesh SINGH2#+, Irina MARINOV1, Tihomir KOSTADINOV3
1University of Pennsylvania, 2The University of the South Pacific, 3University of Richmond

14:15
IG03-D1-PM1332-007

IG03-A011
Comparison the Daily and Monthly Products of Climate Hazards Group Infrared
Precipitation with Station Data (CHIRPS) Using Rain Gauge Data Over Taiwan
Lamtupa NAINGGOLAN1#+, Chuen-Fa NI1
1National Central University

72

72

14:30IG03-D1-PM1332-008

IG03-A002
Mapping Understory Vegetation in High Northern Forests and Analyzing its
Decadal Changes Based on Satellite Observations
Wei YANG1#+, Hikeki KOBAYASHI2, Akihiko KONDOH1
1Chiba University, 2Japan Agency for Marine-Earth Science and Technology

14:45
IG03-D1-PM1332-009

IG03-A013
Evaluation of the Degree of Karstification of the Carbonate Units in South Central
PalawanSamantha Claire ATIVO1#+, Ralph Lauren ABAINZA2, Jogie Vera YEE1, RichardYBAÑEZ1, Carlo ARCILLA1
1University of the Philippines Diliman, 2University of the Philippines

15:00
IG03-D1-PM1332-010

IG03-A005
Automatic Extraction of Impervious Surface Fraction from GlobeLand30 Using
Fisher-Discriminant
Xin CAO1#+
1Beijing Normal University

IG10 / Satellite Gravimetry and Climate Change
Mon - 07 Aug | MR332
Session Chair(s)Jianli CHEN, University of Texas at Austin
Kosuke HEKI, Hokkaido University
Henryk DOBSLAW, Helmholtz Centre Potsdam

08:30
IG10-D1-AM1332-001
Invited

IG10-A017
The Status and Current Contributions of the Grace Mission
Byron TAPLEY1#+
1University of Texas at Austin

08:50
IG10-D1-AM1332-002
Invited

IG10-A015
The Global Groundwater Crisis
James FAMIGLIETTI1#+, Matthew RODELL2, Alexandra RICHEY3, John REAGER1
1Jet Propulsion Laboratory, California Institute of Technology, 2NASA Goddard Space
Flight Center, 3Washington State University

09:10
IG10-D1-AM1332-003
Invited

IG10-A004
Advances in Isolating the Sources of 21st Century Climate Change and Sea-Level
Rise Using Grace, GNSS and Earth Rotation
Erik IVINS1#+, Surendra ADHIKARI1
1Jet Propulsion Laboratory, California Institute of Technology

09:30
IG10-D1-AM1332-004

IG10-A003
Long-Term Consistency of the Atmospheric Background Model AOD1B for Climate
Monitoring From Satellite Gravimetry
Henryk DOBSLAW1#+
1GFZ Helmholtz Centre Potsdam

09:45
IG10-D1-AM1332-005

IG10-A001
Emerging Instability in Global Land Water Storage
Shuang YI1#+, Kosuke HEKI1, Le CHANG2
1Hokkaido University, 2University of Chinese Academy of Sciences73

73

10:00IG10-D1-AM1332-006

IG10-A011
Estimation of Amazon River Discharge Based on EOF Analysis of Grace Gravity
Data
Jooyoung EOM1, Ki-Weon SEO2#+, Dongryeol RYU3
1Korea Polar Research Institute, 2Seoul National University, 3The University of Melbourne

74

74

OS01 / Dynamics of Indonesian Seas and Indo-Pacific Climate Variability
Mon - 07 Aug | MR328
Session Chair(s)Edvin ALDRIAN, Agency for the Assessment and Application of Technology (BPPT)Fred TANGANG, University Kebangsaan Malaysia

08:30
OS01-D1-AM1328-001

OS01-A009
The Maritime Continent as Anti-MJO
Manabu D. YAMANAKA1,2#+
1Japan Agency for Marine-Earth Science and Technology, 2Kobe University

08:45
OS01-D1-AM1328-002
Invited

OS01-A001
The Indonesian Throughflow, a Product and a Driver of the Larger Scale System
Arnold L. GORDON1#+
1Columbia University

09:00
OS01-D1-AM1328-003

OS01-A010
Indonesian Throughflow in the Eastern Indonesian Seas During 2014-2016
Dongliang YUAN1#+, Xiang LI1, Zheng WANG1, Yao LI1, Jing WANG1
1Chinese Academy of Sciences

09:15
OS01-D1-AM1328-004

OS01-A003
Indonesian Throughflow Proxy and Tidal Mixing
R. Dwi SUSANTO1#+, Richard RAY2, Tony SONG3
1University of Maryland, 2NASA Goddard Space Flight Center, 3California Institute ofTechnology

09:30
OS01-D1-AM1328-005
Invited

OS01-A008
What Determines the Warming Trend in the Indonesian Seas?
Iskhaq ISKANDAR1#+
1Sriwijaya University

09:45
OS01-D1-AM1328-006

OS01-A007
High Resolution Records of Climate Change and Coral Calcification in Indonesia
Intan Suci NURHATI1#+, Edward BOYLE2, Sri Yudawati CAHYARINI1, Merlene
WALL3, Jan FIETZKE3, Fadel MUHAMMAD4
1Indonesian Institute of Sciences, 2Massachusetts Institute of Technology, 3GEOMAR
Helmholtz for Ocean Research Kiel, 4Universitas Brawijaya

10:00
OS01-D1-AM1328-007

OS01-A005
Eastern Indian Ocean Hydrographic Data Analysis Based on Various Research
Vessels Cruises 1990 – 2015
Anastasia KUSWARDANI1#+, Wahyu Widodo PANDOE2
1Agency for Marine and Fisheries Research and Human Resources, 2Agency for theAssessment and Application of Technology (BPPT)

10:15
OS01-D1-AM1328-008

OS01-A004
The Origin of the Suspended Particulate Matter in the Seagrass Meadow, An
Evidence of the Stable Isotope Signatures
Aan Johan WAHYUDI1#+
1Indonesian Institute of Sciences7575

OS04 / Indonesian Seas: Insights from Observations, Models, and Theory
Mon - 07 Aug | MR328
Session Chair(s)Agus ATMADIPOERA, Bogor Agricultural University
Robin ROBERTSON, UNSW Canberra

11:00
OS04-D1-AM2328-001

OS04-A005
Detection of Pacific Water Masses Around the Lembeh Strait
Aijun PAN1#+
1State Oceanic Administration

11:15
OS04-D1-AM2328-002

OS04-A006
The Effects of Tidally-Induced Mixing in the Halmahera Sea on the Transformationof the Indonesian Throughflow Waters
Taira NAGAI1#+, Toshiyuki HIBIYA1
1The University of Tokyo

11:30
OS04-D1-AM2328-003

OS04-A007
Stratification and Turbulent Mixing of Water Masses in Selayar Slope - Southern
Makassar Strait
Isnaini PRIHATININGSIH1+, Indra JAYA1#, Agus ATMADIPOERA1, Rina
ZURAIDA2
1Bogor Agricultural University, 2Marine Geological Institute

11:45
OS04-D1-AM2328-004

OS04-A001
Surface Chlorophyll-a Bloom in the Southeastern Tropical Indian Ocean (SETIO)
During Various Types of the Positive Indian Ocean Dipole (IOD)
Qurnia Wulan SARI1+, Indra YUSTIAN1, Dedi SETIABUDIDAYA1, Eko
SISWANTO2, Iskhaq ISKANDAR1#
1Sriwijaya University, 2Japan Agency for Marine-Earth Science and Technology

12:00
OS04-D1-AM2328-005

OS04-A002
Fate of Internal Solitary Wave in Manado Bay, Sulawesi, Indonesia
Adi PURWANDANA1,2#+, Yannis CUYPERS1, Pascale BOURUET-AUBERTOT1,
Daniel BOURGAULT3
1Université Pierre et Marie Curie (UPMC), 2Indonesian Institute of Sciences (LIPI),
3

12:15
OS04-D1-AM2328-006

Université du Québec à Rimouski

OS04-A003
Multi-Decadal Time Series of the Indonesian Throughflow
Mingting LI1,2#+, Arnold L. GORDON2, Guoqing JIANG1, Laura GRUENBURG2, Jun
WEI1
1Peking University, 2Columbia University

76

76

OS10 / Ocean Salinity Variability and Its Impact on Weather, Climate and
BiogeochemistryMon - 07 Aug | MR328
Session Chair(s)Nathalie GOODKIN, Nanyang Technical University
Hailong LIU, Shanghai Jiaotong University
SungHyun NAM, Seoul National University

14:00
OS10-D1-PM1328-001

OS10-A001
Surface Density Decadal Change Controlled by Salinity in the North Pacific Ocean
in the Past 34 Years
Baolan WU1#+, Xiaopei LIN1
1Ocean University of China

14:15
OS10-D1-PM1328-002

OS10-A002
Freshwater Plume Pathways in the Bay of Bengal Using a Regional Ocean
Circulation Model
Vimlesh PANT1#+, K. K. SANDEEP1
1Indian Institute of Technology Delhi

14:30
OS10-D1-PM1328-003

OS10-A003
A Multi-Century Seasonal Sea Surface Salinity Reconstruction from the Lombok
StraitSujata MURTY1#+, Nathalie GOODKIN1, J. Stephen LANSING1, Alit WIGUNA2
1Nanyang Technological University, 2Balai Pengkajian Teknologi Pertanian (BPTP) Bali

14:45
OS10-D1-PM1328-004

OS10-A004
Impacts of Sea-Surface Salinity in an Eddy-Resolving Semi-Global OGCM
Ryo FURUE1,2#+, Kohei TAKATAMA2, Hideharu SASAKI1, Niklas SCHNEIDER2,
Masami NONAKA1, Bunmei TAGUCHI1
1Japan Agency for Marine-Earth Science and Technology, 2University of Hawaii

15:00
OS10-D1-PM1328-005

OS10-A007
Revisiting the Future Projections of Tropical Cyclones Intensity
Hailong LIU1#+
1Shanghai Jiao Tong University

15:15
OS10-D1-PM1328-006

OS10-A008
Variability of Salinity in the Karimata Strait-Indonesia: In-situ Observations andSatellite Salinity
R. Dwi SUSANTO1#+, Agus SETIAWAN2, Budi SULISTYO2, Trameyo ADI2, Teguh
AGUSTIADI2, Mukti TRENGGONO2, Triyono TRIYONO2, Anna KUSWARDANI2
1University of Maryland, 2Ministry of Marine Affairs and Fisheries

77

77PS11 / Exploring the Solar System Primitive Bodies
Mon - 07 Aug | MR310
Session Chair(s)Hsing-Wen LIN, National Central University

08:30
PS11-D1-AM1310-001
Invited

PS11-A019
Status of the Transneptunian Automated Occultation Survey (TAOS II)
Shiang-Yu WANG1#+
1Academia Sinica

08:45
PS11-D1-AM1310-002
Invited

PS11-A007
On the Inclination Distrubtion of the Neptune Trojans
Hsing-Wen LIN1#+, Wing-Huen IP1
1National Central University

09:00
PS11-D1-AM1310-003
Invited

PS11-A001
Temporary Capture of Asteroids by an Eccentric Planet
Arika HIGUCHI1#+, Shigeru IDA1
1Tokyo Institute of Technology

09:15
PS11-D1-AM1310-004

PS11-A017
Asteroid Surfaces: Irradiation and VIS-IR Micro-Spectroscopy in the Laboratory
Rosario BRUNETTO1#+
1National Center for Scientific Research

09:30
PS11-D1-AM1310-005

PS11-A024
The Various Ages of Occator Crater, Ceres. Results of a Comprehensive Study inContrast to Swiftly Crater-Based Absolute Model Age Estimates in Literature
Adrian NEESEMANN1#+, Stephan VAN GASSELT2, Nico SCHMEDEMANN1,
Thomas KNEISSL1, Gregory MICHAEL1, Sebastian WALTER1, Frank PREUSKER3,
Harald HIESINGER4, Ralf JAUMANN3, Carol RAYMOND5, Christopher RUSSELL6
1Freie Universität Berlin, 2University of Seoul, 3German Aerospace Center (DLR),

09:45
PS11-D1-AM1310-006
Invited4

University of Münster, 5Jet Propulsion Laboratory, California Institute of Technology,

6

University of California, Los Angeles

PS11-A009
Hayabusa2 Multi-Scale Asteroid Science
Hikaru YABUTA1#+, Ralf JAUMANN2, Jean-Pierre BIBRING3, Tatsuaki OKADA4,
Sei-Ichiro WATANABE5
1Hiroshima University, 2German Aerospace Center (DLR), 3University of Paris-Sud, 4Japan
Aerospace Exploration Agency, 5Nagoya University

10:00
PS11-D1-AM1310-007

PS11-A008
Overview of Jovian Trojan Asteroid Exploration Mission by Solar-Power-SailSpacecraft
Jun MATSUMOTO1#+, Osamu MORI1, Hideki KATO1, Takanao SAIKI1, Yuichi
TSUDA1, Yuya MIMASU1, Naoko OGAWA1, Takahiro IWATA1, Tatsuaki OKADA1,Hajime YANO1, Makoto YOSHIKAWA1, Jun-Ichiro KAWAGUCHI1
1Japan Aerospace Exploration Agency

10:15
PS11-D1-AM1310-008

PS11-A021
The Dependence of Gamma-Ray and Neutron Emission on Hydrogen
Concentration
Masayuki NAITO1#+, Junya ISHII1, Hiroshi NAGAOKA1, Daisuke AOKI1, Nobuyuki
HASEBE1
1Waseda University
78

78

Session Chair(s)Makoto YOSHIKAWA, Japan Aerospace Exploration Agency
Masatoshi HIRABAYASHI, Auburn University

11:00
PS11-D1-AM2310-009
Invited

PS11-A018
The Rotational Evolution of the Bilobate Nucleus of 67P/Churyumov-Gerasimenko
Due to Sublimation
Masatoshi HIRABAYASHI1#+, Daniel SCHEERES2, Steve CHESLEY3, Simone
MARCHI4, Jay MCMAHON2
1Auburn University, 2University of Colorado Boulder, 3Jet Propulsion Laboratory,
California Institute of Technology, 4Southwest Research Institute

11:15
PS11-D1-AM2310-010
Invited

PS11-A003
Surface Composition of Comet Churyumov-Gerasimenko as Revealed by the
Rosetta Mission
Eric QUIRICO1#+
1Centre Nationnal de la Recherche Scientifique

11:30
PS11-D1-AM2310-011

PS11-A010
Chemical Composition of the Semi-Volatile Grains of Comet 67P / ChuryumovGerasimenko
Peter WURZ1#+, Kathrin ALTWEGG1, Hans BALSIGER1, Jean-Jacques
BERTHELIER2, Johan DE KEYSER3, Björn FIETHE4, Stephen FUSELIER5, SebastienGASC1, Tamas GOMBOSI6, Axel KORTH7, Lena LE ROY1, Urs MALL7, Henri
REME8, Rubin MARTIN1, Chia-Yu TZOU1
1University of Bern, 2Laboratoire Atmosphères, Milieux, Observations Spatiales(LATMOS), 3Belgian Institute for Space Aeronomy, 4Technische Universität Braunschweig,
5Southwest Research Institute, 6University of Michigan, 7Max Planck Institute for Solar

System Research, 8Centre d'Études Supérieures de la Renaissance
11:45
PS11-D1-AM2310-012

PS11-A023
Physical Properties of Dust in Comets: A Post-Rosetta Understanding
Anny-Chantal LEVASSEUR-REGOURD1#+
1Université Pierre et Marie Curie

12:00
PS11-D1-AM2310-013

PS11-A011
Melting and Differentiation History of Planetesimals
Wladimir NEUMANN1,2#+
1University of Münster, 2German Aerospace Center (DLR)

12:15
PS11-D1-AM2310-014
Invited

PS11-A006
Oort Cloud and Scattered Disc Formation During a Late Dynamical Instability in
the Solar System
Ramon BRASSER1#+, Alessandro MORBIDELLI2
1Earth Life Science Institute, 2Observatoire de la Cote d'Azur

PS15 / Volcanism and Tectonism Across the Solar System
Mon - 07 Aug | MR310
Session Chair(s)Anezina SOLOMONIDOU, NASA-JPL, Caltech
Florian SCHWANDNER, NASA-JPL, Caltech

14:00
PS15-D1-PM1310-001
Invited

PS15-A001
Cryovolcanism Across the Solar System
Rosaly LOPES1#+
1Jet Propulsion Laboratory, California Institute of Technology
7979

14:15
PS15-D1-PM1310-002
Invited

PS15-A002
A 15 Year Record of Thermal Emission from Earth's Volcanoes
Robert WRIGHT1#+
1University of Hawaii at Manoa

14:30
PS15-D1-PM1310-003

PS15-A010
Spectral Characterization of Volcanic Units in the Serenitatis Basin
Megha BHATT1#+, Urs MALL2, Christian WOEHLER3, Anil BHARDWAJ1
1Vikram Sarabhai Space Centre, 2Max Planck Institute for Solar System Research,
3

14:45
PS15-D1-PM1310-004

Technical University of Dortmund

PS15-A009
Sampling and Sensing of Prebiotic Compounds in Terrestrial and Planetary
Volcanic Gases
Florian M. SCHWANDNER1,2#+
1Jet Propulsion Laboratory, California Institute of Technology, 2University of California, Los
Angeles

15:00
PS15-D1-PM1310-005

PS15-A003
Habitable Environments in the Icy Moons of Giant Planets
Athena COUSTENIS1#+, Anezina SOLOMONIDOU2, Rosaly LOPES-GAUTIER2,
Sébastien RODRIGUEZ3, Pierre DROSSART1, Bernard SCHMITT4, Sylvain
PHILIPPE4, Ralf JAUMANN5, Katrin STEPHAN5, Robert H. BROWN6
1Paris Observatory, 2Jet Propulsion Laboratory, California Institute of Technology, 3CEA
Saclay, 4Joseph Fourier University, 5German Aerospace Center (DLR), 6University of
Arizona

15:15
PS15-D1-PM1310-006

PS15-A008
Tectonic Landforms of Titan Reveal Recent History of Contraction and Extension
Jani RADEBAUGH1#+, Zac Yung-Chun LIU1
1Brigham Young University

80

80

ST04-13-21 / Global Solar Wind-planetary Interactions: A Comparative View of
Recent Observations, Modeling and Numerical Simulations
Mon - 07 Aug | MR308
Session Chair(s)Ramon LOPEZ, University of Texas at Arlington

08:30
ST04-13-21-D1AM1-308-001

ST04-13-21-A002
Effect of Field-Aligned-Beam in Parallel Diffusion of Energetic Particles in Earth's
Foreshock
Shuichi MATSUKIYO1#+, Fumiko OTSUKA1, Arpad KIS2, Tohru HADA1
1Kyushu University, 2Hungarian Academy of Sciences

08:45
ST04-13-21-D1AM1-308-002

ST04-13-21-A005
Identifying 3D Vortices Structures At/Around the Magnetopause Using theTetrahedral Satellite Configuration
Dongsheng CAI1#+, Bertrand LEMBEGE2
1University of Tsukuba, 2National Centre for Scientific Research

09:00
ST04-13-21-D1AM1-308-003
InvitedST04-13-21-A010
Particle in Cell Simulations of the Terrestrial Magnetopause: Current Results,
Future Perspectives
Maria Elena INNOCENTI1#+, Emanuele CAZZOLA2, Giovanni LAPENTA1
1KU Leuven, 2University of Surrey

09:20
ST04-13-21-D1AM1-308-004
InvitedST04-13-21-A007
Innovative Technology for the Study of Planetary Plasma Environments
Jorge AMAYA1#+, Diego GONZALEZ-HERRERO1, Elisabetta BOELLA1, Fabio
BACCHINI1, Anke ZITZ2, Estela SUAREZ2, Giovanni LAPENTA1
1KU Leuven, 2Juelich Supercomputing Centre

09:40
ST04-13-21-D1AM1-308-005
InvitedST04-13-21-A008
Vlasiator – From Local to Global Magnetospheric Hybrid-Vlasov Simulations
Yann PFAU-KEMPF1#+, Sanni HOILIJOKI1, Urs GANSE1, Liisa JUUSOLA2, Riku
JARVINEN2, Sebastian VON ALFTHAN3, Heli HIETALA4, Markus BATTARBEE5,
Alexandr AFANASIEV6, Rami VAINIO6, Minna PALMROTH1
1University of Helsinki, 2Finnish Meteorological Institute, 3CSC – IT Center for Science,
4

University of California Los Angeles, 5University of Central Lancashire, 6University of

Turku
10:00
ST04-13-21-D1AM1-308-006

ST04-13-21-A019
Simulation of the Geomagntically Induced Currents in Low-Latitude Power
Network During Storms
Jiaojiao ZHANG1#+, Chi WANG1, Yiqun YU2
1Chinese Academy of Sciences, 2Beihang University

Session Chair(s)Dongsheng CAI, University of Tsukuba

11:00
ST04-13-21-D1AM2-308-007
InvitedST04-13-21-A016
Distribution of FTE Periods on the Dayside Magnetopause Under Constant Solar
Wind Condition: Global MHD Simulation Results
Tianran SUN1#+
1Chinese Academy of Sciences81

81

11:20
ST04-13-21-D1AM2-308-008
InvitedST04-13-21-A014
Characterizing the Meso-Scale Flows in Earth’s Coupled MagnetosphereIonosphere-Thermosphere System
Christine GABRIELSE1#+, Yukitoshi NISHIMURA1, Larry LYONS1, Bea
GALLARDO-LACOURT1, Yue DENG2
1University of California, Los Angeles, 2University of Texas at Arlington

11:40
ST04-13-21-D1AM2-308-009

ST04-13-21-A017
Two Important Scientific Aspects of SMILE Mission: Energy Transfer and OpenFlux
Chi WANG1#+, Tianran SUN1, Jinpeng HAN2, Zhiyang XIA3
1Chinese Academy of Sciences, 2Academy of Launch Vehicle Technology, 3University ofTexas at Dallas

11:55
ST04-13-21-D1AM2-308-010

ST04-13-21-A020
Magnetospheric Balance of Solar Wind Dynamic Pressure
Ramon LOPEZ1#+, Jiangyan WANG2, Chi WANG2, Richard BONDE1, Walter
GONZALEZ3
1University of Texas at Arlington, 2Chinese Academy of Sciences, 3National Institute For
Space Research

12:10
ST04-13-21-D1AM2-308-011
InvitedST04-13-21-A001
Role of the Electron Diffusion Region in the Magnetic Reconnection: Themis
Observations in the Magnetotail
Mitsuo OKA1#+
1University of California, Berkeley

ST09 / Magnetic Reconnection in Space Plasma: Observations and Simulations
Mon - 07 Aug | MR309
Session Chair(s)Quanming LU, University of Science and Technology of China
Keizo FUJIMOTO, University of Tokyo
Huishan FU, Beihang University

11:00
ST09-D1-AM2309-001
InvitedST09-A018
MMS Observations of Electron Heating Near the Reconnection X-Line Versus in the
Downstream Exhaust
Tai PHAN1#+, Colby HAGGERTY2, Michael SHAY2, Masaki FUJIMOTO3, James
BURCH4, Jonathan EASTWOOD5, Kevin GENESTRETI6, Barbara GILES7, Daniel
GERSHMAN7, John DORELLI7, Thomas MOORE7, Levon AVANOV7
1University of California, Berkeley, 2University of Delaware, 3Japan Aerospace Exploration
Agency, 4Southwest Research Institute, 5Imperial College London, 6Austrian Academy of
Sciences, 7NASA Goddard Space Flight Center

11:20
ST09-D1-AM2309-002
InvitedST09-A002
Quadrupolar Structure of the Reconnection Hall Magnetic Field at Magnetopause
Rongsheng WANG1#+
1University of Science and Technology of China

82

82

11:35
ST09-D1-AM2309-003
InvitedST09-A008
Event Study of Vortex-Induced Reconnection at the Magnetopause Using MMS
Observations and Fully Kinetic Simulations
Takuma NAKAMURA1#+, Hiroshi HASEGAWA2, Stefan ERIKSSON3, William
DAUGHTON4, Wenya LI5, Rumi NAKAMURA1
1Austrian Academy of Sciences, 2Japan Aerospace Exploration Agency, 3University ofColorado Boulder, 4Los Alamos National Laboratory, 5Swedish Institute of Space Physics

11:50
ST09-D1-AM2309-004

ST09-A004
Intermittent Energy Dissipation by Turbulent Reconnection
Huishan FU1#+, Andris VAIVADS2, Yuri KHOTYAINTSEV2, Mats ANDRE2, Jinbin
CAO1, Vyacheslav OLSHEVSKY3, Jonathan EASTWOOD4, Alessandro RETINO5
1Beihang University, 2Swedish Institute of Space Physics, 3KU Leuven, 4Imperial College
London, 5Plasma Physics Laboratory

12:05
ST09-D1-AM2309-005

ST09-A009
In-situ Observations of Whistler-Mode Waves in the Reconnection Diffusion Region
Shiyong HUANG1#+, Huishan FU2, Zhigang YUAN1, Andris VAIVADS3, Yuri
KHOTYAINTSEV3, Alessandro RETINO4, Meng ZHOU5, Daniel GRAHAM3, Keizo
FUJIMOTO6, Fouad SAHRAOUI4, Xiaohua DENG1, Ni BINBIN1, Ye PANG5, Fu
SONG1, Dedong WANG1
1Wuhan University, 2Beihang University, 3Swedish Institute of Space Physics, 4Plasma
Physics Laboratory, 5Nanchang University, 6National Astronomical Observatory of Japan

12:20
ST09-D1-AM2309-006

ST09-A023
Particle in Cell Simulations of Magnetic Reconnection in Partially Ionized Plasmas:
Chromospheric Applications?
Maria Elena INNOCENTI1#+, Wei JIANG2, He-Ping LI3, Giovanni LAPENTA1
1KU Leuven, 2Huazhong University of Science & Technology, 3Tsinghua University

Session Chair(s)Huishan FU, Beihang University
Jiansen HE, Peking University
Shiyong HUANG, Wuhan University

14:00
ST09-D1-PM1309-007
InvitedST09-A014
Ion and Electron Acceleration in Driven Magnetic Reconnection
Masahiro HOSHINO1#+
1The University of Tokyo

14:20
ST09-D1-PM1309-008
InvitedST09-A022
Temperature Anisotropy Enables Reconnection to Be Triggered in a Thick Current
Sheet
Masaki FUJIMOTO1#+, Kenya SHIMIZU1, Iku SHINOHARA1
1Japan Aerospace Exploration Agency

14:35
ST09-D1-PM1309-009
InvitedST09-A012
Kinetic Alfven Wave Explanation of the Hall Fields in Magnetic Reconnection
Lei DAI1#+, Chi WANG1, Yong Cun ZHANG1, Benoit LAVRAUD2, James BURCH3,
Craig POLLOCK4, Roy B. TORBERT5
1Chinese Academy of Sciences, 2National Centre for Scientific Research, 3Southwest
Research Institute, 4Denali Scientific, 5University of New Hampshire

83

83

14:50
ST09-D1-PM1309-010

ST09-A020
Evidence of Kinetic Alfvén Eigenmode in the Near-Earth Magnetotail During
Substorm Expansion Phase
Suping DUAN1#+, Lei DAI2, Chi WANG2, Jun LIANG3, Anthony LUI4, Lunjin
CHEN5, Zhaohai HE2, Yong Cun ZHANG2, Vassilis ANGELOPOULOS6
1National Space Science Center,Chinese Academy of Sciences, 2Chinese Academy of
Sciences, 3University of Calgary, 4Johns Hopkins University, 5University of Texas at Dallas,
6

University of California, Los Angeles

15:05
ST09-D1-PM1309-011

ST09-A013
Generation of the Bursty Bulk Flows in Collisionless Magnetic Reconnection
Keizo FUJIMOTO1#+
1Beihang University

15:20
ST09-D1-PM1309-012

ST09-A001
Electron Acceleration in Turbulent Magnetic Island
Quanming LU1#+, Can HUANG1
1University of Science and Technology of China

ST14-20-24 / Sun and Heliosphere General Session Including Broadband Radio
Physics, Helioseismology and Solar Diagnostic Techniques
Mon - 07 Aug | MR309
Session Chair(s)Mario M. BISI, Science & Technology Facilities Council

08:30
ST14-20-24-D1AM1-309-002
Invited

ST14-20-24-A023
Probing the Corona and Heliosphere with the Murchison Widefield Array
Colin LONSDALE1#+
1Massachusetts Institute of Technology

08:50
ST14-20-24-D1AM1-309-003

ST14-20-24-A021
Real-time Prediction of GSM Bz Fields at Earth Using the CSSS Model and UCSDIPS Tomography
Hsiu-Shan YU1#+, Bernard JACKSON1, Paul HICK1, Andrew BUFFINGTON1,
Munetoshi TOKUMARU2, Nobuhiko NISHIMURA2, Nishiki NOZAKI2, Ken'ichi
FUJIKI2, Keiji HAYASHI2,3
1University of California, San Diego, 2Nagoya University, 3Chinese Academy of Sciences

09:05
ST14-20-24-D1AM1-309-004

ST14-20-24-A002
Project for Solar-Terrestrial Environment Prediction: Predicting Solar Cycle 25
Using Surface Flux Transport Model
Shinsuke IMADA1#+, Haruhisa IIJIMA1, Hideyuki HOTTA2, Masashi FUJIYAMA1,
Daiko SHIOTA1, Kanya KUSANO1
1Nagoya University, 2Chiba University

09:20
ST14-20-24-D1AM1-309-005

ST14-20-24-A004
Solar Flares, CMEs, and Space Weather Measurements from the Surface of Mars
with the RAD Instrument on the Mars Science Laboratory
Donald M. HASSLER1#+
1Southwest Research Institute84

84

ST25 / New Perspectives of the Magnetosphere-ionosphere System from
Numerical Models and Synoptic Observations
Mon - 07 Aug | MR308
Session Chair(s)Gang LU, National Center for Atmospheric Research
Guan LE, NASA Goddard Space Flight Center

14:00
ST25-D1-PM1308-001
InvitedST25-A001
Global Observations of High-M Poloidal Waves in the Magnetosphere During the
Recovery Phase of the June 2015 Magnetic Storm
Guan LE1#+, Peter CHI2, Robert STRANGEWAY2, Christopher RUSSELL2, JamesSLAVIN3, Kazue TAKAHASHI4, Howard SINGER5, Vassilis ANGELOPOULOS2,
Brian ANDERSON4, K BROMUND1, David FISCHER6, E. Larry KEPKO1, Werner
MAGNES6, Rumi NAKAMURA6, Ferdinand PLASCHKE6, Roy B. TORBERT7
1National Aeronautics and Space Administration (NASA), 2University of California, Los
Angeles, 3University of Michigan, 4Johns Hopkins University, 5National Oceanic andAtmospheric Administration, 6Austrian Academy of Sciences, 7University of New
Hampshire

14:15
ST25-D1-PM1308-002
InvitedST25-A007
Dynamic Evolution of the Ionospheric Storm Enhanced Density (SED) and its Rolein Preconditioning Intense Ion Upflow Fluxes
Shasha ZOU1#+
1University of Michigan

14:30
ST25-D1-PM1308-003
InvitedST25-A008
The Effect of Precipitating Particles on Ionospheric Conductance and Inner
Magnetospheric Electric Fields
Margaret CHEN1#+, Colby LEMON1, James HECHT1, Joseph EVANS2
1The Aerospace Corporation, 2Computational Physics, Inc.

14:45
ST25-D1-PM1308-004

ST25-A004
Dayside Plasma Blob: A Different High-Density Structure from Patches in the PolarCap
Qinghe ZHANG1#+, Yu-Zhang MA1, P. T. JAYACHANDRAN2, Jøran Idar MOEN3,
Michael LOCKWOOD4, Yongliang ZHANG5, Yong WANG1, David THEMENS2
1Shandong University, 2University of New Brunswick, 3University of Olso, 4RutherfordAppleton Laboratory, 5Johns Hopkins University

15:00
ST25-D1-PM1308-005

ST25-A005
Partitioning of High-Latitude Energy Input: Polar Cap Versus Auroral Zone
Gang LU1#+
1National Center for Atmospheric Research

15:15
ST25-D1-PM1308-006

ST25-A009
Evidence of IMF by Control on the Prompt Penetration Electric Field OverEquatorial Ionosphere
Dibyendu CHAKRABARTY1#+, Debrup HUI1
1Physical Research Laboratory

85

85

SE05 / Geodetic Observations and Applications in Earth Sciences andGeohazards
Mon - 07 Aug | MR311
Session Chair(s)Harald SCHUH, Helmholtz Centre Potsdam GFZ German Research Centre forGeosciences
Shuanggen JIN, Chinese Academy of Sciences

08:30
SE05-D1-AM1311-001

SE05-A001
Terrestrial Water Storage Variations in Southwestern US from Continuous GPS
Observations
Shuanggen JIN1#+, Tengyu ZHANG1
1Chinese Academy of Sciences

08:45
SE05-D1-AM1311-002

SE05-A018
Transient Deformation Signals Detected by Continuous GPS Observations Before
2016 Menyuan Ms 6.4 Earthquake, Qinghai Province, China
Weijun GAN1#+, Keliang ZHANG1, Shiming LIANG1, Yuebin WANG1
1China Earthquake Administration

09:00
SE05-D1-AM1311-003

SE05-A005
Exploiting Sentinel-1 TOPS Data for Retrieving Large-Scale Surface Displacement
Teng WANG1#+, Dongju PENG1, Sylvain BARBOT1
1Nanyang Technological University

09:15
SE05-D1-AM1311-004

SE05-A016
A New Approach to Model Interseismic Crustal Deformation Using Fault Network
and Back-Slip Algorithm
Zheng-Kang SHEN1#+
1Peking University

09:30
SE05-D1-AM1311-005

SE05-A020
Isolating Interseismic Displacement from Multi-Temporal Insar Measurements
Lei ZHANG1#+, Xiaoli DING1, Zhong LU2, Yangmao WEN3, Jun HU41The Hong Kong Polytechnic University, 2Southern Methodist University, 3Wuhan
University, 4Central South University

09:45
SE05-D1-AM1311-006

SE05-A019
Evaluating the Effective Elastic Thickness of the Lithosphere in South China Sea andSurrounding Area Using the Satellite-Only Gravity Field Model
Zheng GONG1#+, Zhigang LI1, Jianguo XIONG1, Tao LI1, Qingying TIAN1
1Sun Yat-sen University

SE06 / Long-term Rheological Behavior of the Crust and Mantle Inferred from
Observations and Models at Laboratory and Geological Time and Spatial Scales
Mon - 07 Aug | MR327
Session Chair(s)James MOORE, Earth Observatory of Singapore

11:00
SE06-D1-AM2327-001

SE06-A006
The Effect of High-Pressure Fracture on the Rheological Structure of the
Lithosphere
Yonggang LIU1#+, Rongqiang WEI2, Jieyuan NING1, Shaoxian ZANG1
1Peking University, 2University of Chinese Academy of Sciences8686

11:15SE06-D1-AM2327-002

SE06-A001
Experimental Study on Pressure Solution Creep and Micro-Crack Healing of
Carrara Marble
Juan SONG1#+, Yongsheng ZHOU2, Jiaxiang DANG2
1China University of Petroleum, 2China Earthquake Administration

11:30
SE06-D1-AM2327-003

SE06-A002
Thermal-Induced Mid-Lithosphere Discontinuity Beneath Western and Central
North China Craton
Weijia SUN1#+, Brian KENNETT2
1Chinese Academy of Sciences, 2Australian National University

11:45
SE06-D1-AM2327-004

SE06-A005
Estimation of the Rheological Properties of the Indian Ocean Upper Mantle Using
Geodetic Data
Sagar MASUTI1#+, Sylvain BARBOT1, Hang YU1, Justin DAUWELS1, Lujia FENG1,
Shun-Ichiro KARATO2, Paramesh BANERJEE1
1Nanyang Technological University, 2Yale University

SE10 / Connecting Field, Laboratory, and Volcanic Monitoring Data to
Magmatic Processes
Mon - 07 Aug | MR327
Session Chair(s)Florian M. SCHWANDNER, Jet Propulsion Laboratory/ California Institute ofTechnology (Caltech)

08:30
SE10-D1-AM1327-001
Invited

SE10-A002
Recent Uplift of Iwo-Yama Volcano, Kirishima Volcanic Complex, Southwest Japan,
Derived from ALOS-2 Images
Yosuke AOKI1#+, Hiroki ARAI1
1The University of Tokyo

08:45
SE10-D1-AM1327-002

SE10-A024
Necking and Fracking May Explain Stationary Seismicity and Full Degassing in
Volcanic Silicic Spine Extrusion
Liqing JIAO1#+, Paul TAPPONNIER1, Fidel COSTA1, Frederic Victor DONZE2, Luc
SCHOLTES3, Benoit TAISNE1, Shengji WEI1
1Nanyang Technological University, 2Université Joseph Fourier, 3University of Lorraine

09:00
SE10-D1-AM1327-003

SE10-A022
WOVOdat Online Tools: Improving and Promoting Their Use for Eruption
Forecasts
Christina WIDIWIJAYANTI1#+, Fidel COSTA1, Nang Tin Zar WIN1, Erickson
FAJICULAY1, Chris NEWHALL2, Antonius RATDOMOPURBO3
1Nanyang Technological University, 2Mirisbiris Garden and Nature Center, 3Geological
Agency09:15
SE10-D1-AM1327-004

SE10-A026
Eruption Forecasting When Migrating Seismicity: What Does the Material Failure
Forecast Method Tell Us?
Lauriane CHARDOT1#+, Benoit TAISNE2
1Earth Observatory of Singapore, Nanyang Technological University, 2Nanyang
Technological University

87

87

09:30SE10-D1-AM1327-005
Invited

SE10-A028
Gas and Water Geochemical Role on Monitoring of Papandayan Volcano Activities
Hanik HUMAIDA1#+, Sri SUMARTI1, Euis SUTANINGSIH1, Harry CAHYONO1,
Agung DAMAYANTI1
1Geological Agency of Indonesia

09:45
SE10-D1-AM1327-006

SE10-A015
The Effusive-Explosive Transitions at Rokatenda 2012-2013: Unloading by Extrusionof Degassed Magma with Lateral Gas Flow
Philipson BANI1#+
1CVGHM / IRD

10:00
SE10-D1-AM1327-007

SE10-A025
Characterization of Basaltic Lava and Identification of Magmatic Processes ThroughPetrogenesis and Rock Magnetic Methods in Ijen Volcanic Complex, Banyuwangi,
East Java, Indonesia
Satria BIJAKSANA1#, Aditya PRATAMA1+, Mirzam ABDURRAHMAN1
1Institut Teknologi Bandung

10:15
SE10-D1-AM1327-008

SE10-A021
Time Scales of the Processes Related to the 2007 Caldera-Forming Eruption of Piton
De La Fournaise (La Réunion Island)
Helena ALBERT1#+, Fidel COSTA1, Jason HERRIN1, Andrea DI MURO2, Nicole
MÉTRICH2
1Nanyang Technological University, 2Sorbonne Paris Cité/ Université Paris Diderot

SE19 / Geodynamics at Active Plate Convergence Belt in East Asia
Mon - 07 Aug | MR327
Session Chair(s)Kuo-En CHING, National Cheng Kung University
Po-Fei CHEN, National Central University

14:00
SE19-D1-PM1327-001

SE19-A011
Upper Mantle Seismic Velocity Structures Beneath Northwest Mindoro as Revealed
by Teleseismic Relative Arrival Times
Po-Fei CHEN1#+, Erlington OLAVERE2, Po-Li SU1, Bartolome BAUTISTA2, Renato
SOLIDUM2, Bor-Shouh HUANG3
1National Central University, 2Philippine Institute of Volcanology and Seismology,
3

14:15
SE19-D1-PM1327-002

Academia Sinica

SE19-A003
Mantle S Wave Tomography Beneath China and Surrounding Areas Using
Absolute Travel Time Residual
Yongsheng LIU1#+, Masayuki OBAYASHI2, Fenglin NIU3, Ping TONG1
1Nanyang Technological University, 2Japan Agency for Marine-Earth Science andTechnology, 3Rice University

14:30
SE19-D1-PM1327-003

SE19-A009
Studying Deformation and Fault Development in Southwestern Taiwan with 3-D
Numerical Model
Eh TAN1#+, Emmy Tsui-Yu CHANG2, Fang-Yi LEE2
1Academia Sinica, 2National Taiwan University

88

88

14:45
SE19-D1-PM1327-004

SE19-A007
Re-Examination of the 1990 Ms=7.8 Luzon Earthquake Sequence Based on Seismic
Observations Recorded by a Dense Regional Seismic Network in Taiwan
Bor-Shouh HUANG1#+, Win-Gee HUANG1
1Academia Sinica

SE24 / Crustal Dynamics and Seismogensis Beneath Seismically Active Regionsof South Asia
Mon - 07 Aug | MR311
Session Chair(s)O P MISHRA, Ministry of Earth Sciences

14:00
SE24-D1-PM1311-001

SE24-A002
Late-Quaternary Fluvial Landforms and Their Response to the Regional Stress
Scenario in the Kachchh Peninsula, Western India
Falguni BHATTACHARJEE1#+
1Institute of Seismological Research

14:15
SE24-D1-PM1311-002

SE24-A007Electrical Structure of Gaoligong Shear Zone in West Yunnan, China
Qinghua HUANG1#+, Tao YE1, Xiaobin CHEN2
1Peking University, 2China Earthquake Administration

14:30
SE24-D1-PM1311-003

SE24-A005
Signatures of Paleo-Earthquake from the South Wagad Fault (SWF), Wagad Island,
Kachchh, Gujarat, Western India: A Potential Seismic Hazard
Javed MALIK1#+, Mahendrasinh GADHAVI2, Sravanthi S11Indian Institute of Technology Kanpur, 2L. D. College of Engineering

14:45
SE24-D1-PM1311-004
Invited

SE24-A008
The Role of the Burma Slab on the Coherent Deformation Around the Eastern
Himalayan Syntaxis
Eric SANDVOL1#+, Hrin NEI THIAM2, Phyo Maung MAUNG3, Yin Myo Min
HTWE2, James NI4
1University of Missouri, Columbia, 2Department of Meteorology and Hydrology, 3Nanyang
Technological University, 4New Mexico State University

89

89SE27 / Magmatism from Mantle Through Crust: Asian Perspectives
Mon - 07 Aug | MR311
Session Chair(s)Florian SCHWANDNER, NASA Jet Propulsion Laboratory
Carlo ARCILLA, University of the Philippines Diliman

11:00
SE27-D1-AM2311-001

SE27-A005
Contrasting Petrological Characteristics of Adjacent Ophiolites: The Case of theSamar and Leyte Ophiolites in Central Philippines
Juan Miguel GUOTANA1#+, Betchaida PAYOT1, Carla DIMALANTA1, Noelynna
RAMOS1, Decibel FAUSTINO-ESLAVA1, Karlo QUEAÑO2, Graciano YUMUL, JR.3,4
1University of the Philippines Diliman, 2Mines and Geosciences Bureau, 3Monte Oro
Resources & Energy, Inc., 4Apex Mining Co. Inc.

11:15
SE27-D1-AM2311-002

SE27-A002
Structure of Asthenosphere Interpreted by Submarine Petit-Spot Volcanoes
Yuki SATO1#+, Naoto HIRANO1
1Tohoku University

11:30
SE27-D1-AM2311-003

SE27-A009
Young Basaltic Volcanism in Northern Palawan: Implications on Mineralogical andGeochemical Mantle Source Heterogeneities in South China Sea Region
James Cesar REFRAN1#+, Carlo ARCILLA1
1University of the Philippines Diliman

11:45
SE27-D1-AM2311-004

SE27-A007
Well-Preserved Layered Ultramafic Cumulates in Palawan, Philippines
Betchaida PAYOT1#+, Jeanne Myrtia MACALALAD1, Gabriel Theophilus VALERA1,Valerie Shayne OLFINDO1, Juan Miguel GUOTANA1
1University of the Philippines Diliman

12:00
SE27-D1-AM2311-005

SE27-A004
Petrological Records of Island Arc Lower Crust Processes: Insights from Xenolithsof Sabtang Island, Luzon Arc
Gabriel Theophilus VALERA1#+, Betchaida PAYOT1, Shoji ARAI2, Satoko
ISHIMARU3, Miyuki TAKEUCHI2
1University of the Philippines Diliman, 2Kanazawa University, 3Kumamoto University

90

90

91

Presentations
08 Aug, 2017
Tuesday92

91

Day 2 - 08 Aug 2017, Tuesday
Program Overview
08 Aug 2017, Tuesday
Time /
Room

AM1

AM2

Lunch

PM1

PM2

08:30 - 10:30

11:00 - 12:30

12:30 - 14:00

14:00 - 15:30

16:00 - 18:00

MR308

AS01 (p97)

AS01 (p98)AS28 (p109)

AS28 (p110)

MR309

AS07 (p98)

AS14 (p106)

AS14 (p107)

AS20 (p108)

MR310

PS05-13 (p126)

PS05-13 (p127)

PS05-13 (p127)

PS05-13 (p128)

MR311

SE12 (p131)

SE04 (p129)

SE04 (p130)

SE25 (p136)

MR327

SE21 (p134)

SE21 (p135)

SE13 (p132)

SE13 (p133)

MR328

OS12 (p119)

OS17 (p123)

OS19 (p124)

OS19 (p124)

MR329

OS14 (p121)

OS13 (p120)

OS13 (p121)

OS14 (p122)

MR330

HS21 (p114)

HSHS
DLDL
(p10)

HS Meeting

SS07 (p138)

SS08 (p139)

MR331

Kamide Award
Award
KamideSpecialLecture(p22)
SpecialLecture

ST ST
DLDL
(p18)

ST Meeting

SS10 (p140)

SS04 (p137)

MR332

IG28 (p117)

IG25 (p116)

IG15 (p116)

IG05 (p115)

MR333

AS10 (p99)

AS10 (p100)

AS10 (p100)

AS10 (p101)

MR334

AS13 (p104)

AS13 (p105)

AS13 (p105)

AS32 (p111)

MR335

AS11-38 (p102)

AS11-38 (p103)

AS35 (p112)

AS35 (p113)

SummitHS Posters (p141)
ST Posters (p152)

93

93

Sessions & Conveners* Main Convener
AS01

Climate Change, Tropical Climatic Hazards and Meridional Circulation Changes
in Asia-Oceania*Yuriy KULESHOV Bureau of Meteorology, David JONES Bureau of Meteorology,
Bertrand TIMBAL National Environment Agency

AS07

Atmospheric and Space Electricity*Gaopeng LU Chinese Academy of Sciences, Yaov YAIR The Open University of Israel,
Tai-Yin HUANG Penn State Lehigh Valley, Cheng-Liing KUO National Central
University, Xianghui XUE School of Earth and Space Sciences, University of Science andTechnology of China

AS10

The Science and Prediction of Tropical Cyclones*Chun-Chieh WU National Taiwan University, Zhuo WANG University of Illinois at
Urbana-Champaign, Yuqing WANG University of Hawaii at Manoa, Jeff KEPERTCentre for Australian Weather and Climate Research, Kosuke ITO University of the
RyukyusAS11-38

Monsoon Climates over South, East and Southeast Asia and Its Tele-connections*Ramesh KRIPALANI Indian Institute of Tropical Meteorology, Jaiho OH Pukyong
National University, Kyung-Ja HA Pusan National University, Amita PRABHU Indian
Institute of Tropical Meteorology, Sheeba Nettukandy CHENOLI University of Malaya

AS13

Seasonal to Decadal Climate Variability in Southeast Asia and Indo-pacific:
Impact and Predictions*R. Kartika LESTARI Centre for Climate Research Singapore, Jianping LI Beijing Normal
University, Yukiko IMADA Japan Meteorological Agency, Renguang WU Chinese
Academy of Sciences, Song YANG Sun Yat-sen University

AS14

Theory, Observations and Modelling of Maritime Continent Convection*Muhammad Eeqmal HASSIM Meteorological Service Singapore, Masaki
KATSUMATA Japan Agency for Marine-Earth Science and Technology, Jayakrishnan P.
R. University of Malaya, Azizan Abu SAMAH University of Malaya

AS20

10th Sasaki Symposium on Data Assimilation for Atmospheric, Oceanic, andHydrologic Applications*Seon Ki PARK Ewha Womans University, Liang XU Naval Research Laboratory,
Ibrahim HOTEIT King Abdullah University of Science and Technology

AS28

Precipitation Science and Application of Satellite Data
*Yukari TAKAYABU The University of Tokyo, Gail JACKSON NASA Goddard Space
Flight Center, Geun-Hyeok RYU Korea Meteorological Administration, Kenji
NAKAMURA Dokkyo University, Kusuma RAO Indian Space Research Organization

AS32

Satellite Data Assimilation and Applications for the Weather Forecasting*Myoung Hwan AHN Ewha Womans University, Kozo OKAMOTO Japan
Meteorological Agency, Chian-Yi LIU National Central University, Wei HAN Chinese
Meteorological Administration, Hyun-Cheol SHIN Korea Meteorological Administration

94

94

AS35

Atmospheric Pollution and Its Effects on Cryospheric Changes Over the
Himalayas and the Tibetan Plateau*Shichang KANG Chinese Academy of Sciences, Arnico PANDAY International Centre
for Integrated Mountain Development (ICIMOD), Orjan GUSTAFSSON Stockholm
University, Maheswar RUPAKHETI Institute for Advanced Sustainability Studies(IASS), Qianggong ZHANG Chinese Academy of Sciences

HS21

Monthly to Seasonal Projection of Extreme Hydrologic Events*Ji CHEN The University of Hong Kong, Hung Soo KIM Inha University, Bellie
SIVAKUMAR University of New South Wales

IG05

Coupling in the Whole Earth System*Toshiro TANIMOTO University of California, Santa Barbara, Kosuke HEKI Hokkaido
University, Emmy Tsui-Yu CHANG National Taiwan University, Mei XUE Tongji
University

IG15

Challenges in Precise Geodetic Data Analysis and Applications*Junping CHEN Chinese Academy of Sciences, Jianhua ZHOU Beijing Satellite
Navigation Center, Haojun LI Tongji University, Jan DOUSA Geodetic Observatory of
Pecny

IG25

Multi-dimensional Aspects of Climate Change Over South Asian Region*Neloy KHARE Ministry of Earth Sciences, Shilpa PANDEY Birbal Sahni Institute of
Palaeosciences, Ak SAHAI Indian Institute of Tropical Meteorology, O P MISHRA
Ministry of Earth Sciences, Leszek MARKS Faculty of Geology of the University of
Warsaw,ul. Żwirki i Wigury 93, 02-089 Warsaw, Poland

IG28

Satellite Land Product Development, Applications and Validation*Yunyue YU National Oceanic and Atmospheric Administration, Qinhuo LIU Chinese
Academy of Sciences, Shunlin LIANG Beijing Normal University

OS12

Air-sea Interaction Over the Surrounding Waters of the Maritime Continent*Dongxiao WANG South China Sea Institute of Oceanology, Wen ZHOU City
University of Hong Kong, Weidong YU First Institute of Oceanography, Lei ZHOU
Shanghai Jiao Tong University

OS13

Dynamics, Change, and Regional Impacts of Indo-pacific Climate Variability*Wenju CAI Ocean University of China and Qingdao National Laboratory for Marine
Science and Technology, Guojian WANG Center for Southern Hemisphere Ocean
Research, Commonwealth Scientific and Industrial Research Organisation, Xiao-Tong
ZHENG Ocean University of China, Swadhin BEHERA Japan Agency for Marine-Earth
Science and Technology, Toshio YAMAGATA Japan Agency for Marine-Earth Scienceand Technology

OS14

Tropical Cyclone-ocean Interactions*Guihua WANG Fudan University, Chunzai WANG South China Sea Institute of
Oceanology, Dake CHEN State Oceanic Administration, I-I LIN National Taiwan
University

OS17

Challenges in Coastal Management Under Variable Oceanographic Forcings*Fernando PINHEIRO ANDUTTA Griffith University, Xiao WANG Sino-Australian
Research Centre for Coastal Management (SARCCM), Pavel TKALICH National
University of Singapore, Charles LEMCKERT University of Canberra

95

95

OS19

Estuarine and Coastal Oceanography: Modelling, Observations, Physics andBiogeochemistry*Chai Heng LIM University of Malaya, Sung Yong KIM Korea Advanced Institute of
Science and Technology, Emil STANEV Helmholtz-Zentrum Geesthacht (HZG), Atsushi
FUJIMURA University of Guam

PS05-13

Science and Exploration of Mars and Venus*Varun SHEEL Physical Research Laboratory, Shuanggen JIN Chinese Academy of
Sciences, Takeshi IMAMURA The University of Tokyo, Hideaki MIYAMOTO
University of Tokyo, Juergen OBERST German Aerospace Center (DLR)

SE04

Geomorphology and Neotectonics of Asia-Pacific Regions*Xuhua SHI Nanyang Technological University, Huiping ZHANG China Earthquake
Administration, Wenjun ZHENG Sun Yat-sen University, Xiwei XU China Earthquake
Administration, Renjie ZHOU University of Queensland

SE12

Preparation Process of Great Earthquakes and Related Phenomena: Observations
and Debates on Potential Precursory Anomalies at Different Spatial-temporal
Scales*Fuqiong HUANG China Earthquake Network Center, Paresh Nath SINGHA ROY
Indian School of Mines, Vladimir KOSSOBOKOV Institute of Earthquake Prediction
Theory and mathematical Geophysics, Russian Academy of Sciences, Qi YAO Chinese
Earthquake Networks Center

SE13

Tectonics, Geochronology and Mineral Resources of Asia Pacific Region*Mega Fatimah ROSANA Padjadjaran University, Kotaro YONEZU Kyushu
University, Cho Cho AYE East Yangon University, Khin ZAW University of Tasmania

SE21

Fault Ruptures, Active Tectonics and Seismic Hazard of Southeast and East Asia
*Yu WANG Nanyang Technological University, J. Bruce H. SHYU National Taiwan
University, Myo THANT Monywa University, Chung-Han CHAN Nanyang
Technological University, Noelynna RAMOS University of the Philippines Diliman

SE25

General Solid Earth Section*Hai Thanh TRAN Hanoi University of Mining and Geology, Khin ZAW University of
Tasmania, Carlo ARCILLA University of the Philippines Diliman, Long Van HOANG
Hanoi University of Mining and Geology, Kyaw THU Macle Gem Trade Laboratory

SS04

A Water Rich World Revealed*Jian-Yang LI Planetary Science Institute, Eleonora AMMANNITO University ofCalifornia, Los Angeles

SS07

Geoscientists Without Borders®: Geoscience Applications for Humanitarian
Benefit*Linda FORD Society of Exploration Geophysicists, John BRADFORD Boise State
University

SS08

UNESCO Water Security Initiatives for Enhanced Resilience and 2030 Agenda
Delivery in Asia and the Pacific Region*Ai SUGIURA UNESCO, Sharizad SULAIMAN UNESCO

SS10Environmental Research with Global Navigation Satellite System (GNSS) Data
*Jack A. KAYE National Aeronautics and Space Administration (NASA)96

96

AS01 / Climate Change, Tropical Climatic Hazards and Meridional Circulation
Changes in Asia-Oceania
Tue - 08 Aug | MR308
Session Chair(s)Yuriy KULESHOV, Bureau of Meteorology
Bertrand TIMBAL, Centre for Climate Research Singapore

08:30
AS01-D2-AM1308-001
InvitedAS01-A015
Building Capacity and Improving Resilience to Weather and Climate Extremes in
the Philippines
Ian MACADAM1, Joseph DARON1, David CORBELLI1, Thelma CINCO2, Marcelino
VILLAFUERTE II2, Claire SCANNELL1, Florian GALLO1#+, Erasmo BUONOMO1,David HEIN1, Richard JONES1
1Met Office, 2Philippine Atmospheric, Geophysical and Astronomical Services
Administration

08:45
AS01-D2-AM1308-002

AS01-A009
Tropical Cyclone Rapid Intensification in Relation to Storm Surge Depth, Extent andFlow Velocity in the Philippines
Lea DASALLAS1#+, John Kenneth SUAREZ1
1Nationwide Operational Assessment of Hazards (Project NOAH)

09:00
AS01-D2-AM1308-003

AS01-A008
A Climatological Perspective of Tropical Cyclone Activity and Landfalling Trend in
North Indian Ocean Region
Jagabandhu PANDA1#+, Kasturi SINGH1
1National Institute of Technology Rourkela

09:15
AS01-D2-AM1308-004

AS01-A016
Changes in Return Levels of Precipitation Extremes Under a Warming Climate
Pao-Shin CHU1#+, Hanpei ZHANG1, Hui-Ling CHANG2,3, Kristine TOFTE1, TsuiLing CHEN2
1University of Hawaii, 2Central Weather Bureau, 3National Central University

09:30
AS01-D2-AM1308-005

AS01-A017
Changes in Precipitation Recycling Depending on Terrestrial Evaporation Over East
Asia from RCP8.5
Jinuk KIM1#+, Johan LEE1, Kyung-On BOO1, Sungbo SHIM1, Young-Hwa BYUN1
1Korea Meteorological Administration

09:45
AS01-D2-AM1308-006

AS01-A002
Persistent Heat Waves Over Central-Eastern China: Dynamical Processes andTrendsNicolas FREYCHET1#+, Simon TETT1, Jun WANG2, Gabriel HEGERL1
1The University of Edinburgh, 2Institute of Atmospheric Physics

10:00
AS01-D2-AM1308-007

AS01-A005
A Dynamics Modeling of the Interaction Between Weather Components Based on
the Granger-Causality Analysis
Fajar ADI-KUSUMO1#+, Herni UTAMI1, Gunardi GUNARDI1, Irwan
ENDRAYANTO ALUICIUS1
1Universitas Gadjah Mada

97

97

Session Chair(s)Yuriy KULESHOV, Bureau of Meteorology
Bertrand TIMBAL, Centre for Climate Research Singapore

11:00
AS01-D2-AM2308-008
InvitedAS01-A024
Tropical Circulation Change from LGM To ECP Scenarios
Seok-Woo SON1#+, Seo-Yeon KIM1, Seung-Ki MIN2
1Seoul National University, 2Pohang University of Science and Technology

11:15
AS01-D2-AM2308-009

AS01-A022
Possible Mechanisms Influencing Tropical Precipitation and Circulation in the
Anthropogenic Aerosol Cooling Simulations
Chia-Chi WANG1#+, Wei-Liang LEE2, Chi-Chieh CHEN1
1Chinese Culture University, 2Academia Sinica

11:30
AS01-D2-AM2308-010

AS01-A023
Attribution of the Local Hadley Cell Widening in the Southern Hemisphere
Yeon-Hee KIM1#+, Seung-Ki MIN1, Seok-Woo SON2, Jung CHOI2
1Pohang University of Science and Technology, 2Seoul National University

11:45
AS01-D2-AM2308-011

AS01-A025
Variability and Trends in Singapore Rainfall in Relation to the Mean Meridional
Circulation Changes
Bertrand TIMBAL1#+
1National Environment Agency

AS07 / Atmospheric and Space Electricity
Tue - 08 Aug | MR309
Session Chair(s)Tai-Yin HUANG, Penn State Lehigh Valley

08:30
AS07-D2-AM1309-001

AS07-A010
The ISUAL 427.8 nm-Filtered Imager Recorded Transient Luminous Events
Cheng-Liing KUO1#+, Jung-Kung CHOU2, Shu-Chun CHANG2, Alfred B. CHEN2,
Han-Tzong SU2, Ruei-Ron HSU2
1National Central University, 2National Cheng Kung University

08:45
AS07-D2-AM1309-002

AS07-A002
On the Lightning-Induced Transient Emissions (LITEs) of Airglow
Tai-Yin HUANG1#+
1Penn State Lehigh Valley

09:00
AS07-D2-AM1309-003
InvitedAS07-A003
Properties of Winter Thunderstorms Observed in the West Mediterranean
Ivana KOLMASOVA1,2#+, Alzbeta KUIZOVA2, Ondrej SANTOLIK2,3, Stéphane
PEDEBOY4, Radek LAN3, Ludek UHLIR3
1IAP CAS, 2Charles University, 3Czech Academy of Sciences, 4Météorage

09:20
AS07-D2-AM1309-004

AS07-A007
The Enhancement of Neutral Metal Na Layer Above Thunderstorms
Bingkun YU1#+, Xianghui XUE1, Gaopeng LU2, Cheng-Liing KUO3, Xiankang DOU1,
Qi GAO1, Xiushu QIE2, Jianfei WU1, Yihuan TANG1
1University of Science and Technology of China, 2Chinese Academy of Sciences, 3National
Central University

98

98

09:35AS07-D2-AM1309-005

AS07-A012
Research on Magnetic Energy Harvesting Techniques
Congzheng HAN1#+
1Chinese Academy of Sciences

AS10 / The Science and Prediction of Tropical Cyclones
Tue - 08 Aug | MR333
Session Chair(s)Chun-Chieh WU, National Taiwan University
Kosuke ITO, University of the Ryukyus

08:30
AS10-D2-AM1333-001
InvitedAS10-A007
A Self-Weakening Mechanism for Tropical Cyclones
Ralf TOUMI1#+
1Imperial College London

08:45
AS10-D2-AM1333-002
InvitedAS10-A046
Reconstruction of the Thermodynamic Cycles in a High Resolution Simulation of a
Tropical Cyclone
Olivier PAULUIS1#+, Fuqing ZHANG2
1New York University, 2Pennsylvania State University

09:00
AS10-D2-AM1333-003

AS10-A010
Short Time-Scale Variation in Structure and Intensity of Typhoon Lionrock (1610)
Revealed by Himawari-8 Super Rapid Scan Observations
Ryo OYAMA1#+, Kazuki SHIMOJI1, Akiyoshi WADA1
1Japan Meteorological Agency

09:15
AS10-D2-AM1333-004

AS10-A029
The Role of the WISHE Mechanism in Secondary Eyewall Formation
Chieh-Jen CHENG1#+, Chun-Chieh WU11National Taiwan University

09:30
AS10-D2-AM1333-005

AS10-A033
The Internal Boundary Layer of Tropical Cyclone
Eric K. W. NG1#+, Johnny CHAN1
1City University of Hong Kong

09:45
AS10-D2-AM1333-006

AS10-A041
Ekman Downwelling from the Lower Troposphere in the Intense Tropical Cyclones
Tomoki OHNO1#+, Masaki SATOH1
1The University of Tokyo

10:00
AS10-D2-AM1333-007

AS10-A038
The Relation of Eyewall Asymmetries and Rapid Intensification for Super Typhoon
Megi (2010)
Jae-Deok LEE1#+, Chun-Chieh WU11National Taiwan University

10:15
AS10-D2-AM1333-008

AS10-A056
Ka-Band Radar Observation of the Outflow-Layer Clouds of Typhoon Chaba (2016)
Tadayasu OHIGASHI1#+, Kazuhisa TSUBOKI1, Haruya MINDA1, Moeto
KYUSHIMA1, Hiroyuki YAMADA2, Hironori IWAI3
1Nagoya University, 2University of the Ryukyus, 3National Institute of Information andCommunications Technology
99

99

Session Chair(s)Zhuo WANG, University of Illinois
Chun-Chieh WU, National Taiwan University

11:00
AS10-D2-AM2333-009
InvitedAS10-A055
Response of Intense Tropical Cyclones to El Niño in Ensemble Simulations Using
Global Nonhydrostatic Model
Masaki SATOH1#+, Yohei YAMADA2, Chihiro KODAMA2, Masuo NAKANO2,
Tomoe NASUNO2, Masato SUGI3
1The University of Tokyo, 2Japan Agency for Marine-Earth Science and Technology, 3Japan
Meteorological Agency

11:15
AS10-D2-AM2333-010

AS10-A019
Exploring the Key Features of Tropical Cyclogenesis Using Satellite Data
Zhuo WANG1#+
1University of Illinois at Urbana-Champaign

11:30
AS10-D2-AM2333-011
InvitedAS10-A035
Recovery of Tropical Cyclone Activity in the Western North Pacific in 1950
Hisayuki KUBOTA1#+
1Hokkaido University

11:45
AS10-D2-AM2333-012

AS10-A049
Role of Convectively Coupled Equatorial Waves and MJO on Cyclogenesis OverBay of Bengal
Landu KIRANMAYI1#+, Rishav GOYAL1
1Indian Institute of Technology Bhubaneswar

12:00
AS10-D2-AM2333-013

AS10-A052
A Numerical Study of Typhoon Meranti (2010) Formation in an Inverted Monsoon
TroughNa WEI1#+, Ying LI1
1Chinese Academy of Meteorological Sciences

12:15
AS10-D2-AM2333-014

AS10-A053
Seasonal Prediction of the Typhoon Genesis Frequency Over the Western North
Pacific
Shanshan ZHONG1#+
1Nanjing University of Information Science & Technology

Session Chair(s)Zhuo WANG, University of Illinois
Kosuke ITO, University of the Ryukyus

14:00
AS10-D2-PM1333-015
InvitedAS10-A025
Variation in Tropical Cyclone Location of Lifetime Maximum Intensity and its Effecton Landfall Intensity Along the Coast of East Asia
Johnny CHAN1#+, Kin Sik LIU1
1City University of Hong Kong

14:15
AS10-D2-PM1333-016
InvitedAS10-A016
Intraseasonal Oscillation Enhances C5 Typhoon Occurrence Over the TropicalWestern North Pacific
Huang-Hsiung HSU1#+, Chun-Hsiung WENG1
1Academia Sinica

100

100

14:30
AS10-D2-PM1333-017

AS10-A030
How Well Do Global Climate Model Detect Tropical Cyclones Considering Cyclone
Phase?
Sinil YANG1#+, Jaiho OH1
1Pukyong National University

14:45
AS10-D2-PM1333-018

AS10-A006
Summer Tropical Cyclone Rainfall Variability in the Western North Pacific
Jau-Ming CHEN1#+
1National Kaohsiung Marine University

15:00
AS10-D2-PM1333-019

AS10-A034
Modulation of Subseasonal Tropical Cyclone Genesis in the Western North Pacificby Wave Activities
Jianyun GAO1, Kevin CHEUNG2#+
1Fujian Climate Center, 2Macquarie University

15:15
AS10-D2-PM1333-020

AS10-A018
Global Cloud-Permitting Simulations of Typhoon Fengshen (2008)
Tomoe NASUNO1#+, Hiroyuki YAMADA2, Masuo NAKANO1, Hisayuki KUBOTA3,
Masahiro SAWADA4, Ryuji YOSHIDA5
1Japan Agency for Marine-Earth Science and Technology, 2University of the Ryukyus, 3The
University of Tokyo, 4Japan Meteorological Agency, 5RIKEN Advanced Institute for
Computational Science

Session Chair(s)Kosuke ITO, University of the Ryukyus

16:00
AS10-D2-PM2333-021
InvitedAS10-A021
A Category ‘6’ Trio – Supertyphoons Meranti (2016), Haiyan (2013), and Hurricane
Patricia (2015)
I-I LIN1#+, Mong-Ming LU2, Hsiao-Ching HUANG1, Julien BOUCHAREL3, Fei-Fei
JIN3,4, Chun-Chi LIEN1
1National Taiwan University, 2Central Weather Bureau, 3University of Hawaii, 4Chinese
Meteorological Agency

16:15
AS10-D2-PM2333-022
InvitedAS10-A008
Simulations of Analogous Typhoons Haiyan (2013) and Mike (1990) Simulated by a
Coupled Atmosphere-Wave-Ocean Model
Akiyoshi WADA1#+
1Japan Meteorological Agency

16:30
AS10-D2-PM2333-023

AS10-A005
Horizontal Transport of Sea Spray Intensifying Tropical Cyclones
Kosuke ITO1#+, Shota KANDA1, Naohisa TAKAGAKI2
1University of the Ryukyus, 2University of Hyogo

16:45
AS10-D2-PM2333-024

AS10-A012
The Influence of the Tropical Cyclone Size on the Wind and Rainfall During
LandfallKun-Hsuan CHOU1#+, Sheng-Yu WU1
1Chinese Culture University

17:00
AS10-D2-PM2333-025

AS10-A013
Rainfall Asymmetry of Landfalling Tropical Cyclone in South China Coast
Kelvin T. F. CHAN1#+, Johnny CHAN1
1City University of Hong Kong
101

101

17:15
AS10-D2-PM2333-026

AS10-A015
Eyewall Reconstruction of Typhoon Fanapi (2010) After Landfall on Taiwan
Ming-Jen YANG1#+, Yao-Chu WU2, Yu-Chieng LIOU2
1National Taiwan University, 2National Central University

17:30
AS10-D2-PM2333-027

AS10-A054
Large Eddy Simulation of Enitre Tropical Cyclones
Junshi ITO1#+, Tsutao OIZUMI2, Hiroshi NIINO3
1Meteorological Research Institute, 2Japan Agency for Marine-Earth Science andTechnology, 3The University of Tokyo

AS11-38 / Monsoon Climates over South, East and Southeast Asia and Its Teleconnections
Tue - 08 Aug | MR335
Session Chair(s)Kyung-Ja HA, Pusan National University
Amita PRABHU, Indian Institute of Tropical Meteorology

08:30
AS11-38-D2AM1-335-012

AS11-38-A031
Evaluation of CMIP5 Model Performance for the Rainy Season Evolution Over East
Asia and the Future Change
Sang-Hoon KWON1#+, Kyung-On BOO2, Sungbo SHIM2, Young-Hwa BYUN2
1National Institute of Meteorological Sciences, 2Korea Meteorological Administration

08:45
AS11-38-D2AM1-335-013

AS11-38-A043
Winter SST Variation Patterns in the Subtropical Northwestern Pacific Ocean
Associated with Indian Ocean Dipole and Their Influences on East Asian WinterClimateShuanglin LI1,2#+
1Institute of Atmospheric Physics, Chinese Academy of Sciences, 2China University ofGeosciences

09:00
AS11-38-D2AM1-335-014

AS11-38-A026
Potential for Long-Lead Prediction of the Western North Pacific Monsoon
Circulation Beyond Seasonal Time Scales
Jung CHOI1, Seok-Woo SON1#, Kyong-Hwan SEO2, June-Yi LEE2, Hyun-Suk
KANG3, Kanghyun SONG1+
1Seoul National University, 2Pusan National University, 3Korea Meteorological
Administration

09:15
AS11-38-D2AM1-335-015

AS11-38-A015
Four Possible Mechanisms for Cold Events Over East Asia
Zifan YANG1+, Wenyu HUANG1#, Bin WANG1,2, Ruyan CHEN1, Jonathon
WRIGHT1, Wenqian MA11Tsinghua University, 2Chinese Academy of Sciences

09:30
AS11-38-D2AM1-335-016

AS11-38-A007
The Climatic Characteristics of Summer Convection Over the Tibetan Plateau
Revealed by Geostationary Satellite
Bo LI1#+, Shihao TANG11China Meteorological Administration

102

102

09:45
AS11-38-D2AM1-335-017

AS11-38-A006
Divergent Global Monsoon Changes Induced by Natural Versus Anthropogenic
Forcing
Jing CHAI1+, Fei LIU1#
1Nanjing University of Information Science & Technology

10:00
AS11-38-D2AM1-335-018

AS11-38-A002
The Climate Shift of Interannual Variability of the Winter Precipitation Over China
Jingwen GE1#+, Xiaojing JIA1, Hai LIN2
1Zhejiang University, 2Environment Canada

Session Chair(s)Shuanglin LI, Chinese Academy of Sciences
Sheeba CHENOLI, University of Malaya

11:00
AS11-38-D2AM2-335-019

AS11-38-A022
Association of Greenland Sea Ice Variability with South and East Asian Summer
MonsoonAmita PRABHU1#+, Jaiho OH2, In-Won KIM2, Ramesh KRIPALANI1, G.
PANDITHURAI1
1Indian Institute of Tropical Meteorology, 2Pukyong National University

11:15
AS11-38-D2AM2-335-020

AS11-38-A012
An Intensified Relationship Between the North Atlantic Oscillation in May and the
Early Summer Rainfall in the Asian Inland Plateau in the Late 1970s
Jinling PIAO1+, Wen CHEN1#
1Chinese Academy of Sciences

11:30
AS11-38-D2AM2-335-021

AS11-38-A035
Climate Variability and its Teleconnections with Indian Summer Monsoon Rainfall:
An Observational and Modeling Approach
Manish Kumar JOSHI1#+, Kyung-Ja HA2, June-Yi LEE2, Ramesh KRIPALANI1
1Indian Institute of Tropical Meteorology, 2Pusan National University

11:45
AS11-38-D2AM2-335-022

AS11-38-A037
Link Between Preonset Land Atmospheric Conditions and the Indian Summer
Monsoon Rainfall
Archana RAI1#+, Subodh Kumar SAHA1, Samir POKHREL1, Sujith K.1
1Indian Institute of Tropical Meteorology

12:00
AS11-38-D2AM2-335-023

AS11-38-A042
Changes in Observed Rainfall Seasonality Over India
Raju PATHAK1#+, Sandeep SAHANY1, Saroj Kanta MISHRA1
1Indian Institute of Technology Delhi

12:15
AS11-38-D2AM2-335-024

AS11-38-A023
Tele-Connections of Summer Monsoons Over South, East and Southeast Asia: A
Review
Ramesh KRIPALANI1#+, Amita PRABHU1, Preethi BHASKAR1
1Indian Institute of Tropical Meteorology

103

103

AS13 / Seasonal to Decadal Climate Variability in Southeast Asia and Indopacific: Impact and Predictions
Tue - 08 Aug | MR334
Session Chair(s)Song YANG, Sun Yat-Sen University
Renguang WU, Chinese Academy of Science

08:30
AS13-D2-AM1334-001

AS13-A011
Processes for Abnormal Spring to Summer Transition Over the South China Sea
Renguang WU1#+
1Chinese Academy of Sciences

08:45
AS13-D2-AM1334-002

AS13-A016
Influence of the May Southern Annular Mode on the South China Sea Summer
MonsoonTing LIU1#+, Jianping LI2, Yanjie LI3, Sen ZHAO3, Fei ZHENG3, Jiayu ZHENG1
1Second Institute of Oceanography, 2Beijing Normal University, 3Chinese Academy of
Sciences

09:00
AS13-D2-AM1334-003

AS13-A026
Potential Connections Between Summer Monsoon Rainfall Variability Over North
East Regions of India, Eurasian Snow, Atlantic Sea Surface Temperature and Arctic
Oscillation
Amita PRABHU1#+, Jaiho OH2, In-Won KIM2, Ramesh KRIPALANI1, G.
PANDITHURAI1
1Indian Institute of Tropical Meteorology, 2Pukyong National University

09:15
AS13-D2-AM1334-004

AS13-A012
The AMO's Modulation on Intraseasonal Variability of Winter Ural Blocking andand Summer Euroasian Subtropical Wavetrain
Shuanglin LI1,2#+
1Institute of Atmospheric Physics, Chinese Academy of Sciences, 2China University ofGeosciences

09:30
AS13-D2-AM1334-005

AS13-A004
Variations of Mid-Pacific Trough and Associated Climate Anomalies Over the
Asian-Pacific-American Regions: Roles of Tropical SST and Arctic Sea Ice
Song YANG1#+, Kaiqiang DENG1, Mingfang TING2, Mengmeng LU1, Chundi HU3
1Sun Yat-sen University, 2Columbia University, 3Chengdu University of Information
Technology

09:45
AS13-D2-AM1334-006

AS13-A015
Impact of Tibetan Plateau Heating on the Climate Over Upstream Regions
Mengmeng LU1+, Song YANG1#, Shan HE1, Zhenning LI1
1Sun Yat-sen University

10:00
AS13-D2-AM1334-007

AS13-A035
Changes of Tropical Convective Zone Under Global Warming
Jia-Yuh YU1#+, Hsiao-Wei LIU2
1National Central University, 2Chinese Culture University

104

104

Session Chair(s)Jianping LI, Beijing Normal University

11:00
AS13-D2-AM2334-008
Invited

AS13-A005
Tropical Pacific Variability as a Pacemaker of the Staircase-Like Global Warming
Yu KOSAKA1#+, Shang-Ping XIE2
1The University of Tokyo, 2University of California San Diego

11:20
AS13-D2-AM2334-009

AS13-A025
Does Pacific Ocean Plays an Important Role in the Decadal Variability in
Precipitation Over Western Maritime Continent?
R. Kartika LESTARI1#+, Yu KOSAKA2, Yukiko IMADA3
1Centre for Climate Research Singapore, 2The University of Tokyo, 3Japan Meteorological
Agency11:35
AS13-D2-AM2334-010

AS13-A024
Cold Season Africa-Asia Multidecadal Teleconnection Pattern and its Relation to the
Atlantic Multidecadal Variability
Jianping LI1#+, Cheng SUN1, Ruiqiang DING2
1Beijing Normal University, 2Chinese Academy of Sciences

11:50
AS13-D2-AM2334-011

AS13-A036
Uncertainty in the Tropical Pacific Multi-Decadal Climate Simulations Due toInternal Variability
Mohammad Hadi BORDBAR1#+, Mojib LATIF1, Wonsun PARK1, Thomas MARTIN1,
Matthew ENGLAND2, Alexander SEN GUPTA2, Agus SANTOSO2,3, Andréa S.
TASCHETTO2
1GEOMAR Helmholtz Centre for Ocean Research Kiel, 2University of New South Wales,
3

12:05
AS13-D2-AM2334-012

Commonwealth Scientific and Industrial Research Organisation

AS13-A017
Recent Enhanced Seasonal Temperature Contrast in Japan Associated with
Interdecadal Pacific Variability
Yukiko IMADA1#+, Shuhei MAEDA1, Masahiro WATANABE2, Hideo SHIOGAMA3,
Ryo MIZUTA1, Masayoshi ISHII4, Masahide KIMOTO2
1Japan Meteorological Agency, 2The University of Tokyo, 3National Institute forEnvironmental Studies, 4Japan Agency for Marine-Earth Science and Technology

Session Chair(s)R. Kartika LESTARI, Centre for Climate Research Singapore

14:00
AS13-D2-PM1334-013
Invited

AS13-A032
Perspectives on Service Delivery of Seasonal Prediction in the Indonesian Maritime
Continent: Present Status, Challenges, and Societal Impacts
Ardhasena SOPAHELUWAKAN1#+, Robi MUHARSYAH1, Ratna
SATYANINGSIH1, Kadarsah KADARSAH1, Ajie LINARKA1, Jose RIZAL1, Ferdika
AMSAL1, Eko HERIYANTO1, Tri Astuti NURAINI1, Kharisma APRILINA1
1Agency for Meteorology Climatology and Geophysics

14:20
AS13-D2-PM1334-014

AS13-A023
ENSO Modulation of Seasonal Rainfall and Extremes in Indonesia
Supari SUPARI1#+, Fredolin T. TANGANG2,3, Ester SALIMUN2, Ardhasena
SOPAHELUWAKAN1, Ju Neng LIEW2, Edvin ALDRIAN1
1Agency for Meteorology Climatology and Geophysics, 2National University of Malaysia,
3

Ramkhamhaeng University
105

105

14:35
AS13-D2-PM1334-015

AS13-A003
Comparison of Extended Medium-Range Forecast Skill Between KMA Ensemble
and Ocean Coupled Ensemble and GloSea5
Sangwook PARK1#+, Namjae JUNG1
1Korea Meteorological Administration

14:50
AS13-D2-PM1334-016

AS13-A014
Subseasonal Skill in Capturing Most Predictable Patterns of Precipitation Over
Indo-Pacific Region by the NCEP CFSv2
Shaorou DONG1#+, Song YANG1
1Sun Yat-sen University

15:05
AS13-D2-PM1334-017

AS13-A009
A Modified Algorithm for Identifying and Tracking Extratropical Closed Cyclone
Chuhan LU1#+
1Nanjing University of Information Science & Technology

AS14 / Theory, Observations and Modelling of Maritime Continent Convection
Tue - 08 Aug | MR309
Session Chair(s)Muhammad Eeqmal HASSIM, Meteorological Service Singapore
Masaki KATSUMATA, Japan Agency for Marine-Earth Science and Technology

11:00
AS14-D2-AM2309-001
Invited

AS14-A015
Variability of Surface Forcing and Diurnal Cycle of Convection Over the Maritime
Continent
Shuyi S. CHEN1#+
1University of Miami

11:20
AS14-D2-AM2309-002

AS14-A005
Land-Ocean Surface Temperature Contrast and its Influence on the Diurnal Cycle ofConvection Over Sumatra Island in an Active Phase of the MJO
Pei-Ming WU1#+, Miki HATTORI1, Dodi ARDIANSYAH2, Shuichi MORI1, Fadli
SYAMSUDIN3, Kunio YONEYAMA1
1Japan Agency for Marine-Earth Science and Technology, 2Agency for Meteorology,
Climatology and Geophysics, 3Agency for Assessment and Application of Technology

11:35
AS14-D2-AM2309-003

AS14-A007
Disturbances of Gravity-Wave Class Observed Near Western Coast of Maritime
Continent During MJO Landing and QBO Modification
Manabu D. YAMANAKA1,2#+, Shin-Ya OGINO1,2, Pei-Ming WU1, Jun-Ichi
HAMADA3, Satoru YOKOI1, Ayako SEIKI1, Hugo BELLENGER1, Tomoshige
INOUE3, Shuichi MORI1, Biao GENG1, Qoosaku MOTEKI1, Masaki KATSUMATA1,
Kunio YONEYAMA1, Reni SULISTYOWATI2,4, Sopia LESTARI4, Fadli
SYAMSUDIN4
1Japan Agency for Marine-Earth Science and Technology, 2Kobe University, 3Tokyo
Metropolitan University, 4Agency for Assessment and Application of Technology

106

106

11:50
AS14-D2-AM2309-004

AS14-A001
Diurnal Offshore Migration of Precipitation Zone Over Western Coastal Waters of
Sumatra Island Observed During Pre-YMC Field Campaign
Satoru YOKOI1#+, Shuichi MORI1, Masaki KATSUMATA1, Biao GENG1, KazuakI
YASUNAGA2, Fadli SYAMSUDIN3, Nurhayati NURHAYATI4, Kunio
YONEYAMA1
1Japan Agency for Marine-Earth Science and Technology, 2University of Toyama, 3Agency
for Assessment and Application of Technology, 4Agency for Meteorology, Climatology, andGeophysics

Session Chair(s)Jayakrishnan P.R, University of Malaya

14:00
AS14-D2-PM1309-005

AS14-A003
Observations of Diurnal Convective Activities in Association with the Passage of
Mixed Rossby-Gravity Waves Around the Maritime Continent
Biao GENG1#+, Masaki KATSUMATA1
1Japan Agency for Marine-Earth Science and Technology

14:15
AS14-D2-PM1309-006

AS14-A018
Role of Mesoscale Vortices Over Andaman Sea on the Extreme Rainstorm Events
During Northeast Monsoons in 2014 and 2017 Over Peninsular Malaysia
Sheeba Nettukandy CHENOLI1#+, See Hai OOI1, Azizan Abu SAMAH1, Muhammad
Yunus AHMAD MAZUKI1, Siti SALEHA1, Jayakrishnan P. R.1
1University of Malaya

14:30
AS14-D2-PM1309-007

AS14-A013
Intraseasonal Variation of Morphology of the Vertical Structure of Precipitation
Over Sumatra and Adjoining Oceans Based on Long-Term Measurements of TRMM
PR
Marzuki MARZUKI1#+, Hiroyuki HASHIGUCHI2, Mutya VONNISA1, Harmadi
HARMADI1, Elfira SAUFINA1
1Andalas University, 2Kyoto University

14:45
AS14-D2-PM1309-008

AS14-A004
Microphysical Features of Tropical Convection by Videosonde Observations During
Pre-YMC Field Campaign
Kenji SUZUKI1#+, Katsuhiro NAKAGAWA2, Tetsuya KAWANO3, Shuichi MORI4,
Masaki KATSUMATA4, Kunio YONEYAMA4
1Yamaguchi University, 2National Institute of Information and Communications
Technology, 3Kyushu University, 4Japan Agency for Marine-Earth Science and Technology

15:00
AS14-D2-PM1309-009

AS14-A014
A Convective Rainfall Case Study Using a Regional Ensemble Forecast System
Song GUITING1#+, Xiang-Yu HUANG1, Jeff LO1, Xiangming SUN1, Aurore
PORSON2, Susanna HAGELIN2, Douglas BOYD2
1Centre for Climate Research Singapore, 2Met Office

15:15
AS14-D2-PM1309-010

AS14-A009
Understanding Model Rainfall Bias Through its Representation of Tropical
Convection During a Cold Surge Event Over Singapore
Muhammad Eeqmal HASSIM1#+
1Meteorological Service Singapore

107

107

AS20 / 10th Sasaki Symposium on Data Assimilation for Atmospheric, Oceanic,and Hydrologic Applications
Tue - 08 Aug | MR309
Session Chair(s)Ibrahim HOTEIT, King Abdullah University of Science and Technolog
Xiang-Yu HUANG, Centre for Climate Research Singapore

16:00
AS20-D2-PM2309-001
Invited

AS20-A004“Big Data Assimilation” for 30-Second-Update 100-m-Mesh Numerical Weather
Prediction
Takemasa MIYOSHI1,2#+, Guo-Yuan LIEN1, Masaru KUNII3, Juan RUIZ4, Yasumitsu
MAEJIMA1, Shigenori OTSUKA1, Keiichi KONDO1, Toshiki TERAMURA1, Hiromu
SEKO3, Shinsuke SATOH5, Tomoo USHIO6, Kotaro BESSHO3, Kazumi KAMIDE3,
Hirofumi TOMITA1, Seiya NISHIZAWA1, Tsuyoshi YAMAURA1, Yutaka
ISHIKAWA1
1RIKEN Advanced Institute for Computational Science, 2University of Maryland, 3Japan
Meteorological Agency, 4University of Buenos Aires, 5National Institute of Information andCommunications Technology, 6Osaka University

16:15
AS20-D2-PM2309-002

AS20-A001
An EnVAR System With its Own Analysis Perturbations Using the Block GMRES
Algorithm
Le DUC1#+, Kazuo SAITO2
1Japan Agency for Marine-Earth Science and Technology, 2Japan Meteorological Agency

16:30
AS20-D2-PM2309-003

AS20-A008
Representing the Background Error of TC Intensity and its Impact on TC
Assimilation and Prediction
Thi Hoan NGUYEN1+, Shu-Chih YANG1#, Kuan-Jen LIN1, Yi-Leng CHEN2, HiepNGUYEN3
1National Central University, 2University of Hawaii at Manoa, 3Vietnam Academy of
Science and Technology

16:45
AS20-D2-PM2309-004

AS20-A014
Ensemble Kalman Filtering with One-Step-Ahead Smoothing: Application to StateParameter Estimation and One-Way Coupled Models
Naila RABOUDI1, Boujemaa AIT-EL-FQUIH1, Ibrahim HOTEIT1#+
1King Abdullah University of Science and Technology

17:00
AS20-D2-PM2309-005

AS20-A007
A Comparison of GSI and WRF 3DVar Data Assimilation Using Conventional
Observations and Radar for a Rainstorm During the Annually First Rainy Season ofSouth China
Xing YU1,2#+
1Sun Yat-sen University, 2National University of Singapore

17:15
AS20-D2-PM2309-006

AS20-A006
Impact of Assimilating Thermodynamic Variables in the ENKF System atConvective Scale: An Observing System Simulation Experiments
Kaoshen CHUNG1#+, Chingyin KE1
1National Central University

108

108

17:30
AS20-D2-PM2309-007
Invited

AS20-A013
SINGV Data Assimilation Development and Progress
Xiang-Yu HUANG1#+, Sijin ZHANG1, Bruce MACPHERSON2, Martin MCMILLAN2,
Adam MAYCOCK2, Robert TUBBS2, Graeme KELLY2, Xiangming SUN1
1Centre for Climate Research Singapore, 2Met Office

17:45
AS20-D2-PM2309-008

AS20-A003
Ensemble Transform Sensitivity and Warm-Sector Heavy Rainfall Adaptive
Observation: An Osse Case StudyYu ZHANG1#+, Donghai WANG1, Yuanfu XIE2
1Sun Yat-sen University, 2NOAA Earth System Research Laboratory

AS28 / Precipitation Science and Application of Satellite Data
Tue - 08 Aug | MR308
Session Chair(s)Yukari TAKAYABU, University of Tokyo

14:00
AS28-D2-PM1308-001

AS28-A005
Upgrades to IMERG in the New Versions
George HUFFMAN1#+, David BOLVIN2, Dan BRAITHWAITE3, Kuolin HSU3, Robert
JOYCE4, Chris KIDD5, Eric NELKIN2, Soroosh SOROOSHIAN3, Jackson TAN6,
Pingping XIE7, Gail JACKSON1
1NASA Goddard Space Flight Center, 2Science Systems and Applications Incorporated(SSAI), 3University of California, Irvine, 4Innovim LLC, 5University of Maryland, College
Park, 6Universities Space Research Association (USRA), 7National Oceanic andAtmospheric Administration

14:15
AS28-D2-PM1308-002

AS28-A010
Three-Year Results of the Global Precipitation Measurement (GPM) Mission inJapan
Takuji KUBOTA1#+, Riko OKI1, Kinji FURUKAWA1, Yuki KANEKO1, Moeka
YAMAJI1, Toshio IGUCHI2, Yukari TAKAYABU3, Kenji NAKAMURA4
1Japan Aerospace Exploration Agency, 2National Institute of Information andCommunications Technology, 3The University of Tokyo, 4Dokkyo University

14:30
AS28-D2-PM1308-003
Invited

AS28-A002
Assessment of High-Resolution TRMM-Based Precipitation Data Over Singapore
Jina HUR1#+, Srivatsan RAGHAVAN1, Ngoc Son NGUYEN1, Shie-Yui LIONG1
1National University of Singapore

14:45
AS28-D2-PM1308-004

AS28-A004
Evaluation of GSMaP Rainfall Satellite Data in Association with TC Landing at theCentral Coast of Vietnam
Nga Thi Thanh PHAM1#+, Hang VU THANH2, Kenji NAKAMURA3, Hong QuangNGUYEN1, Duc Anh NGO1
1Vietnam National Satellite Center, 2Vietnam National University, 3Dokkyo University

15:00
AS28-D2-PM1308-005

AS28-A006
A-Priori Database Characteristics Over the Korean Peninsula for Passive Microwave
Rainfall Retrieval
Hwayoung JEOUNG1#+, Yunbok LEE1, Geun-Hyeok RYU1, Jaedong JANG1
1Korea Meteorological Administration

109

109

15:15
AS28-D2-PM1308-006

AS28-A016
APHRODITE-2: Asian Precipitation – Highly Resolved Observational Data
Integration Towards Evaluation of Extreme Events -- Targets and Initial Products –Akiyo YATAGAI1#+, Minami MASUDA1, Kenji KAMIGUCHI2, Kenji TANAKA3,
Atsushi HIGUCHI4, Koichi TOYOSHIMA4
1Hirosaki University, 2Japan Meteorological Agency, 3Kyoto University, 4Chiba University

Session Chair(s)Yukari TAKAYABU, University of Tokyo

16:00
AS28-D2-PM2308-007
Invited

AS28-A008
Enhancing Data Assimilation of GPM Observations
Takemasa MIYOSHI1,2#+, Shunji KOTSUKI1, Koji TERASAKI1, Keiichi KONDO1,
Guo-Yuan LIEN1, Masaki SATOH3, Hirofumi TOMITA1, Eugenia KALNAY2
1RIKEN Advanced Institute for Computational Science, 2University of Maryland, 3The
University of Tokyo

16:15
AS28-D2-PM2308-008

AS28-A001
Annual Occurrence of Pre-Monsoon Drought Over India
W. Timothy LIU1#+, Xiaosu XIE1
1Jet Propulsion Laboratory

16:30
AS28-D2-PM2308-009
Invited

AS28-A020
Goddard Latent Heating Algorithm for GPM: Frontal and Snow Events
Wei-Kuo TAO1#+, Stephen LANG1, Takamichi IGUCHI1,2
1NASA Goddard Space Flight Center, 2University of Maryland

16:45
AS28-D2-PM2308-010

AS28-A023
GPM SLH Latent Heating Algorithm for Extratropical Precipitation Systems
Yukari TAKAYABU1#+, Chie YOKOYAMA1, Atsushi HAMADA1, Shoichi SHIGE2,
Munehisa K. YAMAMOTO2, Moeka YAMAJI3, Takuji KUBOTA3, Yasutaka IKUTA4
1The University of Tokyo, 2Kyoto University, 3Japan Aerospace Exploration Agency, 4Japan
Meteorological Agency

17:00
AS28-D2-PM2308-011
Invited

AS28-A014
Ground Validation of Satellite Precipitation Data: Recent Advances and New
Opportunities Using the 1-km-Scale Network Wegenernet and Radar
Gottfried KIRCHENGAST1,2#+, Sungmin O.1, Juergen FUCHSBERGER1, Ulrich
FOELSCHE1, Katharina SCHROEER1, Alexander KANN3, Reinhard TESCHL4,
Walter PETERSEN5, Pierre-Emmanuel KIRSTETTER6
1University of Graz, 2Chinese Academy of Sciences, 3Zentralanstalt für Meteorologie undGeodynamik, 4Graz University of Technology, 5NASA Goddard Space Flight Center,
6

17:15
AS28-D2-PM2308-012

University of Oklahoma

AS28-A003
Wet Snow Observation with Ground-Based Ka-Radar for GPM DPR Algorithm
Improvement
Kenji NAKAMURA1#+, Yuki KANEKO2, Katsuhiro NAKAGAWA3, Kinji
FURUKAWA2, Kenji SUZUKI4, Riko OKI2
1Dokkyo University, 2Japan Aerospace Exploration Agency, 3National Institute ofInformation and Communications Technology, 4Yamaguchi University

110

110

AS32 / Satellite Data Assimilation and Applications for the Weather Forecasting
Tue - 08 Aug | MR334
Session Chair(s)Myoung Hwan AHN, Ewha Womans University
Kozo OKAMOTO, Japan Meteorological Agency
Chian-Yi LIU, National Central University

16:00
AS32-D2-PM2334-001

AS32-A004
Use of Upper Tropospheric Atmospheric Motion Vectors Derived from Himawari-8
Super Rapid Scans for Tropical Cyclone Nowcasting
Ryo OYAMA1#+, Kazuki SHIMOJI1, Kozo OKAMOTO1
1Japan Meteorological Agency

16:15
AS32-D2-PM2334-002

AS32-A009
The Characteristics of the Real-Time Land Surface Emissivity of the ATMs Data for
Numerical Weather Prediction Model
Jisoo KIM1+, Myoung Hwan AHN1#, Eunjin KIM1
1Ewha Womans University

16:30
AS32-D2-PM2334-003

AS32-A001
A Preliminary Result of the Global MPAS-GSI Model on the Typhoon Predictions
Shu-Ya CHEN1#+, Ching-Yuang HUANG1, Cheng-Peng SHIH1, Wen-Hsin TENG1,
Hsiu-Wen LI1
1National Central University

16:45
AS32-D2-PM2334-004

AS32-A002
Investigation of the Bias Correction of Satellite Data in Regional Numerical Weather
Simulation
Shen-Cha HSU1#+, Chian-Yi LIU1
1National Central University

17:00
AS32-D2-PM2334-005

AS32-A005
Preliminary Results of Observing System Simulation Experiment (OSSE) for FutureSpace-Based Doppler Wind Lidar
Kozo OKAMOTO1#+, Toshiyuki ISHIBASHI1, Shoken ISHII2, Philippe BARON2,
Gamo KYOKA3, Taichu TANAKA1, Takuji KUBOTA4
1Japan Meteorological Agency, 2National Institute of Information and Communications
Technology, 3Fujitsu FIP Corporation, 4Japan Aerospace Exploration Agency

17:15
AS32-D2-PM2334-006

AS32-A008
Assimilation of High-Frequency Microwave Brightness Temperature for Improving
Hydrometeors in Numerical Weather Prediction Model
Kenji TANIGUCHI1#+
1Kanazawa University

17:30
AS32-D2-PM2334-007

AS32-A006
Satellite Data Assimilation in KMA Convective Scale Model
Hyun-Cheol SHIN1#+, Eun Hee LEE1, Jung-Rim LEE1, Eun-Hee KIM1, Hye Young
KIM1, Heejung KANG1, Sangwon JOO1
1Korea Meteorological Administration

17:45
AS32-D2-PM2334-008

AS32-A012
The Impacts of IASI Radiance Assimilation in the KMA Local Model
Hee Jung KANG1#+, Jung-Rim LEE1, Eun-Hee LEE1, Hyun-Cheol SHIN1, Sei Young
PARK1, Sangwon JOO1
1Korea Meteorological Administration
111

111

AS35 / Atmospheric Pollution and Its Effects on Cryospheric Changes Over the
Himalayas and the Tibetan Plateau
Tue - 08 Aug | MR335
Session Chair(s)Shichang KANG, Northwest Institute of Eco-Environment and Resources,Chinese
Academy of Sciences
Qianggong ZHANG, Chinese Academy of Sciences

14:00
AS35-D2-PM1335-001

AS35-A013
Linking Atmospheric Pollution to Cryospheric Changes Over the Third Pole
Shichang KANG1#+, Qianggong ZHANG1, Zhenming JI1, Yang LI1, Jizu CHEN1,
Guoshuai ZHANG1, Chaoliu LI1, Zhiyuan CONG1, Pengfei CHEN1, Junming GUO1,
Jie HUANG1, Lekhendra TRIPATHEE1, Dipesh RUPAKHETI1, Xiaofei LI1, Yulan
ZHANG1, Arnico PANDAY2, Maheswar RUPAKHETI3
1Chinese Academy of Sciences, 2International Centre for Integrated Mountain Development(ICIMOD), 3Institute for Advanced Sustainability Studies (IASS)

14:15
AS35-D2-PM1335-002
Invited

AS35-A021
Air Pollution in South Asia and its Effects on the Cryosphere in the Tibetan Plateau
Zhiyuan CONG1#+
1Chinese Academy of Sciences

14:35
AS35-D2-PM1335-003

AS35-A010
Carbonaceous Aerosol Composition and Their Effect on Atmosphere Over theCentral Himalayas
Pengfei CHEN1#+, Shichang KANG1, Zhenming JI1, Chaoliu LI1, Qianggong
ZHANG1, Junming GUO1
1Chinese Academy of Sciences

14:50
AS35-D2-PM1335-004

AS35-A022
Particulate and Gaseous Air Pollutants in Lumbini, Nepal (Birthplace of the
Buddha) During Pre-Monsoon Season
Dipesh RUPAKHETI1+, Bhupesh ADHIKARY2, Siva Praveen PUPPALA2, Maheswar
RUPAKHETI3, Shichang KANG1#, Qianggong ZHANG1, Zhiyuan CONG1,
Lekhendra TRIPATHEE1, Manish NAJA4, Arnico PANDAY5, Khadak MAHATA6,Mark LAWRENCE6
1Chinese Academy of Sciences, 2International Centre for Integrated Mountain Development,
3

Institute for Advanced Sustainability Studies (IASS), 4Aryabhatta Research Institute ofObservational Sciences, 5International Centre for Integrated Mountain Development(ICIMOD), 6Institute for Advanced Sustainability Studies (IASS), Potsdam
15:05
AS35-D2-PM1335-005

AS35-A012
Seasonal Variations of Organic Molecular Tracers in Atmospheric Aerosols from
Lumbini in the Northern Indo-Gangetic Plain: Influence of Biomass Burning
Xin WAN1,2+, Shichang KANG1, Dipesh RUPAKHETI1, Lekhendra TRIPATHEE1,
Qianggong ZHANG1, Junming GUO1, Pengfei CHEN1, Maheswar RUPAKHETI3,
Arnico PANDAY4, Kimitaka KAWAMURA5, Guangming WU1, Zhiyuan CONG1#
1Chinese Academy of Sciences, 2University of Chinese Academy of Sciences, 3Institute forAdvanced Sustainability Studies (IASS), 4International Centre for Integrated Mountain
Development (ICIMOD), 5Chubu University

112

112

Session Chair(s)Maheswar RUPAKHETI, Institute for Advanced Sustainability Studies (IASS)

16:00
AS35-D2-PM2335-006
Invited

AS35-A002
Modeling of Light Absorbing Particles Effects in the Himalayas
Zhenming JI1#+, Junhua YANG1, Pengfei CHEN1, Zhiyuan CONG1
1Chinese Academy of Sciences

16:20
AS35-D2-PM2335-007

AS35-A027
Impacts of Transport on Seasonal and Interannual Variations on Black Carbon Overthe Tibetan Plateau
Jingxian LIU1#+, Yue WU1, Bingliang ZHUANG1, Tianliang ZHAO2, Ye ZHU1, Han
HAN1
1Nanjing University, 2Nanjing University of Information Science & Technology

16:35
AS35-D2-PM2335-008

AS35-A001
Characteristics of SO2 Over North China Plain Based on the MAX-DOAS
Measurement
Ting WANG1#+, Pucai WANG1, Francois HENDRICK2, Van Roozendael MICHEL2
1Chinese Academy of Sciences, 2Belgian Institute for Space Aeronomy

16:50
AS35-D2-PM2335-009

AS35-A006
Distribution and Climate Effects of Light-Absorbing Impurities in Snow of Glacieron Mt. Yulong, Southeastern Tibetan Plateau
Hewen NIU1#+
1Chinese Academy of Sciences

17:05
AS35-D2-PM2335-010

AS35-A005
Black Carbon and Other Light-Absorbing Impurities from Snow Cover and GlaciersOver the Third Pole Region
Yulan ZHANG1#+
1Chinese Academy of Sciences

17:20
AS35-D2-PM2335-011

AS35-A003
Reevaluating Black Carbon Concentration in the Himalayas and Tibetan Plateau
Chaoliu LI1#+, Shichang KANG1, Pengfei CHEN1, Fangping YAN2, MikaSILLANPÄÄ2
1Chinese Academy of Sciences, 2Lappeenranta University of Technology

17:35
AS35-D2-PM2335-012

AS35-A017
Progresses of Study on Geochemistry of Mercury Over the Cryosphere of Western
China
Jie HUANG1+, Shichang KANG1#, Qianggong ZHANG1, Junming GUO1, Zhiyuan
CONG1
1Chinese Academy of Sciences

113

113

HS21 / Monthly to Seasonal Projection of Extreme Hydrologic Events
Tue - 08 Aug | MR330
Session Chair(s)Ji CHEN, The University of Hong Kong
Hung Soo KIM, Inha University

08:30
HS21-D2-AM1330-001

HS21-A013
Global Precipitation Seasonal Forecast Skills Using Teleconnection Techniques
Linghua QIU1+, Ji CHEN1#
1The University of Hong Kong

08:45
HS21-D2-AM1330-002

HS21-A011
Seasonal Flood Forecasts Using Climate Information
Soojun KIM1#+, Upmanu LALL2, Hung Soo KIM1
1Inha University, 2Columbia University

09:00
HS21-D2-AM1330-003

HS21-A007
Spatio-Temporal Variation of Drought and Flood Events in the East River, South
China
Kairong LIN1#+, Kangming WANG1, Yanhu HE1
1Sun Yat-sen University

09:15
HS21-D2-AM1330-004

HS21-A010
Evaluation the Impact of Climate Change on Waterlogging Risk in Guangzhou City
Han ZHANG1#+, Guoru HUANG1
1South China University of Technology

09:30
HS21-D2-AM1330-005

HS21-A006
Long-Term Streamflow Forecasting with Integration of SWAT Model and a
Random Forest Precipitation Generator
Zhongmin LIANG1#+, Binquan LI1, Tiantian TANG1
1Hohai University

09:45
HS21-D2-AM1330-006

HS21-A002
Different Orders of Markov Chain Models for Precipitation Occurence Simulation:
A Non-Stationary Approach
Pa Ousman BOJANG1+, Pao-Shan YU1#, Chen-Min KUO1, Hung-Wei TSENG1, TaoChang YANG1
1National Cheng Kung University

10:00
HS21-D2-AM1330-007

HS21-A012
Seasonal Forecasting of Air Quality in Hong Kong, China
Ji CHEN1#+, Xiaocan SUN1
1The University of Hong Kong

10:15
HS21-D2-AM1330-008

HS21-A016
Unusual Seasonal and Diurnal Characteristics of Surface Urban Heat Island
Intensity in India
Hiteshri SHASTRI1#+, Subimal GHOSH2, Beas BARIK2
1Charotar University of Science and Technology, 2Indian Institute of Technology Bombay

114

114

IG05 / Coupling in the Whole Earth System
Tue - 08 Aug | MR332
Session Chair(s)Annie VALOVCIN, University of California, Santa Barbara
Toshiro TANIMOTO, University of California, Santa Barbara

16:00
IG05-D2-PM2332-001
InvitedIG05-A004
Dynamic Couplings in Rotational Modes of Free Oscillation in Earth’s Cores: FreeCore Nutation and Axial Torsional Libration
Benjamin Fong CHAO1#+
1Academia Sinica

16:15
IG05-D2-PM2332-002
InvitedIG05-A014
Inferring Environmental Source Properties from Seismic Noise Data
Victor TSAI1#+
1California Institute of Technology

16:30
IG05-D2-PM2332-003

IG05-A001
Land-Atmosphere Coupling as Revealed in Seismic NoiseToshiro TANIMOTO1#+, Annie VALOVCIN1, Jiong WANG1
1University of California, Santa Barbara

16:45
IG05-D2-PM2332-004

IG05-A005
Probing into the Signal Sources of the OBS Data
Emmy Tsui-Yu CHANG1#+, Benjamin Fong CHAO2, Char-Shine LIU1, Yuancheng
GUNG1, Guan-Yu CHEN3
1National Taiwan University, 2Academia Sinica, 3National Sun Yat-sen University

17:00
IG05-D2-PM2332-005

IG05-A009
The Characteristics of Microseisms in South China
Han XIAO1+, Mei XUE1#
1Tongji University

17:15
IG05-D2-PM2332-006
InvitedIG05-A011
Mechanism of Hydroacoustic to Seismic Wave Conversion from Analysis of Seismic
Array Data
Sidao NI1#+
1Chinese Academy of Sciences

17:30
IG05-D2-PM2332-007

IG05-A006
Pre-, Co-, And Postseismic Ionospheric Disturbances
Kosuke HEKI1#+, Liming HE1
1Hokkaido University

17:45
IG05-D2-PM2332-008
InvitedIG05-A017
Electrical Coupling Between Ionosphere and Surface Charges in the Earthquake
Fault Zone
Cheng-Liing KUO1#+, L. C. LEE2, Yi-Ying HO2
1National Central University, 2Academia Sinica

115

115

IG15 / Challenges in Precise Geodetic Data Analysis and Applications
Tue - 08 Aug | MR332
Session Chair(s)Junping CHEN, Shanghai Astronomical Observatory

14:00
IG15-D2-PM1332-001
Invited

IG15-A002
Multi-GNSS Precise Orbit and Clock Determination at GFZZhiguo DENG1#+, Benjamin MAENNEL1, Harald SCHUH1,2
1GFZ German Research Centre for Geosciences, 2Technical University of Berlin

14:15
IG15-D2-PM1332-002

IG15-A011
Analysis of Beidou Satellite Clocks in Orbit Through Two-Way Satellite Time andFrequency
Xiuqiang GONG1#+, Junping CHEN1, Shanshi ZHOU1
1Chinese Academy of Sciences

14:30
IG15-D2-PM1332-003

IG15-A008
Beidou Wide Area Augmentation System Status: Design and Performance
Yueling CAO1#+, Xiaogong HU1, Shanshi ZHOU1, Ran LI1, Chengpan TANG11Chinese Academy of Sciences

14:45
IG15-D2-PM1332-004

IG15-A003
Evaluation of the BDS SIS Performance
Qian CHEN1#+, Junping CHEN1, Yize ZHANG2, Sainan YANG1
1Chinese Academy of Sciences, 2Tongji University

15:00
IG15-D2-PM1332-005
Invited

IG15-A006
The Residual Scatters Analysis of the GPS Data from Crustal Movement
Observation Network of China
Qu WEIJING1#+, Dong DANAN2, Junping CHEN1, Bin WU1, Xuhua ZHOU1
1Chinese Academy of Sciences, 2East China Normal University

15:15
IG15-D2-PM1332-006

IG15-A014
Common-Mode Component Analysis in CMONOC GPS Time Series
Weijie TAN1#+, Junping CHEN2, Dong DANAN3, Bin WU2
1Shanghai Astronomical Observatory of Chinese Academy of Sciences, 2Chinese Academy of
Sciences, 3East China Normal University

IG25 / Multi-dimensional Aspects of Climate Change Over South Asian Region
Tue - 08 Aug | MR332
Session Chair(s)Neloy KHARE, Ministry of Earth Sciences

11:00
IG25-D2-AM2332-001

IG25-A004
Late Quaternary Global Climate and Kachchh Intra-Plate Tectonics Have
Engendered a Young Geological Basin: The Ranns of Kachchh, Western India
Mahesh THAKKAR1#+
1Krantiguru Shyamji Krishna Verma Kachchh University

11:15
IG25-D2-AM2332-002

IG25-A005
Introduction to the Stratigraphic Records of Authigenic Beryllium Isotopes from the
IODP Site U1430 of the East Sea
Kyeong Ja KIM1#+, Yire CHOI1, Gil Young KIM1
1Korea Institute of Geoscience and Mineral Resources

116

116

11:30IG25-D2-AM2332-003

IG25-A002
Mangrove Dynamics and Environmental Changes in the Ganga-Brahmaputra Delta,
India Since Mid-Holocene
Shilpa PANDEY1#+
1Birbal Sahni Institute of Palaeosciences

IG28 / Satellite Land Product Development, Applications and Validation
Tue - 08 Aug | MR332
Session Chair(s)Yunyue YU, NOAA/NESDIS/STAR
Qinhuo LIU, Chinese Academy of Sciences

08:30
IG28-D2-AM1332-001

IG28-A007
Validation of Terrestrial Satellite-Derived Essential Climate Variables: Best Practices
Proposed by the CEOS WGCV Land Product Validation Sub-Group
Fernando CAMACHO DE COCA1#+, Miguel ROMAN2, Jaime NICKESON2, Pierre
GUILLEVIC2, Gabriela SHAEPMAN-STRUB3, Zhousen WANG2
1EOLAB / CEOS LPV, 2National Aeronautics and Space Administration (NASA),
3

University of Zurich

08:45
IG28-D2-AM1332-002
Invited

IG28-A014
Environment Monitoring and Assessment Synergizing Multi-Source Remote
Sensing Data
Qinhuo LIU1#+, Jing LI1, Bo ZHONG11Chinese Academy of Sciences

09:00
IG28-D2-AM1332-003

IG28-A011
Evaluation of Land Surface Temperature in the NCEP Numerical Weather
Prediction Systems with the VIIRS and GOES Products
Weizhong ZHENG1#+, Yihua WU1, Michael EK1, Yunyue YU1, Zhen SONG2
1National Oceanic and Atmospheric Administration, 2University of Maryland, College Park

09:15
IG28-D2-AM1332-004

IG28-A008
GOES-R ABI LST Development and Evaluation
Peng YU1#+, Yunyue YU2, Yuling LIU3
1University of Maryland/ National Oceanic and Atmospheric Administration, 2National
Oceanic and Atmospheric Administration, 3University of Maryland, College Park

09:30
IG28-D2-AM1332-005

IG28-A001
Incorporate Satellite Green Vegetation Fraction and Leaf Area Index Products into
NOAA NEMS System
Yihua WU1#+, Weizhong ZHENG1, Michael EK1, Yunyue YU1, Marco VARGAS1
1National Oceanic and Atmospheric Administration

09:45
IG28-D2-AM1332-006

IG28-A012
Evaluation of MODIS, AATSR and FY-3 VIRR Land Surface Temperature Products
Across the Chinese Landmass
Jin MA1+, Ji ZHOU1#, Xiaodong ZHANG1
1University of Electronic Science and Technology of China

10:00
IG28-D2-AM1332-007
Invited

IG28-A015
Joint Retrieval of Aerosol Optical Depth and Surface Reflectance Over Land Using
Geostationary Satellite Data
Yong XUE1#+
1Chinese Academy of Sciences
117

117

10:15
IG28-D2-AM1332-008

IG28-A010
Status of Land Surface Temperature and Albedo Production for JPSS Satellite
MissionYunyue YU1#+, Yuling LIU2, Dongdong WANG2, Ivan CSISZAR1, Lihang ZHOU1
1National Oceanic and Atmospheric Administration, 2University of Maryland, College Park

118

118

OS12 / Air-sea Interaction Over the Surrounding Waters of the Maritime
Continent
Tue - 08 Aug | MR328
Session Chair(s)Lei ZHOU, Second Institute of Oceanography
Wen ZHOU, City University of Hong Kong

08:30
OS12-D2-AM1328-001
Invited

OS12-A016
Extreme Warm Sea Surface Temperature Anomalies in the Indonesian Australian
Basin
Ming FENG1#+
1Commonwealth Scientific and Industrial Research Organisation

08:45
OS12-D2-AM1328-002
Invited

OS12-A002
Impacts of Global Oceanic Eddies on Precipitation and Sea Surface Wind
Changming DONG1,2#+, Jin-Lin JI3
1Nanjing University of Information Science & Technology, 2University of California, Los
Angeles, 3Xiamen University

09:00
OS12-D2-AM1328-003
Invited

OS12-A004
Biases of Five Latent Heat Flux Products and Their Impacts on Mixed-Layer
Temperature Estimate in the South China Sea
Xin WANG1#+
1Chinese Academy of Sciences

09:15
OS12-D2-AM1328-004

OS12-A003
Watermass Analysis in the Molucca Sea and the Halmahera Sea
Lei ZHOU1#+, Lu WANG2, Lingling XIE2
1Shanghai Jiao Tong University, 2Guangdong Ocean University

09:30
OS12-D2-AM1328-005

OS12-A008
A New Synoptic Scale Resolving Model FAMIL and its Performance in Tropical
Cyclones Simulation: Climatology, Variability, and a Case Study
Jinxiao LI1+, Qing BAO1#, Yimin LIU1, Guoxiong WU1
1Chinese Academy of Sciences

09:45
OS12-D2-AM1328-006

OS12-A009
Water Vapor Transport and Moisture Budget Over East China: Remote Forcing
from the Two Types of El Niño
Xiuzhen LI1#+, Wen ZHOU2, Deliang CHEN3, Chongyin LI4, Jie SONG4
1Sun Yat-sen University, 2City University of Hong Kong, 3University of Gothenburg,
4

10:00
OS12-D2-AM1328-007

Chinese Academy of SciencesOS12-A006
Coupling Between Sea Surface Temperature and Wind Speed Over the Mesoscale
Eddies in the South China Sea
Shuangwen SUN1, Yue FANG2#+
1State Oceanic Administration, 2First Institute of Oceanography, State Oceanic
Administration

10:15
OS12-D2-AM1328-008

OS12-A012
Maritime Continent Modulation on Eastern Indian Ocean - Western Pacific Ocean
Atmospheric Bridge
King Yeung CHEUNG1+, Wen ZHOU1#
1City University of Hong Kong
119

119

OS13 / Dynamics, Change, and Regional Impacts of Indo-pacific Climate
Variability
Tue - 08 Aug | MR329
Session Chair(s)Wenju CAI, Qingdao National Laboratory for Marine Science and Technology

11:00
OS13-D2-AM2329-001
Invited

OS13-A013
Characteristics of ENSO Extremes and the Strong 2015/16 El Niño
Agus SANTOSO1,2#+, Michael MCPHADEN3
1University of New South Wales, 2Commonwealth Scientific and Industrial Research
Organisation, 3National Oceanic and Atmospheric Administration

11:20
OS13-D2-AM2329-002

OS13-A004
Continued Increase of Extreme El Niño Frequency Long After 1.5˚C Warming
Stabilization
Guojian WANG1,2+, Wenju CAI2,3#, Bolan GAN4, Lixin WU4, Agus SANTOSO5,6,
Michael MCPHADEN7, Xiaopei LIN4
1Center for Southern Hemisphere Ocean Research, Commonwealth Scientific and Industrial
Research Organisation, 2Commonwealth Scientific and Industrial Research Organisation
Oceans and Atmosphere, 3Ocean University of China and Qingdao National Laboratory for
Marine Science and Technology, 4Ocean University of China, 5University of New South
Wales, 6Commonwealth Scientific and Industrial Research Organisation, 7National Oceanicand Atmospheric Administration

11:35
OS13-D2-AM2329-003

OS13-A003
Risks of Extreme Positive Indian Ocean Dipole Associated with a 1.5°C Warming
TargetWenju CAI1,2#+, Guojian WANG2,3, Lixin WU4, Agus SANTOSO5,6
1Ocean University of China and Qingdao National Laboratory for Marine Science andTechnology, 2Commonwealth Scientific and Industrial Research Organisation Oceans andAtmosphere, 3Center for Southern Hemisphere Ocean Research, Commonwealth Scientificand Industrial Research Organisation, 4Ocean University of China, 5University of New
South Wales, 6Commonwealth Scientific and Industrial Research Organisation

11:50
OS13-D2-AM2329-004

OS13-A002
The Role of Ocean Dynamical Thermostat in Delaying the El Niño-Like Response
Over the Equatorial Pacific to Climate Warming
Yiyong LUO1#+
1Ocean University of China

12:05
OS13-D2-AM2329-005

OS13-A006
La Niña Modoki Enhances Precipitation Over the Maritime Continent
Deni Okta LESTARI1+, Edy SUTRIYONO1, Sabaruddin SABARUDDIN1, Iskhaq
ISKANDAR1#
1Sriwijaya University

12:20
OS13-D2-AM2329-006

OS13-A010
Inter-Member Variability of the Summer Northwest Pacific Subtropical Anticyclone
in the Ensemble Forecast
Jing MA1#+, Shang-Ping XIE2, Haiming XU1
1Nanjing University of Information Science & Technology, 2University of California San
Diego

120

120

Session Chair(s)Wenju CAI, Qingdao National Laboratory for Marine Science and Technology
Guojian WANG, Center for Southern Hemisphere Ocean Research, Commonwealth
Scientific and Industrial Research Organisation

14:00
OS13-D2-PM1329-007
Invited

OS13-A018
A Western-Pole Controlled Indian Ocean Dipole Event in 2015 Modulated by LongTerm Variability
Yan DU1#+, Lianyi ZHANG1
1Chinese Academy of Sciences

14:20
OS13-D2-PM1329-008

OS13-A015
Variability of Sea Level Anomalies in Western Pacific During La Nina Events with
Negative Indian Ocean Dipole
Fuwen QIU1#+
1State Oceanic Administration

14:35
OS13-D2-PM1329-009

OS13-A014
Possible Roles of IODM, ENSO and SAM on Monsoon Variability
Ramesh KRIPALANI1#+, Amita PRABHU1, Preethi BHASKAR1
1Indian Institute of Tropical Meteorology

14:50
OS13-D2-PM1329-010

OS13-A008
Upper Ocean Response to Tropical Cyclone Phailin (2013) Over the Freshwater
Plume in the Northern Bay of Bengal
Yun QIU1#+, Xinyu LIN1
1State Oceanic Administration

15:05
OS13-D2-PM1329-011

OS13-A007
Evaluation of Sea Surface Temperature Diurnal Variation Models Against MTSAT1R Data in the Tropical Warm Pool
Haifeng ZHANG1#+, Helen BEGGS2, Hua WANG1, Jose RODRIGUEZ3, Livia
THORPE4, Michael BRUNKE5, Leon MAJEWSKI2, Andrew KISS1
1University of New South Wales, 2Australian Bureau of Meteorology, 3Met Office Hadley
Centre, 4UK Met Office, 5University of Arizona

OS14 / Tropical Cyclone-ocean Interactions
Tue - 08 Aug | MR329
Session Chair(s)Chunzai WANG, South China Sea Institute of Oceanography
Guihua WANG, Fudan University

08:30
OS14-D2-AM1329-001
Invited

OS14-A014
Effect of Air-Sea Interaction on Tropical Cyclone Intensity: An Idealized Model
Study
Johnny CHAN1#+, Xiaohui ZHAO1
1City University of Hong Kong

08:45
OS14-D2-AM1329-002
Invited

OS14-A015
Is the Observed Poleward Migration of Maximum Intensity Position of Tropical
Cyclones Linked with the Natural Variability or Anthropogenic Warming?
Il-Ju MOON1#+, Jihui KIM1, Sung Hun KIM2
1Jeju National University, 2National Typhoon Center

121

121

09:00OS14-D2-AM1329-003

OS14-A012
Tropical Cyclone-Ocean Interaction and Global Warming
I-I LIN1#+, Ping HUANG2, Chun-An SHI1, Chun-Chi LIEN1
1National Taiwan University, 2Chinese Academy of Sciences

09:15
OS14-D2-AM1329-004

OS14-A025
Air-Sea Interaction in Tropical Cyclones: Integrated Observation and ModelingApproachShuyi S. CHEN1#+
1University of Miami

09:30
OS14-D2-AM1329-005

OS14-A017
Ocean Internal Tide as a Killer for Intense Tropical Cyclones in the South China Sea
Shoude GUAN1#+, Jiwei TIAN2, Fei-Fei JIN3,4, I-I LIN5, Iam Fei PUN5, John
HUTHNANCE6
1Chinese Academy of Sciences, 2Ocean University of China, 3University of Hawaii, 4Chinese
Meteorological Agency, 5National Taiwan University, 6National Oceanography Centre

09:45
OS14-D2-AM1329-006

OS14-A006
Tropical Cyclone Intensity Forecasts in the Western North Pacific with a HighResolution Coupled Model
Kosuke ITO1#+, Masahiro SAWADA2, Munehiko YAMAGUCHI2
1University of the Ryukyus, 2Japan Meteorological Agency

10:00
OS14-D2-AM1329-007

OS14-A001
Co-Variability of Tropical Cyclones in the Western Hemisphere
Chunzai WANG1#+
1South China Sea Institute of Oceanology

Session Chair(s)I-I LIN, National Taiwan University

16:00
OS14-D2-PM2329-008

OS14-A008
Intensified Inter-Annual Relationship Between Summer Tropical Cyclone
Frequency Over the Western North Pacific and El Niño-Southern Oscillation Afterthe Late-1990s
Haikun ZHAO1#+, Chunzai WANG2
1Nanjing University of Information Science & Technology, 2South China Sea Institute of
Oceanology

16:15
OS14-D2-PM2329-009

OS14-A011
Observed Evidence of the Upper Ocean Responses and Interactions of Super
Typhoon Soudelor (2015) with Mesoscale Ocean Features
Lei ZHOU1#+, Zenghong LIU2, Minjie CAO2, Chaohui SUN2, Shaolei LU2
1Shanghai Jiao Tong University, 2Second Institute of Oceanography

16:30
OS14-D2-PM2329-010

OS14-A003
Upper Ocean Response to Typhoon Kalmaegi (2014) and Rammasun (2014)
Han ZHANG1,2#+, Dake CHEN1, Lei ZHOU3, Xiaohui LIU1, Daoxun KE1
1State Oceanic Administration, 2Xiamen University, 3Shanghai Jiao Tong University

16:45
OS14-D2-PM2329-011

OS14-A019
Observed Three-Dimensional Structure of Ocean Cooling Induced by PacificTropical Cyclones
Guihua WANG1#+, Linwei WU2, Nathaniel JOHNSON3, Zheng LING2
1Fudan University, 2State Oceanic Administration, 3University of Hawaii
122

122

17:00OS14-D2-PM2329-012

OS14-A009
Development of a Regional Coupled Atmosphere-Ocean Assimilation System Basedon NHM-LETKF
Akiyoshi WADA1#+, Masaru KUNII1
1Japan Meteorological Agency

17:15
OS14-D2-PM2329-013

OS14-A010
Parameterizing SST Cooling Induced by Tropical Cyclones
Jun WEI1#+
1Peking University

17:30
OS14-D2-PM2329-014

OS14-A020
The Development of Operational Multi-Scale Storm Surge Inundated Model and theBoulders Moved by Storm Waves
Tso-Ren WU1#+, Yu-Lin TSAI1, Chuen-Teyr TERNG2
1National Central University, 2Central Weather Bureau

17:45
OS14-D2-PM2329-015

OS14-A023
Modelling Sea Spray Fluxes Using a Coupled Atmosphere-Wave Model
Nikhil GARG1#+, Ng Yin KWEE1, Srikanth NARASIMALU1
1Nanyang Technological University

OS17 / Challenges in Coastal Management Under Variable Oceanographic
Forcings
Tue - 08 Aug | MR328
Session Chair(s)Charles LEMCKERT, University of Canberra
Pavel TKALICH, National University of Singapore

11:00
OS17-D2-AM2328-001

OS17-A001
A Comparison of Eutrophication Impacts in Two Contrasting Coastal Waters
Jie XU1#+
1Chinese Academy of Sciences

11:15
OS17-D2-AM2328-002

OS17-A003
Wind-Induced Dynamics in the Persian Gulf
Md Mobassarul HASAN1#+, Quang-Hung LUU1, Jungwook LEE2, Myung Eun LEE2,
Pavel TKALICH1
1National University of Singapore, 2Hyundai Engineering & Construction Co. Ltd

11:30
OS17-D2-AM2328-003

OS17-A004
Predicting 100-Year Changes in Storm Surge Flood Risk Due to the Interplay of
Coastal Oceanographic Forcing, Estuary Morphological Change, and Adaptive
Management
Jon FRENCH1#+
1University College London

11:45
OS17-D2-AM2328-004

OS17-A005
Optimal Design and Nearshore Hydro-Morphodynamic Modelling by
Minimization Principle
Frederic BOUCHETTE1#+, Bijan MOHAMMADI1
1University of Montpellier

123

123

12:00OS17-D2-AM2328-005

OS17-A007
In Situ Observations of the Shelf Bottom Boundary Layer and Implications for theCatchability of Spanner Crabs (Ranina Ranina)
David SPENCER1#, Charles LEMCKERT1,2+, Shing Yip LEE1, Ian BROWN3
1Griffith University, 2University of Canberra, 3Fisheries Queensland

OS19 / Estuarine and Coastal Oceanography: Modelling, Observations, Physics
and BiogeochemistryTue - 08 Aug | MR328
Session Chair(s)Chai Heng LIM, University of Malaya
Emil STANEV, Helmholtz-Zentrum Geesthacht Centre for Materials and Coastal Research

14:00
OS19-D2-PM1328-001

OS19-A028
Field Measurement of Boundary Layer Flow Over a Reef
Anabel GAMMARU1#+, Cesar VILLANOY1, Leilani SOLERA1
1University of the Philippines

14:15
OS19-D2-PM1328-002

OS19-A016
Oceanographic Observations in Pago Bay, Guam
Atsushi FUJIMURA1#+, Margaret MCMANUS2, Christina COMFORT2, Gordon
WALKER2, Chris OSTRANDER2, Terry DONALDSON1
1University of Guam, 2University of Hawaii

14:30
OS19-D2-PM1328-003

OS19-A006
Impacts of Tide-River Dynamics on the Change of Flood Stage Profile in the Pearl
River Channel Networks
Huayang CAI1#+, Xin WANG2, Qingshu YANG1
1Sun Yat-sen University, 2Guangdong Hydropower Planning and Design Institute

14:45
OS19-D2-PM1328-004

OS19-A010
Simulation on the Effects of Suspended Sediment Matters Induced by High Riverine
Discharge on Coastal Mixing
Yasuhiro HOSHIBA1#+, Yoshimasa MATSUMURA2, Hiroyasu HASUMI1, Sachihiko
ITOH1, Yoh YAMASHITA3
1The University of Tokyo, 2Hokkaido University, 3Kyoto University

15:00
OS19-D2-PM1328-005

OS19-A011
Seasonal Variability of Wave and Current Induced by High Waves in Haeundae
Hak Soo LIM1#+, Mujong KIM1, Jae-Seol SIM1
1Korea Institute of Ocean Science & Technology

15:15
OS19-D2-PM1328-006

OS19-A026
Generation of Internal Waves by a Semidiurnal Barotropic Kelvin Wave Over WideContinental Shelves
Alexander YANKOVSKY1#+
1University of South Carolina

Session Chair(s)Sung Yong KIM, Korea Advanced Institute of Science and Technology
Atsushi FUJIMURA, University of Guam

16:00
OS19-D2-PM2328-007

OS19-A009
Sea Surface Wind Vector Correction Using HF Radar
Yukiharu HISAKI1#+
1University of the Ryukyus
124

124

16:15OS19-D2-PM2328-008

OS19-A024
Spectral Descriptions of Submesoscale Surface Circulation in a Coastal Region Off
the East Coast of Korea
Jang Gon YOO1, Sung Yong KIM1#+
1Korea Advanced Institute of Science and Technology

16:30
OS19-D2-PM2328-009

OS19-A022
Response of Phytoplankton Biomass in NSCS to Dynamic Nutrients Inputs in
SummerZeting XU1#+, Shiyu LI1, Jia-Tang HU1
1Sun Yat-sen University

16:45
OS19-D2-PM2328-010

OS19-A007
Secondary Circulation Asymmetry in a Meandering, Partially Stratified Estuary
Emil STANEV1#+, Johannes PEIN1, Arnoldo VALLE-LEVINSON2
1Helmholtz-Zentrum Geesthacht (HZG), 2University of Florida

17:00
OS19-D2-PM2328-011

OS19-A017
Physical Processes on Oxygen Dynamics in the North-Eastern Baltic Sea
Taavi LIBLIK1#+, Stella-Theresa STOICESCU1, Urmas LIPS1, Maris SKUDRA2
1Tallinn University of Technology, 2Latvian Institute of Aquatic Ecology

17:15
OS19-D2-PM2328-012

OS19-A003
A Cabled Observatory System to Monitor Biological, Chemical, Physical Parameterfor Understanding Planktonic Biodiversity
Hidekatsu YAMAZAKI1#+, Scott GALLAGER2, Mamoru TANAKA1, Kunihisa
YAMAGUCHI3
1Tokyo University of Marine Science and Technology, 2Woods Hole Oceanographic
Institution, 3Tokyo Metropolitan Government

17:30
OS19-D2-PM2328-013

OS19-A029
Spatio-Temporal Characterization of Dissolved Organic Carbon for Coastal Waters
Off Sarawak, Borneo from Space
Nivedita SANWLANI1#+, Nagur CHERUKURU2, Patrick MARTIN1, Moritz
MULLER3, Aazani MUJAHID4
1Nanyang Technological University, 2Commonwealth Scientific and Industrial Research
Organisation, 3Swinburne University, 4Universiti Malaysia Sarawak

17:45
OS19-D2-PM2328-014

OS19-A018
Effects of Turbulent Bursting Events on High Suspended Sediment Concentrationsof the Southern Yellow Sea, China
Jilian XIONG1+, Ya Ping WANG1#
1Nanjing University

125

125

PS05-13 / Science and Exploration of Mars and Venus
Tue - 08 Aug | MR310
Session Chair(s)Shuanggen JIN, Shanghai Astronomical Observatory

08:30
PS05-13-D2AM1-310-001

PS05-13-A001
Long-Term Variability of Martian Thermospheric Density from Multi-Satellite
Accelerometers Observations
Shuanggen JIN1#+, Jiandong LIU1
1Chinese Academy of Sciences

08:45
PS05-13-D2AM1-310-002

PS05-13-A026
Science Highlights from MAVEN/IUVS After Two Years in Mars Orbit
Sonal JAIN1#+, Nick SCHNEIDER1, Justin DEIGHAN1, Arnaud STIEPEN2, FranckLEFÈVRE3, Hannes GRÖLLER4, Matteo CRISMANI1, Michael CHAFFIN1, Ian
STEWART1, John CLARKE5, Majd MAYYASI5, Joseph EVANS6, Michael STEVENS7,
Jean-Yves CHAUFRAY3, William MCCLINTOCK1, Gregory HOLSCLAW1, Franck
MONTMESSIN8, Roger YELLE4, Daniel LO4, Bruce JAKOSKY1
1University of Colorado Boulder, 2Université de Liège, 3University Pierre et Marie Curie,
4

University of Arizona, 5Boston University, 6Computational Physics, Inc., 7Naval ResearchLaboratory, 8University of Versailles Saint-Quentin-en-Yvelines
09:00
PS05-13-D2AM1-310-003
Invited

PS05-13-A004
Effects of X-Ray Flares on the Ionosphere and Human Exploration to Mars
S.A. HAIDER1#+, Inez BATISTA2, Mangalathayil ABDU3, Thirupathaiah
POTHURAJU1, Siddhi Y. SHAH1
1Physical Research Laboratory, 2National Institute for Space Research, 3Instituto Nacionalde Pesquisas Espaciais

09:15
PS05-13-D2AM1-310-004

PS05-13-A016
Vertical and Lateral Electron Content in the Martian Ionosphere as Observed by the
MEX Radio Science Experiment MaRSMartin PATZOLD1#+, Kerstin PETER1, Silvia TELLMANN2, Michael K. BIRD3, Bernd
HAEUSLER4
1University of Cologne, 2Rhenish Institute for Environmental Research, 3University ofBonn, 4Universität der Bundeswehr München

09:30
PS05-13-D2AM1-310-005
Invited

PS05-13-A022
Data Assimilation of the Martian Atmosphere Using the LMD GCM and a Kalman
FilterEhouarn MILLOUR1#+, Francois FORGET1, Thomas NAVARRO1
1University Pierre et Marie Curie

09:45
PS05-13-D2AM1-310-006

PS05-13-A009
Modeling Of Dust Climate On Mars
Keith K. C. CHOW1#+, Kwing Lam CHAN1, Jing XIAO1
1Macau University of Science & Technology

10:00
PS05-13-D2AM1-310-007
Invited

PS05-13-A010
High Altitude Dust at Mars and Its Detection from Future Orbiter Platform
Jayesh PABARI1#, S.A. HAIDER1, Kinsuk ACHARYYA1+, Rajesh Kumar SINGH2,
Ajai KUMAR2, Abhigna JADAV3, Bhavinkumar PANDYA4
1Physical Research Laboratory, 2Institute for Plasma Research, 3VVP Engineering College,
4

C. U. Shah Science College

126

126

10:15
PS05-13-D2AM1-310-008

PS05-13-A006
Mars Rover and Orbiter Joint Positioning with Same-Beam VLBI Technique
Yong HUANG1#+, Peijia LI1, Qinghui LIU1
1Chinese Academy of Sciences

Session Chair(s)Prakash CHAUHAN, Space Application Centre

11:00
PS05-13-D2AM2-310-009
Invited

PS05-13-A030
Prototype Development of Langmuir Probe Experiment (LPEX) for a Future Mars
MissionDurga Prasad KARANAM1#+, Sanjeev MISHRA1, Chandan KUMAR1, S.A. HAIDER1
1Physical Research Laboratory

11:15
PS05-13-D2AM2-310-010

PS05-13-A021
An Improved Retarding Potential Analyzer (RPA) for Future Mars Missions
Chandan KUMAR1#+, Sanjeev MISHRA1, Durga Prasad KARANAM1, Thirupathaiah
POTHURAJU1, S.A. HAIDER1
1Physical Research Laboratory

11:30
PS05-13-D2AM2-310-011
Invited

PS05-13-A035
Cloud Variability Over Martian Volcanoes Observed by Indian Mars Orbiter
Mission (MOM) Using Mars Colour Camera
Prakash CHAUHAN1#+, Nirmala JAIN1, Nivedita SANWLANI2
1Indian Space Research Organisation, 2Nanyang Technological University

11:45
PS05-13-D2AM2-310-012

PS05-13-A029
Morphologic and Morphometric Study of Pitted Mounds in Southern Acidalia
Planitia, Mars
Ryodo HEMMI1#+, Hideaki MIYAMOTO1
1The University of Tokyo

12:00
PS05-13-D2AM2-310-013

PS05-13-A015
The Lonar Crater, India-An Analog for Mars and Its Basaltic Alteration
Dwijesh RAY1#+
1Physical Research Laboratory

12:15
PS05-13-D2AM2-310-014

PS05-13-A037
Carbon Reservoir History of Mars Constrained by Atmospheric Isotopic
Measurements and Carbonate Remote Sensing
Renyu HU1#+
1Jet Propulsion Laboratory, California Institute of Technology

Session Chair(s)Juergen OBERST, German Aerospace Center

14:00
PS05-13-D2PM1-310-015

PS05-13-A032
The Cool and Distant Formation of Mars
Ramon BRASSER1#+, Stephen MOJZSIS2, Soko MATSUMURA3, Shigeru IDA4
1Earth Life Science Institute, 2University of Colorado Boulder, 3University of Dundee,
4

14:15
PS05-13-D2PM1-310-016

Tokyo Institute of Technology

PS05-13-A036
TES Footprint Mapping to Mars
Eman ALTENEIJI1#+, Michael SMITH2, Christopher EDWARDS3
1Mohammed Bin Rashid Space Centre, 2NASA Goddard Space Flight Center, 3Northern
Arizona University
127

127

14:30
PS05-13-D2PM1-310-017
Invited

PS05-13-A041
MMX in the Context of ISAS Small Body Mission Series
Masaki FUJIMOTO1#+
1Japan Aerospace Exploration Agency

14:45
PS05-13-D2PM1-310-018

PS05-13-A039
MAVEN/IUVS Observations of the Reflectance Spectrum of Phobos
Michael CHAFFIN1#+, Justin DEIGHAN1, Nick SCHNEIDER1, William
MCCLINTOCK1, Ian STEWART1, Gregory HOLSCLAW1, Sonal JAIN1, Matteo
CRISMANI1, Arnaud STIEPEN2, John CLARKE3, Franck MONTMESSIN4, Bruce
JAKOSKY1
1University of Colorado Boulder, 2Université de Liège, 3Boston University, 4University of
Versailles Saint-Quentin-en-Yvelines

15:00
PS05-13-D2PM1-310-019

PS05-13-A038
Dephine – The Deimos and Phobos Interior Explorer – A Proposal to ESA's Cosmic
Vision Program
Juergen OBERST1#+, Kai WICKHUSEN1, Konrad WILLNER1
1German Aerospace Center (DLR)

15:15
PS05-13-D2PM1-310-020

PS05-13-A042
Observation Plans for Hydrated Minerals and Carbonaceous Materials on Phobos
and Deimos by Near-Infrared Hyperspectral Imager Macromega
Takahiro IWATA1#+, Tomoki NAKAMURA2, Jean-Pierre BIBRING3, Vincent
HAMM3, Cedric PILORGET3, Takeshi SAKANOI2, Hiromu NAKAGAWA2, Sarah
CRITES1
1Japan Aerospace Exploration Agency, 2Tohoku University, 3University of Paris-Sud

Session Chair(s)Takeshi IMAMURA, University of Tokyo

16:00
PS05-13-D2PM2-310-021
Invited

PS05-13-A027
Cloud-Top Altimetry of Venus with Akatsuki IR2
Takehiko SATOH1#+, Takao M. SATO1, Yeon Joo LEE1, George HASHIMOTO2,
Kosuke TAKAMI3, Yasumasa KASABA3
1Japan Aerospace Exploration Agency, 2Okayama University, 3Tohoku University

16:15
PS05-13-D2PM2-310-022

PS05-13-A034
Radio Holographic Analysis of Venus Radio Occultation Data
Takeshi IMAMURA1#+, Mayu MIYAMOTO1, Hiroki ANDO2, Bernd HÄUSLER3,
Martin PÄTZOLD4, Silvia TELLMANN4, Toshitaka TSUDA5, Yuichi AOYAMA6
1The University of Tokyo, 2Kyoto Sangyo University, 3University of the Bundeswehr
Munich, 4Rhenish Institute for Environmental Research, 5Kyoto University, 6National
Institute of Polar Research

16:30
PS05-13-D2PM2-310-023

PS05-13-A005
Radio Occultation Measurements in Akatsuki Mission
Hiroki ANDO1#+, Takeshi IMAMURA2
1Kyoto Sangyo University, 2The University of Tokyo

16:45
PS05-13-D2PM2-310-024

PS05-13-A023
Fine Structures in the Venus Cloud Layer Revealed by Vera on Venus Express
Silvia TELLMANN1#+, Bernd HÄUSLER2, Martin PÄTZOLD1, Stefan REMUS3,
Michael K. BIRD4, Janusz OSCHLISNIOK1
1Rhenish Institute for Environmental Research, 2University of the Bundeswehr Munich,3

European Space Agency, 4University of Bonn
128

128

17:00
PS05-13-D2PM2-310-025

PS05-13-A033
The Venusian Crustal Thickness and its Implication for the Formation of Tesserae
Jinshui HUANG1#+, An YANG1, Daiyun WEI1
1University of Science and Technology of China

17:15
PS05-13-D2PM2-310-026

PS05-13-A025
The Electric Wind of Venus: A Global and Persistent “Polar Wind” Like Ambipolar
Electric Field Sufficient for the Direct Escape of Heavy Ionospheric Ions
Glyn COLLINSON1#+, Rudy FRAHM2, Alex GLOCER1, Andrew COATES3, Joseph
GREBOWSKY4, Stas BARABASH5, Andrei FEDOROV6, Yoshifumi FUTAANA5, Lin
GILBERT3, George KHAZANOV1, Tom NORDHEIM7, David MITCHELL8, Thomas
MOORE1, William PETERSON9, Tielong ZHANG10,11, John WINNINGHAM2
1NASA Goddard Space Flight Center, 2Southwest Research Institute, 3University College
London, 4National Aeronautics and Space Administration, 5Swedish Institute of Space
Physics, 6National Center for Scientific Research/ University of Toulouse, 7Jet Propulsion
Laboratory, California Institute of Technology, 8University of California, Berkeley,
9

University of Colorado Boulder, 10Austrian Academy of Sciences, 11University of Scienceand Technology of China
17:30
PS05-13-D2PM2-310-027

PS05-13-A013
Characteristic of Polar Dipoles Seen by LIR Onboard the Venus Orbiter Akatsuki
Mao TAKAMURA1#+, Makoto TAGUCHI1, Tetsuya FUKUHARA1, Toru
KOUYAMA2, Takeshi IMAMURA3, Takao M. SATO4, Masahiko FUTAGUCHI5,
Takeru YAMADA1, Masato NAKAMURA4, Naomoto IWAGAMI6, Makoto
SUZUKI4, Munetaka UENO7, Mitsuteru SATO8, George HASHIMOTO9, Seiko
TAKAGI10
1Rikkyo University, 2National Institute of Advanced Industrial Science and Technology,
3

The University of Tokyo, 4Japan Aerospace Exploration Agency, 5Toho University, 6Senshu

University, 7Kobe University, 8Hokkaido University, 9Okayama University, 10Tokai
University
17:45
PS05-13-D2PM2-310-028

PS05-13-A018
Ballooning for Venus Mission
Kinsuk ACHARYYA1#+, S.A. HAIDER1, Shiv Kumar GOYAL1
1Physical Research Laboratory

SE04 / Geomorphology and Neotectonics of Asia-Pacific Regions
Tue - 08 Aug | MR311
Session Chair(s)Xuhua SHI, Nanyang Technological University
Huiping ZHANG, China Earthquake Administration

11:00
SE04-D2-AM2311-001
Invited

SE04-A018
Variable Coupling and Moderate Ruptures at the Boundary Between the 2004 and2005 Great Ruptures of the Sunda Megathrust Off Sumatra
Aron MELTZNER1#+, Paul MORGAN1, Louisa TSANG1, Lujia FENG1, Eric
LINDSEY1, Emma HILL1
1Nanyang Technological University

11:15
SE04-D2-AM2311-002

SE04-A016
Late Quaternary Slip Rates and Vectors on the Median Tectonic Line Active Fault
Zone in Eastern Shikoku, Southwest Japan
Hideaki GOTO1#+
1Hiroshima University
129

129

11:30SE04-D2-AM2311-003

SE04-A023
Are Sediment Loads of Insular South East Asia Overestimated? - Clues from Borneo
Edgardo LATRUBESSE1#+, Edward PARK1, Samia AQUINO1, Jana LIM1
1Nanyang Technological University

11:45
SE04-D2-AM2311-004

SE04-A007
Cenozoic Uplift of the Qilian Shan in the Northeastern Margin of the Tibetan
Plateau
Weitao WANG1#+, Dewen ZHENG1, Zhang PEI-ZHEN1, Caicai LIU1, Wenjun
ZHENG2, Daoyang YUAN1, Huiping ZHANG1, Jianzhang PANG1
1China Earthquake Administration, 2Sun Yat-sen University

12:00
SE04-D2-AM2311-005

SE04-A010
Characterizing the Transient Geomorphic Response to Base Level Fall in the
Northeastern Tibetan Plateau
Huiping ZHANG1#+, Eric KIRBY2, John PITLICK3, Robert ANDERSON3, Peizhen
ZHANG4
1China Earthquake Administration, 2Oregon State University, 3University of Colorado
Boulder, 4Sun Yat-Sen University

12:15
SE04-D2-AM2311-006

SE04-A008
Earthquake Spatio-Temporal Migration in Northeastern Tibetan Plateau: Insightsfrom a Geodynamic Model
Yunqiang SUN1+, Gang LUO1#
1University of Chinese Academy of Sciences

Session Chair(s)Huiping ZHANG, China Earthquake Administration
Renjie ZHOU, The University of Queensland

14:00
SE04-D2-PM1311-007
Invited

SE04-A020
Multiple Seismic Terrace Uplifts Along the MFT, in Eastern Nepal, Imaged by a
100km-Long Lidar Survey
Cagil KARAKAS1#+, Paul TAPPONNIER1, Soma Nath SAPKOTA2, Paramesh
BANERJEE1, Sorvigenaleon ILDEFONSO1, Laurent BOLLINGER3, Yann KLINGER4,
Magali RIZZA5, Aurelie COUDURIER-CURVEUR1
1Nanyang Technological University, 2Department of Mines and Geology, 3Commission for
Atomic Energy and Alternative Energies, 4Institut de Physique du Globe de Paris,
5

European Centre for Research and Teaching of Geosciences of the Environment (CEREGE)

14:15
SE04-D2-PM1311-008

SE04-A022
River Longitudinal Profiles and Basin-Wide Erosion Rates Along the Ailao Shan
Shear Zone, SE Tibetan Plateau
Yang WANG1#+, Lindsay SCHOENBOHM2, Bo ZHANG1, Darryl GRANGER3,
Renjie ZHOU4, Jinjiang ZHANG1, Jianjun HOU1
1Peking University, 2University of Toronto, 3Purdue University, 4University of Queensland

14:30
SE04-D2-PM1311-009

SE04-A011
Pleistocene Rapid Exhumation of the Diancang Shan, Southeast of the Eastern
Himalayan Syntaxis: Implications for the Episodic Acceleration of the Red River
Fault
Xuhua SHI1#+, Erchie WANG2, Rafael ALMEIDA1, Dewen ZHENG3, Chun FAN4,
Gang WANG5
1Nanyang Technological University, 2Chinese Academy of Sciences, 3China Earthquake
Administration, 4China University of Geosciences, 5Chengdu University of Technology
130

130

14:45SE04-D2-PM1311-010
Invited

SE04-A006
Tectonic and Topographic Evolution of the Namche Barwa Syntaxis, Eastern
Himalayan
Rong YANG1#+
1Zhejiang University

15:00
SE04-D2-PM1311-011

SE04-A021
Investigating How the Fault Geometries and Fold Growth Affect the Surface
Process Using 3D Numerical Models and Natural Examples
Zhigang LI1#+, Dong JIA2, Wei CHEN3, Wenjun ZHENG1, Zhang PEI-ZHEN4, Shiqin
LI3, Chuang SUN2, Tao LI1, Jianguo XIONG1, Zheng GONG1, Yipeng ZHANG1
1Sun Yat-sen University, 2Nanjing University, 3Southwest Petroleum University, 4China
Earthquake Administration

SE12 / Preparation Process of Great Earthquakes and Related Phenomena:
Observations and Debates on Potential Precursory Anomalies at Different
Spatial-temporal Scales
Tue - 08 Aug | MR311
Session Chair(s)Hongfeng YANG, Chinese University of Hong Kong
Bin CHEN, Institute of Geophysics, China Earthquake Administration

08:30
SE12-D2-AM1311-001

SE12-A001
A Mechanism for Slow Slip Prior to Devastating Earthquakes
Deepa MELE VEEDU1#+, Sylvain BARBOT1
1Nanyang Technological University

08:45
SE12-D2-AM1311-002

SE12-A005
GPS and InSAR Imaging of Early Afterslip Evolution of the 2015 Mw 7.8 Gorkha
Earthquake
Guoyan JIANG1#+, Yuebin WANG2, Yangmao WEN3, Yajing LIU4, Caijun XU3, Xiwei
XU2
1The Chinese University of Hongkong, 2China Earthquake Administration, 3Wuhan
University, 4McGill University

09:00
SE12-D2-AM1311-003
Invited

SE12-A013
Seismogenic Width Controls Aspect Ratios of Earthquake Ruptures
Hongfeng YANG1#+, Huihui WENG1
1Chinese University of Hong Kong

09:15
SE12-D2-AM1311-004

SE12-A016
Postseismic Process of Moderate and Large Interplate Earthquakes within the
Source Area of the Megathrust Earthquakes Along the Nankai Trough
Mamoru HYODO1, Ryoichiro AGATA1, Tsuyoshi ICHIMURA2, Takane HORI1#+
1Japan Agency for Marine-Earth Science and Technology, 2The University of Tokyo

09:30
SE12-D2-AM1311-005
Invited

SE12-A002
Interseismic Crustal Deformation in Central Nepal Himalaya Prior to 25 April
Gorkha, Mw 7.8 Earthquake
P.S. SUNIL1#+, Sreejith K. M.2, Ajish P. SAJI1, D.S. RAMESH1
1Indian Institute of Geomagnetism, 2Indian Space Research Organisation

131

131

09:45
SE12-D2-AM1311-006

SE12-A006
Complete Implementation of Green's Function Based Time Reverse Imaging inTsunami Source Inversion
Md Jakir HOSSEN1#+, Phil CUMMINS2, Kenji SATAKE3
1BRAC University, 2Australian National University, 3The University of Tokyo

10:00
SE12-D2-AM1311-007

SE12-A011
Chinese Mobile Geomagnetic Monitoring Array
Bin CHEN1#+, Jiehao YUAN1, Zhe NI2, Shuanggui CHEN3, Zhendong WANG1
1China Earthquake Administration, 2Earthquake Administration of Yunnan Province,3

Earthquake Administration of Gansu Province

SE13 / Tectonics, Geochronology and Mineral Resources of Asia Pacific Region
Tue - 08 Aug | MR327
Session Chair(s)Khin ZAW, Tasmania University
Kotaro YONEZU, Kyushu University

14:00
SE13-D2-PM1327-001

SE13-A001
Mineralogical Studies of Gold Ores from the Kyaukpazat Mine, Kawlin-Wuntho
District, Northern Myanmar
Cho Cho AYE1#+, Ye Myint SWE2
1East Yangon University, 2Ministry of Mines

14:15
SE13-D2-PM1327-002

SE13-A021
Multiple Magma Generation in East Central Indochina Block During Phanezozoic
and its Significance to the Regional Tectonic Evolution
Hai Thanh TRAN1#+, Khin ZAW2, Jacqueline HALPIN2, Giang TRUONGNGUYEN3, Men Thi BUI4
1Hanoi University of Mining and Geology, 2University of Tasmania, 3General Departmentof Geology and Minerals of Viet Nam, 4National Taiwan Normal University

14:30
SE13-D2-PM1327-003

SE13-A018
Relationship Between Gold Mineralization and Skarn Formation in Luntho Gold
Deposit, Shwe Min Bon Area, Kalaw, Central Myanmar
Kotaro YONEZU1#+, Keisuke IKEDA1, Nyein NYEIN SINT1, May THWE AYE2,
Koichiro WATANABE1
1Kyushu University, 2University of Yangon

14:45
SE13-D2-PM1327-004

SE13-A014
Alteration and Mass Changes of the Host Rocks in the Masara Gold District,
Compostela Valley, Philippines
Barbie Ross VILLAPLAZA1#+, Alfred Elmer BUENA1, Nichole Anthony PACLE1,
Betchaida PAYOT1, Jillian Aira GABO1, Noelynna RAMOS1, Carla DIMALANTA1,
Decibel FAUSTINO-ESLAVA1, Karlo QUEAÑO2, Walter BROWN3, Graciano
YUMUL, JR.3,4
1University of the Philippines Diliman, 2Mines and Geosciences Bureau, 3Apex Mining Co.
Inc., 4Monte Oro Resources & Energy, Inc.

15:00
SE13-D2-PM1327-005

SE13-A019
Characteristics, Types and Origin of Copper Deposits in Myanmar
Khin ZAW1#+, Ye Myint SWE2, Tin Aung MYINT3, Joe KNIGHT1
1University of Tasmania, 2Ministry of Mines, 3Mandalay University

132

132

Session Chair(s)Chocho AYE, Yangoon University
Kotaro YONEZU, Kyushu University

16:00
SE13-D2-PM2327-006

SE13-A002
Mineralogy and Genesis of Sapphire Deposits from the Yenya-U Area in Mogok
Metamorphic Belt, Thabeikkyin Township, Mandalay Division, Myanmar
Khin Mar PHYU1#+
1Ministry of Education

16:15
SE13-D2-PM2327-007

SE13-A013
Host Rock Petrogenesis of the Masara Gold District, Eastern Mindanao, Philippines:
Implications on Epithermal Gold Mineralization
Alfred Elmer BUENA1#+, Barbie Ross VILLAPLAZA1, Betchaida PAYOT1, Jillian
Aira GABO1, Noelynna RAMOS1, Decibel FAUSTINO-ESLAVA1, Karlo QUEAÑO2,
Carla DIMALANTA1, Walter BROWN3, Graciano YUMUL, JR.3,4
1University of the Philippines Diliman, 2Mines and Geosciences Bureau, 3Apex Mining Co.
Inc., 4Monte Oro Resources & Energy, Inc.

16:30
SE13-D2-PM2327-008

SE13-A003
The Southeast Asian Tin Belt
Than HTUN1#+
1Myanmar Precious Resources Group

16:45
SE13-D2-PM2327-009

SE13-A015
Mineralization of Ag-Rich Sulfide Minerals in Chimney Samples at Bayonnaise
Knoll, Izu-Bonin Arc, West Pacific Ocean
Shinji KAWAGUCHI1#+, Kotaro YONEZU1, Thomas TINDELL1, Koichiro
WATANABE1, Jun-Ichiro ISHIBASHI1, Kazuhiro SHIMADA1, Tatsuo NOZAKI2
1Kyushu University, 2Japan Agency for Marine-Earth Science and Technology

17:00
SE13-D2-PM2327-010

SE13-A009
Superplume Activity in Precambrian Shield of Karbi Hills, Ne India: Impact on
Metallogeny
Dilip MAJUMDAR1#+
1Dibrugarh University

17:15
SE13-D2-PM2327-011

SE13-A012
Initial Study on the Zonation of Mineral Assemblages, DMLZ Deposit, Ertsberg
Mining District, Papua, Indonesia
Shota NAKAO1#+, Kotaro YONEZU1, Thomas TINDELL1, Mega Fatimah ROSANA2,
Benny BENSAMAN3
1Kyushu University, 2Padjadjaran University, 3PT. Eksplorasi Nusa Jaya FreeportIndonesia

17:30
SE13-D2-PM2327-012

SE13-A011
Origin of Diagenetic Signal in Hydrogenetic Ferromanganese Crusts from Petit-Spot
Volcanoes
Keishiro AZAMI1#+, Naoto HIRANO1, Naoya TAKAHASHI2, Takahiro
WATANABE2
1Tohoku University, 2Japan Atomic Energy Agency

17:45
SE13-D2-PM2327-013

SE13-A017
The Composition of Quartz Veins in Pasir Karang Gold Prospect, Kerta Area,
Banten Province, Indonesia
Febby Yudhi PRATAMA1#+, Kotaro YONEZU1, Mega Fatimah ROSANA2
1Kyushu University, 2Padjadjaran University
133

133

SE21 / Fault Ruptures, Active Tectonics and Seismic Hazard of Southeast andEast Asia
Tue - 08 Aug | MR327
Session Chair(s)Yu WANG, Nanyang Technological University

08:30
SE21-D2-AM1327-001

SE21-A043
A Report of the December 6, 2016 MW 6.5 Pidie Jaya, Aceh Earthquake
Muzli MUZLI1,2+, Gatut DANIARSYAD2, Andri Dian NUGRAHA3, Muksin UMAR4,
Sri WIDIYANTORO3, Kyle BRADLEY1, Teng WANG1, Philippe JOUSSET5, Kemal
ERBAS5, Irwandi NURDIN4, Shengji WEI1#
1Nanyang Technological University, 2Meteorological Climatological and GeophysicalAgency of Indonesia, 3Bandung Institute of Technology, 4Syiah Kuala University, 5GFZPotsdam

08:45
SE21-D2-AM1327-002

SE21-A011
Implications of the Seismo-Tectonics Damage Patterns of the 2014 Chiang Rai,
Thailand, Earthquake
Passakorn PANANONT1#+, Matthew HERMAN2, Patinya PORNSOPIN1, Kevin P.
FURLONG2, Felix WALDHAUSER3, Suwith KOSUWAN4
1Kasetsart University, 2Penn State University, 3Columbia University, 4Department ofMineral Resources

09:00
SE21-D2-AM1327-003

SE21-A006
A New Seismic Hazard Model for Mainland China
Yufang RONG1#+, Xiwei XU2, Guihua CHEN2, Jia CHENG2, Harold MAGISTRALE1,
Zheng-Kang SHEN3
1FM Global, 2China Earthquake Administration, 3University of California, Los Angeles

09:15
SE21-D2-AM1327-004

SE21-A009
Seismic Site Conditions of China Based on Geology
Guihua CHEN1, Harold MAGISTRALE2#+, Sait BINSELAM2, Yufang RONG2, Jia
CHENG1, Xiwei XU11China Earthquake Administration, 2FM Global

09:30
SE21-D2-AM1327-005

SE21-A018
Reconciling Short and Long Term Observations of Megathrust Cycles Along theSumatra-Andaman Margin and Other Subduction Zones
Rob GOVERS1#+, Kevin P. FURLONG2
1Utrecht University, 2Penn State University

09:45
SE21-D2-AM1327-006

SE21-A004
Geometrically Different Attractors with Heat, Fluid Pressure and Dilatancy and its
Seismological Implications
Takehito SUZUKI1#+
1Aoyama Gakuin University

10:00
SE21-D2-AM1327-007

SE21-A008
Ground Motion Prediction Equations for China
Donny DANGKUA1, Yufang RONG1, Harold MAGISTRALE1#+
1FM Global

134

134

Session Chair(s)Myo THANT, Monywa University

11:00
SE21-D2-AM2327-008

SE21-A014
The Role of Social Media in Macroseismic Mapping of the MW 6.9 Kani and MW 6.8
Chauk Earthquakes of 2016 in Myanmar
Lin Thu AUNG1,2#+, Yu WANG1, Stacey MARTIN1, Myo THANT3,4, Khaing Nyein
HTAY2, Saw Ngwe KHAING4,5, Soe MIN6, Kaung SITHU7, Hla Myo AUNG8, Ei
Mhon Nathar MYO9, Phyo Maung MAUNG1, Tezar KYAW3, Tun NAING10
1Nanyang Technological University, 2Myanmar Geosciences Society, 3Monywa University,
4

Myanmar Earthquake Committee, 5Hinthada University, 6Taungoo University, 7Pathein

University, 8Mandalay Technological University, 9University of Yangon, 10Yangon
Technological University
11:15
SE21-D2-AM2327-009

SE21-A015
Characterization of Seismicity of the Recent Magnitude 6.8 Earthquakes in
MyanmarMyo THANT1,2#+
1Monywa University, 2Myanmar Earthquake Committee

11:30
SE21-D2-AM2327-010

SE21-A016
Geology and Structural Significance of Yazagyo Area, Western Ranges, Myanmar
Saw Ngwe KHAING1,2#+, Win NAING3, Soe Thura TUN2, Myo THANT2,3, Aung
Myat KYAW4, Cho OO4
1Hinthada University, 2Myanmar Earthquake Committee, 3Monywa University, 4Myanmar
Geosciences Society

11:45
SE21-D2-AM2327-011

SE21-A020
Seismic Hazard Assessment Over Time: Modelling Earthquakes in Taiwan
Chung-Han CHAN1#+, Yu WANG1, Yu-Ju WANG2, Ya-Ting LEE3
1Nanyang Technological University, 2Institute of Nuclear Energy Research, 3National
Central University

12:00
SE21-D2-AM2327-012

SE21-A023
Coulomb Stress Changes by the 2016 Mw 6.7 Imphal, Manipur Earthquake and its
Impact on Regional Seismicity in Northeast India
R.B.S. YADAV1#+, Chung-Han CHAN2, Ajay Pratap SINGH3, Sumer CHOPRA3
1Kurukshetra University, 2Nanyang Technological University, 3Institute of SeismologicalResearch

12:15
SE21-D2-AM2327-013

SE21-A033
Revisiting the 1976 MW8.1 Moro Gulf Earthquake and Tsunami in Western
Mindanao Island, Philippines
Noelynna RAMOS1#+, Sheinna May CLARO1, Kathrine MAXWELL1, Daisuke
ISHIMURA2
1University of the Philippines Diliman, 2Tokyo Metropolitan University

135

135

SE25 / General Solid Earth Section
Tue - 08 Aug | MR311
Session Chair(s)Hai Thanh TRAN, Hanoi University of Mining and Geology
Khin ZAW, CODES ARC Centre of Excellence in Ore Deposits

16:00
SE25-D2-PM2311-001

SE25-A004
Hydrothermal Recrystallization of Dunitic Olivine in Peridotite from PyaungGaung, Mogok, Myanmar
Kyaw THU1#+, George E. HARLOW2
1Macle Gem Trade Laboratory, 2American Museum of Natural History

16:15
SE25-D2-PM2311-002

SE25-A008
Rupture of a Dilatant Geological Interface
A.P.S. SELVADURAI1#+
1McGill University

16:30
SE25-D2-PM2311-003

SE25-A015
Near-Source Effect on Ground Motions Across a Semi-Cylindrical Convex
Topography
Kao-Hao CHANG1#+
1Chung Yuan Christian University

16:45
SE25-D2-PM2311-004

SE25-A038
Applications of Iterative Cross-Correlation on Data of Borehole Broadband Array in
TaiwanPo-Li SU1#+, Po-Fei CHEN1, Chien-Hsin CHANG2
1National Central University, 2Central Weather Bureau

136

136

SS04 / A Water Rich World Revealed
Tue - 08 Aug | MR331
Session Chair(s)Jian-Yang LI, Planetary Science Institute
Adrian NEESEMANN, Freie Universitat Berlin
Andrea RAPONI, National Institute for Astrophysics

16:00
SS04-D2-PM2331-001
InvitedSS04-A004
Paradigm Shift in the Main Belt: Dawn Reveals a Once Frozen Ocean World
Chris RUSSELL1#+, Carol RAYMOND2, Julie CASTILLO-ROGEZ2, Andreas
NATHUES3, Maria Cristina DE SANCTIS4, Thomas PRETTYMAN5,6, HarryMCSWEEN7, Ralf JAUMANN8, Carle PIETERS9, Michael TOPLIS10, Debra
BUCZKOWSKI11, David WILLIAMS12, Harald HIESINGER13, Ryan PARK2, JianYang LI5, Eleonora AMMANNITO1
1University of California, Los Angeles, 2Jet Propulsion Laboratory, California Institute ofTechnology, 3Max-Planck Institute for Solar System Research, 4National Institute for
Astrophysics (INAF), 5Planetary Science Institute, 6University of New Mexico, 7Universityof Tennessee at Knoxville, 8German Aerospace Center (DLR), 9Brown University,
10

National Centre of Scientific Research, 11Johns Hopkins University Applied Physics

Laboratory, 12Arizona State University, 13University of Münster
16:20
SS04-D2-PM2331-002
InvitedSS04-A006
The Geological Mapping of Ceres from NASA’s Dawn Mission
David WILLIAMS1#+, Scott MEST2, Debra BUCZKOWSKI3, Jennifer SCULLY4, Ralf
JAUMANN5, Carol RAYMOND4, Christopher RUSSELL6
1Arizona State University, 2Planetary Science Institute, 3Johns Hopkins University Applied
Physics Laboratory, 4Jet Propulsion Laboratory, California Institute of Technology, 5German
Aerospace Center (DLR), 6University of California, Los Angeles

16:40
SS04-D2-PM2331-003
InvitedSS04-A001
The Mineralogy of Ceres' Surface
Andrea RAPONI1#+, Maria Cristina DE SANCTIS2, Eleonora AMMANNITO3, CarolRAYMOND4, Christopher RUSSELL3
1National Institute for Astrophysics, 2National Institute for Astrophysics (INAF),
3

University of California, Los Angeles, 4Jet Propulsion Laboratory, California Institute ofTechnology
17:00
SS04-D2-PM2331-004
InvitedSS04-A002
Origins and Evolution of Ceres – Clues from Surface ChemistryThomas PRETTYMAN1,2#+, Naoyuki YAMASHITA1, Michael TOPLIS3, HarryMCSWEEN4, Julie CASTILLO-ROGEZ5, Norbert SCHORGHOFER1, Simone
MARCHI6, William FELDMAN1, David LAWRENCE7, Eleonora AMMANNITO8,
Bethany EHLMANN5, Olivier FORNI3, Hanna SIZEMORE1, Steve JOY8, Carol
POLANSKEY5, Marc RAYMAN5, Carol RAYMOND5, Chris RUSSELL8
1Planetary Science Institute, 2University of New Mexico, 3National Centre of Scientific
Research, 4University of Tennessee at Knoxville, 5Jet Propulsion Laboratory, California
Institute of Technology, 6Southwest Research Institute, 7Johns Hopkins University,
8

University of California, Los Angeles

137

137

17:20SS04-D2-PM2331-005
InvitedSS04-A003
The Formation and Evolution of the Bright Faculae in Occator Crater on Ceres
Jennifer SCULLY1#, Debra BUCZKOWSKI2, Paul SCHENK3, Adrian
NEESEMANN4+, Carol RAYMOND1, Christopher RUSSELL5, Michael BLAND6,
Julie CASTILLO-ROGEZ1, Lynnae QUICK7, Ottaviano RUESCH8, Britney
SCHMIDT9
1Jet Propulsion Laboratory, California Institute of Technology, 2Johns Hopkins University
Applied Physics Laboratory, 3Universities Space Research Association, 4Freie Universität
Berlin, 5University of California, Los Angeles, 6United States Geological Survey, 7Planetary
Science Institute, 8NASA Goddard Space Flight Center/Oak Ridge Associated Universities,
9

Georgia Institute of Technology

SS07 / Geoscientists Without Borders®: Geoscience Applications for
Humanitarian Benefit
Tue - 08 Aug | MR330
Session Chair(s)Nancy HOUSE, Society of Exploration Geophysicists

14:00
SS07-D2-PM1330-001
Invited

SS07-A002
Securing Water Supplies for the Remote Aboriginal Community of Milingimbi
Island, NT
Eddie BANKS1, Vincent POST1, Joanna ELLIS2, Lauren HOUTHUYSEN1, William
DEAN1, Sylvester YAKAI1, Kevin CAHILL3, Okke BATELAAN1#+
1Flinders University, 2Power and Water Corporation, 3Commonwealth Scientific andIndustrial Research Organisation

14:15
SS07-D2-PM1330-002
Invited

SS07-A004
Bridge Over Troubled Water: Tsunami Disaster Prevention in Java
Carolus PRASETYADI1#+, Ron HARRIS2, Sarah HALL3, Jessica PETTERSSON3,
Chad EMMETT2, Eko PARIPURNO4, Irina RAFLIANA4, Hanif IBADURRAHMAN2,
Gelong SETIAD1, Allayna MCFARLANE2, Sara WHITE2, Rachel DUNN5, Ade
SUMARIYAH1, Nova ROOSMAWATI1
1University Pembangan National, 2Brigham Young University, 3Utah Valley University,
4

14:30
SS07-D2-PM1330-003
InvitedIndonesian Institute of Science, 5In Harm's Way

SS07-A003
Establishing Earthquake Monitoring in Timor-Leste
Meghan MILLER1#+, Leland J O'DRISCOLL2, Eugenio SOARES3, Luis TEOFILO3,
Cooper HARRIS4, Helio GUTERRES3
1Australian National University, 2University of Oregon, 3Institute of Petroleum andGeology, 4University of Southern California

14:45
SS07-D2-PM1330-004
Invited

SS07-A001
Mapping the Warrens of Southern Hairy-Nosed Wombats (Lasiorhinus Latifrons)
Using Ground Penetrating Radar (GPR): An Effective Tool to Assist Wildlife
Managers
Michael SWINBOURNE1, Michael HATCH1#+, David TAGGART1, Elissa
SPARROW2, Bertram OSTENDORF1
1The University of Adelaide, 2South Australian Department of Environment, Water andNatural Resources

138

138

SS08 / UNESCO Water Security Initiatives for Enhanced Resilience and 2030
Agenda Delivery in Asia and the Pacific Region
Tue - 08 Aug | MR330
Session Chair(s)Ai SUGIURA, UNESCO Regional Science Bureau for Asia and the Pacific
Sharizad SULAIMAN, UNESCO Regional Science Bureau for Asia and the Pacific

16:00
SS08-D2-PM2330-001
InvitedSS08-A002
Catalogues of Hydrologic Analysis for Hydro-Resilient Asia Pacific Region
Kenichiro KOBAYASHI1#+
1Kobe University

16:20
SS08-D2-PM2330-002
InvitedSS08-A003
Development of a National Water Security Atlas to Support Sustainable Water
Governance in IranAli CHAVOSHIAN1#+, Shahab ARAGHINEJAD2
1Regional Centre on Urban Water Management (RCUWM), 2University of Tehran

16:40
SS08-D2-PM2330-003
InvitedSS08-A004
UNESCO Water Security Initiatives for Enhanced Resilience and 2030 Agenda
Delivery in Asia and the Pacific Region
Shahbaz KHAN1#+
1United Nations Educational, Scientific and Cultural Organization (UNESCO)

17:00
SS08-D2-PM2330-004
InvitedSS08-A005
Malaysia’s Water Security and SDG: Development of a National Water BalanceManagement System: Case Study of the Muda River Basin
Nor Hisham BIN MOHD GHAZALI1+, Asnor Muizan ISHAK1#
1Department of Irrigation and Drainage Malaysia

17:20
SS08-D2-PM2330-005
InvitedSS08-A006
New Strategy and Implementation Framework of International Flood Initiative
Mamoru MIYAMOTO1#+
1International Center for Water Hazards and Risk Management (ICHARM)

139

139

SS10 / Environmental Research with Global Navigation Satellite System (GNSS)
Data
Tue - 08 Aug | MR331
Session Chair(s)Jack A. KAYE, National Aeronautics and Space Administration (NASA)

14:00
SS10-D2-PM1331-001
Invited

SS10-A004
Scientific Accomplishments of the COSMIC Mission After Ten Years in Orbit
Bill KUO1#+, William SCHREINER1, Sergey SOKOLOVSKIY1, Shu-Peng HO1
1University Corporation for Atmospheric Research

14:15
SS10-D2-PM1331-002
Invited

SS10-A002
Advancing Atmospheric Science Using GNSS Radio Occultation: Recent Progress
and Future Outlook
Chi AO1#+, Anthony MANNUCCI1, Panagiotis VERGADOS1, OlgaVERKHOGLYADOVA1, Byron IIJIMA1, Kuo-Nung WANG1
1Jet Propulsion Laboratory, California Institute of Technology

14:30
SS10-D2-PM1331-003
Invited

SS10-A003
Atmospheric Climate Monitoring with GNSS Radio Occultation
Andrea K. STEINER1#+
1University of Graz

14:45
SS10-D2-PM1331-004
Invited

SS10-A001
Status of a Formosat GNSS-R Mission
Jyh-Ching JUANG1#+
1National Cheng Kung University

140

140

HS Poster Presentations
Tue - 08 Aug, 14:00 - 15:30 | Summit
HS01-D2-PM1P-016

HS01-A001
A Set of Metrics for the Effective Evaluation of Point Forecasting Methods Used for
Hydrological Tasks
Georgia PAPACHARALAMPOUS1#+, Hristos TYRALIS1, Demetris
KOUTSOYIANNIS11National Technical University of Athens

HS01-D2-PM1P-017

HS01-A003
Applicability of a Flood Forecasting Method Utilizing Radar Rainfall Estimates to a
River Basin: A Case Study in the Jinzu River Basin, Japan
Danang Dwi ADMOJO1#+, Taichi TEBAKARI1, Mamoru MIYAMOTO2
1Toyama Prefectural University, 2International Center for Water Hazards and Risk
Management (ICHARM)

HS01-D2-PM1P-018

HS01-A004
Floods Simulation in Ungauged Small Catchments Based on a Distributed Model
Ying GUO1#+, Huimin LEI1
1Tsinghua University

HS01-D2-PM1P-019

HS01-A005
Impact of Climate Change on Runoff and Uncertainty Analysis
Yimin WANG1#+, Jianxia CHANG1, Hongxue ZHANG1, Shuhong MO1
1Xi'an University of Technology

HS01-D2-PM1P-020

HS01-A010
Component Combination Test to Investigate the Improvement of the Model
Performance
Chungsoo KIM1#+, Cho-Rong KIM1
1Korea Institute of Civil Engineering and Building Technology

HS01-D2-PM1P-021

HS01-A017
A Novel Stream-Burning Method Based on Land-Cover Data
Tao WU1#+, Tiejian LI1
1Tsinghua University

HS01-D2-PM1P-022

HS01-A019
Numerical Modeling of Influences of Point Source and Non-Point Source Pollution
on Water Quality in the Pearl River Basin in South China
Xiao FENG1#+, Ji CHEN1
1The University of Hong Kong

HS01-D2-PM1P-023

HS01-A026
Innovative Applications of Satellite Data and Data Mining Techniques: Flood Risk
Assessment
Dongeon KIM1#+, Philippe GOURBESVILLE2, Shie-Yui LIONG1
1National University of Singapore, 2University of Nice Sophia Antipolis

HS01-D2-PM1P-024

HS01-A028
Groundwater Variation Prediction Concept Model Depending on Rock Type andGeological Structure During Excavation
Woo-Seok KIM1#+, Oil KWON1, Jang-Hwan CHA2, Dong-Min KIM1
1Korea Institute of Civil Engineering and Building Technology, 2Incity Co. Ltd

141

141

HS01-D2-PM1P-025

HS01-A029
Development of a Reclaimed-Water Scheme for Global Hydrological Models
Sayaka YOSHIKAWA1#+, Shinjiro KANAE1
1Tokyo Institute of Technology

HS01-D2-PM1P-026

HS01-A032
Irrawaddy River: An Initial Assessment on Suspended Sediment Transport andSpatiotemporal Suspended Sediment Distribution Patterns
Edward PARK1#+, Edgardo LATRUBESSE1, Samia AQUINO1
1Nanyang Technological University

HS03-D2-PM1P-007

HS03-A002
Development of Deep Learning Technique for Analyzing Sandstone CT Images
I-Hsien LEE1+, Chuen-Fa NI1#, Yun-Chen YU2, Yun An WU1, Wei-Ci LI1, Chi-Ping
LIN1
1National Central University, 2Atomic Energy Council

HS03-D2-PM1P-008

HS03-A004
Numerical Modeling of Dual Domain Flow and Transport in Fractured Formations
Chuen-Fa NI1#+, I-Hsien LEE1, Fang-Pang LIN2, Wei-Ci LI1, Chi-Ping LIN1
1National Central University, 2National Center for High Performance Computing

HS03-D2-PM1P-009

HS03-A008
A Study of Building the Hydrogeological Apparent Model for the Chia-Nan Coastal
Plain of the SW Taiwan Using the Resistivity Measurements
Ping-Yu CHANG1#+, Jui-Pin TSAI2, Liang-Cheng CHANG2
1National Central University, 2National Chiao Tung University

HS03-D2-PM1P-010

HS03-A009
Implementation of Particle Tracking Approach to Asses Radionuclide Transport at a
Large-Scale Test Area
I-Hsien LEE1+, Chuen-Fa NI1#, Yun-Chen YU2, Yuan-Chieh WU2
1National Central University, 2Atomic Energy Council

HS03-D2-PM1P-011

HS03-A014
Benchmark Tests of Simulating Steady-State Flow and Particle Tracking in LargeScale Test Area
Yun-Chen YU1+, Yuan-Chieh WU1, I-Hsien LEE2#, Chuen-Fa NI2
1Atomic Energy Council, 2National Central University

HS03-D2-PM1P-012

HS03-A016
Estimation of Spatial Distribution of Specific Yield by Fusion of Hydraulic
Tomography and Gravity Measurements
Jui-Pin TSAI1#+, C.C CHENG1, Yuanyuan ZHA2, Liang-Cheng CHANG1, Cheinway
HWANG1, Jim YEH3
1National Chiao Tung University, 2Wuhan University, 3University of Arizona

HS03-D2-PM1P-013

HS03-A017
Underground Water Flow Monitoring Using Self-Potential Method
Kaiyan HU1#+, Qinghua HUANG1, Katsumi HATTORI2
1Peking University, 2Chiba University

HS03-D2-PM1P-014

HS03-A018
An Extended Kalman Filter Method for the Groundwater Parameter Estimation
Ting-Hsin CHANG1+, Hwa-Lung YU1#
1National Taiwan University

142

142

HS06-D2-PM1P-009

HS06-A003
An Extensive Review and Comparison of R Packages on the Long-Range
Dependence Estimators
Hristos TYRALIS1#+, Panayiotis DIMITRIADIS1, Demetris KOUTSOYIANNIS11National Technical University of Athens

HS06-D2-PM1P-010

HS06-A006
Evaluation of Regional Snow Distribution Effect by Using Chemical Feature Data
Ayami SUZUKI1#+, Shiho YABUSAKI2, Ken SUZUKI1, Seiki KAWAGOE1
1Fukushima University, 2Research Institute of Humanity and Nature

HS06-D2-PM1P-011

HS06-A007
Influence of External Loads on Characteristic Reservoir Upstream as Climate
Condition
Ken SUZUKI1#+, Izumi ARAKAKI1, Seiki KAWAGOE1
1Fukushima University

HS06-D2-PM1P-012

HS06-A008
Short-Term Characteristics of Chlorophyll-A Concentration in Summer in Guanting
Reservoir, China
Zhanjie LI1#+, Jingshan YU1, Jingyu ZHANG1
1Beijing Normal University

HS06-D2-PM1P-013

HS06-A013
Half-Truncated Gaussian Fitting for Parameters Estimation of Radar Rainfall
Estimator
Gildo KIM1#+, Yonghun RO2, Minseok KANG2, Chulsang YOO2
1KOREA UNVIERSITY, 2Korea University

HS06-D2-PM1P-014

HS06-A014
Accuracy of the Radar Rainfall Estimation for Korean X-band Radar (KXR)
Jungsoo YOON1#+, Seok Hwan HWANG1, Byunghwa OH1
1Korea Institute of Civil Engineering and Building Technology

HS06-D2-PM1P-015

HS06-A016
Further Development of Radar Rainfall Ensemble Simulator Using Bayesian
Quantile Regression and Copula Function Method
Tae Jeong KIM1#+, Dong-Ryul LEE2, Hyun-Han KWON1
1Chonbuk National University, 2Korea Institute of Civil Engineering and Building
Technology

HS06-D2-PM1P-016

HS06-A017
Assessment for Estimating Surface Soil Moisture Based on Apparent Thermal
Inertia from MODIS Products in Northeast Asia
Seongkyun KIM1+, Jongjin BAEK1, Minha CHOI1,2#
1Sungkyunkwan University, 2

HS06-D2-PM1P-017

HS06-A020
Evaluation of SMAP Soil Moisture in Northeast Asia Using Ground-Based
Observations
Jeong Yeong KIM1+, Daeun KIM1, Jaehwan JEONG1, Minha CHOI1,2#
1Sungkyunkwan University, 2

HS06-D2-PM1P-018

HS06-A021
Uncertainties in QPE of Radar-Rainfall : A Case Study on Biseulsan Radar in Korea
Hui-Seong NOH1#+, Bong-Joo JANG1, Seok Hwan HWANG1, Dong-Ryul LEE1
1Korea Institute of Civil Engineering and Building Technology
143

143

HS07-D2-PM1P-007

HS07-A004
Development of Regional Slope Failure Probability Model Due to Climate Change
Saito YOSUKE1#+, Thi Thanh Thuy LE1, Seiki KAWAGOE1
1Fukushima University

HS07-D2-PM1P-008

HS07-A007
Mean-Field-Bias Correction of Radar Rainfall by Backward Storm Tracking Method
Wooyoung NA1#+, Minseok KANG1, Jungmo KU1, Chulsang YOO1
1Korea University

HS07-D2-PM1P-009

HS07-A010
Dam Break Analysis for Flood Management – A Case Study of Hirakud Dam, India
Rhythm PATEL1+, Dhiraj JHUNJHUNWALA1, PC NAYAK2, Roshan KaranSRIVASTAV1#
1VIT University, 2National Institute of Hydrology

HS07-D2-PM1P-010

HS07-A011
Development of Flood Warning and Snowfall Estimation System Using
Hydrological Radars
Myoungsun HAN1#+, Dong-Ryul LEE1, Jeongho CHOI2
1Korea Institute of Civil Engineering and Building Technology, 2Korea University

HS08-D2-PM1P-007

HS08-A004
Estimation of Actual Groundwater Pumping Amount Using Electricity Use Data in
the Haean Basin of Korea
Han-Sun RYU1+, Woo-Hyun JEON1, Jin-Yong LEE1#
1Kangwon National University

HS08-D2-PM1P-008

HS08-A006
Investigation of Groundwater Recharge from a Paddy Rice Field During Rice
Growing Season in the Haean Basin of Korea
Gyeong Seon SHIN1+, Sang Woong YUN1, Jin-Yong LEE1#
1Kangwon National University

HS08-D2-PM1P-009

HS08-A008
Non-Point Source Phosphate and Nitrate Modelling Using Swat in San Jacinto
Basin, Texas, USA
Prachi RANA1+, Shreya BHUSNUR1, Sayantan SAMANTA2#, Nikhil BHATIA2,
Roshan Karan SRIVASTAV1
1VIT University, 2Texas A&M University

HS09-D2-PM1P-005

HS09-A004
Experimental Study of Flow Over Trench Weir with T-Shaped Bars
Swati BHAVE1#+, Zulfequar AHMAD1, Sanjeev KUMAR2
1Indian Institute of Technology Roorkee, 2Graphic Era University

HS09-D2-PM1P-006

HS09-A005
Multi-Objective Reservoir Operation Based on Improved NSGA-Ⅱ
Jianxia CHANG1#+, Yimin WANG1, Xuebin WANG1, Xuejiao MENG1, Shuhong MO1
1Xi'an University of Technology

HS09-D2-PM1P-007

HS09-A007
Estimation of In-Situ Bioremediation System Cost Using a Hybrid Extreme Learning
Machine (ELM)-Particle Swarm Optimization Approach
Basant YADAV1#+, Shashi MATHUR1, Sudheer CH2, Jan ADAMOWSKI3
1Indian Institute of Technology Delhi, 2Ministry of Environment, Forest & Climate Change,
3

McGill University
144

144

HS09-D2-PM1P-008

HS09-A010
Examining the Impact of Operational Flexibility on the Performance and Expansion
of Urban Water Supply Systems
Stefano GALELLI1#+, Xin TIAN1
1Singapore University of Technology and Design

HS10-D2-PM1P-013

HS10-A002
Spatio-Temporal Distribution of Surface Soil Moisture Derived from Thermal
Inertia Using Multi-Satellite Data Over a Semi-Arid Steppe in Central Mongolia
Dai MATSUSHIMA1#+, Ichirow KAIHOTSU2, Jun ASANUMA3
1Chiba Institute of Technology, 2Hiroshima University, 3University of Tsukuba

HS10-D2-PM1P-014

HS10-A003
Cloud Shading Effects on the Atmospheric Boundary Layer on the Tibetan Plateau
Maoshan LI1#+
1Chengdu University of Information Technology

HS11-D2-PM1P-015

HS11-A004
Hydrological Response Simulation for River Basin Under Climate Change Scenario
Brij Kishor PANDEY1#+, Deepak KHARE1
1Indian Institute of Technology Roorkee

HS11-D2-PM1P-016

HS11-A006
Monitoring of Soil Moisture Variation Depending on Rainfall Patterns in a Hill
Slope of the Haean Basin in Korea
Jeong Jik KIM1+, Woo-Hyun JEON1, Jin-Yong LEE1#
1Kangwon National University

HS11-D2-PM1P-017

HS11-A007
Quantifying the Effects of Climate Variability and Direct Human Activities on the
Change in Mean Annual Runoff for the Bahe River in Northwest China
Shuhong MO1#+, Zilong LI1, Jianxia CHANG1, Yimin WANG1, Wenyu YANG2
1Xi'an University of Technology, 2State Grid Shaanxi Power Company

HS11-D2-PM1P-018

HS11-A009
Reducing Model Uncertainty Through a Comprehensive Ranking Approach for
Climate Change Impact Assessment in Water Resources
C. T. DHANYA1#+, Manjula DEVAK1, Shailesh SINGH2
1Indian Institute of Technology Delhi, 2National Institute of Water and AtmosphericResearch

HS11-D2-PM1P-019

HS11-A012
Impact of Climate and Land Cover Change on the Hydrological Regime of the
Wainganga River Basin, Central India
Arun TAXAK1#+, Dhyan ARYA1
1Indian Institute of Technology Roorkee

HS11-D2-PM1P-020

HS11-A015
Impact of North Korea's Economic Policy Failures on Hydrological Cycle
Sunguk SONG1#+, Eunsaem CHO1, Youngju LEE1, Chulsang YOO1
1Korea University

HS11-D2-PM1P-021

HS11-A024
Temporal and Spatial Analysis of Hydrochemical Characteristics in the Whole Basinof the Yalu Tsangpo River
Fengrong ZHANG1+, Guozhu MAO1#, Xiang HUANG2, Yindong TONG1, Xin TAN3
1Tianjin University, 2Tibet University, 3Tianjin University/ Tibet University
145

145

HS11-D2-PM1P-022

HS11-A027
Groundwater-Level Trends in Edwards Aquifer, Texas: Influence of Precipitation
Variability and Water Usage
Nikhil BHATIA1#, Vivek VERMA1, Sayantan SAMANTA1+, Roshan KaranSRIVASTAV2
1Texas A&M University, 2VIT University

HS11-D2-PM1P-023

HS11-A030
Sensitivity Analysis of Swat Model Parameters Using Surrogate Models
Nandhakumar G.1, Debayan MANDAL1+, Venkatesh B.1, Roshan KaranSRIVASTAV1#
1VIT University

HS12-D2-PM1P-004

HS12-A002
Application of Water Management Analysis Module for Design of Low Impact
Development PracticeJae Yeol SONG1, Eun Sung CHUNG1#+, Shamsuddin SHAHID2, Kamal AHMED2
1Seoul National University of Science and Technology, 2University Technology Malaysia

HS12-D2-PM1P-005

HS12-A007
An Adaptable Framework to Reduce the Flood Risk Under Climate Change
Scenarios – A Case Study in Taipei Basin
Pei-Yu WU1#+, Kun-Hsiang LIN1
1National Cheng Kung University

HS13-D2-PM1P-014

HS13-A005
Intercomparison of Stochastic Weather Generators Using Rainfall Data in Taiwan
Shao Chun TSENG1#+, Chia-Jeng CHEN1
1National Chung Hsing University

HS13-D2-PM1P-015

HS13-A006
Probability Modeling of High Flow Over the Heihe River Basin (China) Using the
AM and POT Data
Zhanling LI1#+, Yuehua WANG1, Zhanjie LI2
1China University of Geosciences, 2Beijing Normal University

HS13-D2-PM1P-016

HS13-A013
Bayesian Quantile Regression Based Distributional Changes of Annual Extreme
Rainfall in Korea
Sumiya URANCHIMEG1+, Hyun-Han KWON1#, Min-Ji KIM1, Hong-Geun CHOI1
1Chonbuk National University

HS13-D2-PM1P-017

HS13-A016
An Hourly Extreme Data Estimation Method Developed Using Nonstationary
Bayesian Beta Distribution
Yong-Tak KIM1+, Sumiya URANCHIMEG1, Hyun-Han KWON1#, Tae Jeong KIM1
1Chonbuk National University

HS13-D2-PM1P-018

HS13-A017
Analysis of Hydrological Extremes on River Discharge in Japan Under Future
Climate Condition
Yoshinobu SATO1#+
1Ehime University

HS13-D2-PM1P-019

HS13-A019
Transferable Water Based on Multi-Objective Optimal Operation Model
Bai TAO1#+
1Xi’an University of Technology
146

146

HS14-D2-PM1P-015

HS14-A003
Comparison of Characteristic on Frequent Inland Inundation Areas Among theThree Metropolitan Areas in Japan
Kota NAKAGUCHI1#+, Daisuke KOMORI1, So KAZAMA1
1Tohoku University

HS14-D2-PM1P-016

HS14-A007
Study of the Gap Between the Rainfall Patterns Which Brings Disasters and thePerception of Local Residents
Sakiko TAKAHASHI1#+, Hyuga HOSHI1, Kota NAKAGUCHI2, Daisuke KOMORI2
1Miyagi Prefecture Sendai Nika Senior High School, 2Tohoku University

HS14-D2-PM1P-017

HS14-A008
Restoration of Salt-Affected Soils Utilizing Halophiles Retained in Rice Bran
Shigetatsu NISHIGAI1#+, Kiriko YOSHIOKA2, Chiharu KOMATSU2
1Miyagi Prefecture Sendai Nika Senior High School, 2Tohoku University

HS14-D2-PM1P-018

HS14-A009
Creating Plans to Improve Safety and Popularity of River
Riku SATO1#+, So KAZAMA2
1Miyagi Prefecture Sendai Nika Junior High School, 2Tohoku University

HS14-D2-PM1P-019

HS14-A010
Storm Inundation Simulation for an Urban Small Watershed by the Tokyo Storm
Runoff Model
Hideo AMAGUCHI1#+, Akira KAWAMURA1
1Tokyo Metropolitan University

HS14-D2-PM1P-020

HS14-A022
A Study on the Influence of Spatiotemporal Resolution of Rainfall on Runoff
Simulation in Urban Area
Naoki KOYAMA1#+
1Chuo University

HS14-D2-PM1P-021

HS14-A026
Assessing Effectiveness of Traditional Ecological Knowledge for Reducing Urban
Flood Risks in Hanoi, Vietnam
Ngoc Huan TRAN 1, Tien T.L. DU2, Hao T. DO1, T.N. Minh HOANG1, Nuong Thi
BUI3, Duong Du BUI4#+
1Hanoi University of Natural Resources and Environment, 2Danang Institute for SocioEconomic Development, 3Tokyo Metropolitan University, 4National Center for Water
Resources Planning and Investigation

HS15-D2-PM1P-004

HS15-A002
Integrated Watershed in Han River Vulnerability Using a MCDM Technique with
Multiple Weighting Methods
Hyesun PARK1+, Ho Cheol SEO1, Jaehyeong LEE1, Yeonjoo KIM1#
1Yonsei University

HS15-D2-PM1P-005

HS15-A005
A Comparison of Rainstorm Events Between Historical (1777-1907) and Modern(1961-2010) Data in Seoul, Korea
Changhyun JUN1#+, Xiaosheng QIN1
1Nanyang Technological University

147

147

HS15-D2-PM1P-006

HS15-A006
Development of Reservoir Operation Rules with Linkages to Drought Mitigation
Management on Multi Purpose Dams in Korea
Jinhyeog PARK1#+, Suhyung JANG1, Youngteck HUR1, Jungmin KIM1, Hyeongung
KANG1
1K-water InstituteHS16-04-D2PM1-P-010

HS16-04-A003
Simulation of Optimal Runoff Hydrograph Using Ensemble of Radar Rainfall and
Blending of Runoffs
Myungjin LEE1+, Narae KANG1, Jongsung KIM1, Soojun KIM1, Hung Soo KIM1#
1Inha University

HS16-04-D2PM1-P-011

HS16-04-A011
Spatio-Temporal Analysis of Standardized Precipitation Index for India Using
Gridded Data
Ramasamy THULASIRAM1+, Roshan Karan SRIVASTAV1#
1VIT University

HS16-04-D2PM1-P-012

HS16-04-A016
Analysis of the Storms and Floods Due to Typhoon in the Lai Chi Wo Catchment inHong Kong, China
Qian XU1#+, Ji CHEN1, Mervyn PEART1
1The University of Hong Kong

HS16-04-D2PM1-P-013

HS16-04-A017
Relationship Between Sediment Transport and Water Turbidity in Lai Chi Wo River
in Hong Kong, China
Yi LU1#+, Qian XU1, Ji CHEN1, Mervyn PEART1
1The University of Hong Kong

HS16-04-D2PM1-P-014

HS16-04-A019
Towards Quantitatively Monitoring the Hydrological Droughts Over Tibetan
Plateau: Reconstruction of Historical Evapotranspiration at Four Large Basins
Xiuping LI1#+, Lei WANG1
1Chinese Academy of Sciences

HS16-04-D2PM1-P-015

HS16-04-A021
Error Analysis of Precipitation Measurement by Thies Laser Precipitation Monitor
Zhikang FU1#+, Bin WANG1
1China Meteorological Administration

HS16-04-D2PM1-P-016

HS16-04-A026
Rainfall Estimation and Nowcasting Using Composite Weather Radar Data in
ThailandNarongrit LUANGDILOK1#+, Watin THANATHANPHON1, Siriluk
CHUMCHEAN2, Piyamarn SISOMPHON1
1Hydro and Agro Informatics Institute, 2Mahanakorn University of Technology

HS16-04-D2PM1-P-017

HS16-04-A027
Evaluation of QPE of Ground-Based Radar Data After Correction With TRMM
Precipitation Radar
Liang LENG1#+, Jing HAN2
1China Meteorological Administration, 2Nanjing University of Information Science &Technology

148

148

HS16-04-D2PM1-P-018

HS16-04-A029
A Development of Hierarchical Bayesian Model for Changing Point Analysis of
Hydrologic Data at Watershed Scale
Jin-Guk KIM1#+, Jin-Young KIM1, Hyun-Han KWON1
1Chonbuk National University

HS17-D2-PM1P-008

HS17-A002
Seasonal Variation of Thermal Characteristics at Different Depths in a Hyporheic
Zone of Korea
Woo-Hyun JEON1+, Jin-Yong LEE1#
1Kangwon National University

HS17-D2-PM1P-009

HS17-A006
Assessment of Seasonal Variability of Environmental Flows in Eastern Himalayan
Rivers, India
Vinay CHEMBOLU1#+, Suman Kumar PADHEE1, Subashisa DUTTA1
1Indian Institute of Technology Guwahati

HS17-D2-PM1P-010

HS17-A013
Chromium Occurrence and Speciation in River Waters Dissecting Rio Tuba,
Palawan
Ruth Esther DELINA1#+, Roxanne SAMOSA1, Carmela Alen TUPAZ1, Carlo
ARCILLA1
1University of the Philippines Diliman

HS18-D2-PM1P-006

HS18-A004
Analysis on Rainfall Kinetic Energy of Various Rainfall Types
Jie-Lun CHIANG1#+, Guo-Ming CHEN1
1National Pingtung University of Science and Technology

HS19-D2-PM1P-007

HS19-A003
A Study on Estimation of Regional Scaling of the Parameters an Extreme ValueDistribution
Younghun JUNG1#+, Kyungwon JOO1, Hanbeen KIM1, Jun-Haeng HEO1
1Yonsei University

HS19-D2-PM1P-008

HS19-A007
A Study on the Assessment of Right-Tail Prediction Ability of Extreme Distributions
According to Skewness Coefficient and Sample Size
Jinseok JUNG1+, Hongjoon SHIN1, Hyunjun AHN1, Jun-Haeng HEO1#
1Yonsei University

HS19-D2-PM1P-009

HS19-A011
Analysis of Head Loss Coefficients at Surcharged Four-Way Circular Combining
Manhole with Change of Invert ShapeJun Beom JO1#+, Jung Soo KIM2, Sei Eui YOON1
1University of Kyonggi, 2University of Bucheon

HS19-D2-PM1P-010

HS19-A012
Analysis of Safety Factor Due to the Change of Stream Water Level
Hoo Sang LEE1#+, Jae Joon LEE1, Jun-Haeng HEO2, Sung Ho LEE1, Shin Tae KIM1
1Kumoh National Institute of Technology, 2Yonsei University

HS19-D2-PM1P-011

HS19-A013
Selection Criteria of Rational Branch Sewer System for Inundation Analysis with
XP-SWMM
Chae Rin KIM1#+, Jung Soo KIM2, Sei Eui YOON1
1University of Kyonggi, 2University of Bucheon
149

149

HS19-D2-PM1P-012

HS19-A014
Prediction of Long Term Hydraulic Characteristics from Short Ones for RiverManagement
Kwang Ik SON1#+, Won Bum KIM1, Yoo Jung KWON1
1Yeungnam University

HS19-D2-PM1P-013

HS19-A017
Sensitivity Analysis of Urban Drainage System and Inundation Area Considering
Catchment Subdivision
Beom Jin KIM1+, Kun-Yeun HAN1#, Chang Young HA2, Byunghyun KIM1, Ho Jun
KEUM1
1Kyungpook National University, 2Korea Rural Community Corporation

HS19-D2-PM1P-014

HS19-A018
Application of ASAR Imagery and LiDAR DEM for Improved Flood Prediction andValidation
Byunghyun KIM1+, Kun-Yeun HAN1#
1Kyungpook National University

HS19-D2-PM1P-015

HS19-A019
Multi-Site Calibration for Improving Flood Forecast Accuracy of a Distributed
Rainfall-Runoff Model
Gwangseob KIM1#+, Cho HYUNGON1, Do YEONSU1, Myojeong KIM1
1Kyungpook National University

HS19-D2-PM1P-016

HS19-A020
Multi-Muskingum Channel Routing for Improving the Large Area Applicability of
a Distributed Rainfall-Runoff ModelDo YEONSU1+, Gwangseob KIM1#, Cho HYUNGON1, Myojeong KIM1
1Kyungpook National University

HS19-D2-PM1P-017

HS19-A021
Development of a Flood Risk Index Using Multiple Regression Methods
Myojeong KIM1+, Cho HYUNGON1, Do YEONSU1, Gwangseob KIM1#
1Kyungpook National University

HS19-D2-PM1P-018

HS19-A022
Analysis of Optimal Flood Defense Measures to the Change of Extreme Rainfall
Characteristics
Myojeong KIM1+, Do YEONSU1, Cho HYUNGON1, Gwangseob KIM1#
1Kyungpook National University

HS19-D2-PM1P-019

HS19-A023
The Development of a Simple Equation for Calculating Average Velocity Using
Flow Rates and River Channel Slopes
Sang Ho KIM1#+, Shinbum HWANG1, Taeho JUNG1, Changhee LEE2
1Sangji University, 2Jungwon University

HS19-D2-PM1P-020

HS19-A026
A Development of Multisite Hourly Rainfall Simulation Technique Based on
Neyman-Scott Rectangular Pulse Model
Jang-Gyeong KIM1#+, Hong-Geun CHOI1, Hyun-Han KWON1
1Chonbuk National University

150

150

HS20-D2-PM1P-008

HS20-A004
Hydrological Change and Critical Zone Study in the Haean Basin of Korea
Arim SEO1+, Jin-Yong LEE1#, Woo-Hyun JEON1, Sang Woong YUN1, Ho Geon LEE1
1Kangwon National University

HS20-D2-PM1P-009

HS20-A005
Analysis of Improving Techniques for Water Cycle in the Context of Climate
Change in Korea
Cheol Hee JANG1#+
1Korea Institute of Civil Engineering and Building Technology

HS20-D2-PM1P-010

HS20-A013
Analysis and Evaluation of Soil Moisture Data Simulated by the VIC Model:
Application to the Korean Peninsula
Eunsaem CHO1#+, Sunguk SONG1, Jinwook LEE1, Chulsang YOO1
1Korea University

HS20-D2-PM1P-011

HS20-A018
Spatio-Temporal Variation of Change Factors in Precipitation and Temperature
Using CMIP5 Data for Indian Subcontinent
Parthiban LOGANATHAN1+, Roshan Karan SRIVASTAV1#
1VIT University

HS21-D2-PM1P-009

HS21-A004
Seasonal Terrestrial Temperature Response to Climate Changes
Liqun SUN1#+, Ji CHEN2, Qinglan LI1
1Chinese Academy of Sciences, 2The University of Hong Kong

HS21-D2-PM1P-010

HS21-A005
A Recursive Strategy for Long-Term Prediction of Future Monthly Precipitation in
the Three-River Headwaters Region in China
Haiyun SHI1,2#+, Ji CHEN1, Tiejian LI3
1The University of Hong Kong, 2Qinghai University, 3Tsinghua University

HS23-D2-PM1P-013

HS23-A006
The Warming Effects on Carbon and Water Cycle of Alpine Cold Ecosystem, A Case
Study in Upper Heihe River Basin, China
Mingyang SHENG1#+, Dawen YANG1, Bing GAO2
1Tsinghua University, 2China University of Geosciences

HS23-D2-PM1P-014

HS23-A008
Change in Winter Ichthyoplankton Community Possibly Influenced by the Thermal
Front on the Continental Shelf of Southern East China Sea
Yi Chen WANG1+, Ming-An LEE1#
1National Taiwan Ocean University

HS23-D2-PM1P-015

HS23-A019
Fractal Dimension of Watershed Vegetation Pattern and its Effect on Soil and Water
Loss on Loess Plateau,china
Shengdong CHENG1#+, Peng LI1, Rengui JIANG1, Tian WANG1
1Xi'an University of Technology

HS23-D2-PM1P-016

HS23-A020
Assessment of the Impact of Deforestation in Phnom Kulen Mountains on Siem
Reap River Basin, Cambodia
Ai SUGIURA1#+, Maria INIGUEZ DE HEREDIA1, Chamroeun SOK1
1UNESCO151

151

ST Poster Presentations
Tue - 08 Aug, 14:00 - 15:30 | Summit
ST02-D2-PM1-P015

ST02-A006
Modeling Particle Acceleration and Transport at a 2D CME-Driven Shock
Gang LI1#+, Junxiang HU1
1The University of Alabama in HuntsvilleST02-D2-PM1-P016

ST02-A008
Capability of the Accelerated Protons as the Origin of White-Light Flare
Kyoko WATANABE1#+, Satoshi MASUDA2
1National Defense Academy of Japan, 2Nagoya University

ST02-D2-PM1-P017

ST02-A010
Discrete Energetic (~50-200 KeV) Electron Events in the High-Altitude Cusp/Polar
Cap/Lobe
Linghua WANG1,2#+, Qiugang ZONG1, Quan-Qi SHI3, Yongfu WANG1, Jiansen HE1,
Chuanyi TU1, Hui TIAN1, Robert WIMMER-SCHWEINGRUBER4
1Peking University, 2University of California, Berkeley, 3Shandong University, 4Universityof KielST02-D2-PM1-P018

ST02-A014
Statistical Studies of Superthermal (~0.5 -100 keV ) Electrons Near the ICME-Driven
Shocks at 1 AU
Liu YANG1, Linghua WANG1,2#+, Gang LI3, Robert WIMMER-SCHWEINGRUBER4,
Jiansen HE1, Chuanyi TU1, Jiawei TAO1
1Peking University, 2University of California, Berkeley, 3The University of Alabama in
Huntsville, 4University of Kiel

ST02-D2-PM1-P019

ST02-A019
Quiet-Time Suprathermal (~0.1-1.5 keV) Electrons in the Solar Wind
Jiawei TAO1#+, Linghua WANG1,2, Qiugang ZONG1, Gang LI3, Chadi SALEM2,
Robert WIMMER-SCHWEINGRUBER4, Jiansen HE1, Chuanyi TU1, Stuart BALE2
1Peking University, 2University of California, Berkeley, 3The University of Alabama in
Huntsville, 4University of Kiel

ST02-D2-PM1-P020

ST02-A020
Effects of Relative Core-Halo Drift Velocity on the Strahl Formation in the Solar
Wind Electron Velocity Distribution Functions
Jungjoon SEOUGH1#+
1Korea Astronomy and Space Science InstituteST04-13-21-D2PM1-P-012

ST04-13-21-A003
Statistical Study of Ion Heating at the Quasi-Perpendicular Bow Shock with Respect
to the Upstream Solar Wind Conditions
Hee-Eun KIM1+, Ensang LEE1#, George PARKS2, Naiguo LIN2, Khan-Hyuk KIM1,
Dong-Hun LEE1
1Kyung Hee University, 2University of California, Berkeley

ST04-13-21-D2PM1-P-013

ST04-13-21-A004
Impact of the Variation of Solar Wind Mach Number on the Formation of High
Speed Jets in the Downstream Region of Quasi-Parallel Shock
Bertrand LEMBEGE1#+, Petr HELLINGER2
1National Centre for Scientific Research, 2Astronomical Institute and Institute ofAtmospherics Physics
152

152

ST04-13-21-D2PM1-P-014

ST04-13-21-A011
Global Structure of Magnetosphere in Northward Interplanetary Magnetic
Field: Magnetic Reconnection, Kelvin-Helmholtz Vortices, Karman Vortex Street,
Vortex Breakdown, Coherency
Dongsheng CAI1#+, Bertrand LEMBEGE2, Ken-Ichi NISHIKAWA3
1University of Tsukuba, 2National Centre for Scientific Research, 3National Space Scienceand Technology Center

ST04-13-21-D2PM1-P-015

ST04-13-21-A015
Development of High Resolution Jovian Magnetospheric Simulation
Keiichiro FUKAZAWA1#+, Yuto KATOH2
1Kyoto University, 2Tohoku University

ST05-15-D2PM1-P-011

ST05-15-A009
Global Lightning Generated Whistlers and the Effects on Ionosphere andMagnetosphere
Robert HOLZWORTH1#+, Hao ZHENG1, James BRUNDELL2, Michael
MCCARTHY1, Abram JACOBSON1, George HOSPODARSKY3
1University of Washington, 2UltraMSK, 3The University of Iowa

ST05-15-D2PM1-P-012

ST05-15-A011
Electron Dropout Echoes Induced by Interplanetary Shock: A Statistical Study
Qiugang ZONG1#+
1Peking University

ST05-15-D2PM1-P-013

ST05-15-A012
The Roles of Ionospheric Conductance in Magnetospheric Dynamics
Mei-Ching FOK1#+, Natalia BUZULUKOVA1,2, Alex GLOCER1, Suk-Bin KANG1
1NASA Goddard Space Flight Center, 2University of Maryland

ST05-15-D2PM1-P-014
InvitedST05-15-A015
Variation of Plasmapause Location During Magnetic Storms
Wenlong LIU1#+
1Beihang University

ST05-15-D2PM1-P-015

ST05-15-A016
Charged Particle Behavior in the Localized Ultralow Frequency Waves:Theory andObservation
Li LI1+, Xuzhi ZHOU1#, Qiugang ZONG1, Hong ZOU1, Ying LIU1, Xingran CHEN1,
Yixin HAO1
1Peking University

ST06-D2-PM1-P009

ST06-A005
Direct Observations of Magnetic Flux Rope Formation During a Solar Coronal Mass
Ejection
Hongqiang SONG1#+, Yao CHEN1
1Shandong University

ST06-D2-PM1-P010

ST06-A014
Microwave Imaging of a Hot Flux Rope Structure During the Pre-Impulsive Stageof an Eruptive M7.7 Solar FlareYao CHEN1#, Zhao WU1+
1Shandong University

ST07-D2-PM1-P009

ST07-A008
Dissipative Instability in Partially Ionised Compressible Prominence Plasma
James MATHER1#+
1University of Sheffield
153

153

ST08-D2-PM1-P009

ST08-A001
A Scheme for Forecasting Severe Space Weather
Nanan BALAN1#+
1Nagoya University

ST08-D2-PM1-P010

ST08-A009
Efficacy of Co-Seismic Ionospheric Perturbations in Indentifying Crustal
Deformation Pattern: Case Study Based on Mw 7.3 May Nepal 2015 Earthquake
Mala BAGIYA1#+, Sunil A. S.1, P.S. SUNIL1, Sreejith K. M.2, Lucie ROLLAND3, D.S.
RAMESH1
1Indian Institute of Geomagnetism, 2Space Application Centre (ISRO), 3Université Côted’Azur

ST08-D2-PM1-P011

ST08-A010
Ionosphere Data Assimilation Modeling of 2015 St. Patrick’s Day Geomagnetic
Storm
Charles LIN1#+, Chia-Hung CHEN1, Tomoko MATSUO2
1National Cheng Kung University, 2University of Colorado Boulder

ST08-D2-PM1-P012

ST08-A013
Ionospheric Disturbances Associated with Strong Earthquakes
Sergey PULINETS1, Jann-Yenq (Tiger) LIU2#+, Dmitry DAVIDENKO1
1Russian Academy of Sciences, 2National Central University

ST09-D2-PM1-P013

ST09-A005
The Structures of Magnetic Islands Formed During Collisionless Magnetic
Reconnections in a Force Free Current Sheet
Feibin FAN1#+, Can HUANG1, Quanming LU1, Jinlin XIE1
1University of Science and Technology of China

ST09-D2-PM1-P014

ST09-A007Electron Acceleration in a Secondary Magnetic Island Formed During Magnetic
Reconnection with a Guide Field
Huanyu WANG1#+, Quanming LU1, Can HUANG1, Jianhua WANG1
1University of Science and Technology of China

ST09-D2-PM1-P015

ST09-A010
Magnetospheric Multiscale Observations of the Hall System in the Exhaust of
Asymmetric Magnetic Reconnection
Yong Cun ZHANG1#+, Benoit LAVRAUD2, Lei DAI1, Chi WANG1, Aurelie
MARCHAUDON2
1Chinese Academy of Sciences, 2National Centre for Scientific ResearchST09-D2-PM1-P016

ST09-A015
Multiple Flow Channels as Evidence of Three-Dimensional Reconnection
Yin XU1+, Huishan FU1#, Chengming LIU1
1Beihang University

154

154

ST09-D2-PM1-P017

ST09-A016
Structure and Evolution of Flux Transfer Events Near Magnetic Reconnection
Dissipation Region
Xiangcheng DONG1+, Malcolm DUNLOP2#, Karlheinz TRATTNER3, Tai PHAN4,
Huishan FU1, Jinbin CAO1, Chris RUSSELL5, Barbara GILES6, Roy B. TORBERT7,
Guan LE6, James BURCH8
1Beihang University, 2Rutherford Appleton Laboratory, 3University of Colorado Boulder,
4

University of California, Berkeley, 5University of California, Los Angeles, 6NASA Goddard

Space Flight Center, 7University of New Hampshire, 8Southwest Research InstituteST09-D2-PM1-P018

ST09-A017
Proton and Electron Kinetics in and Out of Solar Wind Magnetic Reconnection
Exhaust Region
Jiansen HE1#+
1Peking University

ST09-D2-PM1-P019

ST09-A021
Mass and Energy Supply of a Cool Coronal Loop
Limei YAN1+, Hardi PETER2, Jiansen HE3#, Lidong XIA4, Linghua WANG3,5, Yong
WEI1
1Chinese Academy of Sciences, 2Max-Planck Institute for Solar System Research, 3Peking
University, 4Shandong University, 5University of California, Berkeley

ST10-03-17-19D2-PM1-P-013

ST10-03-17-19-A004
Advances in Multi-Spacecraft Analysis for Estimating Gradients
Gerard CHANTEUR1,2#+
1Ecole Polytechnique, 2National Center for Scientific Research

ST10-03-17-19D2-PM1-P-014

ST10-03-17-19-A005
An Improvement Technique of the Signal-To-Noise Ratio for Ground-Based VLF
Observation by Audio Signal Processing
Takumi DEJIMA1#+, Mitsunori OZAKI1, Satoshi YAGITANI1, Kazuo SHIOKAWA2,
Yoshizumi MIYOSHI2, Martin CONNORS3
1Kanazawa University, 2Nagoya University, 3Athabasca University

ST10-03-17-19D2-PM1-P-015

ST10-03-17-19-A008
Polar Cap Ionospheric Outflow Response to the Solar Wind Energy Input
Kun LI1#+
1Institute of Geology and Geophysics, Chinese Academy of Sciences

ST10-03-17-19D2-PM1-P-016

ST10-03-17-19-A009
Multi-Instrument Observations of Periodic Poleward Moving Polar Cap Arcs
Zanyang XING1#+, Qinghe ZHANG1, Desheng HAN2, Yongliang ZHANG3, Jun
LIANG4, Jøran Idar MOEN5, Zejun HU2, P. T. JAYACHANDRAN6, Natsuo SATO7,
Shunrong ZHANG8, Keisuke HOSOKAWA9, Yong WANG1, Yu-Zhang MA1
1Shandong University, 2Polar Research Institute of China, 3Johns Hopkins University,
4

University of Calgary, 5University of Olso, 6University of New Brunswick, 7National

Institute of Polar Research, 8Massachusetts Institute of Technology, 9University of ElectroCommunications

155

155

ST10-03-17-19D2-PM1-P-017

ST10-03-17-19-A017
Two Fundamental Mechanisms in Generating Magnetic Dipolarization in Saturn's
Magnetosphere: In-situ Evidence from Cassini
Z. H. YAO1#+, Denis GRODENT1, Licia RAY2, Jonathan RAE3, Andrew COATES3,
Zuyin PU4, Anthony LUI5, Aikaterini RADIOTI1, J. Hunter WAITE, JR.6, Geraint
JONES3, Ruilong GUO7, William DUNN3
1University of Liege, 2Lancaster University, 3University College London, 4Peking
University, 5Johns Hopkins University, 6Southwest Research Institute, 7Chinese Academy of
Sciences

ST12-D2-PM1-P015

ST12-A002
Decay of Nonlinear Whistler Waves: 1D versus 2D
Takayuki UMEDA1#+, Shinji SAITO1, Yasuhiro NARIYUKI2
1Nagoya University, 2University of Toyama

ST12-D2-PM1-P016

ST12-A005
Fast Sausage Modes in Transversely Continuous Coronal Tubes and Their
Seismological Applications
Bo LI1#+, Shao-Xia CHEN1, Hui YU1, Mingzhe GUO1, Ming XIONG2
1Shandong University, 2Center for Space Science and Applied Research

ST12-D2-PM1-P017

ST12-A016
Resonant Mode Conversion of Alfven Waves with Finite Frequency Effect in TwoTemperature Plasmas
Liang XIANG1#+, De-Jin WU11Chinese Academy of Sciences

ST12-D2-PM1-P018

ST12-A017
Electron Cyclotron Maser Emissions from Evolving Fast Electron Beams
Jianfei TANG1#+
1Xinjiang Astronomical Observatory,CAS

ST12-D2-PM1-P019

ST12-A020
Comparison of Conditional Probability Distribution Functions for "Energy Transfer
Rate" and Temperature at the Same Fluctuation Level
Jiansen HE1#+, Ying WANG1, Zhongtian PEI1, Lei ZHANG2, Chuanyi TU1, Linghua
WANG1,3, Hui TIAN1
1Peking University, 2Chinese Academy of Sciences, 3University of California, Berkeley

ST12-D2-PM1-P020

ST12-A021
The Evolution of Magnetic Turbulence as Carried/Induced by a Coronal Mass
Ejection During its Journey in the Heliosphere
Limei YAN1#+, Yong WEI1, Jiansen HE2, Zhaojin RONG1, Lihui CHAI1, Jun
ZHONG1, Weixing WAN1
1Chinese Academy of Sciences, 2Peking University

ST12-D2-PM1-P021

ST12-A023
Walen Slope and Amplitude Ratio of Inward to Outward Alfven Waves in the SolarWind
De-Jin WU1#+, Lei YANG1
1Chinese Academy of Sciences

ST12-D2-PM1-P022

ST12-A025
PIC Simulation of Heat Flux Instability with a Large Relative Drift Between Coreand Halo Electrons
Sang-Yun LEE1#+, Ensang LEE1, Peter H. YOON2
1Kyung Hee University, 2University of Maryland
156

156

ST12-D2-PM1-P023

ST12-A028
Angular Independence of Break Position for Magnetic Power Spectra Density in
High-Speed Solar Wind Turbulence
Die DUAN1#+, Jiansen HE1, Zhongtian PEI1, Shiyong HUANG2, Christopher CHEN3,
Linghua WANG1,4, Hui TIAN1, Chuanyi TU11Peking University, 2Wuhan University, 3Imperial College London, 4University ofCalifornia, Berkeley

ST14-20-24-D2PM1-P-006

ST14-20-24-A020
ASHI: An all Sky Heliospheric Imager for Viewing Thomson-Scattered Light
Bernard JACKSON1#+, Andrew BUFFINGTON1, Hsiu-Shan YU1, Paul HICK1, Mario
BISI2
1University of California, San Diego, 2Science & Technology Facilities Council

ST14-20-24-D2PM1-P-007

ST14-20-24-A024
A 3D-MHD Model Interface Using Interplanetary Scintillation (IPS) Observations
Bernard JACKSON1#+, Hsiu-Shan YU1, Paul HICK1, Andrew BUFFINGTON1,
Munetoshi TOKUMARU2, Dusan ODSTRCIL3, Tae KIM4, Nikolai POGORELOV4,
Mario BISI5, Jaehun KIM6, Jongyeon YUN7
1University of California, San Diego, 2Nagoya University, 3NASA Goddard Space Flight
Center, 4The University of Alabama in Huntsville, 5Science & Technology Facilities
Council, 6Korean Space Weather Center, 7Space Environment Laboratory

ST14-20-24-D2PM1-P-008

ST14-20-24-A025
Characteristics of the Ionospheric Mid-Latitude Trough Measured by Topside
Sounders in 1960-70s
Junseok HONG1#+, Yongha KIM1
1Chungnam National University

ST14-20-24-D2PM1-P-009

ST14-20-24-A027
The Worldwide Interplanetary Scintillation (IPS) Stations (WIPSS) Network October
2016 Campaign: LOFAR IPS Data Analyses
Mario BISI1#+, Richard FALLOWS2, Bernard JACKSON3, Munetoshi TOKUMARU4,
Hsiu-Shan YU3, John MORGAN5, David BARNES1
1Science & Technology Facilities Council, 2The Netherlands Institute for Radio Astronomy,3

ST14-20-24-D2PM1-P-010

University of California, San Diego, 4Nagoya University, 5Curtin University

ST14-20-24-A028
The EU HELCATS Project, WP7, Task 7.1: Combining Observations ofInterplanetary Scintillation (IPS) and Heliospheric Visible-Light Imaging of CMEs
and SIRs
Mario BISI1#+, David BARNES1, Jonathan EASTWOOD2, Vratislav KRUPAR3,
Jasmina MAGDALENIC ZHUKOV4, Richard FALLOWS5, Richard HARRISON1,
Jackie DAVIES1
1Science & Technology Facilities Council, 2Imperial College London, 3Academy of Sciencesof the Czech Republic, 4Royal Observatory of Belgium, 5The Netherlands Institute for Radio
Astronomy

ST14-20-24-D2PM1-P-011

ST14-20-24-A029
Temporal Variation of Zebra Stripes in Type IV Solar Radio Bursts
Kazutaka KANEDA1#+, Hiroaki MISAWA1, Kazumasa IWAI2, Satoshi MASUDA3,
Fuminori TSUCHIYA1, Takahiro OBARA1, Yuto KATOH1
1Tohoku University, 2National Institute of Information and Communications Technology,
3

Nagoya University

157

157

ST16-D2-PM1-P012

ST16-A005
Correlation of Magnetic Fields with Solar Wind Plasma Parameters at 1AU
Fang SHEN1#+, Zicai YANG1, Jie ZHANG2, Yi YANG1, Xueshang FENG1, Ian G.
RICHARDSON3
1Chinese Academy of Sciences, 2George Mason University, 3University of Maryland

ST16-D2-PM1-P013

ST16-A006
Stastical Comparison of the Geoeffectiveness of Different Types ICMEs from 1995 to2014
Chenglong SHEN1#+, Yutian CHI1, Yuming WANG1, Mengjiao XU1
1University of Science and Technology of China

ST16-D2-PM1-P014

ST16-A015
Investigation of Interplanetary Shocks Structure with Plasma Spectrometer BMSW
Onboard the SPEKTR-R
Natalia BORODKOVA1#+, Victor ESELEVICH1, Georgy ZASTENKER1, OlgaSAPUNOVA1, Yuri YERMOLAEV1
1Russian Academy of Sciences

ST18-D2-PM1-P013

ST18-A003
ULF Wave Modulation on the Generation Process of Whistler-Mode Chorus
Emissions
Yuto KATOH1#+, Lunjin CHEN2
1Tohoku University, 2University of Texas at Dallas

ST18-D2-PM1-P014

ST18-A004
Nonlinear Dynamics of Electrons Interacting with Oblique Whistler Mode Chorus
in the Magnetosphere
Yikai HSIEH1#+, Yoshiharu OMURA1
1Kyoto University

ST18-D2-PM1-P015

ST18-A015
A 3D Layer Method Modeling of Radiation Belt Diffusion Processes
Xin TAO1#+, Chenyu WANG1
1University of Science and Technology of China

ST18-D2-PM1-P016

ST18-A016
Software-Type Wave-Particle Interaction Analyzer on Board the Arase Satellite
Mitsuru HIKISHIMA1#+, Hirotsugu KOJIMA2, Yuto KATOH3, Takeshi
TAKASHIMA1, Kazushi ASAMURA1, Yoshizumi MIYOSHI4, Yoshiya
KASAHARA5, Satoshi KASAHARA6, Takefumi MITANI1, Nana HIGASHIO1,
Ayako MATSUOKA1, Iku SHINOHARA1
1Japan Aerospace Exploration Agency, 2Kyoto University, 3Tohoku University, 4Nagoya
University, 5Kanazawa University, 6The University of Tokyo

ST22-D2-PM1-P009

ST22-A002
Space Science Payloads on Board NGSS-1
Kyoung Wook MIN1#+
1Korea Advanced Institute of Science and Technology

158

158

ST22-D2-PM1-P010

ST22-A012
Role of Equatorial Anomaly in Identifying an Impending Earthquake and System
Dynamics Study Over West Pacific and South East Asia
Devi MINAKSHI1#+, Samiran PATGIRI1, Ananda BARBARA1, Koichiro OYAMA2,3,
Kwangsun RYU4, Tetsuya KODAMA5
1Gauhati University, 2National Cheng Kung University, 3Asia Space Environment
Research Consortium, 4Korea Advanced Institute of Science and Technology, 5Japan
Aerospace Exploration Agency

ST22-D2-PM1-P011

ST22-A014
Planetary Boundary Layer Height Detection Using COSMIC Satellites
Bo HAN1#+, Erry GUNAWAN1
1Nanyang Technological University

ST22-D2-PM1-P012

ST22-A017
Observations of Ionospheric Irregularities by the Korean Snipe Mission
Jaeheung PARK1#, Jaejin LEE1+, Young-Sil KWAK1
1Korea Astronomy and Space Science InstituteST25-D2-PM1-P007

ST25-A002
Evaluating the Mechanism for the Substorm Current Circuits with MagnetosphereIonosphere System
Anthony LUI1#+
1Johns Hopkins University

ST25-D2-PM1-P008

ST25-A003
GPS Phase Fluctuate Associated with High Speed Flows in the Cusp Ionosphere
Yong WANG1#+, Qinghe ZHANG1, P. T. JAYACHANDRAN2, Richard
CHADWICK2, Jøran Idar MOEN3, J. M. RUOHONIEMI4, Zanyang XING1, Yuzhang
MA1, Mark LESTER5
1Shandong University, 2University of New Brunswick, 3University of Olso, 4Virginia Tech.,
5

University of Leicester

ST25-D2-PM1-P009

ST25-A006
Effects of Solar Wind Dynamic Pressure Enhancements on the Coupled
Magnetosphere-Ionosphere System During the March 17, 2015 Event: Observationsand Global MHD Simulation
Doga OZTURK1, Shasha ZOU1#+, James SLAVIN1
1University of Michigan

ST25-D2-PM1-P010

ST25-A010
On the Self-Consistent Electric Field Newly Developed in the Ram-SCB-E Model:
Effects of Electric Fields on the Mid-Latitude Ionosphere and Inner Magnetosphere
Dynamics
Yiqun YU1#+, Vania JORDANOVA2, Aaron RIDLEY3, Gabor TOTH3, Roderick
HEELIS4
1Beihang University, 2Los Alamos National Laboratory, 3University of Michigan,
4

ST26-27-D2PM1-P-008

Uinversity Texas at Dallas

ST26-27-A009
Global Distribution of Summer NmF2 Dusk-to-Nighttime Enhancement at Solar
Minimum
Yiding CHEN1#+, Libo LIU2, Huijun LE2, Weixing WAN2
1Institute of Geology and Geophysics, Chinese Academy of Sciences, 2Chinese Academy of
Sciences

159

159

ST26-27-D2PM1-P-009

ST26-27-A011
Electrodynamics of an Auroral Streamer Followed by a Substorm Expansion
Kan LIOU1#+, Thomas SOTIRELIS1
1Johns Hopkins University Applied Physics Laboratory

ST26-27-D2PM1-P-010

ST26-27-A014
Global Synoptic Climatology of Low Latitude F-Region Irregularity Using
Formosat-3/COSMIC GPS Radio Occultation Data
Ankur KEPKAR1#+, Christina ARRAS2, Jens WICKERT2
1Technical University of Berlin, 2GFZ Potsdam

ST26-27-D2PM1-P-011

ST26-27-A016
Sporadic E Layer as a Wind Profiler in the Mid-Latitude Ionosphere
Eun-Byeol JO1#+, Yongha KIM1
1Chungnam National University

160

160

161

Presentations
09 Aug, 2017
Wednesday

162Day 3 - 09 Aug 2017, Wednesday
Program Overview
09 Aug 2017, Wednesday
Time /
Room

AM1

AM2

Lunch

PM1

PM2

08:30 - 10:30

11:00 - 12:30

12:30 - 14:00

14:00 - 15:30

16:00 - 18:00

MR308

ST06 (p198)

ST05-15 (p197)

ST05-15 (p198)

ST08 (p200)

MR309

ST07 (p199)

ST26-27 (p202)

ST26-27 (p203)

ST22 (p201)

MR310

PS07 (p194)

PS04 (p193)

PS04 (p193)

PS07 (p195)

MR311

SE25 (p208)

SE21 (p206)

SE20 (p205)

SE25 (p209)

MR327

SE09 (p204)

SE22 (p207)

SE22 (p208)

SE14 (p205)

MR328

OS18 (p190)

OS02 (p186)

OS02 (p186)

OS02 (p187)

MR329

OS08 (p188)

OS22 (p191)

OS22 (p192)

OS08 (p189)

MR330

HS23 (p176)

HS23 (p177)

HS19 (p176)

HS08 (p173)

MR331

AS10 (p168)

ASAS
DLDL
(p6)

SS06 (p211)

PublicLecture1 (p25)
PublicLecture1

MR332

IG21 (p182)

IG11 (p179)

IG11 (p179)

IG26 (p184)

MR333

IG19 (p181)

IG24 (p183)

IG12 (p180)

IG27 (p185)

MR334

HS06 (p172)

HS10 (p174)

MR335

BG03 (p170)

BGBG
DLDL
(p8)

SummitAS Meeting

BG Meeting

HS10 (p175)

HS09 (p173)

BG08 (p171)

Workshop
1 (p33)
Workshop1

AS Posters (p212)
BG Posters (p240)

163

163

Sessions & Conveners* Main Convener
AS10

The Science and Prediction of Tropical Cyclones*Chun-Chieh WU National Taiwan University, Zhuo WANG University of Illinois at
Urbana-Champaign, Yuqing WANG University of Hawaii at Manoa, Jeff KEPERTCentre for Australian Weather and Climate Research, Kosuke ITO University of the
Ryukyus

BG03

Biogeochemical Cycling of Carbon and Nitrogen in Freshwater and Marine
Ecosystems*Punyasloke BHADURY Indian Institute of Science Education and Research, Kolkata,
Ajcharaporn PIUMSOMBOON Chulalongkorn University

BG08

Ghg Budgets (co2, Ch4, N2o) of Asia-oceanian Terrestrial Ecosystem - Responses
to Climate Change and Disturbances*Naishen LIANG National Institute for Environmental Studies, Yingping WANG
Commonwealth Scientific and Industrial Research Organisation, Derrick LAI The Chinese
University of Hong Kong

HS06

Hydroinformatics*Dawei HAN University of Bristol, Jeanne Jinhui HUANG Nankai University, Ben
JARIHANI University of the Sunshine Coast

HS08

Hydrological Processes in Agricultural Lands*Jun NIU China Agricultural University, Ji CHEN The University of Hong Kong, Yiping
WU Xi’an Jiaotong University, Bellie SIVAKUMAR University of New South Wales

HS09

Advances in Optimisation and Control of Water Resources Systems*Stefano GALELLI Singapore University of Technology and Design, Christine Ann
SHOEMAKER National University of Singapore

HS10

Water Cycle Satellite Remote Sensing Data Products and Their Applications*Xiwu ZHAN National Oceanic and Atmospheric Administration, Jeffrey WALKER
Monash University, Jun WEN Chinese Academy of Sciences, Christopher HAIN
University of Maryland College Park

HS19

Hydrologic Prediction and Measures Considering Extreme Climate Conditions*Kun-Yeun HAN Kyungpook National University, Jun-Haeng HEO Yonsei University,
Jaeeung YI Ajou University

HS23

Ecohydrology*Dawen YANG Tsinghua University, Huade GUAN Flinders University, Bellie
SIVAKUMAR University of New South Wales, Ji CHEN The University of Hong Kong

IG11

Hydroclimate Variation in the Tropical Indo-pacific Since the Late Pleistocene*Hong-Wei CHIANG National Taiwan University, Liangcheng TAN Chinese Academyof Sciences, Xianfeng WANG Nanyang Technological University

IG12

Geoscience Education*Hoe Teck TAN School of Science and Technology, Koichiro OYAMA National Cheng
Kung University, I-Te LEE Central Weather Bureau

164

164

IG19

Landslide Identification, Prediction, and Monitoring Using Multi-disciplinaryTechnologies*Chih-Chung CHUNG National Central University, Wen-Chao HUANG National
Central University, wei HU Chengdu University of Technology, Thi To Ngan NGUYEN
University of Science, Yu-Feng WANG National Central University

IG21

Carbon Dioxide Capture and Storage (CCS) in Asia & Oceania Regions*Qi LI Chinese Academy of Sciences, Masao SORAI National Institute of Advanced
Industrial Science and Technology, Andrew FEITZ Geoscience Australia, Cheon DAESUNG Korea Institute of Geoscience and Mineral Resources

IG24

Geophysical and Geological Evidences of Submarine Landslides*Chih-Chieh SU National Taiwan University, Jing-Yi LIN National Central University,
Leo ARMADA University of the Philippines

IG26

Interdisciplinary Research on Tropical Cyclone Induced Coastal Flooding: from
Modeling Perspective*Philip Li-Fan LIU National University of Singapore, Linlin LI Nanyang Technological
University, Xiping YU Tsinghua University, Shinji SATO The University of Tokyo,
Mahar LAGMAY University of the Philippines Diliman

IG27

Insights of Landslide Process, from Field Observation, Physical Modelling andNumerical Simulation*Wen-Yi HUNG National Central University, Koji ICHII Kansai University, Idrus
Muhammad ALATAS National Institute of Science and Technology, Indonesian Society
for Geotechnical Engineering (ISGE/HATTI), Pintor T. SIMATUPANG Universitas
Mercu Buana, Sugeng KRISNANTO Bandung Institute of Technology (ITB), IndonesianSociety for Geotechnical Engineering (ISGE/HATTI)

OS02Regional Oceanic Numerical Modeling and Observations*Changming DONG Nanjing University of Information Science & Technology, Leo OEY
National Central University, Yusuke UCHIYAMA Kobe University, Jae Hak LEE Korea
Institute of Ocean Science and Technology, Hui WU East China Normal University

OS08

Future Coastal Oceans Under Climatic and Anthropogenic Scenarios*Daidu FAN Tongji University, Jingping XU Ocean University of China, Jingpu (Paul)LIU North Carolina State University, Xiao Hua WANG University of New South Wales,
Ping YIN Qingdao Institute of Marine Geology

OS18

Advances in Oceanic Data Assimilation Methodologies, Forecasting andReanalysis*Zhijin LI Jet Propulsion Laboratory, California Institute of Technology, Youmin TANG
University of Northern British Columbia, Shiqiu PENG Chinese Academy of Sciences, Fei
ZHENG Chinese Academy of Sciences, Yasumasa MIYAZAWA Japan Agency for
Marine-Earth Science and Technology

OS22

Sea-level Changes from Minutes to Millennia*Adam SWITZER Nanyang Technological University, Charles LEMCKERT Universityof Canberra, Simon ENGELHART University of Rhode Island, Noelynna RAMOS
University of the Philippines Diliman

PS04

Microwave and Infrared Remote Sensing of Solar System Objects*Paul HARTOGH Max Planck Institute for Solar System Research, Yasuko KASAINational Institute of Information and Communications Technology, Scott BOLTONSouthwest Research Institute, Yi-Jehng KUAN National Taiwan Normal University

165

165

PS07

Outer Planetes and Their Satellites*Wing-Huen IP National Central University, Jun KIMURA Osaka University, Sushil
ATREYA University of Michigan, Athena COUSTENIS Paris Observatory, Xianzhe JIA
University of Michigan

ST05-15

New and Recent Results on Radiation Belt and Inner Magnetosphere Physics*Craig KLETZING The University of Iowa, Allison JAYNES University of Colorado
Boulder, Qiugang ZONG Peking University, Mei-Ching FOK NASA Goddard Space
Flight Center, Yoshi MIYOSHI Nagoya University

ST06

Origin, Eruption, Propagation and Space Weather Effect of Magnetic Flux Ropes*Hongqiang SONG Shandong University, Chenglong SHEN University of Science andTechnology of China, Xin CHENG Nanjing University, Qiang HU The University of
Alabama in Huntsville

ST07

The Wave Coupling Between the Lower Solar Atmosphere and Corona: MHD
Approach*Viktor FEDUN The University of Sheffield, Gary VERTH The University of Sheffield,
Marcel GOOSSENS KU Leuven, Sergiy SHELYAG University of Northumbria

ST08

Sun-earth System Response to Extreme Solar and Seismic Events*Nanan BALAN Nagoya University, Jann-Yenq (Tiger) LIU National Central
University, Nat GOPALSWAMY NASA Goddard Space Flight Center, Yoshiharu
OMURA Kyoto University, Zuo XIAO Peking University

ST22

Use of Nano/microsatellites for Solar-terrestrial Studies*Kyoung Wook MIN Korea Advanced Institute of Science and Technology, Koichiro
OYAMA National Cheng Kung University, Alfred CHEN National Cheng Kung
University, Devi MINAKSHI Gauhati University, Andrew YAU University of Calgary

ST26-27

General Session for Upper Atmosphere and Ionosphere*Zahra BOUYA Space Weather Services - The Australian Bureau of Meteorology, MarioBISI Science & Technology Facilities Council

SE09

Earth Rotation and Reference Frame*Jianli CHEN University of Texas at Austin, Richard GROSS NASA's Jet Propulsion
Laboratory, Olivier DE VIRON La Rochelle University, Haoming YAN Institute ofGeodesy and Geophysics, Chinese Academy of Sciences

SE14

Geophysical Investigations in Geotechnical Engineering*Mukat SHARMA Indian Institute of Technology Roorkee, Ku TAESEO National
University of Singapore

SE20

Tephrochronology and Lake Studies of Environmental Change*Caroline BOUVET DE MAISONNEUVE Nanyang Technological University, Christos
GOURAMANIS National University of Singapore, Sean PYNE-O'DONNELL Nanyang
Technological University

SE21

Fault Ruptures, Active Tectonics and Seismic Hazard of Southeast and East Asia
*Yu WANG Nanyang Technological University, J. Bruce H. SHYU National Taiwan
University, Myo THANT Monywa University, Chung-Han CHAN Nanyang
Technological University, Noelynna RAMOS University of the Philippines Diliman

SE22

Biotic Evolution During India's Norhward Drift from Gondwana to Asia
*Sunil BAJPAI Birbal Sahni Institute of Palaeosciences, Sankar CHATTERJEE Texas Tech
University, Ashu KHOSLA Panjab University
166

166

SE25

General Solid Earth Section*Hai Thanh TRAN Hanoi University of Mining and Geology, Khin ZAW University of
Tasmania, Carlo ARCILLA University of the Philippines Diliman, Long Van HOANG
Hanoi University of Mining and Geology, Kyaw THU Macle Gem Trade Laboratory

SS06

High Power Space Exploration*Frank JANSEN German Aerospace Center, Ikkoh FUNAKI JAXA

167

167

AS10 / The Science and Prediction of Tropical Cyclones
Wed - 09 Aug | MR331
Session Chair(s)Chun-Chieh WU, National Taiwan University

08:30
AS10-D3-AM1331-028
InvitedAS10-A020
A Tropical Cyclone Dynamic Initialization Technique Using High Temporal andSpatial Density Atmospheric Motion Vectors and Airborne Field Campaign Data
Eric HENDRICKS1#+, Michael BELL2, Russell ELSBERRY1, Chris VELDEN3, Eleanor
DELAP2
1Naval Postgraduate School, 2Colorado State University, 3Cooperative Institute for
Meteorological Satellite Studies

08:45
AS10-D3-AM1331-029
InvitedAS10-A051
Satellite Radiance Data Assimilation for Binary Tropical Cyclone Cases Over theWestern North PacificDong-Hyun CHA1#+, Yong-Han CHOI2, Myong-In LEE1, Joowan KIM3, Chun-Sil
JIN1, Sang-Hun PARK4, Minsu JOH5
1Ulsan National Institute of Science and Technology, 2Seoul National University, 3Kongju
National University, 4Yonsei University, 5Korea Institute of Science and Technology
Information

09:00
AS10-D3-AM1331-030

AS10-A001
A New Technique for Landfalling Tropical Cyclone Quantitative Precipitation
Forecast
Fumin REN1#+, Wenyu QIU1, Xianling JIANG2, Lianshou CHEN1, Liguang WU3,
Yinglong XU4
1Chinese Academy of Meteorological Sciences, 2Hainan Meteorological Observatory,
3

Nanjing University of Information Science & Technology, 4National Typhoon and Marine

Weather Forecast Center
09:15
AS10-D3-AM1331-031

AS10-A003
Implementation of a Dynamic Equation Constraint Based on the Steady State
Momentum Equations within the WRF Hybrid Ensemble-3DVar Data Assimilation
System and Test with Radar T-TREC Wind Assimilation for Tropical Cyclone
Chanthu (2010)
Jie MING1#+, Xin LI1, Yuan WANG1, Ming XUE2, Kun ZHAO1
1Nanjing University, 2The University of Oklahoma

09:30
AS10-D3-AM1331-032

AS10-A044
The Effect of Multiple Moving Nests on Typhoon Track Predictions: Case Study for
Typhoon Chanhom (1509)
Chul Min KO1#+, Il-Ju MOON1
1Jeju National University

09:45
AS10-D3-AM1331-033

AS10-A009
Rainfall Forecast in Guangdong Coastal Area Induced by Landfalling Tropical
Cyclones
Binrong LIU1, Qinglan LI1#+, Wan QILIN2, Tiejian LI3, Hongping LAN4, Shengzhong
FENG1, Chunxia LIU5
1Chinese Academy of Sciences, 2China Meteorological Administration, 3Tsinghua
University, 4Shenzhen Meteorological Bureau, 5Guangzhou Institute of Tropical andMarine Meteorology

168

168

10:00
AS10-D3-AM1331-034

AS10-A036
Analysis and Real-Time Visualization of Tropical Cyclones Using Global Lightning
and Satellite Microwave Radiometrics
Natalia SOLORZANO1#+, Jeremy THOMAS1, Connor BRACY1
1DigiPen Institute of Technology

169

169

BG03 / Biogeochemical Cycling of Carbon and Nitrogen in Freshwater andMarine Ecosystems
Wed - 09 Aug | MR335
Session Chair(s)Punyasloke BHADURY, Indian Institute of Science Education and Research Kolkata
Ajcharaporn PIUMSOMBOON, Chulalongkorn University

08:30
BG03-D3-AM1335-001

BG03-A007
Fluxes and Processing of Dissolved Organic Carbon from Tropical Peatlands inCoastal Waters of Borneo as Diagnosed from Absorption and Fluorescence Spectra,
and Activity of Hydrolytic Enzymes
Patrick MARTIN1#+, Denise MÜLLER2, Claire EVANS3, Joost BRANDSMA4, Ashleen
TAN1, Aazani MUJAHID5, Moritz MÜLLER6
1Nanyang Technological University, 2University of Bremen, 3National Oceanography
Centre, 4University of Southampton, 5Universiti Malaysia Sarawak, 6Swineburne
University of Technology

08:45
BG03-D3-AM1335-002

BG03-A009
Dynamics of Dissolved Organic Matter in the Northern South China Sea:
Comparison Between Continental Shelf Area and Ocean Basin
Chao WANG1#+, Weidong GUO1
1Xiamen University

09:00
BG03-D3-AM1335-003

BG03-A011
Temporal Variations in Methylated Sulphur Compounds in a Tropical Intertidal
Estuarine Sediment Ecosystem in India
Sunita PANDEY1,2#+, Loka Bharathi P. A2
1Indian Institute of Science Education and Research, Kolkata, 2National Institute of
Oceanography

09:15
BG03-D3-AM1335-004

BG03-A001
Spatio-Temporal Variation of Bacterioplankton Communities in a Mangrove
Ecosystem- Implication in Aquatic Biogeochemical Cycling
Anwesha GHOSH1#+, Punyasloke BHADURY1
1Indian Institute of Science Education and Research, Kolkata

09:30
BG03-D3-AM1335-005

BG03-A005
Seasonal Variations in Nitrogen Fixation Rate by Sulfate Reducing Bacterial
Communities of a Tropical Estuary
Jabir THAJUDEEN1#+, Mohamed Hatha A. A.1
1Cochin University of Science and Technology

09:45
BG03-D3-AM1335-006

BG03-A002
Elucidating Heterogeneity of Free-Living Nematode Communities inGeographically Distant Mangrove Ecosystems in Link with Prevailing
Environmental Gradients
Kapuli Gani Mohamed Thameemul ANSARI1#+, Punyasloke BHADURY1
1Indian Institute of Science Education and Research, Kolkata

170

170

BG08 / Ghg Budgets (co2, Ch4, N2o) of Asia-oceanian Terrestrial Ecosystem Responses to Climate Change and Disturbances
Wed - 09 Aug | MR335
Session Chair(s)Naishen LIANG, National Institute for Environmental Studies
Yingping WANG, Commonwealth Scientific and Industrial Research Organisation

14:00
BG08-D3-PM1335-001
Invited

BG08-A002
Net Ecosystem Methane (CH4) Exchange from Tropical Peatlands in Sumatra,Indonesia
Chandrashekhar DESHMUKH1#+, Adly FIRMA1, Nardi NARDI1, Dony JULIUS1,
Anthony GREER1
1APRIL Group

14:15
BG08-D3-PM1335-002

BG08-A004
Linear and Nonlinear Effects of Dominant Drivers on the Trends in Global andRegional Land Carbon Uptake: 1959 to 2013
Yingping WANG1#+, Xuanze ZHANG2, Peter RAYNER3, Jeremy SILVER3, Xingjie
LU4, Bernard PAK1, Xiaogu ZHENG5
1Commonwealth Scientific and Industrial Research Organisation, 2Peking University,
3

Melbourne University, 4Oklahoma University, 5Beijing Normal University

14:30
BG08-D3-PM1335-003

BG08-A005
Effects of Litter Manipulation on Soil Greenhouse Gas Fluxes in a Subtropical
Secondary Forest
Jinglan CUI1, Derrick LAI1#+
1The Chinese University of Hong Kong

14:45
BG08-D3-PM1335-004
Invited

BG08-A007
Snow Damage Strongly Reduces the Strength of the Carbon Sink in a Primary
Subtropical Evergreen Broadleaved Forest
Qing-Hai SONG1#+
1Xishuangbanna Tropical Botanical Garden, Chinese Academy of Sciences

15:00
BG08-D3-PM1335-005

BG08-A006
A Comparison of Partitioning Methods in Estimating the Sources of Soil CO2 Efflux
in a Subtropical Forest
Louis-Pierre COMEAU1, Derrick LAI1#+, Jinglan CUI1
1The Chinese University of Hong Kong

15:15
BG08-D3-PM1335-006

BG08-A003
Control and Response of Soil Carbon and Methine Fluxes of Asian Tropical Forest
Ecosystems
Naishen LIANG1#+, Munemasa TERAMOTO1, Christine FLETCHER2
1National Institute for Environmental Studies, 2Forest Research Institute of Malaysia

171

171

HS06 / Hydroinformatics
Wed - 09 Aug | MR334
Session Chair(s)Jeanne JINHUI, Nankai University
Ben JARIHANI, University of the Sunshine Coast
Dawei HAN, University of Bristol

08:30
HS06-D3-AM1334-001

HS06-A001
The Study of the Impacts of the Agriculture Practices on ET by In-Situ Measurement
and Numeric Modeling in Southern China
Jeanne Jinhui HUANG1#+, Chen HAN2
1Nankai University, 2Chongqing Jiaotong University

08:45
HS06-D3-AM1334-002

HS06-A018
The Study of the Dynamics of Urbanization for Small Town in Northern China byTime Series Remote Sensing Images
Jeanne Jinhui HUANG1#+, Yubin GAO1,2
1Nankai University, 2Chongqing Jiaotong University

09:00
HS06-D3-AM1334-003

HS06-A010
Complex Network Characteristics of Watershed Water Quality System
Jiping JIANG1#+, Na WU1, Bellie SIVAKUMAR2,3, Tianrui PANG1
1Harbin Institute of Technology, 2University of New South Wales, 3University of California,
Davis

09:15
HS06-D3-AM1334-004

HS06-A015
Development of Flood and Drought Web Portal for Drought Management andPlanning in Thailand
Ticha LOLUPIMAN1#+, Watin THANATHANPHON1, Narongrit LUANGDILOK1,
Piyamarn SISOMPHON1, Surajate BOONYA-AROONNET1
1Hydro and Agro Informatics Institute

09:30
HS06-D3-AM1334-005

HS06-A005
Three-Dimensional Water Quality Modeling in the Subalpine Lake of Taiwan
Hao-Hua LIN1#, Wen-Cheng LIU1+, Hong-Ming LIU1, Wei-Bo CHEN2
1National United University, 2National Science and Technology Center for Diaster
Reduction

09:45
HS06-D3-AM1334-006

HS06-A011
Prediction of Groundwater Storage Changes in the Korean Peninsula Using GRACE
Satellite and Artificial Neural Network
Jae Young SEO1#+, Sang-Il LEE1
1Dongguk University

10:00
HS06-D3-AM1334-007

HS06-A002
Large Scale Simulation Experiments for the Assessment of One-Step Ahead
Forecasting Properties of Stochastic and Machine Learning Point Estimation
Methods
Georgia PAPACHARALAMPOUS1#+, Hristos TYRALIS1, Demetris
KOUTSOYIANNIS11National Technical University of Athens

10:15
HS06-D3-AM1334-008

HS06-A004
Integrated System Modelling for Increasing Resilience to Water Related Multiple
Hazards in the Anninghe Basin of China
Dawei HAN1#+, Lu ZHUO1, Ningsheng CHEN2
1University of Bristol, 2Institute of Mountain Hazards and Environment
172

172

HS08 / Hydrological Processes in Agricultural Lands
Wed - 09 Aug | MR330
Session Chair(s)Jun NIU, China Agricultural University
Yiping WU, Xi'an Jiaotong University

16:00
HS08-D3-PM2330-001

HS08-A001
The Interplay Between Farming and Groundwater Natural Radioactivity
Ahmed MURAD1#+, D. ALSHAMSI1, Saber HUSSEIN1, Ala ALDAHAN1, Xiaolin
HOU2
1United Arab Emirates University, 2Technical University of Denmark

16:15
HS08-D3-PM2330-002

HS08-A003
Effects of Irrigation on Water and Energy Balance in the Heihe Agricultural Land,
Northwest China
Jun NIU1#+, Shaozhong KANG1
1China Agricultural University

16:30
HS08-D3-PM2330-003

HS08-A002
Numerical Modeling of Effect of Groundwater Velocities on Efficiency of GroundSource Heat Exchanger
Narendra Kumar YADAV1#+, Brijesh Kumar YADAV2, Jogendra PAL2
1Government Irrigation Workshop, Roorkee, 2Indian Institute of Technology Roorkee

16:45
HS08-D3-PM2330-004

HS08-A012
Spatial-Temporal Characteristics of Potential Evaporation and the Driving
Mechanism Over Tibet in China
Haiyun SHI1,2#+, Tiejian LI3, Guangqian WANG3
1The University of Hong Kong, 2Qinghai University, 3Tsinghua University

17:00
HS08-D3-PM2330-005

HS08-A011
Evaluating Seasonal Variation in Evapotranspiration Partitioning and Water Uptake
Patterns to Improve Water Use Efficiency of Winter Wheat Using Stable Isotopes
Ying MA1#+
1Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of
Sciences

17:15
HS08-D3-PM2330-006

HS08-A007
Quantitative Attribution Analysis on Runoff Changes in an Arid Region, Northwest
China
Liu LIU1#+, Lili LIU2, Rong LI1
1China Agricultural University, 2Changchun Water Conservancy Bureau

HS09 / Advances in Optimisation and Control of Water Resources Systems
Wed - 09 Aug | MR334
Session Chair(s)Stefano GALELLI, Singapore University of Technology and Design

16:00
HS09-D3-PM2334-001

HS09-A001
Coupling Desalination Plant and Multipurpose Reservoir Operation for Enhanced
Hydropower Production to Offset Desalination Energy Use
Rashi BHUSHAN1+, Tze Ling NG1#
1Hong Kong University of Science and Technology

173

173

16:15
HS09-D3-PM2334-002

HS09-A002
Comparison of Climate Change Adaptation Strategies for a Water Supply and FloodControl Reservoir
Tze Ling NG1#+, Rashi BHUSHAN1, Pan YANG1
1Hong Kong University of Science and Technology

16:30
HS09-D3-PM2334-003

HS09-A009
A Probabilistic Analysis of Metro Manila Water Supply System Vulnerability toHydro-Climatic Variability
Stefano GALELLI1#+, Hung NGUYEN1, Christoph LIBISCH2
1Singapore University of Technology and Design, 2University of Natural Resources and Life
Sciences

16:45
HS09-D3-PM2334-004

HS09-A008
A Response Surface Approach for the Optimal Deployment of Check Dams in
Erosion-Prone Areas
Debasish PAL1#+, Stefano GALELLI1
1Singapore University of Technology and Design

HS10 / Water Cycle Satellite Remote Sensing Data Products and Their
Applications
Wed - 09 Aug | MR334
Session Chair(s)Xiwu ZHAN, NOAA-NESDISMarouane TEMIMI, Masdar Institute, United Arab Emirates

11:00
HS10-D3-AM2334-001
Invited

HS10-A016
NASA Soil Moisture Active Passive Mission Status, Products and Applications
Simon YUEH1#+, Dara ENTEKHABI2, Peggy O'NEILL3, Jared ENTIN4
1Jet Propulsion Laboratory, California Institute of Technology, 2Massachusetts Institute ofTechnology, 3NASA Goddard Space Flight Center, 4National Aeronautics and Space
Administration

11:15
HS10-D3-AM2334-002
Invited

HS10-A008
Upscaling Evapotranspiration by Combining Remote Sensing and Flux-Tower Data
Through Support Vector Regression in the North China Plain
Beijing FANG1#+, Huimin LEI1
1Tsinghua University

11:30
HS10-D3-AM2334-003

HS10-A005
Can Optical/thermal Remote Sensing Capture the Global Land Wetness and its
Trends?
Jun WEN1,2#+
1Chinese Academy of Sciences, 2Chengdu University of Information Technology

11:45
HS10-D3-AM2334-004

HS10-A007
Inversion of Vegetation Optical Depth and Water Content in the Source Region of
the Yellow River Using FY-3B Microwave Data
Rong LIU1#+
1Chinese Academy of Sciences

174

174

12:00HS10-D3-AM2334-005

HS10-A015
Assessment of the Consistency Among Satellite Estimates of Precipitation Soil
Moisture and Water Storage Over the Arabian Peninsula
Marouane TEMIMI1#+, Youssef WEHBE1, Dawit GHEBREYESUS1, Adam
MILEWSKI2, Hamidreza NOROUZI3
1Masdar Institute, 2University of Georgia, 3City University of New York

12:15
HS10-D3-AM2334-006

HS10-A001
Analysis of Global Satellite Soil Moisture Time Series Data Products Toward a
Climate Data Record for Water Cycle Studies
Xiwu ZHAN1#+, Jifu YIN2, Jicheng LIU1, Li FANG2, Christopher HAIN3, Ralph
FERRARO1, Fuzhong WENG1
1National Oceanic and Atmospheric Administration, 2University of Maryland, 3NASA
Marshall Space Flight Center

Session Chair(s)Xiwu ZHAN, NOAA-NESDIS
Rong LIU, Chinese Academy of Science

14:00
HS10-D3-PM1334-007
Invited

HS10-A014
Multivariate, Multi-Sensor Assimilation of Land Remote Sensing Datasets for
National Climate Assessment
Sujay KUMAR1#+, Michael JASINSKI1, David MOCKO1, Jordan BORAK1, Matthew
RODELL1, Bailing LI1, Christa PETERS-LIDARD1
1NASA Goddard Space Flight Center

14:15
HS10-D3-PM1334-008
Invited

HS10-A017
Global Inundation Mapping Using Satellite Remote Sensing and HydrologicalModeling Approaches
Zhijun HUANG1+, Huan WU1,2#
1Sun Yat-sen University, 2University of Maryland

14:30
HS10-D3-PM1334-009

HS10-A010“All Weather” Land Surface Temperature Generation by Merging Thermal Infrared
and Passive Microwave Remote Sensing Data
Xiaodong ZHANG1, Ji ZHOU1#+, Jin MA1
1University of Electronic Science and Technology of China

14:45
HS10-D3-PM1334-010

HS10-A009
Estimation Of Green Water Footprint Of Rice Paddies Using Modis Data
Shih-Yuan LIN1#+, Tzu-Yu HUANG1, Chun-Te LIN2, Chih-Da WU3
1National Chengchi University, 2National Chiao Tung University, 3National Chiayi
University

15:00
HS10-D3-PM1334-011

HS10-A004
Analysis on Energy Balance Closure of Wetlands in Different Latitudes: The Role ofSurface Heterogeneity
Ting Fong May CHUI1#+, Wenhui CUI1
1The University of Hong Kong

15:15
HS10-D3-PM1334-012

HS10-A006
Study on Landslide Detection Using Spatial Normalized Differences Indexes
Variation in Some Provinces in Northern Vietnam Using Landsat 8 Satellite Images
Thi Thanh Thuy LE1#+, Seiki KAWAGOE1
1Fukushima University

175

175

HS19 / Hydrologic Prediction and Measures Considering Extreme Climate
Conditions
Wed - 09 Aug | MR330
Session Chair(s)Jun Haeng HOE, Yonsei University

14:00
HS19-D3-PM1330-001

HS19-A016
Parameter Estimation Using Optimization Model Urban Inundation Analysis
Ho Jun KEUM1+, Kun-Yeun HAN1#, HyunIl KIM1, Chang Young HA2, Byunghyun
KIM1
1Kyungpook National University, 2Korea Rural Community Corporation

14:15
HS19-D3-PM1330-002

HS19-A004
Assessment of the Parameter Estimation Method in Bivariate Frequency Analysis
for Rainfall Data
Kyungwon JOO1#+, Younghun JUNG1, Sunghun KIM1, Jun-Haeng HEO1
1Yonsei University

14:30
HS19-D3-PM1330-003

HS19-A010
A Study of Spatial Multi-Criteria Decision Making for Selection of Optimal Flood
Defense Measures
Eunkyung LEE1#+, Jungwon JI1, Youngje CHOI1, Jaeeung YI1
1Ajou University

14:45
HS19-D3-PM1330-004

HS19-A005
Seasonal Prediction of Monthly Total Precipitation in South Korea Using Global
Climate IndicesTaereem KIM1#+, Hanbeen KIM1, Younghun JUNG1, Jun-Haeng HEO1
1Yonsei University

15:00
HS19-D3-PM1330-005

HS19-A006
Comparison of Eemd and Maximum Likelihood Method for Parameter Estimationin Nonstationary Frequency Analysis
Hanbeen KIM1#+, Taereem KIM1, Younghun JUNG1, Jun-Haeng HEO1
1Yonsei University

15:15
HS19-D3-PM1330-006

HS19-A015
Integrated Flood Risk Analysis By Applying 2-D Model in Urban Area
Jae Yeong LEE1+, Je Ryong JUNG2, Jun Hyung PARK1, Kun-Yeun HAN1#
1Kyungpook National University, 2Ministry of Public Safety and Security

HS23 / Ecohydrology
Wed - 09 Aug | MR330
Session Chair(s)Dawen YANG, Tsinghua University
Bellie SIVAKUMAR, University of New South Wales

08:30
HS23-D3-AM1330-001
Invited

HS23-A011
Ecohydrology: Past, Present, Future
Okke BATELAAN1#+, Randall HUNT2, Masaki HAYASHI3
1Flinders University, 2United States Geological Survey, 3University of Calgary

176

176

08:45
HS23-D3-AM1330-002
Invited

HS23-A001
Impact of Warming Trend on the Ecohydrology of Tundra-Forest Ecotone
Jingfeng WANG1#+, Husayn EL SHARIF1, Valeriy IVANOV2, Stepan SHIYATOV3,Valeriy MAZEPA3
1Georgia Institute of Technology, 2University of Michigan, 3The Ural Branch of the Russian
Academy Sciences

09:00
HS23-D3-AM1330-003

HS23-A004
Multi-Sphere Hydrological Modeling Over the Tibetan Plateau
Lei WANG1#+, Jing ZHOU1, Xiuping LI1, Guangpeng WANG1, Jia QI1
1Chinese Academy of Sciences

09:15
HS23-D3-AM1330-004

HS23-A002
Analyzing Eco-Hydrological Changes in a Headwater Catchment on the QinghaiTibetan Plateau Using a Distributed Model
Bing GAO1#+, Dawen YANG2, Yuhan WANG2
1China University of Geosciences, 2Tsinghua University

09:30
HS23-D3-AM1330-005

HS23-A015
Frozen Ground Change and its Impacts on Runoff Pattern and Vegetation Growthin the Upper Yellow River
Taihua WANG1#+, Dawen YANG1, Yue QIN1
1Tsinghua University

09:45
HS23-D3-AM1330-006
Invited

HS23-A007
Impacts of Ecological Restoration Activities on Vegetation Growth and Streamflow
in the Loess Plateau, China
Huimin LEI1#+
1Tsinghua University

Session Chair(s)Ji CHEN, The University of Hong Kong

11:00
HS23-D3-AM2330-007
Invited

HS23-A016
Ecological Sensitivity and Functional Responses of Australian Landscapes toExtreme Hydro-Meteorological Conditions
Alfredo HUETE1#+, Xuanlong MA1, Leandro GIOVANNINI1, Zunyi XIE1
1University of Technology Sydney

11:15
HS23-D3-AM2330-008
Invited

HS23-A017
Estimation of Pan Evaporation Over China
Minjiao LU1,2#+
1Nagaoka University of Technology, 2Chongqing Jiaotong University

11:30
HS23-D3-AM2330-009

HS23-A018
The Changing Precipitation Pattern and its Impacts on Terrestrial Ecosystems
Across Biomes
Hong SHEN1#+, Zhentao CONG1
1Tsinghua University

11:45
HS23-D3-AM2330-010

HS23-A021
Influences of River Water Turbidity and Other Physical Properties on Biodiversity
in the Lai Chi Wo Catchment in Hong Kong, China
Ji CHEN1#+, Ka Chun LIU1, Qian XU1, Yi LU1, Mervyn PEART1, Billy HAU1, Hung
Hong HUI1, Ying Kin SO1
1The University of Hong Kong
177

177

12:00HS23-D3-AM2330-011

HS23-A022
Evaluating the Performance of ABC Waters Design Features Using In-situ
Monitoring and Numerical Modelling
Yabin SUN1#+, Ze JIANG1, Wing Ken YAU2, Dongeon KIM1, Enid Yingru CHEN2,
Geok Suat ONG2, Shie-Yui LIONG1
1National University of Singapore, 2Public Utilities Board

12:15
HS23-D3-AM2330-012

HS23-A013
Quantifying the Impacts of Slopping Land Conversion Program on Hydrological
Cycle in a Loessal-Hilly Watershed of China
Linjing QIU1+, Yiping WU1#
1Xi'an Jiaotong University

178

178

IG11 / Hydroclimate Variation in the Tropical Indo-pacific Since the Late
Pleistocene
Wed - 09 Aug | MR332
Session Chair(s)Hong-Wei CHIANG, National Taiwan University
Xianfeng WANG, Nanyang Technological University

11:00
IG11-D3-AM2332-001
InvitedIG11-A015
Obliquity Control on Asian Summer Monsoon
Shihyu LEE1#+, Chi-Hua WU1
1Academia Sinica

11:20
IG11-D3-AM2332-002

IG11-A001
Tropical Rainfall Variations During the Last 2700 Years
Liangcheng TAN1#+, Chuan-Chou SHEN2, Xianfeng WANG3, Yanjun CAI1,
Sakonvan CHAWCHAI4, Ludvig LOEWEMARK4, R. Lawrence EDWARDS5, Hai
CHENG6
1Chinese Academy of Sciences, 2National Taiwan University, 3Nanyang Technological
University, 4Stockholm University, 5University of Minnesota, 6Xi'an Jiaotong University

11:35
IG11-D3-AM2332-003
InvitedIG11-A013
Isotopic Compositions of Fluid Inclusions Water from Stalagmites in Okinawa,Japan
Ryu UEMURA1#+, Satoru MISHIMA1, Kanako OMINE1, Ryuji ASAMI1, Chen JINPING2, Chuan-Chou SHEN2
1University of the Ryukyus, 2National Taiwan University

11:55
IG11-D3-AM2332-004

IG11-A003
A Severe Drought Happened in Central China Ca. 600 Years Ago
Houyun ZHOU1#+, Shuhua LIU1
1South China Normal University

12:10
IG11-D3-AM2332-005
InvitedIG11-A006
Late Holocene Hydroclimatic Contrasts Between EASM and ISM Areas
Hai XU1#+
1Chinese Academy of Sciences

Session Chair(s)Liangcheng TAN, Chinese Academy of Sciences
Hong-Wei CHIANG, National Taiwan University

14:00
IG11-D3-PM1332-006

IG11-A011
Indian Monsoon Variability Dominated by Glacial Boundary Conditions: Evidencedby Speleothem Records from Southern Myanmar and Western Thailand
Guangxin LIU1#+, Xianfeng WANG1, Hong-Wei CHIANG2, Sakonvan
CHAWCHAI3, Lin Thu AUNG1,4
1Nanyang Technological University, 2National Taiwan University, 3Chulalongkorn
University, 4Myanmar Geosciences Society

179

179

14:15
IG11-D3-PM1332-007

IG11-A005
The Hydroclimate Change Over the Indo-Pacific Warm Pool During the Last 30,000
Years
Shufang YUAN1#+, Xianfeng WANG1, Guangxin LIU1, Hong-Wei CHIANG2, Satria
BIJAKSANA3, Xiuyang JIANG4, Andi Muhammad IMRAN5, Satrio WICAKSONO6
1Nanyang Technological University, 2National Taiwan University, 3Institut Teknologi
Bandung, 4Fujian Normal University, 5Hasanuddin University, 6Brown University

14:30
IG11-D3-PM1332-008

IG11-A007
Pacific North American Circulation Pattern Links External Forcing and North
American Hydroclimatic Change Over the Past Millennium
Zhongfang LIU1#+, Zhimin JIAN1, Gabriel BOWEN2
1Tongji University, 2University of Utah

14:45
IG11-D3-PM1332-009

IG11-A021
Kinetic Isotope Effects in Modern Speleothem Calcite at the Seasonal Time Scale in
Yongxing Cave, Central China: Implications for Interpretation of Paleoclimate
Records
Quan WANG1+, Yongjin WANG1#
1Nanjing Normal University

15:00
IG11-D3-PM1332-010

IG11-A017
PMIP3 Simulation of ENSO Impact on Tropical Precipitation During the MidHolocene
Yudha DJAMIL1#+, Xianfeng WANG1
1Nanyang Technological University

IG12 / Geoscience Education
Wed - 09 Aug | MR333
Session Chair(s)Hoe Teck TAN, School of Science and Technology
I-Te LEE, Meteorological Information Center

14:00
IG12-D3-PM1333-001

IG12-A001
Satellite Design Contest in Japan- Present and Future
Koichiro OYAMA1,2#+, Takeshi ORI3
1National Cheng Kung University, 2Asia Space Environment Research Consortium, 3Japan
Space Forum

14:15
IG12-D3-PM1333-002

IG12-A004
Teleplaneta: A Pioneer Educational Television Program on Geosciences
David CALVO1#+, Nemesio PEREZ2, Domingo ALVAREZ3, Nieves MARRERO3,
Raúl DEL CASTILLO3, Gustavo JIMENEZ3, Elena ALONSO3, Casimiro MENESES3
1Volcanological Institute of the Canary Islands (INVOLCAN), 2Technological Institute of
Renewable Energy (ITER), 3Radio Television Española

14:30
IG12-D3-PM1333-003

IG12-A006
Geo-Sciences Education Through AOGS
Hoe Teck TAN1#+
1School of Science and Technology

14:45
IG12-D3-PM1333-004

IG12-A008
Empowering Urban Poor Communities in Jakarta Through Geosciences Teaching
Anggun ARMIA1#+
1Pertamina EP
180

180

15:00IG12-D3-PM1333-005

IG12-A009
In-School Service for the Field of Meteorology, Seismology, and Space Weather
I-Te LEE1,2#+, Jia-Chi CHEN1, Fu-Yu WU1, Mark CHENG1
1Central Weather Bureau, 2National Taiwan University

15:15
IG12-D3-PM1333-006

IG12-A010
Canary Islands: A Volcanic Window in the Atlantic Ocean
David CALVO1#+, Nemesio PEREZ2, Gladys MELIAN2, Fátima RODRÍGUEZ3,
Pedro HERNANDEZ2
1Volcanological Institute of the Canary Islands (INVOLCAN), 2Technological Institute of
Renewable Energy (ITER), 3Volcanological Institute of the Canary Islands

IG19 / Landslide Identification, Prediction, and Monitoring Using Multidisciplinary Technologies
Wed - 09 Aug | MR333
Session Chair(s)Chih-Chung CHUNG, National Central University
Jia-Jyun DONG, National Central University

08:30
IG19-D3-AM1333-001
Invited

IG19-A011
Rapid Susceptibility Mapping of Coseismic Landslides Triggered by the 2014 Ms 6.5
Ludian Earthquake, Yunan, China
Weile LI1#+, Runqiu HUANG1, Qiang XU1, Chuan TANG1
1Chengdu University of Technology

08:50
IG19-D3-AM1333-002
Invited

IG19-A013
Susceptibility and Early Warning Thresholds for Rainfall-Induced Landslides in
TaiwanLun-Wei WEI1#+, Chuen-Ming HUANG1, Wei-Kai HUANG1, Ching-Fang LEE1,
Ting-Chi TSAO1, Chung-Chi CHI2
1Sinotech Engineering Consultants, INC., 2Central Geological Survey

09:10
IG19-D3-AM1333-003
Invited

IG19-A015
Construction of National Landslide Susceptibility/Hazard Maps in Taiwan
Chyi-Tyi LEE1#+
1National Central University

09:30
IG19-D3-AM1333-004

IG19-A014
Sediment-Budget-Based Debris-Flow Susceptibility
Chyi-Tyi LEE1#+, Jia-Jyun DONG11National Central University

09:45
IG19-D3-AM1333-005

IG19-A005
Rapid Hazard Assessment of Rainfall and Earthquake Induced Landslide Dam - A
Review
Jia-Jyun DONG1#+
1National Central University

10:00
IG19-D3-AM1333-006

IG19-A009
Noncontact Detection of Earthquake-Induced Landslides Using Improved Image
Thresholding Method
Zheng HAN1#+, Yange LI1, Weidong WANG1
1Central South University

181

181

10:15
IG19-D3-AM1333-007

IG19-A001
A Modified Monitoring Platform with TDR Sensing Capability and Sensor
Observation Service
Chih-Chung CHUNG1#+, Chih-Ray GUAN1, Chih-Ping LIN2
1National Central University, 2National Chiao Tung University

IG21 / Carbon Dioxide Capture and Storage (CCS) in Asia & Oceania Regions
Wed - 09 Aug | MR332
Session Chair(s)Qi LI, Chinese Academy of Sciences
Andrew FEITZ, Geoscience Australia
Masao SORAI, National Institute of Advanced Industrial Science and Technology

08:30
IG21-D3-AM1332-001
Invited

IG21-A012
Research and Development of Safety Assessment Technology for Saline Aquifer
Storage
Ziqiu XUE1#+
1Research Institute of Innovative Technology for the Earth

08:45
IG21-D3-AM1332-002
Invited

IG21-A014
Shallow Release Experiments: Where are the Gaps for Future Sites?
Linda STALKER1#+, Jennifer ROBERTS2
1Commonwealth Scientific and Industrial Research Organisation, 2University of Strathclyde

09:00
IG21-D3-AM1332-003

IG21-A002
Sealing Efficiency Analysis for Multilayer Caprocks in CO2 Geological Storage
Jianguo WANG1#+, Huimin WANG1
1China University of Mining and Technology

09:15
IG21-D3-AM1332-004

IG21-A010
Site Suitability Assessment for the Planned CO2CRC Otway Shallow Fault
Experiment
Andrew FEITZ1#+, Roman PEVZNER2, Milovan UROSEVIC2, Brett HARRIS2, Adam
BAILEY1, Ulrike SCHACHT3, Tim RANSLEY1, Ralf SCHAA2, Merrie-Ellen
GUNNING1, Eamon LAI1, Bruce RADKE1, Muhammad HOSSAIN2, Kok Piang
TAN1, Ross SPULAK1, Eric TENTHOREY1, Tanya FOMIN1
1Geoscience Australia, 2Curtin University, 3University of Adelaide

09:30
IG21-D3-AM1332-005

IG21-A005
Reservoir Screening Criteria of Cyclic CO2 Injection Process for Enhanced Gas
Recovery and CO2 Storage in Depleted Carbonate Gas Reservoir
Edo PRATAMA1#+, Edo PRATAMA1, Syahrir RIDHA1
1Universiti Teknologi Petronas

09:45
IG21-D3-AM1332-006

IG21-A009
Investigation of Sealing Ability on Heterogeneous Multilayered Caprock:
Simulation Study of a Potential Storage System in Central Taiwan
Chien-Hao SHEN1, Bieng-Zih HSIEH1#+, Kenn-Ming YANG1, Chung-Hui CHIAO2,
Chung HUANG2, Ming-Wei YANG2, Yuan-Heng LI1
1National Cheng Kung University, 2Taiwan Power Company

182

182

10:00IG21-D3-AM1332-007

IG21-A004
Molecular Dynamics Study on Wettability Change of CO2-Brine-Calcite Three
Phase System
Masashige SHIGA1#+, Masao SORAI2, Weiren LIN1, Liang YUNGFENG3
1Kyoto University, 2National Institute of Advanced Industrial Science and Technology, 3The
University of Tokyo

10:15
IG21-D3-AM1332-008

IG21-A006
International Collaboration Activities of the CO2GeoNet European Network of
Excellence on CO2 Geological Storage
Isabelle CZERNICHOWSKI-LAURIOL1#+, Roman BERENBLYUM2, Sabina BIGI3,
Marjeta CAR4, Sergio PERSOGLIA5, Niels POULSEN6, Conny SCHMIDTHATTENBERGER7, Rowena STEAD8, Ceri VINCENT9, Ton WILDENBORG10
1CO2GeoNet / BRGM, 2International Research Institute of Stavanger (IRIS), 3Sapienza
University of Rome, 4Geoinženiring d.o.o., 5National Institute of Oceanography andExperimental Geophysics, 6Geological Survey of Denmark and Greenland, 7GFZ Helmholtz
Centre Potsdam, 8Bureau of Geological and Mining Research, 9British Geological Survey,
10

Netherlands Organisation for Applied Scientific Research

IG24 / Geophysical and Geological Evidences of Submarine Landslides
Wed - 09 Aug | MR333
Session Chair(s)Leo ARMADA, University of Philippines
Jing-Yi Lin, National Central University

11:00
IG24-D3-AM2333-001

IG24-A009
Submarine Mass Movements in the Eastern South China Sea: Geomorphic andSeismic Reflection Evidence from the Manila Trench Region
Leo ARMADA1#+, Shu-Kun HSU2, Carla DIMALANTA3, Yi-Ching YEH2, Noelynna
RAMOS3, Teresito BACOLCOL4, Graciano YUMUL, JR.5,6
1University of the Philippines, 2National Central University, 3University of the Philippines
Diliman, 4Philippine Institute of Volcanology and Seismology, 5Monte Oro Resources &Energy, Inc., 6Apex Mining Co. Inc.

11:15
IG24-D3-AM2333-002
Invited

IG24-A002
Seabed Gas Emissions and Submarine Landslides off SW Taiwan
Shu-Kun HSU1#+, Song-Chuen CHEN2, Shiao-Shan LIN1, Ching-Hui TSAI1, Shiou-Ya
WANG1, Wen-Bin DOO1
1National Central University, 2Ministry of Economic Affairs

11:30
IG24-D3-AM2333-003

IG24-A004
Characteristics and Features of the Submarine Landslides in Passive and Active
Margin Southwestern Offshore Taiwan
Yi-Ching YEH1#+, Jing-Yi LIN1, Shu-Kun HSU1, Song-Chuen CHEN2, Ching-Hui
TSAI1
1National Central University, 2Ministry of Economic Affairs

11:45
IG24-D3-AM2333-004

IG24-A005
Seismic Site Response of Submarine Slope Offshore Southwestern Taiwan
Jing-Yi LIN1#+, Yi-Ching YEH1, Chih-Chieh SU2, Win-Bin CHENG3, Shao-Jinn
CHIN2, Yen-Fu CHEN2
1National Central University, 2National Taiwan University, 3Jinwen university of science &technology

183

183

IG26 / Interdisciplinary Research on Tropical Cyclone Induced Coastal Flooding:from Modeling Perspective
Wed - 09 Aug | MR332
Session Chair(s)Xiping YU, Tsinghua University

16:00
IG26-D3-PM2332-001
Invited

IG26-A016
Dynamically Downscaled Climate Projections Over Southeast Asia
Shie-Yui LIONG1#+, Srivatsan RAGHAVAN1, Ngoc Son NGUYEN1, Jina HUR1,
Jiandong LIU1, Yu XING1
1National University of Singapore

16:15
IG26-D3-PM2332-002

IG26-A011
Evaluating Future Variations of Tropical Cyclone and Induced Ocean Waves in Fijiby Pseudo Global Warming Numerical Simulations
Kenji TANIGUCHI1#+, Yoshimitsu TAJIMA2
1Kanazawa University, 2The University of Tokyo

16:30
IG26-D3-PM2332-003

IG26-A005
Modeling of Wind Stress Under Storm Conditions and its Effect on Waves andSurgesXiping YU1#+, Yingjian CHEN2
1Tsinghua University, 2State Key Laboratory of Hydroscience and Engineering

16:45
IG26-D3-PM2332-004

IG26-A007
Development of an Integrated Model for Urbanized Coastal Area Flooding Due toTyphoons
Hiroshi SANUKI1#+, Yoshihiro SHIBUO2, Sungae LEE3, Kouhei YOSHIMURA4,
Hiroaki FURUMAI3, Yoshimitsu TAJIMA3, Shinji SATO3
1Penta-ocean Construction Co Ltd, 2International Centre for Water Hazard and Risk
Management, 3The University of Tokyo, 4Kochi University of Technology

17:00
IG26-D3-PM2332-005

IG26-A013
Modeling Typhoon Induced Waves and Storm Surge in the South China Sea: Case
Studies of the Super Typhoon Haiyan and Typhoon Hagupit Using Wind-Wave
Coupled Models
Jie YANG1#+, Linlin LI2, Hongjun ZHAO1, Philip Li-Fan LIU3
1Hohai University, 2Nanyang Technological University, 3National University of Singapore

17:15
IG26-D3-PM2332-006

IG26-A004
SPH Simulations of Storm Surge and Wave Overtopping of Coastal Structures
Huabin SHI1#+, Xiping YU1
1Tsinghua University

17:30
IG26-D3-PM2332-007

IG26-A001
Analytical Study of Hydrodynamic Properties of Dam-Break Flooding
Xiaohu DENG1#+
1Zhejiang University

17:45
IG26-D3-PM2332-008

IG26-A014
Wave Overtopping Against Sea Dikes Under Extreme Conditions
Hua LIU1#+, Wei WU1, Yongliu FANG1
1Shanghai Jiao Tong University

184

184

IG27 / Insights of Landslide Process, from Field Observation, PhysicalModelling and Numerical Simulation
Wed - 09 Aug | MR333
Session Chair(s)Wen-Chao HUANG, National Central University

16:00
IG27-D3-PM2333-001
Invited

IG27-A001
Characteristics of Causative Factors Causing Landslides in a Part of the Indian
Himalaya
Alok BHARDWAJ1#+, Alan ZIEGLER1, Robert WASSON1, Winston CHOW1, Y.P.
SUNDRIYAL2
1National University of Singapore, 2Hemwati Nandan Bahuguna Garhwal University

16:15
IG27-D3-PM2333-002

IG27-A002
Performance of the Portable Signal Transmitter (Beacon) at Buried Condition in the
Soil
Shohei DOHI1#+, Koji ICHII2
1Hiroshima University, 2Kansai University

16:30
IG27-D3-PM2333-003
Invited

IG27-A003
The Analysis of Landslides Using Broadband Seismic Network
Ching-Tang HUANG1+, Chi-Chia TANG2#
1China University of Geosciences (Wuhan), 2China University of Geosciences

16:45
IG27-D3-PM2333-004

IG27-A006
The Failure Behaviours of Sandy Slope by Centrifuge Modelling Under Gravity and
Earthquake Condition
Minh Canh TRAN1#+, Wen-Yi HUNG11National Central University

17:00
IG27-D3-PM2333-005

IG27-A008
Velocity Dependent Frictional Weakening of Large Rock Avalanche Basal Facies:
Implications for Rock Avalanche Hypermobility?
Yu-Feng WANG1#+, Jia-Jyun DONG1, Qiang-Gong CHENG2
1National Central University, 2Southwest Jiaotong University

17:15
IG27-D3-PM2333-006
Invited

IG27-A009
Relationship of Frictional Characteristics and Pore Pressure of Kaolin Clay Under
Different Slip Rates and Drainage Conditions
Jia-Jyun DONG1#+, Yi-Wei LEE1, Che-Ming YANG1, Yu-Feng WANG11National Central University

17:30
IG27-D3-PM2333-007

IG27-A010
Sliding and Deformation Characteristics of Several High Slopes in Indonesia
Sugeng KRISNANTO1#+, Masyhur IRSYAM2, Idrus Muhammad ALATAS3, Pintor T.
SIMATUPANG4
1Bandung Institute of Technology (ITB), Indonesian Society for Geotechnical Engineering(ISGE/HATTI), 2Bandung Institute of Technology, 3National Institute of Science andTechnology, Indonesian Society for Geotechnical Engineering (ISGE/HATTI), 4Universitas
Mercu Buana

17:45
IG27-D3-PM2333-008
Invited

IG27-A012
Dynamic Frictional Characteristics of High-Speed Rolling Limestone
Gang LUO1#+, Xiewen HU1
1Southwest Jiaotong University

185

185

OS02 / Regional Oceanic Numerical Modeling and Observations
Wed - 09 Aug | MR328
Session Chair(s)Jae Hak LEE, Korea Institue of Ocean Science and Technology

11:00
OS02-D3-AM2328-001
InvitedOS02-A037
Recent Progress on the Observations and Modeling of Ocean Currents in Eastern
Indian Ocean
Dongxiao WANG1#+, Gengxin CHEN2, Qin-Yan LIU1, Ke HUANG1
1South China Sea Institute of Oceanology, 2Chinese Academy of Sciences

11:15
OS02-D3-AM2328-002

OS02-A002
Numerical Simulations of the Interaction Between Internal Waves and the Kuroshio
Current Over the Izu-Ogasawara Ridge
Eiji MASUNAGA1#+, Guillaume AUGER2, Matt RAYSON3, Oliver FRINGER4,
Yusuke UCHIYAMA5, Hidekatsu YAMAZAKI6
1Ibaraki University, 2IBM Research Watson, 3University of Western Australia, 4Stanford
University, 5Kobe University, 6Tokyo University of Marine Science and Technology

11:30
OS02-D3-AM2328-003

OS02-A026
Impact of Diurnal Tides on General Circulation and Mixing in a Mid-Latitude Basin
Dong WANG1#+
1Nanjing University of Information Science & Technology

11:45
OS02-D3-AM2328-004

OS02-A012
The Influence of the Kuroshio on Typhoon-Driven Waves in the East China Sea
Jin WANG1, Changming DONG1,2
1Nanjing University of Information Science & Technology, 2University of California, Los
Angeles

12:00
OS02-D3-AM2328-005

OS02-A029
Eco-Adaptation in the Southern Pacific Ocean and the Role of Regional Ocean
Modelling
Serena LEE1#+, Charles LEMCKERT1,2, Rodger TOMLINSON1
1Griffith University, 2University of Canberra

Session Chair(s)Yusuke UCHIYAMA, Kobe University
Hui WU, East China Normal University

14:00
OS02-D3-PM1328-006
InvitedOS02-A044
Oceanic Channel Dynamics of the IOD-ENSO Precursory Relation Over the TropicalIndo-Pacific Ocean
Dongliang YUAN1#, Jing WANG1, Xia ZHAO1, Hui ZHOU1
1Chinese Academy of Sciences

14:15
OS02-D3-PM1328-007

OS02-A003
Turbulent Kinetic Energy of the Ocean Winds Over the Kuroshio Extension from
QuikSCAT Winds (1999-2009)
Kai YU1#+, Changming DONG1,2, Gregory KING3
1Nanjing University of Information Science & Technology, 2University of California, Los
Angeles, 3Institut de Ciencies del Mar (ICM-CSIC)

186

186

14:30OS02-D3-PM1328-008

OS02-A013
Effect of a Fast-Moving Tropical Storm Washi on Phytoplankton in the
Northwestern South China Sea
Hui ZHAO1#+
1Guangdong Ocean University

14:45
OS02-D3-PM1328-009

OS02-A017
Submesoscale Fronts Observed by Satellites Over the Northern South China Sea
Shelf
Jihai DONG1#+, Yishen ZHONG2, Changming DONG1,3, Jiwei TIAN4
1Nanjing University of Information Science & Technology, 2Shanghai Jiao Tong University,
3

University of California, Los Angeles, 4Ocean University of China

15:00
OS02-D3-PM1328-010

OS02-A020
Bottom-Trapped Characteristics of Changjiang River Plume Along the Zhe-Min
Coast
Hui WU1#+
1East China Normal University

15:15
OS02-D3-PM1328-011

OS02-A023
Submesoscale Eddy-Induced Mixing and Dispersion of Radioactive Tracer Off theNortheastern Pacific Coast of Japan
Yuki KAMIDAIRA1,2#+, Hideyuki KAWAMURA1, Takuya KOBAYASHI1, Yusuke
UCHIYAMA2, Akiko FURUNO1
1Japan Atomic Energy Agency, 2Kobe University

Session Chair(s)Leo OEY, National Central University

16:00
OS02-D3-PM2328-012
InvitedOS02-A043
Storm Surges Remote Sensing from Chinese HY-2A Satellite Radar Altimetry
Jingsong YANG1#+, Xiaohui LI1, Guoqi HAN2, Nan CHEN1, Dake CHEN1
1State Oceanic Administration, 2Fisheries and Oceans Canada

16:15
OS02-D3-PM2328-013

OS02-A030
Intrinsic Low-Frequency Variability in Transient Three-Dimensional Rip Currents
Yusuke UCHIYAMA1#+, James C. MCWILLIAMS2, Cigdem AKAN2
1Kobe University, 2University of California, Los Angeles

16:30
OS02-D3-PM2328-014

OS02-A008
Anthropogenic and Climatic Impacts on the Water and Sediment Flux of the
Yellow, Yangtze and Pearl River Basins Over the Past 60 Years
Qing TIAN1#+, Changming DONG1,2, Shilun YANG3
1Nanjing University of Information Science & Technology, 2University of California, Los
Angeles, 3East China Normal University

16:45
OS02-D3-PM2328-015

OS02-A016
Impact of the Kuroshio on Dispersal of Coral Spawn and Larvae Around Ryukyu
Islands in the East China Sea
Sachika ODANI1#+, Yusuke UCHIYAMA1, Motohiko KASHIMA2, Yuki
KAMIDAIRA1,3, Satoshi MITARAI4
1Kobe University, 2Kobe Gakuin University, 3Japan Atomic Energy Agency, 4Okinawa
Institute of Science and Technology Graduate University

187

187

17:00OS02-D3-PM2328-016

OS02-A031
Eddy Analysis in the North Pacific Based on Altimetry-Derived Surface Currents
Nobue OKADA1#+, Yusuke UCHIYAMA1, Yu LIU2, Changming DONG2,3
1Kobe University, 2Nanjing University of Information Science & Technology, 3University ofCalifornia, Los Angeles

17:15
OS02-D3-PM2328-017

OS02-A028
Spatial Adjustment Dynamics of the On-Shelf Intrusion of the Kuroshio Northeastof Taiwan
Xiaohui LIU1#+, Jilan SU2, Dake CHEN1, Changming DONG3,4
1State Oceanic Administration, 2State Key Laboratory of Satellite Ocean Environment
Dynamics (SOED), 3Nanjing University of Information Science & Technology, 4Universityof California, Los Angeles

17:30
OS02-D3-PM2328-018

OS02-A006
Antisymmetry of Oceanic Eddies Across the Kuroshio Over a Shelfbreak
Yu LIU1#+, Changming DONG1,2, Xiaohui LIU3
1Nanjing University of Information Science & Technology, 2University of California, Los
Angeles, 3State Oceanic Administration

17:45
OS02-D3-PM2328-019

OS02-A032
Inter-Annual and Seasonal Variability of Upper-Ocean Primary Production Alongthe Kuroshio Off JapanXu ZHANG1#+, Yusuke UCHIYAMA1
1Kobe University

OS08 / Future Coastal Oceans Under Climatic and Anthropogenic Scenarios
Wed - 09 Aug | MR329
Session Chair(s)Jingping XU, Ocean University of China
Jingpu (Paul) LIU, North Carolina State University

08:30
OS08-D3-AM1329-001
InvitedOS08-A013
Recent Sedimentation in the East China Sea Inner Shelf and its Response to Natural
Environment Change and Human Activities
Anchun LI1#+, Kaidi ZHANG1
1Chinese Academy of Sciences

08:50
OS08-D3-AM1329-002

OS08-A027
Long Term In-situ Observation of Dynamic Evolution of Bottom Boundary Layers
in Yellow River Estuary
Mingzheng WEN1#+, Yonggang JIA1, Shaotong ZHANG1
1Ocean University of China

09:05
OS08-D3-AM1329-003

OS08-A005
An Analysis of Sediment Dynamics on Large-Scale Clear Saline Water Dominating
the Sea Area Off the Qinhuangdao All Year RoundChongguang PANG1#+
1Chinese Academy of Sciences

09:20
OS08-D3-AM1329-004

OS08-A002
The Role of Tidal Asymmetry in Regulating Estuarine Sedimentation andMorphology
Daidu FAN1#+
1Tongji University
188

188

09:35OS08-D3-AM1329-005

OS08-A025
Variations in Quantity, Composition and Grain Size of Changjiang Sediment
Discharging Into the Sea in Response to Human Activities
Hui SHENG1#+, Jianhua GAO1
1Nanjing University

09:50
OS08-D3-AM1329-006

OS08-A008
Interaction Between Saltmarsh Vegetation Patches and Sediment Dynamics Under aHigh Sediment Supply
Yining CHEN1#+, Yan LI2, Tinglu CAI1
1State Oceanic Administration, 2Xiamen University

10:05
OS08-D3-AM1329-007

OS08-A012
Effects of Vertical Varied Vegetation Density on Wave Attenuation and Turbulence
EnergySha LOU1+, Shuguang LIU1#, Ming CHEN1, Guihui ZHONG1
1Tongji University

Session Chair(s)Daidu FAN, Tongji University
Ping YIN, Qingdao Institute of Marine Geolgoy
Chongguang PANG, Chinese Academy of Sciences

16:00
OS08-D3-PM2329-008

OS08-A028
The Mekong River Delta's Past and Recent Shoreline Shanges
Jingpu (Paul) LIU1#+
1North Carolina State University

16:15
OS08-D3-PM2329-009

OS08-A021
Influence of Wind, Sedimentary Discharge and Some Hydrological Factors on the
Coastal Zone in the Red River Delta, Vietnam
Vuong BUI VAN1#+
1Vietnam Academy of Science and Technology

16:30
OS08-D3-PM2329-010

OS08-A017
Sedimentary Systems Evolution in the East China Sea Shelf Since the Last Glacial
Maximum (LGM): A New Hypothesis
Jianfeng SU1#+, Daidu FAN1
1Tongji University

16:45
OS08-D3-PM2329-011

OS08-A010
Morphological Evolution of the Active Yellow River (Huanghe) Delta Lobe (19762013): Dominance of Flux and Composition of Riverine Sediment
Xiao WU1+, Houjie WANG1#, Jingping XU1
1Ocean University of China

17:00
OS08-D3-PM2329-012

OS08-A006
Morphodynamics of Inside Sandbar in a Convergent Estuary: With Emphasis on theRoles of River Discharge and Coriolis Effects
Dongfeng XIE1#+
1Zhejiang Institute of Hydraulics and Estuary

17:15
OS08-D3-PM2329-013

OS08-A026
Contribution of Wave-Induced Pore Pressure Build-Ups to Sediment Re-Suspension
Shaotong ZHANG1#+, Yonggang JIA1, Yaqi ZHANG1
1Ocean University of China
189

189

OS18 / Advances in Oceanic Data Assimilation Methodologies, Forecasting andReanalysis
Wed - 09 Aug | MR328
Session Chair(s)Yasumasa MIYAZAWA, Japan Agency for Marine-Earth Science and Technology

08:30
OS18-D3-AM1328-001
Invited

OS18-A014
Four-Dimensional Variational Ocean Reanalysis: A 30-Year High-Resolution
Dataset in the Western North Pacific (FORA-WNP30)
Norihisa USUI1#+, Tsuyoshi WAKAMATSU2, Yusuke TANAKA2, Nariaki HIROSE1,
Takahiro TOYODA1, Shiro NISHIKAWA2, Yosuke FUJII1, Yasushi TAKATSUKI1,
Hiromichi IGARASHI2, Haruka NISHIKAWA2, Yoichi ISHIKAWA2, Tsurane
KURAGANO1, Masafumi KAMACHI2
1Japan Meteorological Agency, 2Japan Agency for Marine-Earth Science and Technology

08:45
OS18-D3-AM1328-002

OS18-A005
Seasonal Predictions with the Norwegian Climate Prediction Model
Yiguo WANG1#, Stephanie GLEIXNER2, Noel KEENLYSIDE2, Francois
COUNILLON1, Shunya KOSEKI2+, Thomas TONIAZZO3
1Nansen Environmental and Remote Sensing Center, 2University of Bergen, 3Uni Research
Klima

09:00
OS18-D3-AM1328-003

OS18-A002
Data Assimilation for Massive Autonomous Systems Based on a Second-OrderAdjoint Method
Hiromichi NAGAO1#+, Shin-Ichi ITO1
1The University of Tokyo

09:15
OS18-D3-AM1328-004

OS18-A016
Applications of Ocean Data Assimilation into a Coupled Climate Model to East
Asian Summer Monsoon Simulations
Renping LIN1+, Jiang ZHU1#, Fei ZHENG1
1Chinese Academy of Sciences

09:30
OS18-D3-AM1328-005

OS18-A004
A Pearl River Estuary Salinity Observing System Constructed by LEnKF Combinedwith Gappy POD Method : A Twin Experiment
Bo LIANG1#+, Shiyu LI1, Jia-Tang HU1
1Sun Yat-sen University

09:45
OS18-D3-AM1328-006

OS18-A015
Performance of the New Version of Experimental Platform of Marine Environment
Forecasting (EPMEF) for South China Sea
Yineng LI1#+, Shiqiu PENG1, Yuhang ZHU1, Pinqiang WANG1, Fenghua ZHOU1,Jing YAN1
1Chinese Academy of Sciences

10:00
OS18-D3-AM1328-007

OS18-A013
Reanalysis/Forecast of the North Western Pacific Ocean Utilizing the AVHRR/
MODIS/ Himawari-8 Sea Surface Temperature Data
Yasumasa MIYAZAWA1#+, Sergey VARLAMOV1, Toru MIYAMA1, Tsutomu
HIHARA1, Miho ISHIZU1, Xinyu GUO2
1Japan Agency for Marine-Earth Science and Technology, 2Ehime University

190

190

10:15
OS18-D3-AM1328-008

OS18-A011
A Multiscale Data Assimilation Algorithm for Coastal Ocean Applications
Zhijin LI1#+
1Jet Propulsion Laboratory, California Institute of Technology

OS22 / Sea-level Changes from Minutes to Millennia
Wed - 09 Aug | MR329
Session Chair(s)Adam SWITZER, Nanyang Technological University
Charles LEMCKERT, Griffith University

11:00
OS22-D3-AM2329-001

OS22-A002
First Study of Coral Microatolls to Reconstruct the Relative Sea-Level Changes Overthe Past Centuries in the Ryukyu Arc
Jennifer WEIL-ACCARDO1#+, Kenji SATAKE1, Nathalie FEUILLET2, Tomoko
GOTO1, Hajime KAYANNE1, Jean-Marie SAUREL2, Noelynna RAMOS3, Tomoya
HARADA1, Kazuhisa GOTO4, Sowa KOHKI5, Mamoru NAKAMURA6
1The University of Tokyo, 2Institut de Physique du Globe de Paris, 3University of thePhilippines Diliman, 4Tohoku University, 5Toho University, 6University of the Ryukyus

11:15
OS22-D3-AM2329-002

OS22-A005
Relative Sea Level Proxy Records from Fossil Coral Microatolls in Western Borneo,
South China Sea: Sea-Level Stability by 7 Ka and Possible Holocene Faulting
Jedrzej MAJEWSKI1#+, Adam SWITZER1, Peter PARHAM2, Sarah BRADLEY3,
Jeremy PILE4, Ben HORTON1,5, Aron MELTZNER1, Xianfeng WANG1, Hong
CHIANG6, Tyiin CHIEW7, Moritz MULLER8, Aazani MUJAHID7, Jani TANZIL1
1Nanyang Technological University, 2National University of Malaysia, 3Delft University ofTechnology, 4Bournemouth University, 5Rutgers University, 6National Taiwan University,
7

11:30
OS22-D3-AM2329-003

Universiti Malaysia Sarawak, 8Swinburne University

OS22-A015
Periodic Relative Sea-Level Changes During the Last 4000 Years
Timothy SHAW1#+, Ben HORTON1,2, Andrew KEMP3, Niamh CAHILL4, Michael
MANN5, Simon ENGELHART6, Robert KOPP1, Matthew BRAIN7, Jennifer CLEAR8,
Reide CORBETT9, Daria NIKITINA10, Ane GARCÍA-ARTOLA1,2, Jennifer WALKER1
1Rutgers University, 2Nanyang Technological University, 3Tufts University, 4University of
Massachusetts Amherst, 5Penn State University, 6University of Rhode Island, 7Durham
University, 8Hope University, 9East Carolina University, 10West Chester University

11:45
OS22-D3-AM2329-004

OS22-A019
Inception of a Global Atlas of Holocene Sea Levels
Nicole KHAN1#, Alessio ROVERE2, Simon ENGELHART3, Ben HORTON4,5+, Erica
ASHE4, Robert KOPP4
1United States Geological Survey, 2University of Bremen, 3University of Rhode Island,
4

12:00
OS22-D3-AM2329-005

Rutgers University, 5Nanyang Technological University

OS22-A020
Contribution of Internal Variability to the Dynamic Sea Level Changes in the
Tropical Pacific During the Recent Decades
Mohammad Hadi BORDBAR1#+, Thomas MARTIN1, Mojib LATIF1, Wonsun PARK1
1GEOMAR Helmholtz Centre for Ocean Research Kiel

191

191

Session Chair(s)Noelynna RAMOS, University of the Philippines-Diliman
Adam DEVLIN, Chinese University of Hong Kong

14:00
OS22-D3-PM1329-006

OS22-A021
Shallow Water Tides, Tide Gauges, and Satellite Altimetry in the Maritime
Continent
Paul HARTLIPP1#+, Angela MAHARAJ1, Zlatko JOVANOSKI1
1University of New South Wales

14:15
OS22-D3-PM1329-007

OS22-A009
Sedimentological Recorders of the 2013 Typhoon Haiyan Storm Surge fromContrasting Philippine Coastal Landscapes
Janneli Lea SORIA1#+, Adam SWITZER1, Jessica PILARCZYK2, Fernando
SIRINGAN3, Hui TANG4, Robert WEISS5, Nicole KHAN6, Hermann FRITZ7,
Michelle MANGLICMOT8, Adonis GALLENTES8, Annie LAU9, Amanda Yee Lin
CHEONG1, Tracy KOH1
1Nanyang Technological University, 2University of Southern Mississippi, 3University of thePhilippines, 4Virginia Polytechnic Institute and State University, 5Virginia Tech, 6UnitedStates Geological Survey, 7Georgia Institute of Technology, 8University of the Philippines
Diliman, 9University of Queensland

14:30
OS22-D3-PM1329-008

OS22-A022
Anomalous Tidal Behavior in the South China Sea and Hong Kong with
Implications for Peak Water Levels
Adam DEVLIN1#+, Jiayi PAN1
1Chinese University of Hong Kong

14:45
OS22-D3-PM1329-009

OS22-A011
Relative Sea Level Changes and Historical Wave Events in Southwest Luzon Island,
Philippines Constrained from 230-th-Dated Corals
Kathrine MAXWELL1#+, Noelynna RAMOS1, Hiroyuki TSUTSUMI2, Chuan-Chou
SHEN3
1University of the Philippines Diliman, 2Kyoto University, 3National Taiwan University

15:00
OS22-D3-PM1329-010

OS22-A018
Differentiating Flood (2015) and Fluvial Deposits from Adyar River and Coovum
River, Chennai, India
Anandasabari KARTHIKEYAN1#+, Srinivasalu SESHACHALAM2, Krishna Kumar
RAMACHANDRAN3
1Jawaharlal Nehru Centre for Advance Scientific Research, 2Anna University, 3National
Geophysical Research Institute

192

192

PS04 / Microwave and Infrared Remote Sensing of Solar System Objects
Wed - 09 Aug | MR310
Session Chair(s)Scott BOLTON, South West Research InstituteYi-Jehng KUAN, National Taiwan Normal University

11:00
PS04-D3-AM2310-001
Invited

PS04-A021
Determining the Depth of Atmospheric and Interior Flows on Jupiter from the Juno
Gravity Measurements
Eli GALANTI1#+, Yohai KASPI1
1Weizmann Institute of Science

11:15
PS04-D3-AM2310-002
Invited

PS04-A005
Radio Occultation Experiment for Future Indian Space Missions
Varun SHEEL1#+, Jayesh PABARI1
1Physical Research Laboratory

11:30
PS04-D3-AM2310-003

PS04-A020
A THz Small Spacecraft for Oxygen and Water Observation in Mars Atomosphere
Yasuko KASAI1#+, Richard LARSSON1, Shinichi NAKASUKA2, Hiroyuki
MAEZAWA3, Toshiyuki NISHIBORI4, Takeshi MANABE3, Takeshi KURODA1,
Akifumi WACHI2
1National Institute of Information and Communications Technology, 2The University ofTokyo, 3Osaka Prefecture University, 4Japan Aerospace Exploration Agency

11:45
PS04-D3-AM2310-004

PS04-A004
The Herschel Catalogue of Solar System Object Observations
Mark KIDGER1#+, Cristina ROMERO2, Jürgen OBERST2, Miriam RENGEL1
1European Space Astronomy Centre, 2Technische Universität Berlin

12:00
PS04-D3-AM2310-005

PS04-A009
Tracing the Composition of Titan Stratosphere at Far-Infrared and Sub-Millimetre
Waves: A Successful Case of Study of Cross-Comparisons Between Space and
Ground-Based Platforms
Miriam RENGEL1,2#+, Paul HARTOGH1
1Max Planck Institute for Solar System Research, 2European Space Astronomy Centre

12:15
PS04-D3-AM2310-006

PS04-A010
Status of JUICE-SWIPaul HARTOGH1#+
1Max Planck Institute for Solar System Research

Session Chair(s)Paul HARTOGH, Max Planck Institute for Solar System Research
Yasuko KASAI, National Institute of Information and Communications Technology

14:00
PS04-D3-PM1310-007

PS04-A003
The Diviner Lunar Radiometer: A Cornerstone to Thermal Infrared Studies ofAirless Bodies
Benjamin GREENHAGEN1#+, David PAIGE2
1Johns Hopkins University Applied Physics Laboratory, 2University of California, Los
Angeles193

193

14:15
PS04-D3-PM1310-008

PS04-A008
Thermal Infrared Imaging of Rocky Bodies in the Solar System: Earth and Moon
Observations by TIR on Hayabusa2
Tatsuaki OKADA1#+, Tetsuya FUKUHARA2, Satoshi TANAKA1, Takehiko ARAI3,
Hirohide DEMURA4, Hiroki SENSHU5, Naoya SAKATANI6, Yoshiko OGAWA4,
Toru KOUYAMA7, Makoto TAGUCHI2
1Japan Aerospace Exploration Agency, 2Rikkyo University, 3National Institute ofEnvironmental Studies, 4The University of Aizu, 5Chiba Institute of Technology, 6Meiji
University, 7National Institute of Advanced Industrial Science and Technology

14:30
PS04-D3-PM1310-009

PS04-A017
Submillimeter Observations of the Dwarf Planet Ceres
Yi-Jehng KUAN1#+, Yo-Ling CHUANG1, Iain M. COULSON2, Wei-Ling TSENG1,
Ming-Chi CHUNG1, Ya-Wen YO1
1National Taiwan Normal University, 2East Asian Observatory

14:45
PS04-D3-PM1310-010

PS04-A014
Study on 3D Radiation Transfer Model in the Coma of 67P / CG Using Lime
Yuhui ZHAO1#+, Ladislav REZAC2, Paul HARTOGH2
1Purple Mountain Observatory, Chinese Academy of Sciences, 2Max Planck Institute for
Solar System Research

15:00
PS04-D3-PM1310-011

PS04-A006
Is Near-Surface Ice the Driver of Dust Activity on 67P/CG?
Ladislav REZAC1#+, Yuri SKOROV1, Paul HARTOGH1, Horst Uwe KELLER1
1Max Planck Institute for Solar System Research

15:15
PS04-D3-PM1310-012

PS04-A015
Spatially Resolved Evolution of the Local H2O Production Rates of Comet
67P/Churyumov-Gerasimenko from MIRO/Rosetta
David MARSHALL1#+, Paul HARTOGH1, Ladislav REZAC1
1Max Planck Institute for Solar System Research

PS07 / Outer Planetes and Their Satellites
Wed - 09 Aug | MR310
Session Chair(s)Sushil ATREYA, University of Michigan
Jun KIMURA, University of Osaka

08:30
PS07-D3-AM1310-001
Invited

PS07-A014
Science Highlights from Cassini’s Grand Finale
Linda SPILKER1#+, Scott EDGINGTON2, Nicolas ALTOBELLI3
1California Institute of Technology, 2Jet Propulsion Lab / California Institute of Technology,
3

European Space Agency

08:50
PS07-D3-AM1310-002
Invited

PS07-A012
Structure and Dynamics of Saturn's Rings
Larry ESPOSITO1#+
1University of Colorado Boulder

09:10
PS07-D3-AM1310-003
Invited

PS07-A005
The Saturnian Near-Ring Plasma Environment
Wei-Ling TSENG1#+, Robert E. JOHNSON2, Meredith ELROD3
1National Taiwan Normal University, 2University of Virginia, 3NASA Goddard Space
Flight Center
194

194

09:25
PS07-D3-AM1310-004
Invited

PS07-A002
The Cassini/Mimi First Energetic Particle Results of the Grand Finale Orbits
Peter KOLLMANN1#+, Don MITCHELL1, Elias ROUSSOS2, Norbert KRUPP2,
Douglas HAMILTON3, Chris PARANICAS1
1Johns Hopkins University Applied Physics Laboratory, 2Max Planck Institute for Solar
System Research, 3University of Maryland

09:40
PS07-D3-AM1310-005
Invited

PS07-A015
Energetic Electron Observations fom Cassini/MIMI During the F-ring and the First
Proximal Orbits
Elias ROUSSOS1#+, Norbert KRUPP1, Peter KOLLMANN2, Chris PARANICAS2, Don
MITCHELL2, Stamatios KRIMIGIS2
1Max Planck Institute for Solar System Research, 2Johns Hopkins University Applied
Physics Laboratory

09:55
PS07-D3-AM1310-006

PS07-A021
Detection of Charged Nano-Grains in the Near Proximity of the Jovian and
Saturnian Rings
Wing-Huen IP1#+, Kun Cing PAN1, Hsiang-Wen HSU2, Mihaly HORANYI2
1National Central University, 2University of Colorado Boulder

10:10
PS07-D3-AM1310-007

PS07-A017
Properties of Plasmoids in Saturn’s Magnetotail: Global Simulations andComparisons with Cassini Observations
Xianzhe JIA1#+, Margaret KIVELSON2
1University of Michigan, 2University of California, Los Angeles

Session Chair(s)Athena COUSTENIS, Observatorie de Meudon

16:00
PS07-D3-PM2310-008

PS07-A007
Formation of the Ice Giant Planets: Compositional Constraints and Challenges
Sushil ATREYA1#+, Joong HYUN-IN1, Mark HOFSTADTER2
1University of Michigan, 2Jet Propulsion Laboratory, California Institute of Technology

16:15
PS07-D3-PM2310-009
Invited

PS07-A001
Satellite Formation Around Giant Planets
Sebastien CHARNOZ1#+
1Universite Paris Diderot

16:30
PS07-D3-PM2310-010

PS07-A022
Seasonal Evolution of Organic Chemistry in Titan’s Stratosphere from Cassini CIRSAthena COUSTENIS1#+, Donald JENNINGS2, Richard ACHTERBERG3, Panayiotis
LAVVAS4, Conor NIXON2, Georgios BAMPASIDIS5, F. Michael FLASAR2
1Paris Observatory, 2NASA Goddard Space Flight Center, 3University of Maryland,
4

Universite Reims Champargne-Ardennes, 5National and Kapodistrian University ofAthens195

195

16:45
PS07-D3-PM2310-011

PS07-A023
Interesting Geologic Features on Titan Using Cassini VIMS Analysis andAtmospheric Contributions
Anezina SOLOMONIDOU1#+, Athena COUSTENIS2, Rosaly LOPES-GAUTIER1,
Michael MALASKA1, Sébastien RODRIGUEZ3, Pierre DROSSART2, Michael
JANSSEN1, Bernard SCHMITT4, Sylvain PHILIPPE4, Kenneth LAWRENCE1,
Emmanuel BRATSOLIS5, Katrin STEPHAN6, Ralf JAUMANN6, Robert H. BROWN7,
Alice LE GALL8, Edward VILLANUEVA1, Christos MATSOUKAS9, Ashley
SCHOENFELD1
1Jet Propulsion Laboratory, California Institute of Technology, 2Paris Observatory, 3CEA
Saclay, 4Joseph Fourier University, 5National and Kapodistrian University of Athens,
6

German Aerospace Center (DLR), 7University of Arizona, 8Université de Versailles Saint-

Quentin-en-Yvelines (UVSQ), 9KTH-Royal Institute of Technology
17:00
PS07-D3-PM2310-012
Invited

PS07-A010
Estimating Icy Satellite Oceanic Metabolic Potential from In Situ Gas Ratios
J. Hunter WAITE, JR.1#+, Chris GLEIN1, Christine RAY2, Jonathan LUNINE3, Rebecca
PERRYMAN1, Ben TEOLIS1
1Southwest Research Institute, 2University of Texas San Antonio, 3Corenll University

17:15
PS07-D3-PM2310-013

PS07-A026
Is Thermal Convection Responsible for Polygonal Structures on Pluto's Surface?
Kenny VILELLA1#+, Frederic DESCHAMPS1
1Academia Sinica

17:30
PS07-D3-PM2310-014

PS07-A024
Thermal History and Stability of Subsurface Ocean in Pluto
Jun KIMURA1#+, Shunichi KAMATA2
1Osaka University, 2Hokkaido University

17:45
PS07-D3-PM2310-015
Invited

PS07-A009
The Planned Europa Mission: The Next Step in Exploring Habitability of an Icy
WorldDavid SENSKE1#+, Robert PAPPALARDO1, Haje KORTH2, Rachel KLIMA2, Steven
VANCE1, Kate CRAFT2
1Jet Propulsion Laboratory, California Institute of Technology, 2Johns Hopkins University
Applied Physics Laboratory

196

196

ST05-15 / New and Recent Results on Radiation Belt and Inner Magnetosphere
Physics
Wed - 09 Aug | MR308
Session Chair(s)Allison JAYNES, University of Colorado Boulder
Ondrej SANTOLIK, Institute of Atmospheric Physics, Czech Academy of Sciences, Czech
Republic / Faculty of Mathematics and Physics, Charles University

11:00
ST05-15-D3AM2-308-001
InvitedST05-15-A002
Geospace Exploration Project: Arase (ERG)
Yoshizumi MIYOSHI1#+, Iku SHINOHARA2, Takeshi TAKASHIMA2, Kazushi
ASAMURA2, Nana HIGASHIO2, Takefumi MITANI2, Shoichiro YOKOTA2, Satoshi
KASAHARA2, Yoich KAZAMA3, Shiang-Yu WANG3, Masafumi HIRAHARA1,
Yoshiya KASAHARA4, Yasumasa KASABA5, Satoshi YAGITANI4, Ayako
MATSUOKA2, Hirotsugu KOJIMA6, Yuto KATOH5, Mitsuru HIKISHIMA2, Kazuo
SHIOKAWA1, Kanako SEKI7
1Nagoya University, 2Japan Aerospace Exploration Agency, 3Academia Sinica, 4Kanazawa
University, 5Tohoku University, 6Kyoto University, 7The University of Tokyo

11:20
ST05-15-D3AM2-308-002
InvitedST05-15-A006
Charged Particle Measurements in the Radiation Belt by ERG
Kazushi ASAMURA1, Nana HIGASHIO1, Masafumi HIRAHARA2, Satoshi
KASAHARA3#+, Yoich KAZAMA4, Haruhisa MATSUMOTO1, Takefumi MITANI1,
Wataru MIYAKE5, Yushi SUTO3, Takeshi TAKASHIMA1, Bo-Jhou WANG4, ShiangYu WANG4, Kazuhiro YAMAMOTO6, Shoichiro YOKOTA1
1Japan Aerospace Exploration Agency, 2Nagoya University, 3The University of Tokyo,
4

Academia Sinica, 5Tokai University, 6Kyoto University

11:40
ST05-15-D3AM2-308-003

ST05-15-A010
Studying Relativistic Particle Acceleration and Loss in Our Cosmic Backyard: Van
Allen Probes Radiation Belt Exploration
Daniel BAKER1#+
1University of Colorado Boulder

11:55
ST05-15-D3AM2-308-004

ST05-15-A001
Characteristics of Radiation Belt Electrons Revealed by Measurements of SAMPEX,CSSWE, and Van Allen Probes
Xinlin LI1#+, Daniel BAKER1, Hong ZHAO1, Kun ZHANG1, Allison JAYNES1,
Quintin SCHILLER2, Shri KANEKAL2, Berhard BLAKE3, Michael TEMERIN4
1University of Colorado Boulder, 2NASA Goddard Space Flight Center, 3The Aerospace
Corporation, 4University of California, Berkeley

12:10
ST05-15-D3AM2-308-005

ST05-15-A017
Drift and Drift-Bounce Resonance Between Ions and Poloidal Mode ULF Waves
Robert RANKIN1#+, Chengrui WANG1, Qiugang ZONG2, Yongfu WANG2
1University of Alberta, 2Peking University

197

197

Session Chair(s)Xinlin LI, University of Colorado Boulder

14:00
ST05-15-D3PM1-308-006

ST05-15-A003
Recent Results from the Electric and Magnetic Field Instrument Suite and Integrated
Science (EMFISIS) on the Van Allen Probes
Craig KLETZING1#+
1The University of Iowa

14:15
ST05-15-D3PM1-308-007
InvitedST05-15-A005
Van Allen Probe Measurements of EMIC Wave Detailed Properties and Electric
FieldsLauren BLUM1#+, Oleksiy AGAPITOV2, Anton ARTEMYEV3, John BONNELL4
1NASA Goddard Space Flight Center, 2Space Sciences Laboratory, 3University of California,
Los Angeles, 4University of California, Berkeley

14:35
ST05-15-D3PM1-308-008

ST05-15-A008
The Impressive Correlation Between Substorm Activity and the Rebuilding ofEarth’s Radiation Belts
Allison JAYNES1#+, David MALASPINA1, Veronica DIKE2, Dan BAKER1, Xinlin LI1,
Hong ZHAO1, Shri KANEKAL3
1University of Colorado Boulder, 2University of New Mexico, 3NASA Goddard Space Flight
Center

14:50
ST05-15-D3PM1-308-009
InvitedST05-15-A014
A Statistical Investigation of Plasmaspheric Plasma by Using Global GPS TEC Data
Qinghe ZHANG1#+, Gun LI2, Yanqiu REN1, Yong WANG1, John FOSTER3, Michael
LOCKWOOD4, Shunrong ZHANG3
1Shandong University, 2University of Science and Technology of China, 3Massachusetts
Institute of Technology, 4Rutherford-Appleton Laboratory

15:10
ST05-15-D3PM1-308-010

ST05-15-A004
Two-Point Measurements of Plasmaspheric Hiss by Van Allen Probes
Ondrej SANTOLIK1,2#+, George HOSPODARSKY3, William KURTH3, Craig
KLETZING3
1Czech Academy of Sciences, 2Charles University, 3The University of Iowa

ST06 / Origin, Eruption, Propagation and Space Weather Effect of Magnetic Flux
Ropes
Wed - 09 Aug | MR308
Session Chair(s)Hongqiang SONG, Shandong University
Qiang HU, University of Alabama in Huntsville

08:30
ST06-D3-AM1308-001
InvitedST06-A007
Formation and Dynamics of the Solar Eruptive Flux Tube
Satoshi INOUE1#+
1Institute for Space-Earth Environmental Research, Nagoya University

08:45
ST06-D3-AM1308-002

ST06-A011
Connection Between the CMEs in the Coronagraph and the MCs Near the Earth
Chenglong SHEN1#+, Yuming WANG1, Bin ZHUANG1, Yutian CHI1, Jiajia LIU1
1University of Science and Technology of China

198

198

09:00
ST06-D3-AM1308-003

ST06-A004
The Origin of Solar Filament Plasma Inferred from In-situ Observations ofElemental Abundances
Hongqiang SONG1#+, Yao CHEN1
1Shandong University

09:15
ST06-D3-AM1308-004
InvitedST06-A010
An Eruptive Hot-Channel Structure Observed at Metric Wavelength as a Moving
Type-IV Solar Radio Burst
Yao CHEN1#+, V. VASANTH1
1Shandong University

09:30
ST06-D3-AM1308-005
InvitedST06-A009
The Causes of Quasi-Homologous CMEs
Lijuan LIU1+, Yuming WANG1#, Rui LIU1, Zhenjun ZHOU1, Manuela TEMMER2,
Julia THALMANN2, Jiajia LIU1, Kai LIU1, Quanhao ZHANG1, Astrid VERONIG2
1University of Science and Technology of China, 2University of Graz

09:45
ST06-D3-AM1308-006

ST06-A008
CME Dynamics Using Stereo and Lasco Observations: The Relative Importance ofLorentz Forces and Solar Wind Drag
Nishtha SACHDEVA1#+, Prasad SUBRAMANIAN1, Angelos VOURLIDAS2, Volker
BOTHMER3
1Indian Institute of Science Education and Research, 2Applied Physics Laboratory,
3

10:00
ST06-D3-AM1308-007

University of Göttingen

ST06-A017
A Comparison Between the Geoeffectiveness of North-South and South-North
Magnetic Clouds, and an Associated Prediction
Chin-Chun WU1#+, Ronald LEPPING2, Daniel BERDICHEVSKY3, Kan LIOU4
1U.S. Naval Research Laboratory, 2NASA Goddard Space Flight Center, 3University of theDistrict of Columbia, 4Johns Hopkins University Applied Physics Laboratory

10:15
ST06-D3-AM1308-008

ST06-A012
Detection, Characterization and Origination of Small-Scale Magnetic Flux Ropes
Jinlei ZHENG1, Qiang HU1#+
1The University of Alabama in Huntsville

ST07 / The Wave Coupling Between the Lower Solar Atmosphere and Corona:
MHD Approach
Wed - 09 Aug | MR309
Session Chair(s)Marcel GOOSSENS, KU Leuven

08:30
ST07-D3-AM1309-001
InvitedST07-A002
Impulsively Generated Kink Waves in Coronal Slabs as an Explanation for LargeScale Streamer Waves
Bo LI1#+, Hui YU1, Mingzhe GUO1
1Shandong University

08:45
ST07-D3-AM1309-002

ST07-A001
Mixed Dynamics and Resonant Absorption of Axisymetric MHD Waves
Marcel GOOSSENS1#+, Tom VAN DOORSSELAERE1, Daejung YU1
1KU Leuven

199

199

09:00ST07-D3-AM1309-003

ST07-A004
Peculiar EUV Waves and Their Diagnostics Capability
Abhishek Kumar SRIVASTAVA1#+
1Indian Institute of Technology (BHU)

09:15
ST07-D3-AM1309-004
InvitedST07-A009
Slow Magnetoacoustic Oscillations of Coronal Loops
Valery NAKARIAKOV1#+
1University of Warwick

09:30
ST07-D3-AM1309-005

ST07-A015
Dissipation of Alfvén Wave Through Ion-neutral Interactions in the Solar
Chromosphere
Damien PRZYBYLSKI1#, Sergiy SHELYAG2+
1Max Planck Institute for Solar System Research, 2University of Northumbria

09:45
ST07-D3-AM1309-006

ST07-A006
2-3D Numerical Model of Jet Formation in Solar Atmosphere
José Juan GONZÁLEZ1#+, Viktor FEDUN2, Gary VERTH2, Sergiy SHELYAG3,
Stephane REGNIER3, Francisco GUZMÁN1
1Universidad Michoacana de San Nicolás de Hidalgo, 2The University of Sheffield,
3

University of Northumbria

10:00
ST07-D3-AM1309-007

ST07-A005
High-Resolution Techniques for Magnetohydrodynamic Seismology of the Solar
Atmosphere
David PASCOE1#+
1University of Warwick

10:15
ST07-D3-AM1309-008

ST07-A014
Nonlinear Damping of Transverse Oscillations in Coronal Loops
Norbert MAGYAR1#+, Tom VAN DOORSSELAERE1
1KU Leuven

ST08 / Sun-earth System Response to Extreme Solar and Seismic Events
Wed - 09 Aug | MR308
Session Chair(s)Nanan BALAN, University of Sheffield
Zuo XIAO, Peking University

16:00
ST08-D3-PM2308-001
InvitedST08-A003
The Solar Storms July 2012: Examining Extreme Space Weather Scenarios
Daniel BAKER1#+
1University of Colorado Boulder

16:20
ST08-D3-PM2308-002
InvitedST08-A005
Geospace Extreme Space Weather Events
Natalia BUZULUKOVA1,2#+
1NASA Goddard Space Flight Center, 2University of Maryland

16:35
ST08-D3-PM2308-003
InvitedST08-A014
Modeling Extreme Solar Energetic Particle Events Using Physics-Based Models
Gary ZANK1#+, Gang LI1, Olga VERKHOGLYADOVA2, Junxiang HU1
1The University of Alabama in Huntsville, 2Jet Propulsion Laboratory, California Instituteof Technology
200

200

16:50ST08-D3-PM2308-004
InvitedST08-A016
Superdarn Observations of Ionospheric Disturbances Triggered by Big Earthquakes
Nozomu NISHITANI1#+, Pavlo PONOMARENKO2
1Nagoya University, 2University of Saskatchewan

17:05
ST08-D3-PM2308-005

ST08-A017
Magnetosphere-Ionosphere-Thermosphere Coupling During Large Magnetic
Storms and Superstorms: Enhanced Molecular Ion Outflows and Hot Oxygen Atom
Production
Andrew YAU1#+, Victoria FOSS1, Bernard SHIZGAL2
1University of Calgary, 2University of British Columbia

17:20
ST08-D3-PM2308-006

ST08-A011
A Modeling Study of Global Ionospheric and Thermospheric Responses to Extreme
Solar Flare
Huijun LE1#+, Libo LIU1, Zhipeng REN1, Yiding CHEN2, Hui ZHANG1, Weixing
WAN1
1Chinese Academy of Sciences, 2Institute of Geology and Geophysics, Chinese Academy of
Sciences

17:35
ST08-D3-PM2308-007

ST08-A012
Ionospheric Solar Activity Effects of the Mid-Latitude Trough and the Plasmapause
Probed by Demeter During 2006-2009
Jann-Yenq (Tiger) LIU1#+, Chao-Yen CHEN1
1National Central University

17:50
ST08-D3-PM2308-008

ST08-A007
Effect of Equatorial Electrodynamics and Lower Atmospheric Forcing on Optical
Neutral Dayglow Emission as a Function of Solar Activity
Duggirala PALLAMRAJU1#+, Deepak KARAN1
1Physical Research Laboratory

ST22 / Use of Nano/microsatellites for Solar-terrestrial Studies
Wed - 09 Aug | MR309
Session Chair(s)Kyoung Wook MIN, Korea Advanced Institute of Science and Technology

16:00
ST22-D3-PM2309-001

ST22-A001
Small Satellite Constellation to Study Ionosphere Precursor Due to Earthquake
Koichiro OYAMA1,2#+
1National Cheng Kung University, 2Asia Space Environment Research Consortium

16:15
ST22-D3-PM2309-002

ST22-A003
The Cubesat Mission for Studying Solar Particles
Mihir DESAI1#+
1Southwest Research Institute

16:30
ST22-D3-PM2309-003
Invited

ST22-A004
The Snipe (Small Scale Magnetospheric Ionospheric Plasma Experiments) Mission
Jaejin LEE1#+, Young-Sil KWAK1, Junga HWANG1, Jaeheung PARK1, Jongdae
SOHN1
1Korea Astronomy and Space Science Institute

201

201

16:45
ST22-D3-PM2309-004
Invited

ST22-A005
Problems Associated with Ionospheric Electron Measurements Onboard Cubesats
Hui-Kuan FANG1#+, K. OYAMA1, Alfred B. CHEN1
1National Cheng Kung University

17:00
ST22-D3-PM2309-005
Invited

ST22-A010
Micro/Nano/Pico-Satellite Challenge Towards Science Applications - History ofJapanese Activities and Future Vision
Shinichi NAKASUKA1#+
1The University of Tokyo

17:15
ST22-D3-PM2309-006

ST22-A011
The Experience of Designing the International University Microsatellite
Oleg BREKHOV1#+, Pavel ZHDANOV1
1Moscow Aviation Institute (National Research University)

17:30
ST22-D3-PM2309-007

ST22-A013
Upper Atmospheric Dynamics Through Forcing from Below & Above with Special
Reference to Magnetic Storm: Need of Multi-Sensor Satellite Observations
Devi MINAKSHI1#+, Ananda BARBARA1, Koichiro OYAMA2,3, Anna DEPUEVA4,
Ya Yu RUZHIN4
1Gauhati University, 2National Cheng Kung University, 3Asia Space Environment
Research Consortium, 4IZMIRAN

17:45
ST22-D3-PM2309-008
Invited

ST22-A015
Study of the Vertical TEC in Tropical Region with Velox-CI Data
Wending YAN1#+, Bingxuan LI1, Benjamin LIM1
1Nanyang Technological University

ST26-27 / General Session for Upper Atmosphere and Ionosphere
Wed - 09 Aug | MR309
Session Chair(s)Wai-Leong TEH, Universiti Kebangsaan Malaysia

11:00
ST26-27-D3AM2-309-001

ST26-27-A008
The Role of Substorms During Storm Time Over Low Latitudes
Debrup HUI1#, Dibyendu CHAKRABARTY1+
1Physical Research Laboratory

11:15
ST26-27-D3AM2-309-002

ST26-27-A005
Modeling the Ionospheric Electric Fields Using Coupled Thermosphere-Ionosphere
Data Assimilation
Charles LIN1#+, Chia-Hung CHEN1, Tomoko MATSUO2
1National Cheng Kung University, 2University of Colorado Boulder

11:30
ST26-27-D3AM2-309-003

ST26-27-A012
Ionospheric Responses to Geomagnetic Storms in the Equatorial Region Over
Malaysia
Wai-Leong TEH1#+, W. S. CHEN2, Mardina ABDULLAH1
1Universiti Kebangsaan Malaysia, 2Chien Hsin University of Science and Technology

11:45
ST26-27-D3AM2-309-004

ST26-27-A017
Thermosphere and Ionosphere Coupling Viewed from TIMED/GUVI Observations
Yongliang ZHANG1#+, Larry PAXTON1
1Johns Hopkins University
202

202

Session Chair(s)Zahra BOUYA, Space Weather Services - The Australian Bureau of Meteorology
Mario BISI, Science & Technology Facilities Council

14:00
ST26-27-D3PM1-309-005

ST26-27-A001
Global Observation of Sporadic E Layer Properties from GPS Radio Occultation
Measurements
Christina ARRAS1#+, Jens WICKERT1
1GFZ Potsdam

14:15
ST26-27-D3PM1-309-006

ST26-27-A004
Longitudinal Variation of Equatorial Spread F in Southeast Asia
Prayitno ABADI1#+, Yuichi OTSUKA1, Kazuo SHIOKAWA1, Hiroyuki
SHINAGAWA2
1Nagoya University, 2National Institute of Information and Communications Technology

14:30
ST26-27-D3PM1-309-007

ST26-27-A018
First Three Dimensional Waves in the Daytime Obtained from Dayglow Emissions
and Their Comparison with Those Derived from Ionospheric Measurements
Duggirala PALLAMRAJU1#+, Deepak KARAN1, Subir MANDAL1, Ravindra
SINGH1
1Physical Research Laboratory

203

203

SE09 / Earth Rotation and Reference Frame
Wed - 09 Aug | MR327
Session Chair(s)Jianli CHEN, University of Texas at Austin
Richard GROSS, NASA Jet Propulsion Laboratory

08:30
SE09-D3-AM1327-001
InvitedSE09-A002
Coseismic Influences of Great Earthquakes on the Polar Drift in the 21st Century
Benjamin Fong CHAO1#+
1Academia Sinica

08:50
SE09-D3-AM1327-002
InvitedSE09-A004
Operational Simulation of Short-Term Predictions of Earth Rotation Excitation
Maik THOMAS1#+, Robert DILL1, Henryk DOBSLAW11GFZ Helmholtz Centre Potsdam

09:10
SE09-D3-AM1327-003
InvitedSE09-A005
Earth’s Polar Motion Excited by the Convective Outer Core from Numerical
Geodynamo Simulations
Weijia KUANG1#+
1NASA Goddard Space Flight Center

09:30
SE09-D3-AM1327-004

SE09-A001
Towards More Frequent Updates of the ITRF
Richard GROSS1#+, Claudio ABBONDANZA1, T. Mike CHIN1, Mike HEFLIN1, Jay
PARKER1, Benedikt SOJA1, Xiaoping WU1
1Jet Propulsion Laboratory, California Institute of Technology

09:45
SE09-D3-AM1327-005

SE09-A007
International Laser Ranging Service: Recent Progress and Future Challenges
Michael PEARLMAN1#+, Giuseppe BIANCO2, Stephen MERKOWITZ3, Carey
NOLL3, Erricos PAVLIS4, Victor SHARGORODSKY5, Zhang ZHONGPING6
1Harvard-Smithsonian Center for Astrophysics, 2Agenzia Spaziale Italiana, 3NASA
Goddard Space Flight Center, 4University of Maryland, Baltimore County, 5Joint-Stock
Company “Research-and-Production Corporation “Precision Systems and Instruments”,
6

Shanghai Astronomical Observatory

10:00
SE09-D3-AM1327-006

SE09-A010
Earth Rotation in Sight of Climate Modulations
Leonid ZOTOV1#+, Nikolay SIDORENKOV2, Christian BIZOUARD3
1Higher School of Economics, Russia, 2Hydrometcenter of Russia, 3Paris Observatory

10:15
SE09-D3-AM1327-007

SE09-A003
Multi-Sensor Monitoring of Long-Term Polar Motion
Jianli CHEN1#+
1University of Texas at Austin

204

204

SE14 / Geophysical Investigations in Geotechnical Engineering
Wed - 09 Aug | MR327
Session Chair(s)Ku TAESEO, National University of Singapore
Chih-Ping LIN, National Chiao Tung University

16:00
SE14-D3-PM2327-001

SE14-A010
Stress-Induced Borehole Breakout in Sedimentary Rocks
Kang DUAN1+, Yinlin JI1, Wei WU1#
1Nanyang Technological University

16:15
SE14-D3-PM2327-002
Invited

SE14-A009
Seismic Impedance Reconstruction Using Speckle Correlations in Random Media
Yunyue LI1#+
1National University of Singapore

16:30
SE14-D3-PM2327-003
Invited

SE14-A006
Uncertainties in Site Characterization Using Surface Wave Methods and Their
Consequences Over Seismic Site Response
Ravi S. JAKKA1#+
1Indian Institute of Technology Roorkee

16:45
SE14-D3-PM2327-004

SE14-A004
Site Characterization and Site Amplification Studies for Strong Motion Recording
Stations of Kumaun Region of Uttarakhand
Bhavesh PANDEY1#+, Ravi S. JAKKA2, Ashok KUMAR2, Mukat SHARMA2
1Indian Institute of Technology, 2Indian Institute of Technology Roorkee

17:00
SE14-D3-PM2327-005
Invited

SE14-A007
Integrating Engineering Geophysics into Dam’s Assessment
Chih-Ping LIN1#+, Chun-Hung LIN1, Po-Ling WU1, Hsin-Chang LIU1, Chih-Chung
CHUNG2
1National Chiao Tung University, 2National Central University

17:15
SE14-D3-PM2327-006

SE14-A002
Seismic Site Characterization of Roorkee for Deep Soil
Priyanka SHARMA1#+, V. A. SAWANT1
1Indian Institute of Technology Roorkee

17:30
SE14-D3-PM2327-007

SE14-A003
Estimation of Bedrock Depth for a Part of Garhwal Himalayas Using Two Different
Geophysical Techniques
Mukat SHARMA1#+
1Indian Institute of Technology Roorkee

SE20 / Tephrochronology and Lake Studies of Environmental Change
Wed - 09 Aug | MR311
Session Chair(s)Caroline BOUVET DE MAISONNEUVE, Nanyang Technological University
Gouramanis CHRISTOS, National University of Singapore

14:00
SE20-D3-PM1311-001

SE20-A001
Occurrence, Nature and Lithological Architecture of Toba Ash in Quaternary
Sediments of Purna Alluvial Basin, Central India
Ashok K. SRIVASTAVA1#+, Ajab SINGH1
1SGB Amravati University
205

205

14:15
SE20-D3-PM1311-002
Invited

SE20-A006
The Towuti Drilling Project and the Challenges in Reconstructing the Climate andEnvironmental History of Central Indonesia
Satria BIJAKSANA1#+, James RUSSELL2, Hendrik VOGEL3, Martin MELLES4
1Institut Teknologi Bandung, 2Brown University, 3University of Bern, 4University of
Cologne

14:30
SE20-D3-PM1311-003

SE20-A009
Application of Surface Related Multiple Elimination (SRME) to Enhance Seismic
Resolutions: Case Study, Towuti Lake, South Sulawesi Indonesia
Abdul HAFIDZ1#+, Satria BIJAKSANA1, Wahyu TRIYOSO1, James RUSSELL2, Nigel
WATTRUS3, Hendrik VOGEL4
1Institut Teknologi Bandung, 2Brown University, 3Large Lakes Observatory, 4University of
Bern

14:45
SE20-D3-PM1311-004

SE20-A010
Magnetic Characteristics of Surface Sediments from Lake Towuti, Sulawesi,
Indonesia
Silvia FAJAR1#+, Satria BIJAKSANA1, Kartika KIRANA1, Ida Bagus KRESNA1, JamesRUSSELL2, Hendrik VOGEL3, Martin MELLES4
1Institut Teknologi Bandung, 2Brown University, 3University of Bern, 4University of
Cologne

15:00
SE20-D3-PM1311-005

SE20-A007
Relative Magnetic Paleointensity Record from Lake Towuti Sediments During 60
KYR BP
Kartika KIRANA1#+, Satria BIJAKSANA1, John W. KING2, Gerald TAMUNTUAN3,James RUSSELL4, La Ode NGKOIMANI5, Darharta DAHRIN1, Silvia FAJAR1
1Institut Teknologi Bandung, 2University of Rhode Island, 3Sam Ratulangi University,
4

Brown University, 5Halu Oleo University

SE21 / Fault Ruptures, Active Tectonics and Seismic Hazard of Southeast andEast Asia
Wed - 09 Aug | MR311
Session Chair(s)Noelynna T. RAMOS, University of the Philippines
J. Bruce H. SHYU, National Taiwan University

11:00
SE21-D3-AM2311-014

SE21-A005
Influences of Different Factors on the Fault Dynamic Rupture Propagation
Lifen ZHANG1#+, Jinggang LI1, Yannan ZHAO1
1China Earthquake Administration

11:15
SE21-D3-AM2311-015

SE21-A021
Focal Mechanism and Seismogenic Structure of the M4.9 and M5.1 Litang
Earthquake Sequence on 23 Sept. 2016, Southwestern China
Guixi YI1#+, Feng LONG2, Mingjian LIANG2
1Sichuan Earthquake Administration, 2Earthquake Administration of Sichuan Province

206

206

11:30SE21-D3-AM2311-016

SE21-A041
Unraveling the Source and Mechanism of the Great (M8.7) Surface-Rupturing
Assam Earthquake (15/08/1950), Eastern Himalayas
Aurelie COUDURIER-CURVEUR1#+, Elise KALI1, Paul TAPPONNIER1, Jerome
VAN DER WOERD2, Emile OKAL3, Swapnamita VAIDESWARAN4, Saurabh
BARUAH5, Cagil KARAKAS1, Paramesh BANERJEE1, Sorvigenaleon ILDEFONSO1
1Nanyang Technological University, 2Université de Strasbourg, 3Northwestern University,
4

Wadia Institute of Himalayan Geology, 5CSIR North-East Institute of Science andTechnology
11:45
SE21-D3-AM2311-017

SE21-A037
Preliminary Crustal Thickness in Myanmar from the National Seismic Monitoring
Network
Phyo Maung MAUNG1#+, Wang XIN1, Shengji WEI1
1Nanyang Technological University

12:00
SE21-D3-AM2311-018

SE21-A028
Frontal Pop-Ups Structures are Responsible for Tsunami Generation in Tsunami
Earthquakes of 2010 Mentawai Earthquake, Indonesia
Nugroho D. HANANTO1#+, Satish C. SINGH2, Yanfang QIN3, Paul TAPPONNIER4,
Bertrand BEUNAICHE5, Praditya AVIANTO1, Linlin LI4, Fredeique LECLERC6,
Helene CARTON3, Haryadi PERMANA1
1Indonesian Institute of Sciences, 2Institute of Earth Physics of Paris, 3Institut de Physiquedu Globe de Paris, 4Nanyang Technological University, 5ENSTA Bretagne, 6University ofNice Sophia Antipolis

12:15
SE21-D3-AM2311-019

SE21-A010
Rupture Model of the 2016 Meinong, Taiwan, Earthquake Determined from NearSource Strong Motion and High-Rate GPS Waveform Data
Ruey-Juin RAU1#+, Yi-Ying WEN2, Po-Ching TSENG1, Wei-Cheng CHEN1, MingChe HSIEH3, Kuo-En CHING4
1National Cheng Kung University, 2National Chung Cheng University, 3Sinotech
Engineering Consultants Inc., 4National Chiao Tung University

SE22 / Biotic Evolution During India's Norhward Drift from Gondwana to Asia
Wed - 09 Aug | MR327
Session Chair(s)Sunil BAJPAI, Birbal Sahni Institute of Palaeosciences
Ashu KHOSLA, Panjab University

11:00
SE22-D3-AM2327-001

SE22-A013
Fossil Evidence for Decline of Gondwanan Vegetation Due to Early Paleogene
Hyperthermal Events: A Case Study from the Indian Subcontinent
Vandana PRASAD1#+, Sunil BAJPAI1
1Birbal Sahni Institute of Palaeosciences

11:15
SE22-D3-AM2327-002

SE22-A006
Northward Drifting Indian Plate: The Cradle of Origin and Early Evolution of
Mammals
Sunil BAJPAI1#+
1Birbal Sahni Institute of Palaeosciences

207

207

11:30SE22-D3-AM2327-003

SE22-A002
Upper Cretaceous-Lower Paleocene Biota of the Deccan Volcano-Sedimentary
Sequences: Paleoenvironmental, Biostratigraphical and PaleobiogeographicalImplications in Context of Northward Drift of the Indian Plate
Ashu KHOSLA1#+
1Panjab University

11:45
SE22-D3-AM2327-004

SE22-A007
Calcareous Nannofossils from Indus Suture Zone, Ladakh, NW Himalaya:clues to
the Timing of India-Asia Collision
Jyotsana RAI1#+, Vivesh V. KAPUR1, Sunil BAJPAI1
1Birbal Sahni Institute of Palaeosciences

Session Chair(s)Vandana PRASAD, Birbal Sahni Institute of Palaeosciences

14:00
SE22-D3-PM1327-005

SE22-A001
Early Eocene Adapisoriculids (Mammalia, Eutheria) from Western India: Evidence
for Continuation of a Gondwanan Lineage Across the K-Pg Interval in the Indian
Subcontinent
Vivesh V. KAPUR1#+, Sunil BAJPAI1, Debasis P DAS2, G. V. R. PRASAD3
1Birbal Sahni Institute of Palaeosciences, 2Shell Technology India Pvt. Ltd, 3University of
Delhi

14:15
SE22-D3-PM1327-006

SE22-A011
Paleobiogeographic History of Plant Family Dipterocarpaceae Based on the Earliest
Eocene Fossil Pollen Records from Indian Subcontinent
Ashish MISHRA1, Jeyakumar S1, Mahi BANSAL1, Vandana PRASAD1#+
1Birbal Sahni Institute of Palaeosciences

14:30
SE22-D3-PM1327-007

SE22-A008
Palynofloral Diversity Changes Across the Palaeogene Warming Event (ETM2,~53.7 Ma) in the Palaeo-Equatorial Region: Evidences from Panandhro Lignite Mine,
Western Indian
Poonam VERMA1#+, M. R. RAO1
1Birbal Sahni Institute of Palaeosciences

SE25 / General Solid Earth Section
Wed - 09 Aug | MR311
Session Chair(s)Carlo ARCILLA, University of the Philippines
Kyaw THU, Macle Gem Trade Laboratory

08:30
SE25-D3-AM1311-005

SE25-A032
Difficulty of the Determination of Hypocenters in Early 20 Century
Yuzo ISHIKAWA1#+
1National Institute of Advanced Industrial Science and Technology

08:45
SE25-D3-AM1311-006

SE25-A066
Active Tectonic Movements Along the Thu Bon River Basin, Central Vietnam andits Implication to Geological Harzards
Hai Thanh TRAN1#+, Hung QUOC NGUYEN1, Do Tu Ngo HOANG2, Nam
NGUYEN XUAN3, Hieu Minh LE1, Dao Anh VU1
1Hanoi University of Mining and Geology, 2Hue University of Sciences, 3Vietnam Instituteof Geosciences and Mineral Resources
208

208

09:00SE25-D3-AM1311-007

SE25-A020
Micro-Texture and Chemical Composition of Jasper in West Java, Indonesia
Kemala WIJAYANTI1#+, Mega Fatimah ROSANA1, Euis TINTIN YUNINGSIH1, Isnu
HAJAR SULISTYAWAN2, Kurnia ARFIANSYAH1, Erick SANJAYA1
1Padjadjaran University, 2Geological Survey Institute of Indonesia

09:15
SE25-D3-AM1311-008

SE25-A003
Modeling Repeating Earthquake Interactions: Triggering Effect from Nearby
Microseismicity
Kate Huihsuan CHEN1#+, Roland BURGMANN2, K. JOHNSON3, Robert NADEAU2
1National Taiwan Normal University, 2University of California, Berkeley, 3Indiana
University

09:30
SE25-D3-AM1311-009

SE25-A027
Geochemical and Sr-Nd Isotope Composition of Late Miocene Volcanic Rocks
Associated with the Chah Zard Epithermal Gold-Silver Deposit, Sw Yazd, Iran
Majid GHADERI1#+, Hossein KOUHESTANI1, Mohammad Hashem EMAMI2,
Sebastien MEFFRE3, Vadim KAMENETSKY3, Jocelyn MCPHIE3, Khin ZAW3,
Rasoul NASIRI BEZENJANI4
1Tarbiat Modares University, 2Research Institute for Earth Sciences, 3University of
Tasmania, 4Stockholm University

Session Chair(s)Kyaw THU, Macle Gem Trade Laboratory
Carlo ARCILLA, University of the Philippines

16:00
SE25-D3-PM2311-010

SE25-A069
Multiple Constraints on the Timescales of Sediment Source-to-Sink Processes in East
Asia
Shouye YANG1#+, Kai DENG1, Chao LI1
1Tongji University

16:15
SE25-D3-PM2311-011

SE25-A024
Crustal Structure of the Sikhote-Alin Orogenic Belt from Spectral Analysis ofMagnetic and Gravity Data
Alexei DIDENKO1#+, Mihkail NOSYREV1, Boris SHEVCHENKO1, Gulshat
GILMANOVA1
1Far Eastern Branch of Russian Academy of Sciences

16:30
SE25-D3-PM2311-012

SE25-A035
The Influence of Sea Level Change to the Development of Late Miocene Isolated
Carbonate Platform in North West Java Basin, Indonesia
Anggun ARMIA1#+
1Pertamina EP

16:45
SE25-D3-PM2311-013

SE25-A005
Spatio-Temporal Variation of the Postseismic Deformation Associated with the 2011
Tohoku Earthquake (M9.0) Based on Terrestrial and Seafloor Observations
Takeshi IINUMA1#+, Yusaku OHTA2, Satoshi MIURA2, Jun MUTO2, Fumiaki
TOMITA2, Motoyuki KIDO2, Ryota HINO2
1Japan Agency for Marine-Earth Science and Technology, 2Tohoku University

209

209

17:00SE25-D3-PM2311-014

SE25-A063
Nature of Mineralization and Beneficiation Approach of Low Grade Chromite Oresin Sukinda Ultramafic Complex, Odisha, Eastern India
Yudhisthir MOHANTA1#+, Prabodha SAHOO1, A.S. VENKATESH1, Rama Murthy
YANAMANDRA2
1Indian Institute of Technology (Indian School of Mines), Dhanbad, 2Tata Steel Limited

17:15
SE25-D3-PM2311-015

SE25-A012
Application of a New Method of Sediment Identification to Geoarchaeology:
Morphologi G3
Nelum KANTHILATHA1#+, William BOYD2, Nigel CHANG3, Sumanajith
KUMARA1
1University of Sri Jayewardenepura, 2Southern Cross University, 3James Cook University

210

210

SS06 / High Power Space Exploration
Wed - 09 Aug | MR331
Session Chair(s)Frank JANSEN, German Aerospace Center
Ikkoh FUNAKI, Japan Aerospace Exploration Agency

14:00
SS06-D3-PM1331-001
Invited

SS06-A002
Democritos: Demostrator Project for a MW Class Nuclear Electric Spacecraft
Jean-Claude WORMS1#+, Frank JANSEN2, Emmanouil DETSIS1, Alexander
SOLODUKHIN3, Alexander SEMENKIN3, Maria TOSI4, Frederic MASSON5,
Stephane ORIOL5, Michel MUSZYNSKI6, Richard GRANJON7, Zara HODGSON8,
Richard STAINSBY8, Simana FERRARIS41European Science Foundation, 2German Aerospace Center, 3Keldysh Research Center,
4

Thales Alenia Space Italia, 5Centre National d'Études Spatiales (CNES), 6Airbus Safran

Launchers, 7SAGEM, 8National Nuclear Laboratory
14:20
SS06-D3-PM1331-002
Invited

SS06-A003
Potential Contributions of DLR to DEMOCRITOS INPPS Flagship: Robotics,
Assembly, Test and Simulation of Electric Thrusters
Andreas RITTWEGER1#+
1German Aerospace Center

14:40
SS06-D3-PM1331-003
Invited

SS06-A004
Development of High Power Electric Propulsion Systems for Space Use
Rod BOSWELL1#+, Christine CHARLES1
1The Australian National University

15:00
SS06-D3-PM1331-004
Invited

SS06-A001
Exploration of Europa: Search of Ingredients for Life
Varun SHEEL1#+
1Physical Research Laboratory

211

211

AS Poster Presentations
Wed - 09 Aug, 14:00 - 15:30 | Summit
AS01-D3-PM1-P012

AS01-A010
Climate Change as a Trigger for “Response Divergence” and Tree Mortality:
Evidenced by Tree Ring Width in Southwest China
Jiajia SU1+, Xiaohua GOU1#
1Lanzhou University

AS02-D3-PM1-P014

AS02-A002
Mechanisms of Secondary Convection Within a Mei-Yu Frontal Mesoscale
Convective System in Eastern China
Xin XU1+, Ming XUE2#, Yuan WANG1, Hao HUANG1
1Nanjing University, 2The University of Oklahoma

AS02-D3-PM1-P015

AS02-A004
Variability of Localized Rainfall from a Dense Data Network in Metro Manila
Ellice Dane ANCHETA1#+, James SIMPAS1, Genevieve LORENZO1, Maria
Obiminda CAMBALIZA1
1Manila Observatory

AS02-D3-PM1-P016

AS02-A006
Numerical Simulation of Heat Wave Over the Southeastern Korea in 2015 Summer
Using High-Resolution WRF Model
Dong Hyuck YOON1+, Dong-Hyun CHA1#
1Ulsan National Institute of Science and Technology

AS02-D3-PM1-P017

AS02-A007
Diagnosing Wind Roads Near High Rise Buildings and Evaluating Thermal
Comfort Using Micrometeorological Data
Woo-Sik JUNG1,2#+
1Inje University, 2The Korean Environmental Sciences SocietyAS02-D3-PM1-P018

AS02-A012
A Study on the Optimization of Meteorological Initial Input in the Weather
Research and Forecasting (WRF) Model for Accuracy of Meteo-Tsunami Prediction
Yo-Hwan CHOI1+, Hyunsu KIM1#, Yoo-Keun KIM1
1Pusan National University

AS02-D3-PM1-P019

AS02-A015
Impacts of Land Cover Change of Coastal Wetlands on Meteorological Fields in
Gyeonggi Bay, West Sea of Korea
Hye Yeon AN1+, Ju-Hee JEONG1#, Yoo-Keun KIM1
1Pusan National University

AS02-D3-PM1-P020

AS02-A022
Evaluation of Cloud Microphysics Schemes Based on In-Situ Videosonde
Observations
Youko YOSHIZUMI1+, Tetsuya KAWANO1#, Ryuichi KAWAMURA1, Kenji
SUZUKI2, Yasuhiro SAITOH3
1Kyushu University, 2Yamaguchi University, 3Japan Aerospace Exploration Agency

AS02-D3-PM1-P021

AS02-A027
The Use of WRF-ARW Model to Simulate Fog Conditions Using Different PBL
SchemesMarouane TEMIMI1#+
1Masdar Institute
212

212

AS02-D3-PM1-P022

AS02-A029
A Horizontal Index for the Influence of Upper-Level Environmental Flow on TC’s
Intensity
Yu-Kun QIAN1#+, Shiqiu PENG2, Chang-Xia LIANG3
1South China Sea Institute of Oceanology, 2Chinese Academy of Sciences, 3State Oceanic
Administrative

AS03-D3-PM1-P021

AS03-A005
Characteristics of Heavy Polluted Days in Shanghai During 2013-2016
Lan YAO1+, Jianmin CHEN1#, Liping QIAO2, Hongli WANG2, Wenwen SUN1
1Fudan University, 2Shanghai Academy of Environmental Sciences

AS03-D3-PM1-P022

AS03-A010
Understanding the Haze Events in Singapore Through Machine Learning
Hsiang-He LEE1#+, Apisada CHULAKADABBA2, Zhengyu YANG3, Chien WANG2
1Singapore-MIT Alliance for Research and Technology, 2Massachusetts Institute ofTechnology, 3National University of Singapore

AS03-D3-PM1-P023

AS03-A014
Impacts of Anthropogenic Aerosols on Springtime Mesoscale Convective Systems
in South China
Lijuan ZHANG1+, Tzung-May FU1#
1Peking University

AS03-D3-PM1-P024

AS03-A022
Seasonal Variation of CCN Chemical Composition and Cloud Droplet Activation
Kinetics: A Long-Term Observation at Noto Peninsula, Japan
Kento KINOUCHI1#+, Hiroyuki HYONO1, Masaki FURUYA1, Hiroshi
TSURUMARU1, Atsushi MATSUKI1
1Kanazawa University

AS03-D3-PM1-P025

AS03-A026
Haze Transport by Tropical Intra-Seasonal Variability During the 2015 Haze Eventin South East Asia
Ritvik DOBRIYAL1#+, Yudha DJAMIL1, Wen-Chien LEE1, Mikinori KUWATA1, Dat
PHAM TIEN1
1Nanyang Technological University

AS03-D3-PM1-P026

AS03-A028
Atmospheric Nitrogen Deposition Over China Adjcent Seas During Heavy Haze
Days
Xiaohuan LIU1#+
1Ocean University of China

AS04-D3-PM1-P022

AS04-A004
Review to the Rocket-Borne Wind Sounding Technology in the Middle Atmosphere
Shudao ZHOU1#+, Huijun LI2
1University of Science and Technology of China, 2Nanjing University of Aeronautics andAstronautics

AS04-D3-PM1-P023

AS04-A011
Total Ozone Properties Associated with Meteorological Conditions in the Western
Antarctica
Ja-Ho KOO1#+, Taejin CHOI2, Hana LEE1, Jhoon KIM1, Dha Hyun AHN1, Joonghee
PARK1, Jaemin KIM3, Yun Gon LEE3
1Yonsei University, 2Korea Polar Research Institute, 3Chungnam National University
213

213

AS04-D3-PM1-P024

AS04-A022
Momentum Flux of Convective Gravity Waves and its Impact to the Large-Scale
Flow in the Stratosphere: An Off-Line Calculation of Gravity Wave
Parameterization
Min-Jee KANG1, Hye-Yeong CHUN1#+, Young-Ha KIM2
1Yonsei University, 2Ewha Womans University

AS04-D3-PM1-P025

AS04-A027
Evaluation of Medium-Range Predictablilty in KMA Ensemble Prediction System
Soon Il KWON1#+, Jeong-Hyun PARK1, Hyun-Cheol SHIN1, Seung-Woo LEE2
1Korea Meteorological Administration, 2Numerical Modeling Center

AS04-D3-PM1-P026

AS04-A031
Abnormal Temperature Events in Northeastern Eurasia in the Summer of 2002
Under Different Wave Propagation Patterns
Enkhbat ERDENEBAT1#+
1Hokkaido University

AS04-D3-PM1-P027

AS04-A033
Seasonal Variations of Different Tides in the Mesosphere and Lower Thermosphere
Revealed by a Meteor Radar Chain
You YU1#+, Weixing WAN2
1Institute of Geology and Geophysics, Chinese Academy of Sciences, 2Chinese Academy of
Sciences

AS06-D3-PM1-P006

AS06-A005
Optical Characteristics of Aerosols in the Floodplains of Northern India
Prayagraj SINGH1, Aditya VAISHYA2#+, Shantanu RASTOGI1
1Deen Dayal Upadhyay Gorakhpur University, 2Vikram Sarabhai Space Centre

AS06-D3-PM1-P007

AS06-A006
Forenoon and Afternoon Aerosol Radiative Forcing During Premonsoon-2016 at
Varanasi
Manoj K. SRIVASTWA1#+, Rajeev SINGH1, Bharat Ji MEHROTRA1, Pravash
TIWARI1, Sahil SHARMA1, Anila H. BHENGRA1, N. P. SINGH1, Abhay K. SINGH1,
Suresh TIWARI2, Atul K. SRIVASTAVA2
1Banaras Hindu University, 2Indian Institute of Tropical Meteorology

AS06-D3-PM1-P008

AS06-A009
Microphysical Characteristics of Aerosols and Associated Radiative Forcing Over
Tropical Indian Ocean - Results of International Indian Ocean Expedition - II
Harilal MENON1#+, Shrivardhan HULSWAR1
1Goa University

AS07-D3-PM1-P006

AS07-A006
Low-Frequency Magnetic Pulses from the Positive Leader in Two Natural Lightning
Flashes
Gaopeng LU1#+
1Chinese Academy of Sciences

AS07-D3-PM1-P007

AS07-A008
The Influence of the Return Stroke Models on the Lightning Radiated Field in EarthIonosphere ModelingDongshuai LI1#+, Gaopeng LU2, Fei LIU1
1Nanjing University of Information Science & Technology, 2Chinese Academy of Sciences

214

214

AS07-D3-PM1-P008

AS07-A009
Abnormal Occurrence of Negative Narrow Bipolar Events in the Parent
Thunderstorm of Blue Jets
Feifan LIU1+, Baoyou ZHU1, Gaopeng LU2#, Zilong QIN3, Alfred B. CHEN4
1University of Science and Technology of China, 2Chinese Academy of Sciences, 3The Hong
Kong Polytechnic University, 4National Cheng Kung University

AS07-D3-PM1-P009

AS07-A011
Sprite Observation Result at Lulin Observatory in 2016 by National Central
University
Pei-Yu CHEN1#+, Min-Ruey LU1, Cheng-Liing KUO1, Chien-Chung CHOU1, JungKung CHOU2, Shu-Chun CHANG2, Alfred B. CHEN2, Han-Tzong SU2, Ruei-Ron
HSU2
1National Central University, 2National Cheng Kung University

AS10-D3-PM1-P035

AS10-A011
A Study on the Influences of Low-Frequency Vorticity on Tropical Cyclone
Formation in the Western North PacificYi-Huan HSIEH1#+, Cheng-Shang LEE2, Chung-Hsiung SUI1
1National Taiwan University, 2Taiwan Typhoon and Flood Research InstituteAS10-D3-PM1-P036

AS10-A017
Changes of Tropical Cyclone Landfalls in the Southern China Throughout the 21stCenturyCharlie C. F. LOK1#+, Johnny CHAN1
1City University of Hong Kong

AS10-D3-PM1-P037

AS10-A022
Tropical Cyclone Activities Over the Western North Pacific During El Nino and La
Nina Simulated by an Axis-Symmetric Model
Chinh TA HUU1#+
1National Center for Hydro-Meteorological Forecasting

AS10-D3-PM1-P038

AS10-A023
Large Errors in Tropical Cyclone Track Forecasts: The Causes
Chi Kit TANG1#+, Johnny CHAN1
1City University of Hong Kong

AS10-D3-PM1-P039

AS10-A024
Northward Expansion of Tropical Cyclone Tracks in the Western North PacificDuring the Fall Season
Minkyu LEE1#+, Dong-Hyun CHA1
1Ulsan National Institute of Science and Technology

AS10-D3-PM1-P040

AS10-A026
Influential Role of the Moisture Conveyor Belt in Tropical Cyclone Intensity Overthe Western North Pacific
Keita FUJIWARA1#+
1Kyushu University

AS10-D3-PM1-P041

AS10-A027
Visibility Analysis in Shenzhen Under the Influence of Tropical Cyclones
Guangxin LI1#+, Qinglan LI2, Li ZHANG3, Lei LI3
1Shenzhen Institutes of Advanced Technology，Chinese Academy of Sciences, 2Chinese
Academy of Sciences, 3Shenzhen Meteorological Bureau

215

215

AS10-D3-PM1-P042

AS10-A028
Rapid Intensification of Typhoon Goni (2015) After Eyewall Replacement: Doppler
Radar Analysis
Udai SHIMADA1#+, Masahiro SAWADA1, Hiroyuki YAMADA2
1Japan Meteorological Agency, 2University of the Ryukyus

AS10-D3-PM1-P043

AS10-A031
A 31-Year Climatology of Tropical Cyclone Size from NCEP Climate Forecast
System Reanalysis
Derek K. H. MOK1#+, Johnny CHAN1, Kelvin T. F. CHAN1
1City University of Hong Kong

AS10-D3-PM1-P044

AS10-A032
A Comprehensive Study of the Precipitation and Airflow Structure of Outer
Tropical Cyclone Rainbands Near Taiwan During 2003-2015
Jhang-Shuo LUO1#+, Cheng-Ku YU1
1National Taiwan University

AS10-D3-PM1-P045

AS10-A042
A Coupled Typhoon-Ocean Model for the Western North Pacific
Minghua SUN1#+, Suhong MA1, Jin ZHANG1
1China Meteorological Administration

AS10-D3-PM1-P046

AS10-A043
Typhoon Intensity Consensus Predictions in the Western North Pacific
You Jung OH1#+, Il-Ju MOON1, Woojeong LEE2
1Jeju National University, 2Korea Meteorological Administration

AS10-D3-PM1-P047

AS10-A045
Statistical Prediction of Typhoon-Induced Accumulated Rainfall Over the Korean
Peninsula Based on Historical Storm and Rainfall Database
Hyeji KIM1+, Il-Ju MOON1#
1Jeju National University

AS10-D3-PM1-P048

AS10-A047
Global 7-km Mesh Nonhydrostatic Model Intercomparison Project for Improving
Typhoon Forecast (TYMIP-G7)
Masuo NAKANO1#+, Akiyoshi WADA2, Masahiro SAWADA2, Hiromasa
YOSHIMURA2, Ryo ONISHI1, Shintaro KAWAHARA1, Wataru SASAKI1, Tomoe
NASUNO1, Munehiko YAMAGUCHI2, Takeshi IRIGUCHI2, Masato SUGI2,
Yoshiaki TAKEUCHI2
1Japan Agency for Marine-Earth Science and Technology, 2Japan Meteorological Agency

AS10-D3-PM1-P049

AS10-A048
Impacts of Air-Sea Interaction and Spectral Nudging on Seasonal Tropical Cyclone
Simulation
Jihong MOON1+, Jinyoung PARK1, Dong-Hyun CHA1#
1Ulsan National Institute of Science and Technology

AS10-D3-PM1-P050
InvitedAS10-A050
Development of Typhoon Regional Unified Model (TRUM)
Dong-Hyun CHA1#+, Jihong MOON1, Woojeong LEE2, Hyeonjin SHIN2, Nam-Young
KANG2, Youngsin CHUN2
1Ulsan National Institute of Science and Technology, 2Korea Meteorological Administration

216

216

AS10-D3-PM1-P051

AS10-A057
The Role of the Boundary Layer in Secondary Eyewall Formation
Kuan Yu LU1#+, Chun-Chieh WU11National Taiwan University

AS10-D3-PM1-P052

AS10-A058
Sensitivity Analysis of Tropical Cyclone Track and Intensity Based on Ensemble
Forecasts
Chih-Chi HU1#+, Chun-Chieh WU11National Taiwan University

AS11-38-D3PM1-P-025

AS11-38-A001
The Intraseasonal Variation of Wind and Surface Temperature Over East Asia in
Boreal WinterYang JIAO1+, Renguang WU1#
1Chinese Academy of Sciences

AS11-38-D3PM1-P-026

AS11-38-A014
An Evaluation of Boreal Summer Intra-Seasonal Oscillation Simulated by
BCC_AGCM
Yongjie FANG1#+
1Beijing Climate Center

AS11-38-D3PM1-P-027

AS11-38-A016
On the Co-Occurrence of Wintertime Temperature Anomalies Over Eastern Asia
and Eastern North America
Ruyan CHEN1+, Wenyu HUANG1#, Bin WANG1,2, Zifan YANG1, Jonathon
WRIGHT1, Wenqian MA11Tsinghua University, 2Chinese Academy of Sciences

AS11-38-D3PM1-P-028

AS11-38-A017
Seasonal March of Rainfall at Manila for the Late 19th Century - The Early 20th
Century
Ikumi AKASAKA1#+, Masumi ZAIKI2, Hisayuki KUBOTA3, Jun MATSUMOTO4
1Senshu University, 2Seikei University, 3Japan Agency for Marine-Earth Science andTechnology, 4Tokyo Metropolitan University

AS11-38-D3PM1-P-029

AS11-38-A018
Spatial Analysis of Monthly Mean Stable Isotopes in Precipitation Across Japan
Throughout 2013
Kimpei ICHIYANAGI1,2#+, Masahiro TANOUE3, Kei YOSHIMURA3, Tsuyoshi
KUMANOMIDO1
1Kumamoto University, 2Japan Agency for Marine-Earth Science and Technology, 3The
University of Tokyo

AS11-38-D3PM1-P-030

AS11-38-A021
Unique Relationship Between Tropical Rainfall and SST to the Northwest ofMadagascar in Boreal WinterShunya KOSEKI1#+, Bhuwan BHATT1
1University of Bergen

AS11-38-D3PM1-P-031

AS11-38-A025
Possible Mechanism of Korean and Indian Summer Monsoon by Greenland Sea Ice
Variability in CAM5
In-Won KIM1#+, Amita PRABHU2, Jaiho OH1, Ramesh KRIPALANI2
1Pukyong National University, 2Indian Institute of Tropical Meteorology
217

217

AS11-38-D3PM1-P-032

AS11-38-A030
A Comparison of Two Intraseasonal Cooling Events in 2007/08 and 2015/16 Winter
Mingyue QIN1#+, Shuanglin LI2,3
1Chinese Academy of Sciences, 2Institute of Atmospheric Physics, Chinese Academy of
Sciences, 3China University of Geosciences

AS11-38-D3PM1-P-033

AS11-38-A041
Phase Transition of the Pacific Decadal Oscillation and Decadal Variation of the East
Asian Summer Monsoon in the 20th Century
Xiao DONG1+, Feng XUE1#
1Chinese Academy of Sciences

AS13-D3-PM1-P018

AS13-A002
Comparison of Ensemble Forecast Skill with Single Forecast Skill by Using
Nonlinear Local Lyapunov Vectors in Lorenz63 Model
Liang DING1+, Ruiqiang DING1#, Li JIANPING2, Bin GU3
1Chinese Academy of Sciences, 2Beijing Normal University, 3Nanjing University ofInformation Science and Technology

AS13-D3-PM1-P019

AS13-A007
Interannual Variability of East Asian Winter Monsoon and its Dynamical andStatistical Prediction
Daehyun KANG1+, Myong-In LEE1#, Jungho IM1
1Ulsan National Institute of Science and Technology

AS13-D3-PM1-P020

AS13-A010
Multi-Scale Cyclone Activity in the Changjiang River-Huaihe River Valleys During
Spring and its Relationship with Rainfall Anomalies
Chuhan LU1#+, Yujing QIN1
1Nanjing University of Information Science & Technology

AS13-D3-PM1-P021

AS13-A013
Teleconnection Over Afro-Eurasia and Influence of Subtropical Westerly Jet on it
Shan HE1#+, Song YANG1
1Sun Yat-sen University

AS13-D3-PM1-P022

AS13-A019
Influence of the North Pacific Victoria Mode on the Pacific ITCZ Summer
Precipitation
Jiao LI1#+, Ruiqiang DING1, Jianping LI2
1Chinese Academy of Sciences, 2Beijing Normal University

AS13-D3-PM1-P023

AS13-A022
Effect of Excessive Equatorial Pacific Cold Tongue Bias on Northwest Pacific
Anticyclone
Yuntao JIAN1#+, Song YANG1, Gen LI2
1Sun Yat-sen University, 2Chinese Academy of Sciences

AS13-D3-PM1-P024

AS13-A027
Variability of Wind Energy in Korea Using Regional Climate Model Ensemble
Projection
Yeon-Hee KIM1#+, Geon-Hwa RYU1, Baek-Jo KIM2, Yumi KIM3
1National Institute of Meteorological Sciences, 2National Institute of MeteorologicalResearch, 3Kongju National University

218

218

AS13-D3-PM1-P025

AS13-A030
Understanding the Mechanism Leading to a Heat Wave Event in South Korea
During August 2016
Youjin WON1#+, Sang-Wook YEH1
1Hanyang University

AS13-D3-PM1-P026

AS13-A031
Understanding the Mechanisms Leading to Heat Waves and Tropical Nights in
Korea
Jinsil HONG1#+, Sang-Wook YEH1
1Hanyang University

AS13-D3-PM1-P027

AS13-A037
Abrupt Shift in the Response of Northern Hemisphere Winter Climate to the 11Year Solar Cycle in the Mid-1970s
Hedi MA1#+, Haishan CHEN1, Xing LI1, Shanlei SUN1
1Nanjing University of Information Science & Technology

AS14-D3-PM1-P011

AS14-A002
Response of Precipitation Extremes to Absorbing Aerosols Using a Cloud-Resolving
Model
Xin Rong CHUA1#+, Yi MING2
1Princeton University, 2National Oceanic and Atmospheric Administration

AS14-D3-PM1-P012

AS14-A006
Rain Drop Size Distribution in Pre-YMC Under the Coastal Heavy Rainfall inWestern Sumatra
Masaki KATSUMATA1#+, Shuichi MORI1, Ryuichi SHIROOKA1, Katsuhiro
NAKAGAWA2, Biao GENG1, Kyoko TANIGUCHI1
1Japan Agency for Marine-Earth Science and Technology, 2National Institute of Information
and Communications Technology

AS14-D3-PM1-P013

AS14-A010
Lightning Activities Over the Coastal Region of Sumatra During the Pre-YMC
Observations in 2015
Jun-Ichi HAMADA1#+, Shuichi MORI2, Masaki KATSUMATA2, Jun MATSUMOTO1,
Fadli SYAMSUDIN3, Kunio YONEYAMA2
1Tokyo Metropolitan University, 2Japan Agency for Marine-Earth Science and Technology,
3

Agency for Assessment and Application of Technology

AS14-D3-PM1-P014

AS14-A011
Simultaneous Measurements of Stable Isotope Composition in Precipitation andVapour During NE Monsoon in Singapore
Dominik JACKISCH1#+, Shaoneng HE2, Maria Rosabelle ONG2, Nathalie
GOODKIN2
1EOS, 2Nanyang Technological University

AS14-D3-PM1-P015

AS14-A012
Intreaseasonal and Diurnal Variations of Precipitation Microstructure Over Indian
Ocean During CINDY Field Campaign
Marzuki MARZUKI1#+, Masaki KATSUMATA2, Mutya VONNISA1, Harmadi
HARMADI1, Hiroyuki HASHIGUCHI3, Elfira SAUFINA1
1Andalas University, 2Japan Agency for Marine-Earth Science and Technology, 3Kyoto
University

219

219

AS14-D3-PM1-P016

AS14-A017
Inter-Decadal Variation of the Tropical Atlantic-Korea Teleconnection During the
Boreal Summer
Yeon Ji HWANG1+, Yoo-Geun HAM1#
1Chonnam National University

AS15-D3-PM1-P009

AS15-A008
High Resolution Aerosol Product from MODIS: Algorithm, Validation andApplications
Pawan GUPTA1#+, Robert LEVY2, Shana MATTOO2, Lorraine REMER3, Yingxi SHI1
1Universities Space Research Association/ NASA Goddard Space Flight Center, 2NASA
Goddard Space Flight Center, 3University of Maryland Baltimore County

AS15-D3-PM1-P010

AS15-A010
A High-Resolution Global Chemical Data Assimilation of Multiple Satellite
Measurements from OMI, GOME-2, MOPITT, and MLS During KORUS-AQ
Aircraft Campaign
Takashi SEKIYA1#+, Kazuyuki MIYAZAKI1, Koji OGOCHI1, Kengo SUDO2,
Masayuki TAKIGAWA1
1Japan Agency for Marine-Earth Science and Technology, 2Nagoya University

AS15-D3-PM1-P011

AS15-A016
Improvement of GOME-2 Retrieval on the Study of Tropospheric Air Pollutants
Over China
Rocio MONTES RUBIO1#+, Nan HAO1, Thomas TRAUTMANN1
1German Aerospace Center

AS15-D3-PM1-P012

AS15-A017
Aerosol Detection and Retrieval by the Multi-Spectral Geostationary Sensor
Himawari-8/AHI
Kwon Ho LEE1#+, Gi-Hoon HONG1
1Gangneung-Wonju National University

AS16-D3-PM1-P012

AS16-A001
A Case Study on a Rare Persistent Heavy Pollution in Ningbo City
Risheng YAO1, Xiaoping TU1#+, Xiaowei ZHANG2, Difeng XU1, Dong YANG1, Xiaoli
GU1
1Ningbo Meteorological Observatory, 2Zhejiang Provincial Climate Center

AS16-D3-PM1-P013

AS16-A002
Diurnal and Seasonal Variations of the Direct Radiative Forcing Due to Different
Aerosol Components in Urban and Remote Areas, South Korea
Sang-Keun SONG1#+, Yeon-Hee PARK1
1Jeju National University

AS16-D3-PM1-P014

AS16-A007
Optical Properties for HULIS Aerosols at Anmyeon Island, Korea
Chang Hoon JUNG1#+, Jiyi LEE2, Yong Pyo KIM3
1Kyungin Women's University, 2Chosun University, 3Ewha Womans University

AS16-D3-PM1-P015

AS16-A009
An Investigation of the Antecedent Characteristics of Ozone Precursor on High
Ozone Days in Busan, Korea
Woo-Sik JUNG1,2#+, W. G. DO3
1Inje University, 2The Korean Environmental Sciences Society, 3Busan Metropolitan City
Institute of Health and Environment
220

220

AS16-D3-PM1-P016

AS16-A012
Modeling and Interpretation of Aerosol-Cloud-Radiation Interaction Effect Over
East Asia
Jeong-Eon KANG1+, Hyo-Jung LEE1, Shin-Young PARK1, Cheol-Hee KIM1#
1Pusan National University

AS16-D3-PM1-P017

AS16-A014
Seasonal Variation of Chemical Composition of PM2.5 Over South Korea and its
Validation Against In-situ Surface Measurements
Jong Jae LEE1+, Yu-Jin JO1, Youngsook LYU2, Daniel CHOI1, Cheol-Hee KIM1#
1Pusan National University, 2National Institute of Environmental Research

AS16-D3-PM1-P018

AS16-A017
Analysis of Near Infrared Aerosol and Ozone Observations at a Southwest
Peninsular Coastal Station Using Microtops Sunphotometer
Sivaprasad P.1#+, Babu C. A.1,2, Jayakrishnan P. R.1
1University of Malaya, 2Cochin University of Science and Technology

AS17-D3-PM1-P009

AS17-A003
Investigation of the Bias Correction of Satellite Data in Regional Numerical Weather
Simulation
Shen-Cha HSU1#+, Chian-Yi LIU1
1National Central University

AS17-D3-PM1-P010

AS17-A005
Optimal Use of Space-Borne Advanced Infrared and Microwave Soundings for
Regional Numerical Weather Prediction
Chian-Yi LIU1#+, Shen-Cha HSU1, Tang-Huang LIN1, Liu GIN-RONG1
1National Central University

AS17-D3-PM1-P011

AS17-A006
Improvement of Hydrometeor Classification Algorithm Using Dual-Polarimetric
Radar by Applying Temperature from NWP Model
In-Hae CHO1#+, Sung-A JUNG1, Sung-Hwa JUNG1, Sun-Ki LEE1
1Korea Meteorological Administration

AS17-D3-PM1-P012

AS17-A008
Sensitivity Experiment of Radar-Based Nowcasting System (MAPLE) with Different
Bondary Condition and Weighting Factors
Jong-Hoon JEONG1#+, Sung-Hwa JUNG1, Mi-Kyung SUK1, Sun-Ki LEE1
1Korea Meteorological Administration

AS17-D3-PM1-P013

AS17-A009
Impact of the TWRF Model Resolutions on Tropical Cyclones Track, Intensity and
Rainfall Predictions Over the Western North Pacific
Der Song CHEN1#+, Tien-Chiang YEH1, Ling-Feng HSIAO2, Jing-Shan HONG1,
Chin-Tzu FONG1
1Central Weather Bureau, 2Taiwan Typhoon and Flood Research InstituteAS17-D3-PM1-P014

AS17-A011
Observational Analysis of a Landfalling Typhoon Using Polarimetric Radar:
Typhoon Soudelor (2015)
Shiou Rong CHU1#+, Ben JOU1
1National Taiwan University

221

221

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AS17-A012
The Assessment of Taiwan Central Weather Bureau GFS Cloud Properties by Using
Satellite Data
Meng-Yue LIN1#+, Mei-Yu CHANG2, Jen-Her CHEN2, Chian-Yi LIU1
1National Central University, 2Central Weather Bureau

AS17-D3-PM1-P016

AS17-A016
Improvement of Radar Snowfall Rate by Adjusting Z-S Relationship with Surface
Air Temperature
Chang-Hwan PARK1#+, Sung-Hwa JUNG1, Sung-A JUNG1, Sun-Ki LEE1
1Korea Meteorological Administration

AS18-D3-PM1-P009

AS18-A002
Effects of Land Cover Change from Mixed Wood to Irrigated Cropland on Regional
Climate Over Northeast Asia with a Regional Climate Model
Seok-Geun OH1+, Myoung-Seok SUH1#
1Kongju National University

AS18-D3-PM1-P010

AS18-A004
Snow Variation Patterns Related to the Atmospheric Annular Modes
Liang ZHAO1#+, Ziniu XIAO1
1Chinese Academy of Sciences

AS18-D3-PM1-P011

AS18-A008
The Impact of Land-Use Change Caused by Urban Growth on Regional Climate inSeoul Metropolitan Area
Hyunsu KIM1#+, Yoo-Keun KIM1
1Pusan National University

AS18-D3-PM1-P012

AS18-A010
Effects of Land-Use Change on Aerosols, Clouds and Climate
Alan LIM1#+, Amos TAI1
1The Chinese University of Hong Kong

AS18-D3-PM1-P013

AS18-A013
The Impact of Irrigation on Regional Climate Over Eastern China
Suchul KANG1#+, Elfatih ELTAHIR2
1Singapore-MIT Alliance for Research and Technology, 2Massachusetts Institute ofTechnology

AS18-D3-PM1-P014

AS18-A016
Dynamics Evapotranspiration Fluxes Over the Heterogeneous Land Covers
Masafumi KON1#+, Daisuke KOMORI1, Pimsri SUWANNAPAT1, Ananya
SRITAWAN1, Nanami SAKAI1
1Tohoku University

AS18-D3-PM1-P015

AS18-A017
The Effect of Irrigation on Precipitation Variation in Saudi Arabia Using a Regional
Climate Model
Eun-Soon IM1#+, Min-Hui LO2, Thanh NGUYEN-XUAN1
1Hong Kong University of Science and Technology, 2National Taiwan University

AS18-D3-PM1-P016

AS18-A020
Effects of Historical Land Cover Change on Temperature Extremes
Xing LI1#+, Haishan CHEN1, Wenjian HUA1, Hedi MA1, Shanlei SUN1
1Nanjing University of Information Science & Technology

222

222

AS19-D3-PM1-P020

AS19-A011
The Impact of Assimilation of Doppler Radar Velocity on Forecast of Tropic
Cyclone Nida (2016) by Using the Ensemble Kalman Filter (EnKF)
Hui XIAO1#+
1Guangzhou Institute of Tropical and Marine Meteorology

AS19-D3-PM1-P021

AS19-A013
The Precipitation Micro-Physical Structure Over South China Based on Micro RainRadar
Lu FENG1#+
1China Meteorological Administration

AS19-D3-PM1-P022

AS19-A018
Mesoscale Observational Analysis of Lifting Mechanism of a Warm-Sector
Convective System Producing the Maximal Daily Precipitation in China Mainland
During Pre-Summer Rainy Season of 2015
Mengwen WU1+, Yali LUO1#
1China Meteorological Administration

AS19-D3-PM1-P023

AS19-A019
Analysis on Mesoscale Convective System and Impact of Low-Level Wind in a
Meiyu Heavy Rainfall Event
Shunan YANG1#+
1National Meteorological Center

AS19-D3-PM1-P024

AS19-A022
Heavy Rainfall Related Weather Patterns During the Baiu Season and Their Future
Changes
Masamichi OHBA1#+
1Central Research Institute of Electric Power Industry (CRIEPI)

AS19-D3-PM1-P025

AS19-A024
Contrasting Impacts of Developing Phases of Two Types of El Niño on Southern
China Rainfall
Jianping LI1#+, Juan FENG1, Fei ZHENG2, Fei XEI1, Cheng SUN1
1Beijing Normal University, 2Chinese Academy of Sciences

AS19-D3-PM1-P026

AS19-A025
Morphology and Evolution of Heavy-Rain-Producing Mesoscale Convective
Systems in South China During SCMREX 2013-16
Yangruixue CHEN1+, Yali LUO2#
1Chinese Academy of Meteorological Sciences, 2China Meteorological Administration

AS19-D3-PM1-P027

AS19-A032
CMIP5 Multi-Model Projections of Extreme Weather Events in the Humid
Subtropical Gangetic Plain Region of India
Reshmita NATH1#+, Wen CHEN1, Xuefeng CUI2, Hans F. GRAF3, Debashis NATH1
1Chinese Academy of Sciences, 2Beijing Normal University, 3University of Cambridge

AS19-D3-PM1-P028

AS19-A035
250 m Resolution Synthetic Precipitation Data for Ungauged Sites
Hong-Joong KIM1#+
1Pukyong National University

223

223

AS20-D3-PM1-P009

AS20-A009
Geostatistical Analysis of Spatial Characteristics of Heavy Rainfall in Korea:
Implications for Data Assimilation
Sojung PARK1+, Ebony LEE1, Seon Ki PARK1#, Yunho PARK2, Jeung Whan LEE3
1Ewha Womans University, 2National Meteorological Satellite Center, 3Korea
Meteorological Administration

AS20-D3-PM1-P010

AS20-A010
Geostatistical Approach of Analyzing Water Vapor Imagery from Himawari-8 and
its Applicability to Data Assimilation
Ebony LEE1, Sojung PARK1+, Seung Yeon LEE1, Seon Ki PARK1#, Yunho PARK2,
Jeung Whan LEE3
1Ewha Womans University, 2National Meteorological Satellite Center, 3Korea
Meteorological Administration

AS20-D3-PM1-P011

AS20-A011
Intercomparison of Land Surface Models in WRF and Optimal Estimation of
Parameters for Predicting the Eurasian Snow Depth
Da-Eun KIM1+, Sojung PARK1, Ebony LEE1, Seon Ki PARK1#
1Ewha Womans University

AS20-D3-PM1-P012

AS20-A012
Assessing Potential Impact of Atmospheric Composition Observations from GEMS
Geostationary Satellite Mission on Air Quality Prediction Through OSSEs
Ebony LEE1+, Da-Eun KIM1, Sojung PARK1, Seung Yeon LEE1, Yujin JUHN1, Seon Ki
PARK1#
1Ewha Womans University

AS20-D3-PM1-P013

AS20-A015
An Adaptive Hybrid EnKF-OI for Efficient Data Assimilation in the Red Sea
Habib TOYE1+, Peng ZHAN1, Furrukh SANA1, Ibrahim HOTEIT1#
1King Abdullah University of Science and Technology

AS21-D3-PM1-P018

AS21-A001
The Impact of Boreal Summer Intraseasonal Oscillations on Intraseasonal Summer
Monsoon Rainfall Over Eastern China
Jianying LI1#+
1China University of Geosciences (Wuhan)AS21-D3-PM1-P019

AS21-A006
Barrier Effect of the Indo-Pacific Maritime Continent on the MJO: Perspectives From
Tracking MJO Precipitation
Jian LING1#+, Chidong ZHANG2
1Chinese Academy of Sciences, 2National Oceanic and Atmospheric Administration

AS21-D3-PM1-P020

AS21-A011
Climatological Intraseasonal Oscillation Signals Near the Tropopause Preceding
Persistent Strong Precipitation Events in South China
Liang ZHAO1#+, Ziniu XIAO1
1Chinese Academy of Sciences

AS21-D3-PM1-P021

AS21-A021
Can all Global Models Simulate the Madden Julian Oscillation?
Chidong ZHANG1#, Jian LING2+
1National Oceanic and Atmospheric Administration, 2Chinese Academy of Sciences

224

224

AS21-D3-PM1-P022

AS21-A026
Investigation of a Formation of the Southern Hemisphere Teleconnection Pattern in
Response to the Intraseasonal Variability During the Austral Wintertime
Hyunju LEE1#+, Kyong-Hwan SEO1
1Pusan National University

AS21-D3-PM1-P023

AS21-A030
Simulation of the November 2011 Madden - Julian Oscillation Event in CloudPermitting Model
Jinho CHOI1+, Hae-Li PARK1, Kyong-Hwan SEO1#
1Pusan National University

AS21-D3-PM1-P024

AS21-A031
Impact of the Interannual Variability of the Tropical Low-Frequency Oscillation
Intensity on the Wintertime Rainfall Over East China
Ziniu XIAO1#+
1Chinese Academy of Sciences

AS21-D3-PM1-P025

AS21-A034
Mean and Intraseasonal Variability of MJO Simulated by NCEP Climate Forecast
System Model (Version 2.0): Impact of Horizontal Resolution
Shilpa MALVIYA1#+, Parthasarathi MUKHOPADHYAY1, R.P.M KRISHNA1, Kiran
SALUNKE1, Ashish DHAKATE1, Suryachandra A. RAO1
1Indian Institute of Tropical Meteorology

AS22-D3-PM1-P007

AS22-A001
Linear Interference of the East Asian Winter Monsoon in the Tropical PacificRainfall Variability Associated with ENSO
Tianjiao MA1+, Wen CHEN1#, Debashis NATH1, Lin WANG1
1Chinese Academy of SciencesAS22-D3-PM1-P008

AS22-A002
Distinct Patterns of Tropical Pacific Convection Anomaly and the Associated
Extratropical Wave Trains in the Northern Hemisphere
Shuoyi DING1+, Wen CHEN1#
1Chinese Academy of SciencesAS22-D3-PM1-P009

AS22-A003
Linking a Sea Level Pressure Anomaly Dipole Over North America to the Central
Pacific El Niño
Ruiqiang DING1#+, Jianping LI2, Yu-Heng TSENG3
1Chinese Academy of Sciences, 2Beijing Normal University, 3National Center for
Atmospheric ResearchAS22-D3-PM1-P010

AS22-A004
Influence of ENSO on Seasonal Rainfall Over the Western Maritime Continent
Boon Chong Peter HENG1#+, Muhammad Eeqmal HASSIM1
1Meteorological Service Singapore

AS22-D3-PM1-P011

AS22-A009
Genesis Of The 2014-2016 El Niño Events
Tao LIAN1#+, Dake CHEN1, Youmin TANG1,2
1State Oceanic Administration, 2University of Northern British

225

225

AS23-D3-PM1-P008

AS23-A010
Seasonal and Decadal-Scale Variability of Atomic Oxygen in the Mesosphere andLower ThermosphereJeng-Hwa YEE1#+
1Johns Hopkins University

AS23-D3-PM1-P009

AS23-A013
Measurement of Neutral Mesopause Density at Low Latitudes Using the Kunming
Meteor Radar
Wen YI1+, Xianghui XUE1#, Jingsong CHEN2, Xiankang DOU1, Tingdi CHEN1, Na
LI2
1University of Science and Technology of China, 2China Research Institute of Radio Wave
Propagation

AS23-D3-PM1-P010

AS23-A015
Measurements of Turbulence Heat Flux and Thermal Diffusivity in the Mesopause
Region by a Na LIDAR
Yafang GUO1#+, Alan LIU1
1Embry-Riddle Aeronautical University

AS23-D3-PM1-P011

AS23-A016
Comparison of the Long-Term Mesospheric Temperatures Estimated from Meteor
Radars in Northern and Southern High-Latitude Regions
Hosik KAM1#+, Yongha KIM1, N.J. MITCHELL2, Jeong-Han KIM3, Changsup LEE3
1Chungnam National University, 2University of Bath, 3Korea Polar Research InstituteAS24-D3-PM1-P020

AS24-A003
Torrential Rainfall Responses to Radiative Processes During a Landfall of Typhoon
Fitow (2013)
Xiaofan LI1#+
1Zhejiang University

AS24-D3-PM1-P021

AS24-A004
RCEMIP: Radiative Convective Equilibrium Model Inter-Comparison Project
Masaki SATOH1#+, Tomoki OHNO1, Allison WING2, Sandrine BONY3, Bjorn
STEVENS4, Kevin REED5
1The University of Tokyo, 2Florida State University, 3National Center for Scientific
Research, 4Max-Planck Institute for Meteorology, 5Stony Brook University

AS24-D3-PM1-P022

AS24-A005
Simulated Convective-Radiative Interaction in SST-Driven Overturning Circulation
Ji-Jen SUN1, Chien-Ming WU1, Chung-Hsiung SUI1#+
1National Taiwan University

AS24-D3-PM1-P023

AS24-A006
Thermodynamically and Dynamically Consistent Atmospheric Forcing Data Overthe Tibetan Plateau
Donghai WANG1#+, Xiaoling JIANG2, Zhaoming LIANG2, Shaocheng XIE3, Minghua
ZHANG4
1Sun Yat-sen University, 2China Meteorological Administration, 3Lawrence Livermore
National Laboratory, 4Stony Brook University

AS24-D3-PM1-P024

AS24-A014
Preliminary Results of the High Resolution Model Guidance for the SCSTIMX
Ying-Jhen CHEN1#+, Pay-Liam LIN1, Jing-Shan HONG2, Chin-Tzu FONG2
1National Central University, 2Central Weather Bureau
226

226

AS24-D3-PM1-P025

AS24-A015
Characteristics of Boundary Layer Jet Over South China Sea During the Early
Summer Rainy Season of Taiwan
Chuan-Chi TU1#+, Yi-Leng CHEN2, Pay-Liam LIN1
1National Central University, 2University of Hawaii at Manoa

AS24-D3-PM1-P026

AS24-A016
Evaluations of Cloud Properties in a Global Cloud Systems Resolving Model Using
CALIPSO and Satellite Simulator
Woosub ROH1#+, Masaki SATOH1, Tempei HASHINO2
1The University of Tokyo, 2Kyushu University

AS24-D3-PM1-P027

AS24-A019
Evaluating the Cloud Radiative Forcing Simulated by 15 CMIP5 Models
Yuxi WANG1+, Zhaohui LIN1#
1Chinese Academy of Sciences

AS24-D3-PM1-P028

AS24-A026
Evaluation of Stochastic Perturbed Parameterization Tendencies on ConvectiveResolving Ensemble Forecasts of Heavy Rainfall Events in New York and Taiwan
Kevin LUPO1#+, Shu-Chih YANG2, Ryan TORN1
1University at Albany, State University of New York, 2National Central University

AS27-D3-PM1-P009

AS27-A001
1-Octanol-Water Partitioning as a Classifier of Water Soluble Organic Matters:
Implication for Solubility Distribution
Wen-Chien LEE1#+, Mikinori KUWATA1
1Nanyang Technological University

AS27-D3-PM1-P010

AS27-A002
Observational Study of Fine and Coarse Aerosols During Haze-Fog Episodes inKinmen, Southern China
Tse-Tsung HO1#+, Charles C.-K. CHOU1
1Academia Sinica

AS27-D3-PM1-P011

AS27-A008
Estimation of Cloud Condensation Nuclei Number Concentration Based on
Measurements of a Humidified Nephelometer System
Jiangchuan TAO1+, Chunsheng ZHAO1#, Ye KUANG1
1Peking University

AS27-D3-PM1-P012

AS27-A009
Numerical Investigation of Enhanced Sulfate Formation Over Mountain Areas inCentral Taiwan
I-Chun TSAI1#+, Jen-Ping CHEN2, Charles C.-K. CHOU1, Wei-Nai CHEN1, Hui-Ming
HUNG2
1Academia Sinica, 2National Taiwan University

AS27-D3-PM1-P013

AS27-A010
Characteristics and Sources of Aerosols on the Western Coast of Taiwan Strait in
Spring 2015
Heng TIAN1+, Tzung-May FU1#, Hansen CAO1, Jinxuan CHEN1, Yaping MA1,
Aoxing ZHANG1, Lijuan ZHANG1, Charles C.K. CHOU2, Po-Hsiung LIN3, Wei-Nai
CHEN2, Hui-Ming HUNG3, Shih-Yu CHANG4, I-Chun TSAI2, Chuan-Yao LIN2,
Wei-Ting CHEN3
1Peking University, 2Academia Sinica, 3National Taiwan University, 4Chung Shan Medical
University
227

227

AS27-D3-PM1-P014

AS27-A013
A Novel Method to Estimate Supersaturation Ratio of a Fog Event Using Aerosol
and Fog Measurements Data
Chuanyang SHEN1+, Chunsheng ZHAO1#
1Peking University

AS27-D3-PM1-P015

AS27-A014
The Hourly Characteristics of Aerosol Chemical Compositions in the Fog Season in
KinmenYu-Chieh CHEN1, Yu-Chen TSAI1, Charles C.K. CHOU2, Chung-Te LEE3, Shih-Yu
CHANG1#+
1Chung Shan Medical University, 2Academia Sinica, 3National Central University

AS28-D3-PM1-P013

AS28-A007
Applications of Global Satellite Mapping of Precipitation (GSMaP) Products for
Flood Forecasting and Early Warning Activities in Sri Lanka
Mohamed RASMY1,2#+, Yoichi IWAMI1, Toshio KOIKE3, Tomoki USHIYAMA1,2
1Public Works Research Institute, 2National Graduate Institute for Policy Studies, 3The
University of Tokyo

AS28-D3-PM1-P014

AS28-A009
Further Improvement in the Statistical Hurricane Intensity Prediction Scheme(SHIPS) Using Inner-Core Structure Information
Udai SHIMADA1#+, Hiromi OWADA1, Munehiko YAMAGUCHI1, Takeshi
IRIGUCHI1, Masahiro SAWADA1, Kazumasa AONASHI1, Mark DEMARIA2
1Japan Meteorological Agency, 2National Hurricane Center

AS28-D3-PM1-P015

AS28-A011
Correction of the Rain Rate Estimates of Ground Radar Using GPM/DPR Data
Tatsuya SHIMOZUMA1#+, Shinta SETO1
1Nagasaki University

AS28-D3-PM1-P016

AS28-A013
The Universal Scaling Characteristics of Tropical Oceanic Rain Clusters
Chee-Kiat TEO1#+, Hoai Nguyen HUYNH2, Tieh-Yong KOH1, Kevin CHEUNG3,
Bernard LEGRAS4, Lock Yue CHEW5, Leslie NORFORD6
1Singapore University of Social Sciences, 2Agency for Science, Technology and Research(A*STAR), 3Macquarie University, 4National de la Recherche Scientifique (CNRS) / Ecole
Normale Supérieure, 5Nanyang Technological University, 6Massachusetts Institute ofTechnology

AS28-D3-PM1-P017

AS28-A015
The Analysis of GPM Rainfall and its Application in Numerical Weather Prediction
Model Evaluation
Xiangming SUN1#+, Xiang-Yu HUANG1, Christopher GORDON1, Sijin ZHANG1,
Jerry Liu JIANYU1, Song GUITING1, Marion MITTERMAIER2, Rachel NORTH2
1Centre for Climate Research Singapore, 2Met OfficeAS28-D3-PM1-P018

AS28-A018
Land/Ocean Contrasts in Precipitation Characteristics Observed with the GPM DPR
in Relationship to Column Relative Humidity
Yukari TAKAYABU1#+, Marika ONO1
1The University of Tokyo

228

228

AS28-D3-PM1-P019

AS28-A019
The Effect of Atmospheric Rivers on Japanese Heavy Precipitation
Naho SUETO1#+, Akiyo YATAGAI1, Yukari TAKAYABU2
1Hirosaki University, 2The University of Tokyo

AS28-D3-PM1-P020

AS28-A022
Reevaluation of the Orographic/Nonorographic Rainfall Classification Scheme in
the GSMaP Algorithm for Microwave Radiometers
Munehisa K. YAMAMOTO1#, Shoichi SHIGE1+, Cheng-Ku YU2, Lin-Wen CHENG2
1Kyoto University, 2National Taiwan University

AS29-D3-PM1-P015

AS29-A003
The Adjoint Sensitivity of Heavy Rainfall to Initial Conditions in Debris Flow Areas
in China
Feifan ZHOU1#+, Xiaopeng CUI1
1Chinese Academy of Sciences

AS29-D3-PM1-P016

AS29-A006
Thermally Driven Circulations in Central Mountainous Area of Taiwan
Chia-Ying LIN1#+, Fang-Yi CHENG11National Central University

AS29-D3-PM1-P017

AS29-A007
Persistent Increase of Temperature and its Impact on Apple Cultivation: Study of
Himachal Himalaya
Atul SAINI1#+, Netrananda SAHU1
1University of Delhi

AS29-D3-PM1-P018

AS29-A009
Case Study of a Long-Lived Taiwan Rainband During 1-3 March 2003
Cheng-Ku YU1#+, Che-Yu LIN1
1National Taiwan University

AS29-D3-PM1-P019

AS29-A010
Spatial Structure of Wind Resources Over Complex Terrain in Jeju Island, Korea
Dae-Young KIM1#+, Yeon-Hee KIM1, Baek-Jo KIM2
1National Institute of Meteorological Sciences, 2National Institute of MeteorologicalResearchAS29-D3-PM1-P020

AS29-A012
Observational Relationship Between the Precipitation and Terrain Features Over
Taiwan in the Typhoon Environment
Jia-Cheng SYU1#+, Cheng-Ku YU1
1National Taiwan University

AS29-D3-PM1-P021

AS29-A017
The Changes of Summer Heavy Rainfall Frequency Associated with Typhoon in
TaiwanJien-Yi TU1#+, Chia-Zhen CHI2
1National Changhua University of Education, 2Chinese Culture University

AS29-D3-PM1-P022

AS29-A020
Topographic Effects on Structural Changes of Outer Tropical Cyclone Rainband in
Northern Taiwan
Chia-Lun TSAI1#+, Cheng-Ku YU2
1Kyungpook National University, 2National Taiwan University

229

229

AS29-D3-PM1-P023

AS29-A024
Numerical Investigation of Dynamic and Thermodynamic Effects on Formation ofConvection Lines Off the Eastern Coast of Taiwan
Chien-Chuan CHAN1, Pay-Liam LIN1#, MuQun HUANG1+, Shih-Chun CHOU1
1National Central University

AS31-D3-PM1-P020

AS31-A003
Past and Future Changes of Wind Power Over the Bohai Sea and the Yellow Sea in
China
Delei LI1#+, Zhenhua XU2, Baoshu YIN2
1Institute of Oceanology, Chinese Academy of Sciences, 2Chinese Academy of Sciences

AS31-D3-PM1-P021

AS31-A011
Evaluating Summer Climate Extremes Using Multiple High-Resolution Regional
Climate Models Over Far East Asia
Changyong PARK1#+, Dong-Hyun CHA1, Seung-Ki MIN2, Gayoung KIM1, Gil LEE1,
Myoung-Seok SUH3, Joong-Bae AHN4, Hyun-Suk KANG5, Dong-Kyou LEE5,6,
Song-You HONG7
1Ulsan National Institute of Science and Technology, 2Pohang University of Science andTechnology, 3Kongju National University, 4Pusan National University, 5Korea
Meteorological Administration, 6Seoul National University, 7Yonsei University

AS31-D3-PM1-P022

AS31-A015
Future Projection of Summer Extreme Precipitation from High-Resolution MultiRCMs Over East Asia
Gayoung KIM1+, Changyong PARK1, Dong-Hyun CHA1#, Dong-Kyou LEE2,3,
Myoung-Seok SUH4, Joong-Bae AHN5, Seung-Ki MIN6, Song-You HONG7, HyunSuk KANG3
1Ulsan National Institute of Science and Technology, 2Seoul National University, 3Korea
Meteorological Administration, 4Kongju National University, 5Pusan National University,6

AS31-D3-PM1-P023

AS31-D3-PM1-P024

Pohang University of Science and Technology, 7Yonsei University

AS31-A025
Evaluation of SEACLID/CORDEX-SEA Multi-Model Simulations of TemperatureOver Southeast Asia
Rochelle CORONEL1#+, Lyndon OLAGUERA2, Angela Monina MAGNAYE1,2,
Jennifer TIBAY1,2, Darwin PEREZ2, Shane Marie VISAGA1, Emil GOZO1, Gemma
NARISMA1,2, Faye Abigail CRUZ1, Fredolin T. TANGANG3,4, Juneng LIEW3,
Jerasron SANTISIRISOMBOON4, Patama SINGHRUCK5, Tan Van PHAN6, Thanh
NGO-DUC6, Edvin ALDRIAN7, Dodo GUNAWAN7
1Manila Observatory, 2Ateneo de Manila University, 3National University of Malaysia,
4

Ramkhamhaeng University, 5Chulalongkorn University, 6Vietnam National University,

7

Agency for Meteorology Climatology and Geophysics

AS31-A028
Evaluation of Rainfall Simulations Over West Africa in Dynamically Downscaled
CMIP5 Global Circulation Models
Akintomide Afolayan AKINSANOLA1#+, Vicent Olanrewaju AJAYI2, Adeyemi
Temitope ADEJARE2, Oluwafemi Ebenezer ADEYERI2, Imole Ezekiel GBODE2,
Kehinde Olufunso OGUNJOBI2, Grigory NIKULIN3, Akintayo Temiloluwa
ABOLUDE1
1City University of Hong Kong, 2Federal University of Technology Akure, 3Swedish
Meteorological and Hydrological Institute

230

230

AS31-D3-PM1-P025

AS31-A029
Evaluation of Simulation Skills of RegCM4 for the Extreme Climate Over CORDEX
East Asia Phase 2 Domain Including South Korea
Tae Jun KIM1+, Myoung-Seok SUH1#, Seok-Geun OH1
1Kongju National University

AS31-D3-PM1-P026

AS31-A030
Sea Surface Temperature Influence in Regional Climate Downscaling: Analysis of
SST Representation Using SEACLID/CORDEX-Southeast Asia Simulations
Angela Monina MAGNAYE1,2+, Gemma NARISMA1,2#, Faye Abigail CRUZ2,
Fredolin T. TANGANG3,4
1Ateneo de Manila University, 2Manila Observatory, 3National University of Malaysia,
4AS31-D3-PM1-P027

Ramkhamhaeng University

AS31-A035
Statistical Downscaling of CMIP5 GCMs for Projection of Future Climate Over
Thailand Using Artificial Neural Network
Jerasron SANTISIRISOMBOON1#+, Fredolin T. TANGANG1,2, Jaruthat
MILINDALEKHA S.1, Waranyu WONGSAREE3, Kamphol PROMJIRAPRAWAT1,
Yod SUKAMONGKOL1, Prayat LEWAN1
1Ramkhamhaeng University, 2National University of Malaysia, 3King Mongkut’s
University of Technology North Bangkok

AS31-D3-PM1-P028

AS31-A036
Changes in Mean Climate and Extremes Over Malaysia Based on Multi-Model
Simulations of SECALID/CORDEX Southeast Asia
Ester SALIMUN1#+, Fredolin T. TANGANG1,2, Jing Xiang CHUNG1, Ju Neng LIEW1,Supari SUPARI3, Gemma NARISMA4, Tan Van PHAN5, Thanh NGO-DUC5,
Jerasron SANTISIRISOMBOON2, Patama SINGHRUCK6, Dodo GUNAWAN3,
Edvin ALDRIAN3, Grigory NIKULIN7, Hongwei YANG8
1National University of Malaysia, 2Ramkhamhaeng University, 3Agency for Meteorology
Climatology and Geophysics, 4Ateneo de Manila University, 5Vietnam National University,
6

Chulalongkorn University, 7Swedish Meteorological and Hydrological Institute, 8APEC

Climate Center
AS31-D3-PM1-P029

AS31-A037
Bias Correction of Global and CORDEX East Asia Regional Climate Models Daily
Precipitation and Surface Mean Temperature Simulations Over Southeast Asia
Using Trend Preserving Quantile Mapping Method
Sheau Tieh NGAI1#+, Fredolin T. TANGANG1,2, Ju Neng LIEW11National University of Malaysia, 2Ramkhamhaeng University

AS31-D3-PM1-P030

AS31-A038
Variance Characteristics of Tropical Radiosonde Winds
Jing-Jin TIEO1#+, Tieh-Yong KOH2, Martin SKOTE1, Srikanth NARASIMALU1
1Nanyang Technological University, 2Singapore University of Social Sciences

AS31-D3-PM1-P031

AS31-A043
Future Projection of Drought Characteristics in South Korea Simulated by Multi
Regional Climate Models
Joong-Bae AHN1#+, Yeon-Woo CHOI1, Dong-Hyun CHA2, Myoung-Seok SUH3,
Dong-Kyou LEE4,5, Song-You HONG6, Seung-Ki MIN7, Hyun-Suk KANG5, S.C.
PARK5
1Pusan National University, 2Ulsan National Institute of Science and Technology, 3Kongju
National University, 4Seoul National University, 5Korea Meteorological Administration,
6

Yonsei University, 7Pohang University of Science and Technology
231

231

AS32-D3-PM1-P009

AS32-A007
Investigation of the Sea Surface Fluxes for the Tropical Cyclone Evolution
Chian-Yi LIU1#+, You-Cheng LAI1, Shen-Cha HSU1
1National Central University

AS32-D3-PM1-P010

AS32-A011
The Assessment of Taiwan Central Weather Bureau GFS Cloud Properties by Using
Satellite Data
Meng-Yue LIN1#+, Mei-Yu CHANG2, Jen-Her CHEN2, Chian-Yi LIU1
1National Central University, 2Central Weather Bureau

AS32-D3-PM1-P011

AS32-A013
Possibility of an Improved Total Ozone Information from the High Performance
Geostationary Imager Data
Seung Min HA1#+, Myoung Hwan AHN1, Su Jeong LEE1
1Ewha Womans University

AS34-D3-PM1-P018

AS34-A002
Characteristics and Sources of Summertime Ozone in China
Hao GUO1, Jianlin HU2, Qi YING3, Hongliang ZHANG1#+
1Louisiana State University, 2Nanjing University of Information Science & Technology,
3

Texas A&M University

AS34-D3-PM1-P019

AS34-A007
Trends of Surface PM2.5 Over Beijing-Tianjin-Hebei in 2013-2015 and Their Causes:
Emission Controls vs. Meteorological Conditions
Ying WEI1#+, Jie LI1
1Chinese Academy of Sciences

AS34-D3-PM1-P020

AS34-A008
Characterization of Black Carbon-Containing Fine Particles in Beijing During
Wintertime
Junfeng WANG1#+, Xinlei GE1, Mindong CHEN1, Yangzhou WU1, Qingqing
WANG2, Jian ZHAO2, Conghui XIE2, Yingjie ZHANG2, Weiqi XU2, Hugh COE3,
James ALLAN3, Dantong LIU3, Rutambhara JOSHI3, Douglas WORSNOP4, P. FU2,
Yele SUN2
1Nanjing University of Information Science & Technology, 2Chinese Academy of Sciences,
3

University of Manchester, 4Aerodyne Research Inc.

AS34-D3-PM1-P021

AS34-A009
Trans-Boundary Transport of Air Pollutants Over Northern China During theSummer Monsoon Season - A Case Study
Jiarui WU1+, Guohui LI1#, Junji CAO1
1Chinese Academy of Sciences

AS34-D3-PM1-P022

AS34-A014
Relative Importance of Regional and Local Pollutant Sources in Deep Street
Canyons
Gantuya GANBAT1#+, Keith NGAN1, K.K. HON2
1City University of Hong Kong, 2Hong Kong Observatory

232

232

AS34-D3-PM1-P023

AS34-A018
Accessing the Impact of Sea-Salt Emissions on Aerosol Chemical Formation and
Deposition Over Pearl River Delta, China
Yiming LIU1+, Shuting ZHANG2, Qi FAN1#, Dui WU3, P.W. CHAN4, Xuemei
WANG1, Shaojia FAN1, Yerong FENG5, Yingying HONG6
1Sun Yat-sen University, 2Shenzhen Meteorological Service Center, 3China Meteorological
Administration, 4Hong Kong Observatory, 5Key Laboratory of Regional Numerical Weather
Prediction, 6Guangdong Ecological Meteorology Center

AS34-D3-PM1-P024

AS34-A020
Distribution and Formation Mechanism of Vertical Ozone During High
Tropospheric Ozone Event
Xiaoyang CHEN1+, Yiming LIU1, Anqi LAI1, Shuangshuang HAN2, Qi FAN1#,
Fuxiang HUANG3
1Sun Yat-sen University, 2China University of Geosciences, 3China Meteorological
Administration

AS34-D3-PM1-P025

AS34-A021
A Real-Time Emergency Response System for Maritime HNS Exposure Accident
Near Korean Peninsula
Jiwon OH1#+, Jaiho OH1, Sinil YANG1
1Pukyong National University

AS34-D3-PM1-P026

AS34-A029
Impacts of Local Circulations on the Air Pollution in Beijing-Tian-Hebei (BTH): A
Case Study
Xiaopei LI1#+
1Xi'an Jiaotong University

AS35-D3-PM1-P013

AS35-A004
Glacier Melt in the Central Tibetan Plateau
Xiaofei LI1+, Shichang KANG1#, Xiaobo HE1, Bin QU2, Lekhendra TRIPATHEE1,
Zhefan JING1, Rukumesh PAUDYAL1, Yang LI1, Yulan ZHANG1, Pangping YAN2,
Gang LI3, Chaoliu LI1
1Chinese Academy of Sciences, 2Lappeenranta University of Technology, 3China
Meteorological Administration

AS35-D3-PM1-P014

AS35-A009
Modeling the Origin of Anthropogenic Black Carbon and its Radiative Feedback
Over the Tibetan Plateau and Surrounding Regions
Junhua YANG1#+, Zhenming JI1, Shichang KANG1
1Chinese Academy of Sciences

AS35-D3-PM1-P015

AS35-A011
Characterizations of Atmospheric Particulate-Bound Mercury in the Kathmandu
Valley of Nepal, South Asia
Junming GUO1#+, Shichang KANG1, Jie HUANG1, Qianggong ZHANG1, Maheswar
RUPAKHETI2, Shiwei SUN1, Lekhendra TRIPATHEE1, Dipesh RUPAKHETI1,
Arnico PANDAY3,4, Mika SILLANPÄÄ5, Rukumesh PAUDYAL1
1Chinese Academy of Sciences, 2Institute for Advanced Sustainability Studies (IASS),
3

International Centre for Integrated Mountain Development, 4University of Virginia,

5Lappeenranta University of Technology

233

233

AS35-D3-PM1-P016

AS35-A015
The Role of Melting Alpine Glaciers in Mercury Export and Transport: An Intensive
Sampling Campaign in the Qugaqie Basin, Inland Tibetan Plateau
Xuejun SUN1#+, Qianggong ZHANG1
1Chinese Academy of Sciences

AS35-D3-PM1-P017

AS35-A016
Surface Ozone at Nam Co (4730 m a.s.l.) in the Inland of the Tibetan Plateau:
Variation, Synthesis Comparison and Regional RepresentativenessXiufeng YIN1, Shichang KANG1, Jiali LUO2, Lang ZHANG1, Yaoming MA1,
Zhiyuan CONG1, Guoshuai ZHANG1, Benjamin DE FOY3, Qianggong ZHANG1#+
1Chinese Academy of Sciences, 2Lanzhou University, 3Saint Louis University

AS35-D3-PM1-P018

AS35-A018
Humic-Like Substances in the Aerosols of Central Tibetan Plateau (Nam Co, 4730 M
A.s.l.): Abundance, Light Absorption Properties, Climatic Impact
Guangming WU1#+, Xin WAN1,2, Shichang KANG1, Zhiyuan CONG1
1Chinese Academy of Sciences, 2University of Chinese Academy of Sciences

AS35-D3-PM1-P019

AS35-A019
Chemical and Physical Characteristics of Long-Range Transport SubmicronParticles at the Central Tibet Plateau
Jianzhong XU1#+, Qi ZHANG2, Jinsen SHI3, Xinlei GE4, Conghui XIE1, Junfeng
WANG4
1Chinese Academy of Sciences, 2University of California, Davis, 3Lanzhou University,
4

Nanjing University of Information Science & Technology

AS35-D3-PM1-P020

AS35-A020
Chemical Composition of Dissolved Organic Matter During Ablation Season in a
Glacier of Central Tibet Plateau
Lin FENG1#+, Yanqing AN1, Jianzhong XU1, Shichang KANG1, Xiaofei LI1
1Chinese Academy of Sciences

AS35-D3-PM1-P021

AS35-A023
Spatial and Temporal Variations of Chemical Components in Aerosols Collected atFour Sites Over the Central Himalayas, Nepal
Lekhendra TRIPATHEE1+, Shichang KANG1#, Qianggong ZHANG1, Dipesh
RUPAKHETI1, Jie HUANG1
1Chinese Academy of Sciences

AS35-D3-PM1-P022

AS35-A024
Spatial Distribution and Variation of Mercury in Xiao Dongkemadi Glacier, Central
Tibetan Plateau
Rukumesh PAUDYAL1+, Shichang KANG1#, Jie HUANG1, Qianggong ZHANG1,
Lekhendra TRIPATHEE1, Xiaofei LI1, Junming GUO1, Mika SILLANPÄÄ2
1Chinese Academy of Sciences, 2Lappeenranta University of Technology

AS35-D3-PM1-P023

AS35-A025
Concentration of Light Absorbing Aerosol in Snow/Ice, Albedo Reduction, Possible
Source Regions and Uncertainties
Chaman GUL1+, Shichang KANG2#, Siva Praveen PUPPALA3, Bhupesh
ADHIKARY3, Inka KOCH3, Yulan ZHANG2
1CAREERI and International Centre for Integrated Mountain Development, 2Chinese
Academy of Sciences, 3International Centre for Integrated Mountain Development

234

234

AS35-D3-PM1-P024

AS35-A026
Fukushima Accident Radioactive Fallout a New Dating Horizon for High Altitude
Glacier Studies in Central Asia
Feiteng WANG1#+
1Chinese Academy of Sciences

AS36-D3-PM1-P018

AS36-A004
The Relationship Between Lasting Heavy Precipitation Events and Location of MeiYu Fronts
Wei-Ting HUNG1#+, Sarah LU1, Yi-Chiang YU2, Yi-Chao WU2
1University at Albany, State University of New York, 2National Science and Technology
Center for Disaster Reduction

AS36-D3-PM1-P019

AS36-A005
Marginal Sea Variation as a Pre-Cursor of Heat Waves Over the Korean Peninsula
Hyeyun NA1+, Yoo-Geun HAM1#
1Chonnam National University

AS36-D3-PM1-P020

AS36-A008
Ultra-High Resolution Numerical Weather Prediction with a Large Model Domain
Tsutao OIZUMI1#+, Kazuo SAITO2, Le DUC1, Junshi ITO3
1Japan Agency for Marine-Earth Science and Technology, 2Japan Meteorological Agency,
3AS36-D3-PM1-P021

Meteorological Research InstituteAS36-A010
Simulation of Aerosol Effect on Tropical Cyclones Using the NTU Cloud
Microphysics Scheme
Yi-Chiu LIN1#+, Jen-Ping CHEN2
1Taiwan Typhoon and Flood Institute, National Applied Research Laboratories, 2National
Taiwan University

AS36-D3-PM1-P022

AS36-A012
Droughts and Floods Over South Korea: Synoptic and Large-Scale AtmosphericCirculation Structure and Their Mechanisms
Jina PARK1#+
1Gwangju Institute of Science and Technology

AS36-D3-PM1-P023

AS36-A013
A Study on Estimating Maximum Wind Speed by Typhoons Affecting the Korean
Peninsula
Jong-Kil PARK1, Woo-Sik JUNG1,2#+, Eun-Byul KIM1, Hana NA1
1Inje University, 2The Korean Environmental Sciences Society

AS36-D3-PM1-P024

AS36-A014
Analysis and Retrieval of Drop Size Distribution in 2016 Taipei Summer Storm
Experiment
Zhao-Cheng ZENG1#+, Pay-Liam LIN1, Tai-Chi CHEN WANG11National Central University

AS36-D3-PM1-P025

AS36-A015
Simulations of Tropical Cyclones with a Vortex Initialization Scheme Using theWeather Research and Forecasting Model (WRF)
Shih-Chun CHOU1#+, Pay-Liam LIN1, Yi-Leng CHEN2, Chuan-Chi TU11National Central University, 2University of Hawaii at Manoa

235

235

AS36-D3-PM1-P026

AS36-A016
Assess the Power Generation Performance of Wind Turbines Using Lidar
Observation and WRF Simulations
Syuan-Cing WU1#+, Pay-Liam LIN1, Ren-Yow TZENG1
1National Central University

AS36-D3-PM1-P027

AS36-A020
Evaluating the Performance of Microphysics Schemes in Cloud-Resolving Ensemble
Forecasts: A Case Study of Mei-Yu Front Over Taiwan Area
Chin-Hung CHEN1#+
1National Central University

AS36-D3-PM1-P028

AS36-A022
Impact on Users’ Economic Value When Decision is Based on Biased Forecasts
Hui-Ling CHANG1,2#+, Shu-Chih YANG2
1Central Weather Bureau, 2National Central University

AS36-D3-PM1-P029

AS36-A023
Trends of Precipitation in Different Seasons Over Taiwan During 1961-2015
Yi-Chen TSAI1#+, Shaw Chen LIU2, Pay-Liam LIN1
1National Central University, 2Academia Sinica

AS36-D3-PM1-P030

AS36-A025
Examination of Forecast Errors at Mesoscale and Convective Scale in the Context of
the Ensemble Scheme: A Case Study of the Mei-Yu Front Over Taiwan Area
Li-Hsin CHEN1, Ching-Yin KE1#+, Kaoshen CHUNG11National Central University

AS36-D3-PM1-P031

AS36-A027
High Resolution Urban Data Construction and Application to WRF-UCM and WRFLES Simulations
Shuwei HSU1#+, Wei-Ching WANG1, Syuan-Cing WU1, Pay-Liam LIN1
1National Central University

AS36-D3-PM1-P032

AS36-A029
Diurnal Variation Analysis of Mesonet Data in New York State – PIRE Student
Research Project
Syuan-Cing WU1#+, Everette JOSEPH2, Pay-Liam LIN1, Nick BASSILL2
1National Central University, 2University at Albany, State University of New York

AS36-D3-PM1-P033

AS36-A030
Low Level Jets Measurements with Doppler LIDAR at SUNY, Albany
Zhao-Cheng ZENG1#+, Bhupal SHRESTHA2, Everette JOSEPH2, Pay-Liam LIN1
1National Central University, 2University at Albany, State University of New York

AS36-D3-PM1-P034

AS36-A033
The Sensitivity of Nucleation Parameterization on Non-Spherical Ice Growth:Consequences for Extreme Precipitation
Kara SULIA1#+, Lauriana GAUDET1
1University at Albany, State University of New York

236

236

AS40-D3-PM1-P018

AS40-A004
The Dynamics of Fine Mode Aerosol Optical Properties in South Korea from
Aeronet Observations with a Focus on Cases with Large Cloud Fraction And/Or
Fog During KORUS-AQ
Thomas ECK1#+, Brent HOLBEN1, Jhoon KIM2, Myungje CHOI2, David GILES1,3, Joel
SCHAFER1, Alexander SMIRNOV1,3, Aliaksandr SINYUK1, Ilya SLUTSKER1,3,
Mikhail SOROKIN1, Jason KRAFT1, James CRAWFORD4
1NASA Goddard Space Flight Center, 2Yonsei University, 3Sigma Space Corporation,
4

NASA Langley Research Center

AS40-D3-PM1-P019

AS40-A011
Additional Cloud Masking of GOCI Yonsei Aerosol Optical Properties Retrieval
Using AHI IR Cloud Masking and Analysis During the 2016 KORUS-AQ Campaign
Myungje CHOI1#+, Hyunkwang LIM1, Jhoon KIM1, Seoyoung LEE1, Jaehwa LEE2,
Mijin KIM1, Brent HOLBEN2, Thomas ECK2
1Yonsei University, 2NASA Goddard Space Flight Center

AS40-D3-PM1-P020

AS40-A017
GeoTASO Measurements of NO2, HCHO, O3, SO2, and HCOHCO During the
KORUS-AQ Campaign
Scott JANZ1#+, Matthew KOWALEWSKI1, Caroline NOWLAN2, Laura JUDD31NASA Goddard Space Flight Center, 2Harvard University, 3NASA Langley ResearchCenter

AS40-D3-PM1-P021

AS40-A018
Diurnal and Vertical Structure: Interlocking Issues for Aerosol Forecasting in the
KORUS Domain
Edward HYER1#+, James CAMPBELL1, Peng XIAN1, David PETERSON1, Mayra
OYOLA2
1Naval Research Laboratory, 2American Society for Engineering Education

AS40-D3-PM1-P022

AS40-A023
Surface Meteorology and Boundary-Layer Structures in Seoul, Korea During the
KORUS-AQ
Moon-Soo PARK1#+, Jung-Hoon CHAE1, Min-Hyeok CHOI1, Yunyoung SONG1,
Sung-Hwa PARK1, Joon-Woo ROH1
1Hankuk University of Foreign Studies

AS40-D3-PM1-P023

AS40-A026
Validation of Aerosol Optical Depth from MI Yonsei Aerosol Retrieval Algorithm(YAER) During KORUS-AQ Campaign
Mijin KIM1#+, Jhoon KIM1, Jong-Min YOON2, Chu-Yong CHUNG3, Sung-Rae
CHUNG3
1Yonsei University, 2Max Planck Institute of Chemistry, 3Korea Meteorological
Administration

AS40-D3-PM1-P024

AS40-A029
Description of Advanced Himawari Imager (AHI) Yonsei Aerosol Retrieval
Algorithm Version 1
Hyunkwang LIM1#+, Jhoon KIM1, Myungje CHOI1, Sujung GO1, P.W. CHAN2,
Yasuko KASAI3
1Yonsei University, 2Hong Kong Observatory, 3National Institute of Information andCommunications Technology

237

237

AS40-D3-PM1-P025

AS40-A031
Analysis of Pandora NO2 Measurements in South Korea During the KORUS-AQ
Campaign
Heesung CHONG1#+, Jhoon KIM1, Woogyung KIM1, Hana LEE1, Jung Hyun KIM1,
Myungje CHOI1, Ukkyo JEONG2, Ja-Ho KOO1, Jay HERMAN2, Nader
ABUHASSAN2, Seungun LEE3, Rokjin J. PARK3, Jun-Young AHN4, Jeong-Hoo
PARK4, Ji-Hyung HONG4, Sang-Kyun KIM4
1Yonsei University, 2NASA Goddard Space Flight Center, 3Seoul National University,
4

National Institute of Environmental Research

AS40-D3-PM1-P026

AS40-A034
Update and Evaluation of Biogenic Emission Modeling in South Korea Using
KORUS-AQ Campaign Observations
Jinhyeok YU1+, Kyunghwa LEE1, Sojin LEE2, Chul Han SONG1#
1Gwangju Institute of Science and Technology, 2National Center for Atmospheric Research

AS40-D3-PM1-P027

AS40-A037
The Scene Inhomogeneity Impact on the Wavelength Calibration of GeoTASO
Measurement
Mina KANG1#+, Myoung Hwan AHN1, Xiong LIU2
1Ewha Womans University, 2Harvard University

AS41-D3-PM1-P016

AS41-A001
Total Column Ozone, Water Vapor and Aersol Optical Thickness Over Ahmedabad
and Mt. Abu Region
Som Kumar SHARMA1#+, Krishna SHUKLA1, Rajesh VAISHNAV1
1Physical Research Laboratory

AS41-D3-PM1-P017

AS41-A022
Identifying Carbonaceous Contents in Rainwater at an Urban Background Site,
Delhi, India
Saurabh SONWANI1#+, Umesh KULSHRESTHA1
1Jawaharlal Nehru University

AS41-D3-PM1-P018

AS41-A023
Middle Atmospheric Thermal Structure Variations Over Western Indian Region
Rajesh VAISHNAV1#+, Som Kumar SHARMA1, Prashant KUMAR2, Shikha
RAIZADA3, Saurabh SONWANI4
1Physical Research Laboratory, 2Space Applications Centre, 3SRI International, 4Jawaharlal
Nehru University

AS41-D3-PM1-P019

AS41-A028
Size Segregated Aerosols Chemistry in Ambient Atmosphere of New Delhi, India
Pawan KUMAR1, Sushil KUMAR1, Sudesh YADAV1#+
1Jawaharlal Nehru University

AS42-D3-PM1-P013

AS42-A003
Information Content Analysis of Space-Borne Polarization Measurements for
Aerosol Retrievals
Weizhen HOU1+, Zhengqiang LI1#, Xingfeng CHEN1, Lili QIE1
1Chinese Academy of Sciences

238

238

AS42-D3-PM1-P014

AS42-A008
Air Particulate Matter (APM) Emissions from Agricultural Waste (Rice Straw)
Burning in the Philippines: Emission Factor Testing and Estimation of Nationwide
PM2.5 Emissions
Hezron GIBE1#+, Mylene CAYETANO1
1University of the Philippines Diliman

AS42-D3-PM1-P015
Invited

AS42-A014
Volatile Organic Compound Emissions in South China Sea/East Sea During the 2011
Vasco Cruise: Emission Ratios and Source Apportionment
Gabrielle Frances LEUNG1#+, Annelle Raphayette CHUA1, Maria Obiminda
CAMBALIZA1,2, Melliza CRUZ2, Jeffrey REID3, James SIMPAS2, Nofel
LAGROSAS2,4, Donald BLAKE5, Sherdon Niño UY2
1Ateneo de Manila University, 2Manila Observatory, 3Naval Research Laboratory, 4Chiba
University, 5University of California, Irvine

AS42-D3-PM1-P016
Invited

AS42-A018
Fine Particulate Matter During New Year from 2003 to 2017 Around Marikina
Valley, Metro Manila
Genevieve LORENZO1#+, James SIMPAS1, Nofel LAGROSAS1,2, Melliza CRUZ1,Maria Obiminda CAMBALIZA1,3, Paola Angela BANAGA3, Jose Ramon VILLARIN3
1Manila Observatory, 2Chiba University, 3Ateneo de Manila University

AS42-D3-PM1-P017

AS42-A024
Global Evaluation of MODIS 10km Aerosol Product Over Land
Qingxin WANG1+, Yanfang MING1#, Lin SUN1, Jing WEI1, Ruibo LI1, Yikun YANG1
1Shandong University of Science and Technology

239

239

BG Poster Presentations
Wed - 09 Aug, 14:00 - 15:30 | Summit
BG01-02-D3PM1-P-009

BG01-02-A008
Nitrous Oxide and Methane Emissions from Paddy Soils as Affected by Wet
Irrigation and Dicyandiamide Application
Guangbin ZHANG1#+
1Chinese Academy of Sciences

BG01-02-D3PM1-P-010

BG01-02-A009
The Characteristics of Methane Flux with Eddy Covariance Method Over Irrigated
Rice Fields in East China
Hongxing GE1+, Hongsheng ZHANG1#, He ZHANG1, Xuhui CAI1, Yu SONG1, Ling
KANG1
1Peking University

BG01-02-D3PM1-P-011

BG01-02-A010
Methane Soil Flux Estimates Using Mobile and High Precision Cavity Ring-Down
Spectroscopy
David KIM-HAK1#+
1Picarro Inc.

BG03-D3-PM1P-007

BG03-A003
Chromophoric Dissolved Organic Matter (CDOM) Distribution and Dynamics in
the Indian Sundarbans Mangrove Wetland – A Baseline Report During November,
2016
Prasun SANYAL1+, Vandana KUMARI GUPTA1, Sayan DEY1, Sandip
MUKHOPADHYAY1#
1University of Calcutta

BG03-D3-PM1P-008

BG03-A006
Nitrogen Fixing Heterotrophic Bacterial Community Along the South Eastern
Arabian Sea (Seas)
Mohamed Hatha A. A.1#+, Jabir THAJUDEEN1, Jesmi YOUSUF1, Vipindas T. V.1
1Cochin University of Science and Technology

BG03-D3-PM1P-009

BG03-A008
Theoretical Solution of Nitracline with the Evolution of Subsurface Chlorophyll
Maximum in South China Sea
Xiang GONG1#+
1Qingdao University of Science and Technology

BG03-D3-PM1P-010

BG03-A010
Monitoring of Increased Pollutant Loading and its Impact on the Environmental
Condition of a Coastal Lagoon with Ammonia as a Proxy
Areen SEN1#+, Punyasloke BHADURY1
1Indian Institute of Science Education and Research, Kolkata

BG04-D3-PM1P-008

BG04-A001
Dissolution Behavior of Natural Origin Heavy Metals from Soils by Microbial
Consortium
Yoshishige KAWABE1#+, Suto KOICHI2
1National Institute of Advanced Industrial Science and Technology, 2Tohoku University

240

240

BG04-D3-PM1P-009

BG04-A005
Temporal Variability of Canopy Light Use Efficiency and its Environmental
Controls in a Subtropical Mangrove Wetland
Xudong ZHU1#+
1Xiamen University

BG04-D3-PM1P-010

BG04-A006
Spatial and Temporal Variations of Surface Chlorophyll and Particulate Organic
Carbon Concentrations in the Bohai-Yellow Sea
Hang FAN1+, Xiujun WANG1,2#, Zhitong YU1,3
1Beijing Normal University, 2University of Maryland, 3Xinjiang Institute of Ecology andGeography, Chinese Academy of Sciences

BG04-D3-PM1P-011

BG04-A007
Vernal Distribution and Turnover of Dimethylsulfide (DMS) in the Surface Water of
the Yellow Sea
Chengxuan LI1#+
1The First Institute of Oceanography, State Oceanic Administration

BG04-D3-PM1P-012

BG04-A008
Biogenic Emission of Short-Lived Halocarbons by Selected Tropical Marine
Microalgae
Yong Kian LIM1+, Siew Moi PHANG1#, Fiona Seh-Lin KENG1, Nurain Nasuha
MUSTAZA1, Noorsaadah ABDUL RAHMAN1, Emma LEEDHAM ELVIDGE2,
William STURGES2, Gill MALIN2
1University of Malaya, 2University of East Anglia

BG04-D3-PM1P-013

BG04-A009
The Effect of Temperature on Halocarbon Emission by Selected Tropical Marine
Microalgae
Nurain Nasuha MUSTAZA1+, Siew Moi PHANG1#, Fiona Seh-Lin KENG1, Yong
Kian LIM1, Noorsaadah ABDUL RAHMAN1, Emma LEEDHAM ELVIDGE2,
William STURGES2, Gill MALIN2
1University of Malaya, 2University of East Anglia

BG04-D3-PM1P-014

BG04-A010
Production of Haloperoxidases in Selected Tropical Seaweeds
Thillai PUNITHA1+, Siew Moi PHANG1#, Fiona Seh-Lin KENG1, Noorsaadah
ABDUL RAHMAN1, Emma LEEDHAM ELVIDGE2, William STURGES2, Gill
MALIN2, Joon Ching JUAN1
1University of Malaya, 2University of East Anglia

BG04-D3-PM1P-015

BG04-A011
Relative Turbulent Transport Efficiency and Flux-Variance Relationships ofTemperature, Humidity, and CO2
Cheng-I HSIEH1#+
1National Taiwan University

BG04-D3-PM1P-016

BG04-A013
Geochemical Settings of Microbial Biomes in Serpentinizing Springs of thePhilippines
D'Arcy MEYER-DOMBARD1#+, Dawn CARDACE2, Kristin WOYCHEESE3,
Emmanuel CODILLO4, Timothy IRINGAN4, Nicole PELLEJERA-ORUGA4,
Gamaliel Lysander CABRIA4, Carlo ARCILLA4
1University of Illinois at Chicago, 2University of Rhode Island, 3Massachusetts Institute ofTechnology, 4University of the Philippines Diliman
241

241

BG04-D3-PM1P-017

BG04-A014
Agent-Based Model of Mangrove Forest Regrowth
Andrew Vince LORBIS1#, Vincent Paul FIESTADA1+, Vena Pearl BONGOLAN1
1University of the Philippines Diliman

BG04-D3-PM1P-018

BG04-A016
Serpentinizing Springs in the Philippines as Astrobiology Analogs for Mars andBeyondKristin WOYCHEESE1,2#+, D'Arcy MEYER-DOMBARD3, Dawn CARDACE4,
Emmanuel CODILLO5, Gamaliel Lysander CABRIA5, Timothy IRINGAN5, Carlo
ARCILLA5, Shuhei ONO1
1Massachusetts Institute of Technology, 2National Aeronautics and Space Administration,
3

University of Illinois at Chicago, 4University of Rhode Island, 5University of thePhilippines Diliman
BG04-D3-PM1P-019

BG04-A017
Dynamics of Soil Organic and Inorganic Carbon in Wheat-Maize Cropland of North
China Plain
Huijin SHI1#+, Xiujun WANG1,2
1Beijing Normal University, 2University of Maryland

BG04-D3-PM1P-020

BG04-A023
Prevalence and Ecological Risk of Antibiotics in Peninsular Malaysian Aquaculture
Ee Lean THIANG1#+, Choon Weng LEE1, Lay Ching CHAI1, Rui Jie ZHANG2, Gan
ZHANG3, Chui Wei BONG1
1University of Malaya, 2Guangxi University, 3Chinese Academy of Sciences

BG04-D3-PM1P-021

BG04-A024
Spatial Clustering of Dengue Epidemic in the Southern Taiwan and its Association
with Surrounding Greenness
Yinq-Rong CHERN1, Chi-Chieh HUANG1+, Nai-Tzu CHEN2, Chih-Da WU1#
1National Chiayi University, 2National Health Research Institutes

BG04-D3-PM1P-022

BG04-A025
Effects of Surrounding Greenness on Asthma - A Case Study of Kaohsiung Area
Yi-Tsai CHANG1+, Wen-Chi PAN2, Yinq-Rong CHERN1, Chih-Da WU1#
1National Chiayi University, 2National Yang-Ming University

242

242

243

Presentations
10 Aug, 2017
Thursday244

Day 4 - 10 Aug 2017, Thursday
Program Overview
10 Aug 2017, Thursday
Time /
Room

AM1

AM2

Lunch

PM1

PM2

08:30 - 10:30

11:00 - 12:30

12:30 - 14:00

14:00 - 15:30

16:00 - 18:00

MR308

AS02 (p250)

AS02 (p251)

AS29 (p260)

AS29 (p261)

MR309

AS40 (p263)

AS40 (p264)

AS40 (p265)

AS27 (p259)

MR310

PS09 (p283)

PS12-ST23 &PS12-ST23 (p289)

PS12-ST23 &PS12-ST23 (p289)

PS10 (p284)

MR311

PS14-16 (p287)

PS03 (p281)

PS03 (p282)

PS14-16 (p287)

MR327

HS14 (p272)

HS14 (p273)

HS18 (p273)

HS20 (p274)

ST02 (p292)

ST10-03-17-19(p293)

ST10-03-17-19(p293)

ST12 (p294)

ST12 (p295)

MR328

ST02 (p291)

MR329

ST18 (p296)

ST18 (p297)

MR330

OS03 (p280)

OSOS
DLDL
(p14)

OS Meeting

PublicLecture2 (p26)
PublicLecture2

SS11 (p301)

MR331

SE16 (p299)

SE SE
DLDL
(p20)

SE Meeting

SS09 (p300)

SS02 (p300)

MR332

IG01 (p276)

IG01 (p277)

IG06 (p278)

IG04 (p277)

MR333

AS21 (p254)

AS21 (p255)

AS21 (p255)

AS36 (p262)

MR334

AS04 (p251)

AS04 (p252)

AS04 (p253)

AS41 (p266)

MR335

BG01-02 (p268)

BG06-07 (p270)

BG06-07 (p271)

BG04 (p269)

MR336

AS24 (p257)

AS24 (p258)

AS24 (p259)

AS23 (p256)

SummitOS Posters (p302)
SE Posters (p314)

245

245

Sessions & Conveners* Main Convener
AS02

Mesoscale Meteorology and High-impact Weather*Tieh-Yong KOH Singapore University of Social Sciences, Chung-Chieh WANG
National Taiwan Normal University, Kevin CHEUNG Macquarie University, Chee-Kiat
TEO Singapore University of Social Sciences

AS04

Middle Atmosphere Science*Shigeo YODEN Kyoto University, Zeyu CHEN Chinese Academy of Sciences, HyeYeong CHUN Yonsei University, S. K. DHAKA University of Delhi

AS21

Madden - Julian Oscillation and Its Impacts*Ziniu XIAO Chinese Academy of Sciences, Jian LING Chinese Academy of Sciences,
Shuguang WANG Columbia University, Wen ZHOU City University of Hong Kong,
Chidong ZHANG National Oceanic and Atmospheric Administration

AS23

Passive and Active Remote Sensing of the Chemistry and Dynamics of the
Middle and Upper Atmosphere*Patrick ESPY Norwegian University of Science and Technology, Iain REID ATRAD Pty
Ltd, Jeng-Hwa YEE Johns Hopkins University

AS24

Utilizing the Cloud-resolving Models for Studying Cloud-related Processes in
Global Model / Climate Simulation*Chung-Hsiung SUI National Taiwan University, Masaki SATOH The University ofTokyo, Wei-Kuo TAO NASA Goddard Space Flight Center, Pay-Liam LIN National
Central University, Chuanfeng ZHAO Beijing Normal University

AS27

Aerosol-Fog Interactions: Theoretical, Observational and Modeling Studies*Charles C.K. CHOU Academia Sinica, Tzung-May FU Peking University

AS29

Mountain Effects on Airflow, Precipitation, and Weather Systems*Cheng-Ku YU National Taiwan University, Tetsuya TAKEMI Kyoto University, Gyu
Won LEE Kyungpook National University, Zhiyong MENG Peking University, ChingYuang HUANG National Central University

AS36

Extreme Weather Resiliency: Prediction and Response Strategies*Everette JOSEPH University at Albany, State University of New York, Pay-Liam LIN
National Central University, Ming-Jen YANG National Taiwan University, Shanka Lal
GARG Disaster Advances, Ashwajeet GARG World Research Journals

AS40

Results from the 2016 KORUS-AQ and Related Field Studies in Asia
*James CRAWFORD NASA Langley Research Center, Cheol-Hee KIM Pusan National
University, Louisa EMMONS National Center for Atmospheric Research, Chang-Keun
SONG National Institute of Environmental Research, Xinrong REN NOAA Air Resources
Laboratory

AS41

Exploration and Science of the Earth’s Lower and Middle Atmosphere: Past,
Present and Future Perspectives*Som Kumar SHARMA Physical Research Laboratory, Shikha RAIZADA Arecibo
Observatory, Puerto Rico, USA, Krishna SHUKLA Physical Research Laboratory, Sumit
Kumar MISHRA CSIR-National Physical Laboratory, P K RAJESH National Central
University

246

246

BG01-02

Current Status of Greenhouse Gases Emissions in Asian and World Terrestrial
Ecosystems*Masayuki KONDO Chiba University, Hiroshi TAKAGI National Institute forEnvironmental Studies, Xianglan LI Beijing Normal University, Guangbin ZHANG
Chinese Academy of Sciences

BG04

General Session*Xiujun WANG Beijing Normal University, Prabir PATRA Japan Agency for MarineEarth Science and Technology, Choon Weng LEE University of Malaya, Chui Wei
BONG University of Malaya

BG06-07

Monitoring and Understanding the State of the Biosphere through Satellites andModeling*Prabir PATRA Japan Agency for Marine-Earth Science and Technology, Florian M.
SCHWANDNER Jet Propulsion Laboratory/ California Institute of Technology (Caltech),Long CAO Zhejiang University, Yongfu XU Chinese Academy of Sciences, Atul JAIN
University of Iliinois

HS14

Urban Water-related Disasters*Akira KAWAMURA Tokyo Metropolitan University, So KAZAMA Tohoku University,
Sudhindra PANDA National Institute of Technical Teachers Training and Research

HS18

Assessment of Extreme Erosion Processes and Hydrological Drivers in AustralAsia*Roy SIDLE University of the Sunshine Coast, Alan ZIEGLER National University ofSingapore, Ben JARIHANI University of the Sunshine Coast

HS20

Modeling and Analysis of Hydrologic Processes in the Context of Climate
Change*Van-Thanh-Van NGUYEN McGill University, Shie-Yui LIONG National University ofSingapore, Philippe GOURBESVILLE University of Nice Sophia Antipolis

IG01

Natural Hazards: Understanding Disaster Risk
*James TERRY Zayed University, James GOFF University of New South Wales, Nigel
WINSPEAR SCOR Global P&C, Vena Pearl BONGOLAN University of The
Philippines, Diliman, Vena Pearl BONGOLAN University of the Philippines Diliman

IG04

General Session*Kazuhisa GOTO Tohoku University, James GOFF University of New South Wales

IG06

Research-based Practical Techniques and Applications in Earthquake andTsunami Risk Reduction*Anawat SUPPASRI Tohoku University, Natt LEELAWAT Chulalongkorn University,
Panon LATCHAROTE Tohoku University, Mongkonkorn SRIVICHAI Rajamangala
University of Technology Lanna

OS03

Oceanic Energy Cascade and Mixing*Zhiyu LIU Xiamen University, Robin ROBERTSON University of New South Wales,
Chuanyu LIU Chinese Academy of Sciences, Taira NAGAI The University of Tokyo

PS03

Solar Wind Interaction with Planetary Environments*Dominique DELCOURT French National Centre for Scientific Research, Kanako SEKI
The University of Tokyo, Robert LILLIS University of California, Berkeley, Pontus
BRANDT The Johns Hopkins University Applied Physics Laboratory, Yasumasa
KASABA Tohoku University

247

247

PS09

Atmospheres and Interiors of Jupiter and Saturn*Keke ZHANG University of Exeter, Kwing Lam CHAN Macau University of Science &Technology

PS10

Comparative Aeronomy of Solar System Bodies*Jun CUI Sun Yat-sen University, Robert LILLIS University of California, Berkeley, AnneWELLBROCK University College London, Wei-Ling TSENG National Taiwan Normal
University

PS12-ST23

Future and Current Space Missions and Instrumentation for Space and Planetary
Science*Takeshi SAKANOI Tohoku University, Yoshifumi SAITO Japan Aerospace Exploration
Agency, Andrew YAU University of Calgary, Jongho SEON Kyung Hee University

PS14-16

Science and Exploration of the Moon and Mercury*Jorn HELBERT German Aerospace Center (DLR), Makiko OHTAKE Japan Aerospace
Exploration Agency, Gordon CHIN NASA Goddard Space Flight Center, Kyeong Ja KIM
Korea Institute of Geoscience and Mineral Resources, Long XIAO China University ofGeosciences

PS12-ST23

Future and Current Space Missions and Instrumentation for Space and Planetary
Science*Takeshi SAKANOI Tohoku University, Yoshifumi SAITO Japan Aerospace Exploration
Agency, Andrew YAU University of Calgary, Jongho SEON Kyung Hee University

ST02

Energetic Particle Acceleration and Transport in the Heliosphere*Linghua WANG Peking University, Gang LI The University of Alabama in Huntsville,
Kyoko WATANABE National Defense Academy of Japan

ST10-03-17-19

General Session on the Magnetosphere*Masahito NOSE Kyoto University, George PARKS University of California, Berkeley,
Xuzhi ZHOU Peking University, Hui ZHANG University of Alaska Fairbanks, Qiugang
ZONG Peking University

ST12

Waves and Turbulence in the Solar Atmosphere and Solar Wind
*Bo LI Shandong University, Christopher CHEN Imperial College London, Jiansen HE
Peking University, Leon OFMAN Catholic University of America, De-Jin WU Chinese
Academy of Sciences

ST18

ULF, ELF, and VLF Waves and Their Effects on Particles in the Inner
Magnetosphere*Yuto KATOH Tohoku University, Xin TAO University of Science and Technology ofChina, Lunjin CHEN University of Texas at Dallas, Eun-Hwa KIM Princeton University

SE16

Dynamic System of Earth: Interactions from Surface to Core
*Takashi NAKAGAWA Japan Agency for Marine-Earth Science and Technology, Eh
TAN Academia Sinica, Daoyuan SUN University of Science and Technology of China,
Weijia KUANG NASA Goddard Space Flight Center, Xiaodong SONG University of
Illinois U-C & Wuhan U

SS02Interdisciplinary Geosciences in Natural Hazards*Kazuhisa GOTO Tohoku University, James GOFF University of New South Wales

SS09

A Dialog with Future Earth*Wing-Huen IP National Central University, Tom BEER Safe System Solutions Pty Ltd,
Dong-Kyou LEE Seoul National University, Kenji SATAKE The University of Tokyo
248

248

SS11

The Quasi-biennial Oscillation and Its Role in the Climate System*Jack A. KAYE National Aeronautics and Space Administration (NASA),

249

249

AS02 / Mesoscale Meteorology and High-impact Weather
Thu - 10 Aug | MR308
Session Chair(s)Kevin CHEUNG, Macquarie University

08:30
AS02-D4-AM1308-001

AS02-A010
A High-Resolution Modeling Study of the 19 June 2002 Convective Initiation Case
During IHOP: The Role of Localized Forcing
Qiwei WANG1+, Ming XUE2#
1Nanjing University, 2The University of Oklahoma

08:45
AS02-D4-AM1308-002

AS02-A008
Effect of Mesoscale Perturbations on Pollutant Ventilation in an Urban LES Model
Ghar Ek LAU1#, Gantuya GANBAT1+, Keith NGAN1, K.K. HON2
1City University of Hong Kong, 2Hong Kong Observatory

09:00
AS02-D4-AM1308-003

AS02-A028
Development of a Relocatable Atmospheric Forecast System for Defence
Applications
Tatiana RYKOVA1#+, Marcus THATCHER1,2, Uwe ROSEBROCK1
1Commonwealth Scientific and Industrial Research Organisation (CSIRO), 2The Centre forAustralian Weather and Climate Research

09:15
AS02-D4-AM1308-004

AS02-A009
A Comparison of LETKF and Downscaling in a Convective Scale Ensemble
Prediction System in KMA
Younhee KANG1#+, Seung-Woo LEE2, Hyeri JEONG1
1Korea Meteorological Administration, 2Numerical Modeling Center

09:30
AS02-D4-AM1308-005

AS02-A016
Organization of Mesoscale Convective Clusters Over the Tropical Oceans
Chee-Kiat TEO1#, Hoai Nguyen HUYNH2, Tieh-Yong KOH1+, Kevin CHEUNG3,
Bernard LEGRAS4, Lock Yue CHEW5, Leslie NORFORD6
1Singapore University of Social Sciences, 2Agency for Science, Technology and Research(A*STAR), 3Macquarie University, 4National de la Recherche Scientifique (CNRS) / Ecole
Normale Supérieure, 5Nanyang Technological University, 6Massachusetts Institute ofTechnology

09:45
AS02-D4-AM1308-006
InvitedAS02-A025
Explosive Cyclogenesis Over the North Atlantic and North Pacific Basins: Progress,
Challenges and New Research Opportunities
John GYAKUM1#+
1McGill University

10:05
AS02-D4-AM1308-007

AS02-A017
Influence of Synoptic Scale Features on the Sea/ Land Breeze Circulation During
Monsoon Over Northeast Coastal Station in Peninsular Malaysia
Jayakrishnan P. R.1#+, Azizan Abu SAMAH1, Babu C. A.1,2, Sheeba Nettukandy
CHENOLI1, Sivaprasad P.1
1University of Malaya, 2Cochin University of Science and Technology

250

250

Session Chair(s)Chee-Kiat TEO, Singapore University of Social Sciences

11:00
AS02-D4-AM2308-008
InvitedAS02-A026
The Next Generation of Airborne Polarimetric Doppler Weather Radar: NCAR/EOL
Airborne Phased Array Radar (APAR) Development
Wenchau LEE1#+, James MOORE1, Eric LOEW1, Jothiram VIVEKANANDAN1,
Vanda GRUBISIC1, Peisang TSAI1, Michael DIXON1, Jonathan EMMETT1, MarkLORD1, Louis LUSSIER1, Bernard HWANG11National Center for Atmospheric Research

11:15
AS02-D4-AM2308-009

AS02-A021
Rainfall and Vertical Velocity Characteristics Derived from Parsivel Disdrometer
Measurements
Dong-In LEE1#+, Dong-Kyun KIM1, Yunhee KANG1, Hyeonjoon KIM1
1Pukyong National University

11:30
AS02-D4-AM2308-010
InvitedAS02-A024
Use of Subseasonal-To-Seasonal Predictions for Extreme Temperature Forecasts
Over Singapore and the Surrounding Region
Raizan RAHMAT1#+, Thea TURKINGTON1
1Centre for Climate Research Singapore

11:45
AS02-D4-AM2308-011

AS02-A031
Spatial Characteristics of Extreme Rainfall Over China with Hourly Through 24Hour Accumulation Periods Based on National-Level Hourly Rain Gauge Data
Yongguang ZHENG1#+
1China Meteorological Administration

12:00
AS02-D4-AM2308-012

AS02-A011
Meteorological Precursors of Localized Rain Events in Metro Manila
Erica BAÑARES1#+, Genevieve LORENZO2, James SIMPAS2
1Ateneo de Manila University, 2Manila Observatory

12:15
AS02-D4-AM2308-013

AS02-A030
Temporal Variation of the Surface Layer Parameters Over Shillong During theWinter Season
Nilamoni BARMAN1#+, Arup BORGOHAIN1, Shyam Sundar KUNDU1, Rakesh
ROY2, Biswajit SAHA2, Kirankumar NADIMAPLLY3, K. RAJEEV3, P. L. N RAJU1
1North Eastern Space Applications Centre, 2National Institute of Technology Agartala,3

Vikram Sarabhai Space Centre

AS04 / Middle Atmosphere Science
Thu - 10 Aug | MR334
Session Chair(s)Shigeo YODEN, Kyoto University

08:30
AS04-D4-AM1334-001
InvitedAS04-A010
A Study of Different Frequencies of Major Stratospheric Sudden Warmings in
CMIP5 Historical Simulations
Masakazu TAGUCHI1#+
1Aichi University of Education

251

251

08:45
AS04-D4-AM1334-002
InvitedAS04-A018
Dynamical Coupling of the Stratosphere and the Troposphere at High Latitudes
Wenshou TIAN1#+, Jinlong HUANG1, Yuanpu LI1
1Lanzhou University

09:00
AS04-D4-AM1334-003

AS04-A029
Duration and Decay of Extreme Vortex Events in the Polar Stratosphere:
Comparison of the ECMWF Seasonal Forecast Model with Reanalyses
Yvan ORSOLINI1#+, Kazuaki NISHII2, Hisashi NAKAMURA2,3
1Norwegian Institute for Air Research, 2The University of Tokyo, 3Japan Agency for
Marine-Earth Science and Technology

09:15
AS04-D4-AM1334-004

AS04-A015
Dynamics of 2013 Sudden Stratospheric Warming Event and its Impact on Cold
Weather Over Eurasia: Role of Planetary Wave Reflection
Debashis NATH1#+, Wen CHEN1
1Chinese Academy of Sciences

09:30
AS04-D4-AM1334-005

AS04-A017
Does Stratospheric Sudden Warming Occur More Frequently During ENSO Winters
Than During ENSO-Neutral Winters?
Kanghyun SONG1+, Seok-Woo SON1#
1Seoul National University

09:45
AS04-D4-AM1334-006

AS04-A008
Decadal Variation of the Northern Hemisphere Annular Mode and its Influence on
the East Asian Trough
Chunhui LU1#+
1China Meteorological Administration

10:00
AS04-D4-AM1334-007

AS04-A007
Persistent Shift of the Arctic Polar Vortex Towards the Eurasian Continent in Recent
Decades
Jiankai ZHANG1+, Wenshou TIAN1#, Martyn CHIPPERFIELD2, Fei XEI3, Jinlong
HUANG1
1Lanzhou University, 2University of Leeds, 3Beijing Normal University

10:15
AS04-D4-AM1334-008

AS04-A021
A Formulation of Three-Dimensional Residual Mean Flow Balanced with
Nonconservative Terms
Takenari KINOSHITA1#+, Kaoru SATO2
1Japan Agency for Marine-Earth Science and Technology, 2The University of Tokyo

Session Chair(s)Zeyu CHEN, Chinese Academy of Sciences

11:00
AS04-D4-AM2334-009
InvitedAS04-A005
Tracking the Delayed Response of the Northern Winter Stratosphere to ENSO
Using Multi Reanalyses and Model Simulations
Rongcai REN1#+
1Chinese Academy of Sciences

11:15
AS04-D4-AM2334-010

AS04-A003
A Connection from Arctic Stratospheric Ozone to El Nino-Southern Oscillation
Fei XEI1#+
1Beijing Normal University
252

252

11:30
AS04-D4-AM2334-011

AS04-A026
Solar Cycle Modulation of the ENSO Impact on the East Asian Climate and Possible
Mechanisms
Wen CHEN1#+
1Chinese Academy of Sciences

11:45
AS04-D4-AM2334-012

AS04-A002
Longitudinal Asymmetric Trends of Tropical Cold-Point Tropopause Temperature
and Their Link to Strengthened Walker Circulation
Dingzhu HU1+, Wenshou TIAN2, Zhaoyong GUAN1#, Yipeng GUO3, Sandip
DHOMSE4
1Nanjing University of Information Science & Technology, 2Lanzhou University, 3Chinese
Academy of Sciences, 4University of Leeds

12:00
AS04-D4-AM2334-013

AS04-A025
Decadal Variability of Tropical Tropopause Temperatures and Lower Stratospheric
Water Vapour: Links to the 11-Year Solar Cycle and Sea Surface Temperatures
Wuke WANG1#+, Katja MATTHES2, Ming SHANGGUAN3
1Nanjing University, 2GEOMAR Helmholtz Centre for Ocean Research Kiel, 3Southeast
University

12:15
AS04-D4-AM2334-014

AS04-A009
Downward Influence of QBO-Like Oscillation to Convection in a Two Dimensional
Minimal Framework
Shigeo YODEN1#+, Hoang-Hai BUI2, Eriko NISHIMOTO1
1Kyoto University, 2Vietnam National University

Session Chair(s)Hye-Yeong CHUN, Yonsei University

14:00
AS04-D4-PM1334-015
InvitedAS04-A023
Seasonal MLT-Region Nightglow Intensities, Temperatures and Emission Heights
at a Southern Hemisphere Mid-Latitude Site
Iain REID1,2#+, Andrew SPARGO2, Jonathan WOITHE1, Andrew KLEKOCIUK3, Joel
YOUNGER1, Abas SIVJEE4
1ATRAD Pty Ltd, 2University of Adelaide, 3Australian Antarctic Division, 4Embry-Riddle
Aeronautical University

14:15
AS04-D4-PM1334-016

AS04-A016
Microphysical and Chemical Effects in the Lower Stratosphere Induced by aModerate Volcanic Eruption in the Northern Hemisphere - Comparisons Between
Two Chemistry-Transport Models and Observations
Gwenael BERTHET1#+, Thibaut LURTON1, Fabrice JEGOU1, Tjarda ROBERTS1, JeanBaptiste RENARD1, Valéry CATOIRE1, Gisèle KRYSZTOFIA1
1Laboratoire de Physique et Chimie de l'Environnement et de l'Espace, Centre National de laRecherche Scientifique, Université Orléans

14:30
AS04-D4-PM1334-017

AS04-A034
Impact of Interactive Ozone Chemistry on Earth-System-Model Simulation of Last
Glacial Maximum
Shigeo YODEN1#+, Satoshi NODA1, Ryo MIZUTA2, Makoto DEUSHI2, Kunihiko
KODERA3, Kohei YOSHIDA2, Akio KITOH4, Shigenori MURAKAMI2, Yukimasa
ADACHI2
1Kyoto University, 2Japan Meteorological Agency, 3Nagoya University, 4University ofTsukuba253

253

14:45
AS04-D4-PM1334-018

AS04-A014
On the Progress of Quasi-2 Day Wave in the Middle Atmosphere
Sheng-Yang GU1#+
1University of Science and Technology of China

15:00
AS04-D4-PM1334-019

AS04-A019
Vertical and Meridional Propagations of 6.5DWs and 2DWs from Stratosphere to
the Lower Thermosphere
Yingying HUANG1#+, Chongyin LI2, Huijun LI3, Lingqi ZENG4
1PLA University of Science and Technology, 2Chinese Academy of Sciences, 3Nanjing
University of Aeronautics and Astronautics, 4Wuhan University

15:15
AS04-D4-PM1334-020

AS04-A024
The Typhoon Related Stratospheric Gravity Waves Revealed by a Joint
Investigation with Contemporary Radiosoundings at Multi-Tropical Pacific Islands
Liji WANG1, Zeyu CHEN1#+, Daren LU1
1Chinese Academy of Sciences

15:30
AS04-D4-PM1334-021

AS04-A006
Initial Results from the Stratospheric Aerosol and Gas Experiment III / International
Space Station Mission
Richard ECKMAN1#+
1National Aeronautics and Space Administration (NASA)

AS21 / Madden - Julian Oscillation and Its Impacts
Thu - 10 Aug | MR333
Session Chair(s)Ziniu XIAO, LASG/IAP
Zhaohui LIN, ICCES/IAP

08:30
AS21-D4-AM1333-001
Invited

AS21-A022
The Characteristics of Madden-Julian Oscillation During El Niño Event
Chongyin LI1#+
1Chinese Academy of Sciences

08:50
AS21-D4-AM1333-002

AS21-A003
Impacts of Boreal Summer Intraseasonal Oscillation on the Western North PacificTyphoons and Rainfall in Taiwan
Chih-Wen HUNG1#+
1National Taiwan Normal University

09:05
AS21-D4-AM1333-003

AS21-A015
The Impacts of MJO on TC Activities Over South China Sea in Recent Decades
Wen ZHOU1#+
1City University of Hong Kong

09:20
AS21-D4-AM1333-004

AS21-A027
Future Changes of the Madden-Julian Oscillation Using CNRM-CM5 Simulations
Eun-Ji SONG1+, Kyong-Hwan SEO1#
1Pusan National University

09:35
AS21-D4-AM1333-005

AS21-A014
Subseasonal Scale Interactions During Winter Monsoon Over Southeast Asia
Prince XAVIER1#+, See Yee LIM2
1Met Office, 2Centre for Climate Research Singapore
254

254

09:50
AS21-D4-AM1333-006

AS21-A007
Definition of a New East Asian Subtropical Summer Monsoon Index
Hongming YAN1#+
1Yunnan Meteorological Bureau

10:05
AS21-D4-AM1333-007

AS21-A008
Influence of Madden-Julian Oscillation on Indonesian Rainfall Variability in Asian
Winter Monsoon
Eddy HERMAWAN1#+
1Indonesian National Institute of Aeronautics and Space (LAPAN)

10:20
AS21-D4-AM1333-008

AS21-A012
Effect of Intraseasonal Oscillations on South China Sea Summer Monsoon Onset
Hui WANG1#+, Fei LIU1
1Nanjing University of Information Science & Technology

Session Chair(s)Masuo NAKANO, apan Agency for Marine-Earth Science and Technology
Wen ZHOU, City University of Hong Kong

11:00
AS21-D4-AM2333-009
Invited

AS21-A005
Changes in the 30–60-day Boreal Summer Intraseasonal Oscillation Under the
Global Warming Condition: A Study in CNRM-CM5
Jiangyu MAO1#+, Jianying LI2
1Chinese Academy of Sciences, 2China University of Geosciences (Wuhan)

11:20
AS21-D4-AM2333-010

AS21-A032
Impact of Madden Julian Oscillation to Rainfall Characteristic in Indonesia
Dava AMRINA1, Nelly Florida RIAMA1#+, Andri RAMDHANI1
1Agency for Meteorology, Climatology and Geophysics

11:35
AS21-D4-AM2333-011

AS21-A018
Influence of Springtime Atlantic SST on ENSO Events: Role of the Madden-Julian
Oscillation
Yan XIN1+, Juzhang REN2, Jian-Hua JU3#, Song YANG1
1Sun Yat-sen University, 2Yunnan Research Institute of Meteorology, 3China
Meteorological Administration Training Centre

11:50
AS21-D4-AM2333-012

AS21-A025
MJO Modulation of Diurnal Cycles and Sea Breezes Over Peninsular Malaysia
Fredolin T. TANGANG1,2#+, Ahmad Fairudz JAMALUDDIN1, Ester SALIMUN1, Ju
Neng LIEW11National University of Malaysia, 2Ramkhamhaeng University

Session Chair(s)Jian LING, LASG/IAP
Jiangyu MAO, LASG/IAP

14:00
AS21-D4-PM1333-013

AS21-A029
Simulation of the Madden-Julian Oscillation in the IAP AGCM4
Zhaohui LIN1#+, Kun WANG1, Ziniu XIAO1
1Chinese Academy of Sciences

255

255

14:15
AS21-D4-PM1333-014

AS21-A023
Genesis of Super Cyclone Pam (2015): Modulation of Low-Frequency Large-Scale
Circulations and the Madden–Julian Oscillation by Sea Surface Temperature
Anomalies
Masuo NAKANO1#+, Hisayuki KUBOTA2, Tomoki MIYAKAWA2, Tomoe
NASUNO1, Masaki SATOH2
1Japan Agency for Marine-Earth Science and Technology, 2The University of Tokyo

14:30
AS21-D4-PM1333-015

AS21-A037
Initiation Processes of the Tropical Intraseasonal Variability Simulated with AquaPlanet Experiments: Implication for MJO Onset
Daisuke TAKASUKA1#+, Masaki SATOH1
1The University of Tokyo

14:45
AS21-D4-PM1333-016

AS21-A019
Modeling of Convective Gravity Waves Forced During the Madden Julian
Oscillation in the Indian Ocean and Western Pacific Region
Silvio KALISCH1#, Hye-Yeong CHUN1+, Min-Jee KANG1
1Yonsei University

15:00
AS21-D4-PM1333-017

AS21-A036
Tropical Intraseasonal Oscillation in a New Generation AGCM FAMIL and Coupled
GCM FGOALS-f
Qing BAO1#+
1Chinese Academy of Sciences

AS23 / Passive and Active Remote Sensing of the Chemistry and Dynamics ofthe Middle and Upper Atmosphere
Thu - 10 Aug | MR336
Session Chair(s)Patrick ESPY, Norwegian University of Science and Technology
Jeng-Hwa (Sam) YEE, Johns Hopkins University Applied Physics Laboratory

16:00
AS23-D4-PM2336-001
Invited

AS23-A014
Performances Assessment of the Sub-Millimeter Limb Sounder Projects: SIW and
SMILES-2
Philippe BARON1#+, Donal MURTAGH2, Satoshi OCHIAI1, Makoto SUZUKI3
1National Institute of Information and Communications Technology, 2Chalmers Universityof Technology, 3Japan Aerospace Exploration Agency

16:20
AS23-D4-PM2336-002

AS23-A011
Terahertz Limb Sounder for Lower Thermosphere Wind, Temperature, and Atomic
Oxygen Density Measurements
Jeng-Hwa YEE1#+, Dong WU2, Imran MEHDI3, Erich SCHLECHT3
1Johns Hopkins University, 2NASA Goddard Space Flight Center, 3Jet Propulsion
Laboratory/ California Institute of Technology

16:35
AS23-D4-PM2336-003

AS23-A005
Small-Scale Dynamical Structures Using Oh Airglow from Astronomical
Observations
Patrick ESPY1,2#+, Christoph FRANZEN1, Amanda DJUPVIK3
1Norwegian University of Science and Technology, 2University of Bergen, 3Nordic Optical
Telescope

256

256

16:50
AS23-D4-PM2336-004
Invited

AS23-A012
Production and Transport of Nitric Oxide in the Mesosphere - Lower
Thermosphere: Comparison of Satellite Observations with Model
Yvan ORSOLINI1#+
1Norwegian Institute for Air Research

17:10
AS23-D4-PM2336-005

AS23-A017
Variations in Thermospheric Composition: TIMED/GUVI Observations
Yongliang ZHANG1#+, Larry PAXTON1, Jeng-Hwa YEE1
1Johns Hopkins University

17:25
AS23-D4-PM2336-006
Invited

AS23-A004
Thermosphere Response to Doubling of CO2: GAIA Simulation Results
Huixin LIU1#+, Yasunobu MIYOSHI1
1Kyushu University

17:45
AS23-D4-PM2336-007

AS23-A018
Energy and Heat Flux by Dissipating Gravity Waves
Alan LIU1#+
1Embry-Riddle Aeronautical University

AS24 / Utilizing the Cloud-resolving Models for Studying Cloud-related
Processes in Global Model / Climate Simulation
Thu - 10 Aug | MR336
Session Chair(s)Pay-Liam LIN, National Central University

08:30
AS24-D4-AM1336-001

AS24-A029
Cloud Microphysical Processes and its Parameterization in a Shallow Cumulus
Cloud from a Lagrangian Cloud Model
Donggun OH1, Yign NOH1#+, Fabian HOFFMANN2, Siegfried RAASCH 2
1Yonsei University, 2Leibniz Universität Hannover

08:45
AS24-D4-AM1336-002
Invited

AS24-A017
Effect of Cloud Microphysics on Scale Interactions Over the Maritime Continent
Jen-Ping CHEN1#+, Tzu-Chin TSAI1, Chein-Jung SHIU2, Chia-Jung PI1
1National Taiwan University, 2Academia Sinica

09:00
AS24-D4-AM1336-003
Invited

AS24-A012
Cloud Microphysical Processes Measured by Aircraft Against Cloud-Resolving
Model
Xueliang GUO1#+
1Chinese Academy of Meteorological Sciences

09:15
AS24-D4-AM1336-004

AS24-A009
Evaluation of Retrieved Cloud Microphysical Properties Between Himawari-8 and
MODIS Observations
Chi-Hao CHIU1#+, Chian-Yi LIU1
1National Central University

09:30
AS24-D4-AM1336-005

AS24-A020
Evaluations of the Goddard Cumulus Ensemble Model Simulations During
DYNAMO
Myong-In LEE1#+, Sung-Yoon KIM1, Wei-Kuo TAO2
1Ulsan National Institute of Science and Technology, 2NASA Goddard Space Flight Center
257

257

09:45
AS24-D4-AM1336-006

AS24-A008
Improving Simulation of Tropical Diurnal Precipitation by the Superparameterized
CAM Coupled to a Slab Ocean Model
Wei-Ting CHEN1#+, Kuan-Ting KUO1, Chien-Ming WU1
1National Taiwan University

10:00
AS24-D4-AM1336-007

AS24-A001
Impact of Mesoscale Convective Systems on Global Precipitation: A Multi-Scale
Modeling Study
Wei-Kuo TAO1#+, Jiun-Dar CHERN2
1NASA Goddard Space Flight Center, 2University of Maryland Baltimore County

10:15
AS24-D4-AM1336-008

AS24-A007
Evaluation of Global Nonhydrostatic Simulations for the Recent Field Campaigns
Over the Tropical Indian Ocean
Tomoe NASUNO1#+, Kazuyoshi KIKUCHI2, Masuo NAKANO1, Yohei YAMADA1,
Mikiko IKEDA1, Hiroshi TANIGUCHI3
1Japan Agency for Marine-Earth Science and Technology, 2University of Hawaii at Manoa,
3

Kobe City College of Technology

Session Chair(s)Wei-Kuo TAO, NASA Goddard Space Flight Center
Yign NOH, Yonsei University

11:00
AS24-D4-AM2336-009
Invited

AS24-A021
Mean State Dependence of Radiative Convective Instability
Zhiming KUANG1#+
1Harvard University

11:15
AS24-D4-AM2336-010

AS24-A018
Sensitivity Studies of Cloud Responses on SSTs in RCE Experiments Using a HighResolution Global Nonhydrostatic Model
Tomoki OHNO1#+, Masaki SATOH1
1The University of Tokyo

11:30
AS24-D4-AM2336-011
Invited

AS24-A011
Simulated Response to +4K Warming in Global Cloud-Resolving Model
Marat KHAIROUTDINOV1#+
1Stony Brook University

11:45
AS24-D4-AM2336-012

AS24-A013
Diurnal Variation of Regional Circulation and Precipitation During Mei-Yu Season
Over Taiwan and Surrounding Area
Pay-Liam LIN1#+, Chung-Yin WANG1, Yi-Leng CHEN2, Chuan-Chi TU11National Central University, 2University of Hawaii at Manoa

12:00
AS24-D4-AM2336-013

AS24-A025
The Bias of South China Sea Summer Monsoon Precipitation Associated with
Physical Processes in Global Climate Models: The Multi-Year Hindcast Approach
Chien-Ming WU1#+, Wei-Ting CHEN1, Hsi-Yen MA2
1National Taiwan University, 2Lawrence Livermore National Laboratory

12:15
AS24-D4-AM2336-014

AS24-A024
Transition from Shallow Convection to Deep Convection in the ITCZs - Horizontal
Resolution Dependence
Hien BUI1#+, Jia-Yuh YU1
1National Central University
258

258

Session Chair(s)Chuanfeng ZHAO, Beijing Normal University
Wei-Ting CHEN, National Taiwan University

14:00
AS24-D4-PM1336-015

AS24-A002
Coupling Spectral-Bin Cloud Microphysics with the MOSAIC Aerosol Model in
WRF-Chem: Methodology and Results for Marine Stratocumulus Clouds
Wenhua GAO1+, Jiwen FAN2#, Richard EASTER2, Qing YANG2, Chun ZHAO2, Steve
GHAN2
1China Meteorological Administration, 2Pacific Northwest National Laboratory

14:15
AS24-D4-PM1336-016
Invited

AS24-A022
The Observed Climatology of Planetary Boundary Layer and its Association withMeteorology Over the Eastern China
Jianping GUO1#+
1Chinese Academy of Meteorological Sciences

14:30
AS24-D4-PM1336-017
Invited

AS24-A027
Differences in the Hydrological Cycle and Sensitivity Between Multiscale Modeling
Frameworks with and Without a Higher-Order Turbulence Closure andImplications for Conventional GCMs
Kuan-Man XU1#+
1NASA Langley Research Center

14:45
AS24-D4-PM1336-018

AS24-A028
Studying Potential Link Between Phytoplankton and Water Cloud Microphysics at
High Latitudes Using 11 Year Calipso Lidar Measurements
Yongxiang HU1#+, Kuan-Man XU1
1NASA Langley Research Center

15:00
AS24-D4-PM1336-019

AS24-A030
Different Mechanism of Aerosol Indirect Effects on Cloud and Radiation in the
Infrared in South East Asia and Amazon Regions
Yiran PENG1#+, Minqi WANG1, Xiaoning XIE2, Yangang LIU3
1Tsinghua University, 2Chinese Academy of Sciences, 3Brookhaven National Laboratory

AS27 / Aerosol-Fog Interactions: Theoretical, Observational and Modeling
Studies
Thu - 10 Aug | MR309
Session Chair(s)Charles C.-K. CHOU, Academia Sinica
Tzung-May FU, Peking University

16:00
AS27-D4-PM2309-001
Invited

AS27-A016
A Novel Method to Derive the Aerosol Hygroscopicity Parameter Based Only on
Measurements from a Humidified Nephelometer System
Chunsheng ZHAO1#+, Ye KUANG1, Jiangchuan TAO1
1Peking University

16:15
AS27-D4-PM2309-002

AS27-A011
Predicting Occurrence of Liquid-Liquid Phase Separation in Mixed
Organic/Inorganic Particles Using 1-Octanol Water Partition CoefficientLiudongqing YANG1+, Mikinori KUWATA1#
1Nanyang Technological University

259

259

16:30
AS27-D4-PM2309-003

AS27-A005
Interactions Between Aerosols and Boundary Layer Meteorology During a Severe
Haze Event in Winter 2015 in Northern China
Yaping MA1+, Tzung-May FU1#, Jian GAO2
1Peking University, 2Chinese Research Academy of Environmental Sciences

16:45
AS27-D4-PM2309-004

AS27-A015
Overview of the Fog and Aerosol Characterization Experiment for the Taiwan Strait
Area (Facets)
Charles C.K. CHOU1#+, Tzung-May FU2, Chih-Chung CHANG1, Shih-Yu CHANG3,
Jen-Ping CHEN4, Wei-Nai CHEN1, Wei-Ting CHEN4, Joe H.C. CHEUNG1, TseTsung HO1, Hui-Ming HUNG4, Chuan-Yao LIN1, Po-Hsiung LIN4, Shih-Chun
Candice LUNG1, I-Chun TSAI1
1Academia Sinica, 2Peking University, 3Chung Shan Medical University, 4National Taiwan
University

17:00
AS27-D4-PM2309-005

AS27-A007
Numerical Study of a Spring Heavy Fog Event Over Kinmen Island in 2015: A
Preliminary Result
Chuan-Yao LIN1#+, Wan Chin CHEN1, Charles C.K. CHOU1, Yangfan SHENG1
1Academia Sinica

17:15
AS27-D4-PM2309-006
Invited

AS27-A012
Large-Eddy Simulations of Springtime Marine Advection Fog Over the Taiwan
StraitWei-Ting CHEN1#+, Chin-An LIN1, Chien-Ming WU1, Po-Hsiung LIN1
1National Taiwan University

17:30
AS27-D4-PM2309-007

AS27-A003
Boundary Layer Structure and Aerosol Optical Properties Observed in Kinmen
During Fog Season
Wei-Nai CHEN1#+, Charles C.-K. CHOU1, Po-Hsiung LIN2, Hui-Ming HUNG2,
Chuan-Yao LIN1, I-Chun TSAI1
1Academia Sinica, 2National Taiwan University

17:45
AS27-D4-PM2309-008

AS27-A018
Observational Study of Particle Number Concentrations and Size Distributions of
Fog Droplets at Coastal Site of Kinmen Island
Joe H.C. CHEUNG1+, Charles C.-K. CHOU1#, Tse-Tsung HO1
1Academia Sinica

AS29 / Mountain Effects on Airflow, Precipitation, and Weather Systems
Thu - 10 Aug | MR308
Session Chair(s)Cheng-Ku YU, National Taiwan University
Gyu Won LEE, Kyungpook National University

14:00
AS29-D4-PM1308-001
InvitedAS29-A005
Role of Orography, Diurnal Cycle, and Intraseasonal Oscillation in Summer
Monsoon Rainfall Over Western Ghats and Myanmar Coast
Shoichi SHIGE1#+, Yuki NAKANO1, Munehisa K. YAMAMOTO1
1Kyoto University

260

260

14:15
AS29-D4-PM1308-002

AS29-A001
Characteristic Rainfall of Tropical Cyclones Across a Mountain Range as
Highlighted by Idealized Experiments
Ching-Yuang HUANG1#+
1National Central University

14:30
AS29-D4-PM1308-003

AS29-A015
What Causes the Precipitation Hotspots of Afternoon Thunderstorms Over Taipei
Basin?
Chien-Ming WU1#+, Kuan-Ting KUO1
1National Taiwan University

14:45
AS29-D4-PM1308-004

AS29-A011
Observational Investigation of Wintertime Orographic Precipitation Over the DaTun Mountain
Lin-Wen CHENG1#+, Cheng-Ku YU1
1National Taiwan University

15:00
AS29-D4-PM1308-005

AS29-A023
Effects of Geometrical Features of Surface Roughness on Turbulent Flows Over an
Actual Urban Area
Toshiya YOSHIDA1+, Tetsuya TAKEMI1#
1Kyoto University

15:15
AS29-D4-PM1308-006

AS29-A025
Orographic Precipitation Associated with Outer Rainband of Typhoon Fitow (2013)
Huaning DAI1#+, Kun ZHAO1, Xiaomin CHEN1, Mingjun WANG1
1Nanjing University

Session Chair(s)Tetsuya TAKEMI, Kyoto University
Ching-Yuang HUANG, National Central University

16:00
AS29-D4-PM2308-007
InvitedAS29-A022
Convective Activity in Northern Cascade of Snow Mountain and Flash Floods in
TaipeiBen JOU1#+, Pao-Liang CHANG2, Pin-Fang LIN2
1National Taiwan University, 2Central Weather Bureau

16:15
AS29-D4-PM2308-008
InvitedAS29-A013
The Lagrangian Evolution of Water Budget and Precipitation Efficiency of a Squall
Line Interacting with Terrain
Ming-Jen YANG1#+, Yi-Chuan CHUNG1, Yin-Mao WANG11National Taiwan University

16:30
AS29-D4-PM2308-009

AS29-A014
Evaluating Surface Solar Radiation in Mountains and its Impact on GCM
Simulations Over the Tibetan Plateau
Wei-Liang LEE1#+, Kuo-Nan LIOU2, Yu GU2, Chia-Chi WANG3, Huang-Hsiung
HSU1
1Academia Sinica, 2University of California, Los Angeles, 3Chinese Culture University

16:45
AS29-D4-PM2308-010

AS29-A002
On the Contrasting Decadal Changes of Diurnal Surface Temperature Range
Between the Tibetan Plateau and Southeastern China During the 1980s–2000s
Yang YANG1#, Rongcai REN2+
1China Meteorological Administration, 2Chinese Academy of Sciences
261

261

17:00
AS29-D4-PM2308-011

AS29-A018
Numerical Simulation on Lake-Land Breeze Over Poyang Lake Basin of China
Ying LI1#+, Zi MAI2, Na WEI1
1Chinese Academy of Meteorological Sciences, 2Chinese Academy of Sciences

17:15
AS29-D4-PM2308-012

AS29-A004
Topographic Effect on Modification of Airflow and Precipitation Structures inPyeongchang Area
Chia-Lun TSAI1#+, Kwonil KIM1, Yu-Chieng LIOU2, Gyu Won LEE1
1Kyungpook National University, 2National Central University

17:30
AS29-D4-PM2308-013

AS29-A008
Statistical Characteristics of Taiwan Rainband from Long-Term Radar Observations
Che-Yu LIN1#+, Cheng-Ku YU1
1National Taiwan University

17:45
AS29-D4-PM2308-014

AS29-A019
The Size Change of Tropical Cyclones Traversing the Philippines
Shu-Jeng LIN1+, Kun-Hsuan CHOU1#
1Chinese Culture University

AS36 / Extreme Weather Resiliency: Prediction and Response Strategies
Thu - 10 Aug | MR333
Session Chair(s)Ming-Jen YANG, National Taiwan University
Pay-Liam LIN, National Central University

16:00
AS36-D4-PM2333-001

AS36-A038
US-Taiwan Partnership for International Research and Education on Extreme
Weather and Decision-Making
Everette JOSEPH1+, Pay-Liam LIN2#, Chris THORNCROFT1, Huang-Hsiung HSU3,
Wei-Chyung WANG1, Ryan TORN1, Shu-Chih YANG2, Ming-Jen YANG4, Qilong
MIN1, Terri ADAMS5, Li ZHANG1
1University at Albany, State University of New York, 2National Central University,
3

Academia Sinica, 4National Taiwan University, 5Howard University

16:15
AS36-D4-PM2333-002
Invited

AS36-A007
Simulating and Projecting Tropical Cyclone Activity in the Western North PacificUsing a High-Resolution AGCM
Huang-Hsiung HSU1#+, Chia-Ying TU1, Shian-Jiann LIN2, Ping-Gin CHIU1
1Academia Sinica, 2National Oceanic and Atmospheric Administration

16:35
AS36-D4-PM2333-003
Invited

AS36-A002
Winter Extreme Precipitation Events Along the Coast of the Northeast United States
and the Associated Large-Scale Circulations
Wei-Chyung WANG1#+, Lijun TAO1, Guoxing CHEN1, Huang-Hsiung HSU2, ChiaYing TU2, I-Chun TSAI2, Chao-Tzuen CHENG3
1University at Albany, State University of New York, 2Academia Sinica, 3National Scienceand Technology Center for Disaster Reduction (NCDR)

16:55
AS36-D4-PM2333-004

AS36-A026
Risk Management from the Ensemble Based Typhoon QPF
Jing-Shan HONG1#+, Chin-Tzu FONG1
1Central Weather Bureau
262

262

17:10AS36-D4-PM2333-005

AS36-A021
Applying Ensemble Probabilistic Forecasts in Risk-Based Decision Making
Hui-Ling CHANG1,2#+, Shu-Chih YANG2, Huiling YUAN3, Pay LIAM2, Yu-Chieng
LIOU2
1Central Weather Bureau, 2National Central University, 3Nanjing University

17:25
AS36-D4-PM2333-006

AS36-A009
Urban Public Health Resilience to Extrem Heat Wave: A Case Study of Shanghai
Xiaochen LIU1#+
1Shanghai Climate Centre

AS40 / Results from the 2016 KORUS-AQ and Related Field Studies in Asia
Thu - 10 Aug | MR309
Session Chair(s)James CRAWFORD, NASA Langley Research Center
Saewung KIM, University of California - Irvine

08:30
AS40-D4-AM1309-001
Invited

AS40-A019
Meteorology Influencing Pollution Regimes and Transport During KORUS-AQ
David PETERSON1#+, Edward HYER1, James CAMPBELL1, Peng XIAN1
1Naval Research Laboratory

08:50
AS40-D4-AM1309-002
Invited

AS40-A014
The Extensive Ground Measurements of Air Quality During the KORUS-AQ/MapsSeoul 2016 Campaign
Lee GANGWOONG1#+, Jun-Young AHN2, Im-Suk JANG2, Jeong-Hoo PARK2,
Youdeog HONG2
1Hankuk University of Foreign Studies, 2National Institute of Environmental Research

09:10
AS40-D4-AM1309-003

AS40-A009
Ground-, Airborne-, and Satellite-Based Remote Sensing of Aerosol and Gases
During the KORUS-AQ Campaign
Jhoon KIM1#+, Ja-Ho KOO1, Jay AL-SAADI2, Mijin KIM1, Myungje CHOI1,
Woogyung KIM1, Sujung GO1, Hana LEE1, Heesung CHONG1, Seoyoung LEE1,
Hyunkwang LIM1, Brent HOLBEN3, Jay HERMAN3, Scott JANZ3, Matthew
KOWALEWSKI3, Gordon LABOW3, Hitoshi IRIE4, Jun-Young AHN5, Im-Suk
JANG5, Ji-Hyung HONG5, James CRAWFORD6
1Yonsei University, 2National Aeronautics and Space Administration, 3NASA Goddard
Space Flight Center, 4Chiba University, 5National Institute of Environmental Research,
6

NASA Langley Research Center

09:25
AS40-D4-AM1309-004
Invited

AS40-A022
Atmosphere- Aerosol-Boundary-Cloud Interactions Experiment in China
Zhanqing LI1,2#+
1University of Maryland, 2Beijing Normal University

09:45
AS40-D4-AM1309-005
Invited

AS40-A010
Source Attribution of PM2.5 in Korea During the KORUS-AQ Campaign Using
GEOS-Chem Adjoint Model
Rokjin J. PARK1#+
1Seoul National University

263

263

10:05AS40-D4-AM1309-006

AS40-A008
Influences of Megacity and Natural Emissions on Ozone Photochemistry Over
Korea
Louisa EMMONS1#+, Gabriele PFISTER1, Jerome BARRE1, Benjamin GAUBERT1,
Arthur MIZZI1, Rebecca BUCHHOLZ1, Christoph KNOTE2, James CRAWFORD3,
Jason SCHROEDER3, Saewung KIM4, Alex GUENTHER4
1National Center for Atmospheric Research, 2Ludwig-Maximilians-Universität München,3

NASA Langley Research Center, 4University of California, Irvine

Session Chair(s)James CRAWFORD, NASA Langley Research Center
Zhanqing LI, University of Maryland

11:00
AS40-D4-AM2309-007

AS40-A001
The Influence of the Long-Range Transport to the Air Quality in South Korea
Ja-Ho KOO1#+, Seoyoung LEE1, Myungje CHOI1, Jhoon KIM1, Hyunkwang LIM1,
Jaemin HONG1, Brent HOLBEN2, Thomas ECK2, Jun-Young AHN3, Jeong-Hoo
PARK3, Ji-Hyung HONG3, Sang-Kyun KIM3
1Yonsei University, 2NASA Goddard Space Flight Center, 3National Institute ofEnvironmental Research

11:15
AS40-D4-AM2309-008

AS40-A024
Hygroscopic Properties of Aerosols and Their CCN Activity in and Around the
Korean Peninsula During the KORUS-AQ Campaign
Najin KIM1#+, Minsu PARK1, Seong Soo YUM1, Hye Jung SHIN2, Jongsung PARK2,
In Ho SONG2, Lee THORNHILL3, Bruce ANDERSON3, Dong-Su KIM4
1Yonsei University, 2National Institute of Environmental Research, 3NASA LangleyResearch Center, 4ABC Trading

11:30
AS40-D4-AM2309-009

AS40-A021
Formaldehyde Distributions Over the Petrochemical & Industrial Complexes on
Korea’s Northwest Coast During the KORUS-AQ Study: Potential Effects on Seoul’s
Air Quality
Alan FRIED1#+, James WALEGA1, Petter WEIBRING1, Dirk RICHTER1, Jason
SCHROEDER2, James CRAWFORD2, Christoph KNOTE3, Donald BLAKE4, Nicola
BLAKE4, Russell LONG5, Andrew WHITEHILL5, David WILLIAMS5, Lukas
VALIN5
1University of Colorado Boulder, 2NASA Langley Research Center, 3Ludwig-MaximiliansUniversität München, 4University of California, Irvine, 5United States Environmental
Protection Agency

11:45
AS40-D4-AM2309-010

AS40-A012
When Fresh Air Pollution Meets Nature – Implication Towards Oxidation Capacity
and Reactivity
Saewung KIM1#+, Dianne SANCHEZ1, Daun JEONG1, Roger SECO1, Dasa GU1,Young Ro LEE1, Alex GUENTHER1
1University of California, Irvine

264

264

12:00AS40-D4-AM2309-011

AS40-A032
Long Range Transport and Transformations of Air Pollutants Diagnosed from in
Situ Aircraft Measurements and Model Simulations Over Yellow Sea During the
KORUS-AQ Field Campaign
Hyo-Jung LEE1#+, Hyun-Young JO1, Sehwa LIM1, Taehyoung LEE2, Si-Wan KIM3,
Jung-Hun WOO4, Jun-Young AHN5, Jin-Soo PARK5, Jin-Soo CHOI5, Andrew
WEINHEIMER6, Greg HUEY7, Cheol-Hee KIM1
1Pusan National University, 2Hankuk University of Foreign Studies, 3National Oceanic andAtmospheric Administration, 4Konkuk University, 5National Institute of Environmental
Research, 6National Center for Atmospheric Research, 7Georgia Institute of Technology

Session Chair(s)Louisa EMMONS, National Center for Atmospheric Research
Cheol-Hee KIM, Pusan National University

14:00
AS40-D4-PM1309-012

AS40-A005
MAX-DOAS Observations at Fukue Island, Western Japan, During KORUS-AQ
Period: Synergistic Analysis Using Ground Observations, Flight Data, and Model
Simulations
Yugo KANAYA1#+, Takashi SEKIYA1, Kazuyuki MIYAZAKI1, Kengo SUDO2,
Yasuhiro SADANAGA3, Fumikazu TAKETANI1, Takuma MIYAKAWA1, Yuichi
KOMAZAKI1, Hitoshi IRIE4, Hisahiro TAKASHIMA5
1Japan Agency for Marine-Earth Science and Technology, 2Nagoya University, 3Osaka
Prefectural University, 4Chiba University, 5Fukuoka University

14:15
AS40-D4-PM1309-013

AS40-A015
Reevaluating CFC-11 Emissions: Insights from 3-D GEOS-5 Model Analysis andRecent NASA Aircraft Missions
Qing LIANG1#+, Paul NEWMAN2, Donald BLAKE3, Isobel SIMPSON3
1Universities Space Research Association, 2NASA Goddard Space Flight Center,
3

University of California, Irvine

14:30
AS40-D4-PM1309-014

AS40-A033
Improving Air Quality Forecasts with Satellite Observations Over Northeast Asia
During the KORUS-AQ Campaign
Kyunghwa LEE1+, Jinhyeok YU1, Chul Han SONG1#
1Gwangju Institute of Science and Technology

14:45
AS40-D4-PM1309-015

AS40-A006
Diurnal Aerosol Cycles from Geostationary Orbit During KORUS-AQ: Retrieval
and Evaluation
Pawan GUPTA1#+, Robert LEVY2, Shana MATTOO2, Virginia SAWYER2, Falguni
PATADIA2
1Universities Space Research Association/ NASA Goddard Space Flight Center, 2NASA
Goddard Space Flight Center

15:00
AS40-D4-PM1309-016

AS40-A007
Application of Multiple-Species Satellite Data Assimilation for KORUS-AQ and Air
Quality Monitoring Over East Asia
Kazuyuki MIYAZAKI1#+, Dejian FU2, Kevin BOWMAN2, Susan KULAWIK3,
Takashi SEKIYA1, Kengo SUDO4, Yugo KANAYA1, Louisa EMMONS5, Benjamin
GAUBERT5, Jerome BARRE5
1Japan Agency for Marine-Earth Science and Technology, 2Jet Propulsion Laboratory,
California Institute of Technology, 3Bay Area Environmental Research Institute, 4Nagoya
University, 5National Center for Atmospheric Research
265

265

15:15AS40-D4-PM1309-017

AS40-A036
Synoptic A-Train Tropospheric Ozone Maps for KORUS-AQ
Dejian FU1#, Kazuyuki MIYAZAKI2+, Susan KULAWIK3, Kevin BOWMAN1, John
WORDEN1, Vivienne PAYNE1, Benton DREW1
1Jet Propulsion Laboratory, California Institute of Technology, 2Japan Agency for MarineEarth Science and Technology, 3Bay Area Environmental Research Institute

AS41 / Exploration and Science of the Earth’s Lower and Middle Atmosphere:
Past, Present and Future Perspectives
Thu - 10 Aug | MR334
Session Chair(s)Shikha RAIZADA, Arceibo Observatory
K K SHUKLA, Physical Research Laboratory

16:00
AS41-D4-PM2334-001
Invited

AS41-A020
Estimation of Mesospheric Gravity Wave Momentum Flux Using Hybrid Doppler
Interferometry
Andrew SPARGO1, Iain REID1,2#+, Andrew MACKINNON1, DavidHOLDSWORTH3
1University of Adelaide, 2ATRAD Pty Ltd, 3Defence Science and Technology Group

16:20
AS41-D4-PM2334-002

AS41-A005
Variations in the Vertical Wind at a High Altitude Site in the Himalayan Region
Observed Using a Doppler Lidar
Krishna Kumar SHUKLA1#+, D. V. PHANIKUMAR2, Rob K. NEWSOM3, K. Niranjan
KUMAR4, Narendra SINGH2, Veerabhadra KOTAMARTHI5, Som Kumar
SHARMA1, Taha B.M.J. OUARDA6, Narendra OJHA7
1Physical Research Laboratory, 2Aryabhatta Research Institute of Observational Sciences,
3

Pacific Northwest National Labarotory, 4The University of Tokyo, 5Argonne National

Laboratory, 6Masdar Institute of Science and Technology, 7Max Planck Institute for
Chemistry
16:35
AS41-D4-PM2334-003

AS41-A008
Biogenic VOCs in Atmosphere – Good Producers of Tropospheric Ozone
Pallavi SAXENA1#+
1Jawaharlal Nehru University

16:50
AS41-D4-PM2334-004
Invited

AS41-A010
Intriguing Aspects of Lower Atmospheric Wave Dynamics Over Central Himalayan
RegionD. V. PHANIKUMAR1#+, Niranjan Kumar KONDAPALLI2
1Aryabhatta Research Institute of Observational Sciences, 2The University of Tokyo

17:10
AS41-D4-PM2334-005

AS41-A009
Particle Composition and Morphology Over Urban Environment (New Delhi):
Plausible Effects on Wheat Leaves
Sadaf FATIMA1+, Akhilesh SEHGAL2, Sumit MISHRA1#, Usha MINA3, Vikas
GOEL1, Narayanasamy VIJAYAN1, Richa KOTHARI2, C. SHARMA1, R. K.
KOTNALA1
1CSIR-National Physical Laboratory, 2Babasaheb Bhimrao Ambedkar University, 3Indian
Agricultural Research Institute

266

266

17:25
AS41-D4-PM2334-006

AS41-A015
Attenuation Due to Fog Particles: A Limitation to Free-Space OpticalCommunication
Prachi ARORA1+, Sumit Kumar MISHRA2#, Ajit Singh AHLAWAT2, Som Kumar
SHARMA3, R. K. KOTNALA2
1National Institute of Technology Delhi, 2CSIR-National Physical Laboratory, 3PhysicalResearch Laboratory

17:40
AS41-D4-PM2334-007

AS41-A014
Enhancement of Tropospheric and Surface Ozone Observed During Orography
Induced Gravity Waves Over Himalayan Region
D. V. PHANIKUMAR1#+, Niranjan Kumar KONDAPALLI2, Samaresh
BHATTACHARJEE1, Manish NAJA1, Imran GIRACH3
1Aryabhatta Research Institute of Observational Sciences, 2The University of Tokyo,
3

17:55
AS41-D4-PM2334-008

Vikram Sarabhai Space Centre

AS41-A025
Explorations of the Troposphere and Lower Stratosphere Using Multichannel
Raman Lidar Over a Western Indian Location
Som Kumar SHARMA1#+, Krishna SHUKLA1, Rajesh VAISHNAV1, Prashant
KUMAR2, Utkarsh DEVA1, Shyam LAL1
1Physical Research Laboratory, 2Space Applications Centre

267

267

BG01-02 / Current Status of Greenhouse Gases Emissions in Asian and World
Terrestrial Ecosystems
Thu - 10 Aug | MR335
Session Chair(s)Masayuki KONDO, Chiba University

08:30
BG01-02-D4AM1-335-001

BG01-02-A001
Estimating Carbon Stock Differences in a Disturbed Tropical Peat Dome Between
2012 and 2016
Gusti ANSHARI1,2#+, Evi GUSMAYANTI1, M. AFIFUDIN3, Randi CANDRA1, M.
NURIMAN1
1Universitas Tanjungpura, 2Peat Restoration Agency, 3Bappeda Kabupaten Tegal

08:45
BG01-02-D4AM1-335-002

BG01-02-A014
Source and Rate of N2O Emissions Following Application of N Fertilizer in a
Wheat-Maize Rotation System: An In-Situ 15N Tracing Study
Cong XU1+, Xiao HAN1, Jingsheng CHEN1, Yongliang MA1, Yuechen TAN1,
Wenliang WU1, Fanqiao MENG1#
1China Agricultural University

09:00
BG01-02-D4AM1-335-003

BG01-02-A007
Achieving High Economic Incomes with Low CH4 and N2O Emissions in a RiceBased Cropping System
Guangbin ZHANG1#+
1Chinese Academy of Sciences

09:15
BG01-02-D4AM1-335-004

BG01-02-A006
Endurance of Larch Forest Ecosystems in Eastern Siberia Under Warming Trends
Hisashi SATO1#+, Hikeki KOBAYASHI1, Go IWAHANA2, Takeshi OHTA3
1Japan Agency for Marine-Earth Science and Technology, 2University of Alaska Fairbanks,
3

09:30
BG01-02-D4AM1-335-005

Nagoya University

BG01-02-A005
FLUXCOM Remote Sensing Data Based CO2 Flux Products: Overview and
Synthesis
Kazuhito ICHII1,2#+, Martin JUNG3, Gianluca TRAMONTANA4, Gustau CAMPSVALLS5, Christopher SCHWALM6, Masayuki KONDO1, Dario PAPALE4, Markus
REICHSTEIN3, Ulrich WEBER3, Yuji YANAGI7
1Chiba University, 2National Institute for Environmental Studies, 3Max Planck Institute for
Biogeochemistry, 4Tuscia University, 5University of Valencia, 6Woods Hole ResearchCenter, 7Japan Agency for Marine-Earth Science and Technology

09:45
BG01-02-D4AM1-335-006

BG01-02-A004
An Overview: GOSAT-Based CO2 Observation and the Application of GOSAT Data
in Understanding Changes in Surface CO2 Fluxes on Regional Scales
Hiroshi TAKAGI1#+, Shamil MAKSYUTOV1
1National Institute for Environmental Studies

10:00
BG01-02-D4AM1-335-007

BG01-02-A003
Current Status of Global and Regional Carbon Budgets: A Synthesis Analysis ofMultiple Estimations Including Top-Down and Bottom-Up Approaches
Masayuki KONDO1#+, Prabir PATRA2,3, Stephen SITCH4, Kazuhito ICHII2, Tazu
SAEKI2
1Chiba University, 2Japan Agency for Marine-Earth Science and Technology, 3Tohoku
University, 4Exeter University
268

268

10:15
BG01-02-D4AM1-335-008

BG01-02-A013
Global Estimation of Methane and Nitrous Oxide Emissions from Penguins in
Antarctic
Xianglan LI1#+
1Beijing Normal University

BG04 / General Session
Thu - 10 Aug | MR335
Session Chair(s)Xiujun WANG, Beijing Normal University
Choon Weng LEE, University Malaya

16:00
BG04-D4-PM2335-001
Invited

BG04-A002
Biogeography of Marine Planktonic Cyanobacterial Assemblages in Coastal
Habitats Based on Deep Phylogeny
Punyasloke BHADURY1#+, Tarkeshwar SINGH1
1Indian Institute of Science Education and Research, Kolkata

16:20
BG04-D4-PM2335-002

BG04-A020
Comparing Bacterial Production and Respiration in the West and East Coast ofPeninsular Malaysia
Joon Hai LIM1#+, Choon Weng LEE1, Chui Wei BONG1
1University of Malaya

16:35
BG04-D4-PM2335-003

BG04-A021
Viral Dynamics During a Phytoplankton Bloom Event
Choon Weng LEE1#+, Joon Hai LIM1, Yi You WONG1
1University of Malaya

16:50
BG04-D4-PM2335-004

BG04-A022
Vibrio Dynamics in Coastal Waters of Peninsular Malaysia
Yi You WONG1#+, Choon Weng LEE1, Chui Wei BONG1
1University of Malaya

17:05
BG04-D4-PM2335-005

BG04-A019
Spatial and Temporal Variations of Inorganic Carbon in the Sediment of Bosten
Lake
Zhitong YU1,2+, Xiujun WANG2,3#, Chengyi ZHAO1
1Xinjiang Institute of Ecology and Geography, Chinese Academy of Sciences, 2Beijing
Normal University, 3University of Maryland

17:20
BG04-D4-PM2335-006

BG04-A012
Serpentinites and Associated Phases Showcase Water-Rock Reactions in the Mount
Beaufort Ultramafics, Narra, Palawan
Dawn CARDACE1#+, D'Arcy MEYER-DOMBARD2, Carlo ARCILLA3, Kristin
WOYCHEESE4, Emmanuel CODILLO3
1University of Rhode Island, 2University of Illinois at Chicago, 3University of thePhilippines Diliman, 4Massachusetts Institute of Technology

17:35
BG04-D4-PM2335-007

BG04-A003
Boreal Vegetation Shows Different Seasonal Response to Global Warming Over theHigh-Latitude Northern Hemisphere
Liqun SUN1#+, Qinglan LI1, Ji CHEN2
1Chinese Academy of Sciences, 2The University of Hong Kong

269

269

BG06-07 / Monitoring and Understanding the State of the Biosphere throughSatellites and Modeling
Thu - 10 Aug | MR335
Session Chair(s)Long CAO, Zhejiang University

11:00
BG06-07-D4AM2-335-001

BG06-07-A003
Detecting the Expected and the Unexpected with OCO-2: Atmospheric Carbon
Dioxide Variability on Seasonal, Regional, and Point-Source Scales
Florian M. SCHWANDNER1,2#+, David CRISP1, Vincent REALMUTO1, Annmarie
ELDERING1, Michael R. GUNSON1
1Jet Propulsion Laboratory, California Institute of Technology, 2University of California, Los
Angeles

11:15
BG06-07-D4AM2-335-002
Invited

BG06-07-A001
The Orbiting Carbon Observatory (OCo-2) Tracks 2-3 Peta-gram Increase in Carbon
Release to the Atmosphere During the 2014-2016 El Niño
Prabir PATRA1,2#+, David CRISP3
1Japan Agency for Marine-Earth Science and Technology, 2Tohoku University, 3Jet
Propulsion Laboratory, California Institute of Technology

11:30
BG06-07-D4AM2-335-003

BG06-07-A007
Satellite-Based Monitoring of Biomass Burning Across Tropical Southeast Asia in2015 El Nino Year
Kazuhito ICHII1,2#+, Shinobu KANO3, Yasuhiro YOSHIDA3, Ko NISHIMURA3,
Noritaka FURUHASHI3, Prabir PATRA4,5
1Chiba University, 2National Institute for Environmental Studies, 3Fujitsu FIP
Corporation, 4Japan Agency for Marine-Earth Science and Technology, 5Tohoku University

11:45
BG06-07-D4AM2-335-004

BG06-07-A005
Origin of the Seasonal Cycle of Columnar Methane Observed by GOSAT OverSouth Asia
Sachiko HAYASHIDA1#+, Naveen CHANDRA1, Prabir PATRA2,3, Tazu SAEKI2
1Nara Women's University, 2Japan Agency for Marine-Earth Science and Technology,
3

Tohoku University

12:00
BG06-07-D4AM2-335-005
Invited

BG06-07-A011
Modeling the Carbon and Oxygen Cycles in the Equatorial Pacific: A Basin Scale
Model Study
Xiujun WANG1,2#+, Raghu MURTUGUDDE2
1Beijing Normal University, 2University of Maryland

12:15
BG06-07-D4AM2-335-006

BG06-07-A009
Different Responses of Tropical Pacific Air-Sea CO2 Flux to ENSO in 14 CMIP5
ModelsYangchun LI1#+, Fang DONG2, Bin WANG1
1Chinese Academy of Sciences, 2Tsinghua University

270

270

Session Chair(s)Florian M. SCHWANDNER, Jet Propulsion Laboratory/ California Institute ofTechnology (Caltech)

14:00
BG06-07-D4PM1-335-007

BG06-07-A012
Modeling the Effect of Global Warming on Oceanic Uptake of CO2
Long CAO1#+
1Zhejiang University

14:15
BG06-07-D4PM1-335-008

BG06-07-A006
Accounting for CO2 Variability Over East Asia with a Regional Joint Inversion
System and its Preliminary Evaluation
Xingxia KOU1+, Meigen ZHANG2#, Xiangjun TIAN2, Zhen PENG3
1China Meteorological Administration, 2Chinese Academy of Sciences, 3Nanjing University

14:30
BG06-07-D4PM1-335-009

BG06-07-A010
Influences of Anammox Process on the Ecosystem in the Model of the Pacific Ocean
Yongfu XU1#+
1Chinese Academy of Sciences

14:45
BG06-07-D4PM1-335-010

BG06-07-A004
Land-Product Validation of the MODIS Derived FAPAR Product Over the Tropical
Dry-Forest of Santa Rosa National Park, Guanacaste, Costa Rica
Iain SHARP1#+
1University of Alberta

15:00
BG06-07-D4PM1-335-011

BG06-07-A008
Simulating Global Nitrogen Losses and Trade-Offs with Yields of Major Crops
Wenfeng LIU1#+, Hong YANG2
1Eawag, Swiss Federal Institute of Aquatic Science and Technology, 2Swiss Federal Instituteof Aquatic Science and Technology

15:15
BG06-07-D4PM1-335-012

BG06-07-A013
Impacts of Elevated Carbon Dioxide on the Net Irrigation Water Requirement inNorthwest China
Jun NIU1#+, Shaozhong KANG1
1China Agricultural University

271

271

HS14 / Urban Water-related Disasters
Thu - 10 Aug | MR327
Session Chair(s)Akira KAWAMURA, Tokyo Metropolitan University
Kei NAKAGAWA, Nagasaki University

08:30
HS14-D4-AM1327-001
Invited

HS14-A002
Application of K Super Computer Kobe Japan on High-Resolution/Large-Scale
Flood Inundation Simulations
Kenichiro KOBAYASHI1#+
1Kobe University

08:45
HS14-D4-AM1327-002

HS14-A018
A Study on the Timing to Evacuate and the Situation of Inundation at Flooding
Katsuyuki GOZU1#+, Shiori TERAI1, Tadashi YAMADA1, Morooka YOSHIMASA1
1Chuo University

09:00
HS14-D4-AM1327-003

HS14-A016
Hydrological Model Development for Urban Flash Flood Early Warning System
Using Weather Radar and TRMM Products as Input
Anjaneyulu AKKIMI1#+, Kamaljit RAY2, Subashisa DUTTA1
1Indian Institute of Technology Guwahati, 2India Meteorological Department

09:15
HS14-D4-AM1327-004

HS14-A015
Study on the Effect of Obstacle Information on Flood Evacuation
Shiun NISHIKAWA1#+, Tomoharu HORI1, Daisuke NOHARA1
1Kyoto University

09:30
HS14-D4-AM1327-005

HS14-A017
Tendencies of High-Risk People on Floods Using Social Media
Satoshi ANZAI1#+, So KAZAMA1
1Tohoku University

09:45
HS14-D4-AM1327-006

HS14-A019
Adaptation Effect for Flood in Whole Using GCMs with Scenarios
So KAZAMA1#+, Masahiro AKIMA1
1Tohoku University

10:00
HS14-D4-AM1327-007
Invited

HS14-A023
Assessment of Flood Vulnerability Focusing on Directly Connected Impervious
Areas: A Case Study of Shinwol Area in Seoul
Yongwon SEO1#+, Junsik HWANG1
1Yeungnam University

10:15
HS14-D4-AM1327-008
Invited

HS14-A027
Priority Area Identification Using Fuzzy-Based Analysis of Flood Risk Reduction
Management Systems in Metro Manila, Philippines
Romeo GILBUENA1#+
1Woodfields Consultants Inc

272

272

Session Chair(s)So KAZAMA, Tohoku University
Kenichiro KOBAYASHI, Kobe University

11:00
HS14-D4-AM2327-009

HS14-A014
Application of the Hydrological Prediction for the Environment (HYPE) Model for a
Watershed Mixed Urban and Rural Area
Hiroto TANOUCHI1#+, Nobuyuki EGUSA1, Akira KAWAMURA2, Hideo
AMAGUCHI2, Jonas OLSSON3, Akihiro MORIMOTO1
1Wakayama University, 2Tokyo Metropolitan University, 3Swedish Meteorological andHydrological Institute

11:15
HS14-D4-AM2327-010

HS14-A020
Study on the Robustness of Runoff Model Considering Vertical Infiltration in a
Slope
Yoshimasa MOROOKA1#+, Tadashi YAMADA1
1Chuo University

11:30
HS14-D4-AM2327-011

HS14-A004
Infection Risk in an Urban Watershed by the Compound Disaster of Flood andEarthquake
Naoko NAKAGAWA1#+, Akira KAWAMURA2, Hideo AMAGUCHI2
1Rikkyo University, 2Tokyo Metropolitan University

11:45
HS14-D4-AM2327-012
Invited

HS14-A012
Application of Unstructured Cartesian Grid Simulator to Tsunami Propagation in
Urban Coastal Area
Tetsuya SHINTANI1#+
1Tokyo Metropolitan University

12:00
HS14-D4-AM2327-013

HS14-A001
Assessment of the Disastrous Groundwater Resources in Hanoi, Vietnam from an
Environmental Perspective
Nuong Thi BUI1#+, Akira KAWAMURA1, Hideo AMAGUCHI1, Duong Du BUI2,
Ngoc Tu TRUONG3
1Tokyo Metropolitan University, 2National Center for Water Resources Planning andInvestigation, 3East China University of Science and Technology

12:15
HS14-D4-AM2327-014
Invited

HS14-A006
Status of Nitrate Pollution and Groundwater Chemistry in Shimabara, Nagasaki,Japan
Kei NAKAGAWA1#+, Hiroki AMANO1, Ronny BERNDTSSON2
1Nagasaki University, 2Lund University

HS18 / Assessment of Extreme Erosion Processes and Hydrological Drivers inAustral-Asia
Thu - 10 Aug | MR327
Session Chair(s)Roy SIDLE, University of the Sunshine Coast

14:00
HS18-D4-PM1327-001

HS18-A003
Assessment of Sediment Runoff During an Extreme Storm Event Using a Novel
Monitoring Approach
Shusuke MIYATA1#+
1Kyoto University
273

273

14:15
HS18-D4-PM1327-002

HS18-A008
Small-Scale Experimental Studies on Erosion and Runoff Processes: The Role of Soil
Wettability
Sergio LOURENCO1#+, Shuang ZHENG1
1The University of Hong Kong

14:30
HS18-D4-PM1327-003

HS18-A006
Hydrological Modelling of Rangelands: A Review of Runoff and Erosion Processes
Ben JARIHANI1#+, Roy SIDLE1, Rebecca BARTLEY2, Christian ROTH2
1University of the Sunshine Coast, 2Commonwealth Scientific and Industrial Research
Organisation

14:45
HS18-D4-PM1327-004

HS18-A005
Shallow Landslide Model with Stream-Tube Topographical Divisions, and its
Application to Widely Distributed Landslides in Japan
Daizo TSUTSUMI1#+
1Disaster Prevention Research Institute, Kyoto University

15:00
HS18-D4-PM1327-005

HS18-A002
Landslides Triggered by the 2016 Kumamoto Earthquakes and Implications for
Future Mass Wasting
Roy SIDLE1#+, Takashi GOMI2, Kenta KOYANAGI2
1University of the Sunshine Coast, 2Tokyo University of Agriculture and Technology

HS20 / Modeling and Analysis of Hydrologic Processes in the Context of
Climate Change
Thu - 10 Aug | MR327
Session Chair(s)Van-Thanh-Van NGUYEN, McGill University
Shie-Yui LIONG, National University of Singapore

16:00
HS20-D4-PM2327-001

HS20-A002
The Bayesian Processor of Forecasts on the Probabilistic Forecasting of Long-Range
Dependent Variables Using General Circulation Models
Hristos TYRALIS1#+, Demetris KOUTSOYIANNIS11National Technical University of Athens

16:15
HS20-D4-PM2327-002

HS20-A014
A Case Study on Rainfall Runoff Prediction Using Hydro Meteorological Linkage
SystemJinhyeog PARK1#+, Youngteck HUR1, Suhyung JANG1
1K-water Institute

16:30
HS20-D4-PM2327-003

HS20-A006
The Future Change of the Occurrence Frequency of Atmospheric Characteristics of
Heavy Rainfall in Japanese Rainy Season by Using SOM Map
Yukari OSAKADA1+, Eiichi NAKAKITA1#
1Kyoto University

16:45
HS20-D4-PM2327-004

HS20-A008
Analysis of the Future Changes in the Frequency of the Small-Scale Torrential
Rainfall Under Global Warming Using Very-Fine Mesh RCM in Japan
Eiichi NAKAKITA1#, Keitaro MORIMOTO1+, Yoshiya TOUGE2
1Kyoto University, 2Tohoku University
274

274

17:00HS20-D4-PM2327-005

HS20-A015
Investigations on the Impact of Projected Sea Level Rise on the Groundwater
Regime in a Coastal Aquifer
Sithara S1+, Pramada S.K.1#, Santosh G. THAMPI1
1National Institute of Technology Calicut

17:15
HS20-D4-PM2327-006

HS20-A017
Impacts of More Extreme Climate on Long-Term Runoff in the Pearl River Basin,
China
Jianfeng LI1#+
1Hong Kong Baptist University

17:30
HS20-D4-PM2327-007

HS20-A020
Recent Advances in Statistical Downscaling of Rainfall Process for Impact and
Adaptation Studies in Urban Areas
Van-Thanh-Van NGUYEN1#+
1McGill University

275

275

IG01 / Natural Hazards: Understanding Disaster Risk
Thu - 10 Aug | MR332
Session Chair(s)Vena Pearl BONGOLAN, University of the Philippines Diliman
Isaac KERLOW, Nanyang Technological University

08:30
IG01-D4-AM1332-001

IG01-A026
Development of Multi-Scenario High-Resolution Hydro-Meteorological Hazard
Maps in the Philippines for Disaster Risk Reduction and Management Planning
Jerico MENDOZA1#+, Joy SANTIAGO1, Alfredo Mahar LAGMAY2,3
1Nationwide Operational Assessment of Hazards (Project NOAH), 2University of thePhilippines Diliman, 3UP Nationwide Operational Assessment of Hazards Center

08:45
IG01-D4-AM1332-002

IG01-A002
Earth Girl Volcano: An Interactive Tablet Game to Mitigate Volcanic Disaster Risk
Isaac KERLOW1#+
1Nanyang Technological University

09:00
IG01-D4-AM1332-003

IG01-A001
Understanding and Detecting Super-Extreme Droughts in Southwest China
Through an Integrated Approach and Index
Lin WANG1#+, Wen CHEN2, Wen ZHOU3, Gang HUANG2
1Institute of Atmospheric Physics, Chinese Academy of Sciences, 2Chinese Academy of
Sciences, 3City University of Hong Kong

09:15
IG01-D4-AM1332-004

IG01-A022
Assessing Climate Change Impacts on Wildfire Potential in the Korean Peninsula
Seung Hee KIM1#+, Jinwon KIM1, Woo-Kyun LEE2, Chul-Hee LIM2, Myoung-Seok
SUH3, Seok-Geun OH3, Marcus CHONG1, Menas KAFATOS1
1Chapman University, 2Korea University, 3Kongju National University

09:30
IG01-D4-AM1332-005

IG01-A030
Development Features of the Post-Fire Debris Flow Located in Reneyong Ditch,
Sichuan Province, China
Yan WANG1+, Xiewen HU1#
1Southwest Jiaotong University

09:45
IG01-D4-AM1332-006

IG01-A018
Debris Flows Triggered by Typhoon Koppu in Nueva Ecija, Philippines in October
2015
Francesca LLANES1#+, Rodrigo ECO1, Tatum Miko HERRERO2, Jo BRIONES3,
Carmille ESCAPE2, Jolly SULAPAS2, Jan Albert Macario GALANG2,3, Iris Jill
ORTIZ2,3, Jasmine SABADO4, Alfredo Mahar LAGMAY1,5, Kelvin RODOLFO6
1University of the Philippines Diliman, 2National Institute of Geological Sciences, 3Project
NOAH, 4Development Academy of the Philippines, 5UP Nationwide Operational
Assessment of Hazards Center, 6University of Illinois at Chicago

10:00
IG01-D4-AM1332-007

IG01-A028
Natural and Human-Induced Landslide Hazards in and Around Aizawl City,
Mizoram, India
Raghupratim RAKSHIT1#+, Devojit BEZBARUAH1, Bubul BHARALI2
1Dibrugarh University, 2Pachhunga University College

276

276

10:15
IG01-D4-AM1332-008

IG01-A029
Some Key Problems on Survey and Design of Bebris Flow in Wenchuan Earthquake
Area
Xiewen HU1#+
1Southwest Jiaotong University

Session Chair(s)James TERRY, Zayed University

11:00
IG01-D4-AM2332-009

IG01-A017
Seismic Hazard and Risk Assessment of Himachal Pradesh and its Contiguous Area
Swati Singh RAJPUT1#+, Mridula MRIDULA1, Amita SINVHAL1, Ravi S. JAKKA1
1Indian Institute of Technology Roorkee

11:15
IG01-D4-AM2332-010

IG01-A011
Stochastic Storm Surge Modeling in the Philippine Archipelago Using
ADCIRC+SWAN
Joshua Frankie RAYO1#+, Vena Pearl BONGOLAN1
1University of the Philippines Diliman

11:30
IG01-D4-AM2332-011
Invited

IG01-A004
Historical Reconstruction of River Avulsions in the Chiang Mai Basin, Thailand
Elisha TEO1#+, Alan ZIEGLER1, Robert WASSON1, Paulramasamy MORTHEKAI2
1National University of Singapore, 2Birbal Sahni Institute of Palaeosciences

11:50
IG01-D4-AM2332-012
Invited

IG01-A023
Using a Geomicrobial Approach to Investigate the Geological Records of Coastal
Hazards
Wenshu YAP1#+, Federico LAURO1, Adam SWITZER1, Christos GOURAMANIS2,
Dale DOMINEY-HOWES3, Maurizio LABBATE4
1Nanyang Technological University, 2National University of Singapore, 3University ofSydney, 4University of Technology Sydney

12:10
IG01-D4-AM2332-013

IG01-A019
Post-Tsunami Beach Recovery in Thailand: A Case for Punctuated Equilibrium in
Coastal Dynamics
Adam SWITZER1#+, Christos GOURAMANIS2, Charles BRISTOW3, Jeff YEO1,
Kruawun JANKAEW4, Charles RUBIN1, Ying Sin LEE1, Dat PHAM5
1Nanyang Technological University, 2National University of Singapore, 3University of
London, 4Chulalongkorn University, 5Viet Nam Institute of Meteorology, Hydrology andClimate Change

IG04 / General Session
Thu - 10 Aug | MR332
Session Chair(s)Kazuhisa GOTO, Tohoku University
Anawat SUPPASRI, Tohoku University

16:00
IG04-D4-PM2332-001

IG04-A002
Using Animation to Communicate Earth Science and Natural Hazards
Isaac KERLOW1#+
1Nanyang Technological University

277

277

16:15
IG04-D4-PM2332-002

IG04-A006
Linking Students' Language Academic Performance with the Surrounding
Greenness of Schools in Massachusetts
Wing Tuen Veronica LEUNG1+, Tuen Yee Tiffany TAM2, Wen Chi PAN3, Shih-Chun
Candice LUNG4, Chih-Da WU2#
1National Health Research Institutes, 2National Chiayi University, 3National Yang-Ming
University, 4Academia Sinica

16:30
IG04-D4-PM2332-003

IG04-A015
Holocene Environmental Indicated by Stable Isotope Records of Mollusk Shells
from the Bolgoda Lake, Sri Lanka
Horng-Sheng MII1#+, Tsai-Wen LIN1, Joyanto ROUTH2, Shih-Wei WANG3
1National Taiwan Normal University, 2Linköping University, 3National Museum of
Natural Science

16:45
IG04-D4-PM2332-004

IG04-A027
Multi-Index Drought Monitoring Framework: To Assess Drought Impacts on Food
Security
Tue VU1#, Ze JIANG2+, Srivatsan RAGHAVAN2, Jina HUR2, Shie-Yui LIONG21Clemson University, 2National University of Singapore

17:00
IG04-D4-PM2332-005

IG04-A001
Sustainability of a Geothermal System in Al-Ain Area, United Arab Emirates
Hakim SAIBI1, Saber HUSSEIN1, Ahmed MURAD1#+, Ala ALDAHAN1
1United Arab Emirates University

17:15
IG04-D4-PM2332-006

IG04-A003
Integrated Borehole Televiewer and Double Packer Test Data Applied to Rock Mass
Permeability Classification
Shihmeng HSU1#+, Yen-Tsu LIN2, Chi Chao HUANG2
1National Taiwan Ocean University, 2Central Geological Survey

17:30
IG04-D4-PM2332-007

IG04-A004
Sandsheets Galore! High-Frequency Coastal Overwash Deposits from Phra Thong
Island, Thailand
Christos GOURAMANIS1#+, Adam SWITZER2, Kruawun JANKAEW3, Charles
BRISTOW4, Dat PHAM5
1National University of Singapore, 2Nanyang Technological University, 3Chulalongkorn
University, 4University of London, 5Viet Nam Institute of Meteorology, Hydrology andClimate Change

IG06 / Research-based Practical Techniques and Applications in Earthquake andTsunami Risk Reduction
Thu - 10 Aug | MR332
Session Chair(s)Anawat SUPPASRI, Tohoku University
Natt LEELAWAT, Chulalongkorn University

14:00
IG06-D4-PM1332-001

IG06-A004
Tsunami Deposit in a V-Shaped Valley from the 2011 Tohoku and Older
Earthquakes: Sediment Transport Modeling and Classification of Tsunamis
Kenji SATAKE1#+, Tomoko GOTO1, Takeo ISHIBE2, Aditya GUSMAN1
1The University of Tokyo, 2Association for the Development of Earthquake Prediction(ADEP)
278

278

14:15
IG06-D4-PM1332-002

IG06-A003
The 2016 Fukushima Earthquake and Tsunami: Preliminary Research and New
Considerations for Tsunami Disaster Risk Reduction
Anawat SUPPASRI1#+, Natt LEELAWAT2, Panon LATCHAROTE1, Volker
ROEBER1, Kei YAMASHITA1, Akihiro HAYASHI1, Akifumi HISAMATSU1, DavidNGUYEN1, Fumihiko IMAMURA1
1Tohoku University, 2Chulalongkorn University

14:30
IG06-D4-PM1332-003

IG06-A010
An Appraisal of Probabilistic Tsunami Threat Based on Stochastic Modeling in theWestern Pacific Tsunamigenic Region
Sandeep GUPTA1#+, R.B.S. YADAV1
1Kurukshetra University

14:45
IG06-D4-PM1332-004

IG06-A006
Marine City Inundation in Busan by Typhoon Chaba (2016)
Seung-Nam SEO1#+, Young-Kwang CHOI1
1Korea Institute of Ocean Science and Technology

15:00
IG06-D4-PM1332-005

IG06-A001
Practical Applications Based on Tsunami Research
Natt LEELAWAT1#+, Anawat SUPPASRI2, Panon LATCHAROTE2, Sarunyoo
LAMUNGKUN3, Ingrid CHARVET4, Yoshi ABE2, Kazuya SUGIYASU2, Jaehyun
PARK5, Junichi IIJIMA5, Fumihiko IMAMURA2
1Chulalongkorn University, 2Tohoku University, 3Pasona Tquila Inc., 4Risk Management
Solutions, 5Tokyo Institute of Technology

279

279

OS03 / Oceanic Energy Cascade and Mixing
Thu - 10 Aug | MR330
Session Chair(s)Zhiyu LIU, Xiamen University
Robin ROBERTSON, UNSW Canberra

08:30
OS03-D4-AM1330-001

OS03-A008
The Decadal Variation of the Salinity in the Indonesian Seas and its Link to the
Change of Tidal Mixing Strength
Shiqiu PENG1#+, Yi LIU2, Ping LI2
1Chinese Academy of Sciences, 2South China Sea Institute of Oceanology

08:45
OS03-D4-AM1330-002

OS03-A001
The Dependence of Tidal Effects Including Internal Tides and Mixing on Latitude
Robin ROBERTSON1#+
1University of New South Wales

09:00
OS03-D4-AM1330-003

OS03-A005
Numerical Simulation Study of the Influence of Tidal Mixing on AMOC
Zipeng YU1+, Hailong LIU1#, Pengfei LIN1
1Chinese Academy of Sciences

09:15
OS03-D4-AM1330-004

OS03-A006
Surface Layer Structure and Turbulent Kinetic Energy Dissipation Across the East
Australian Current
Andrew FRIEDRICHS1#+, Remo COSSU2, David SPENCER3, Alexander FORREST1,Charles LEMCKERT3,4, Larissa PEREZ2
1University of California - Davis, 2University of Queensland, 3Griffith University,
4

University of Canberra

09:30
OS03-D4-AM1330-005

OS03-A002
Effects of Tropical Instability Waves (TIWs) in Inducing Thermocline Mixing in the
Eastern Equatorial Pacific
Chuanyu LIU1#+, Armin KOEHL2, Zhiyu LIU3, Fan WANG1, Detlef STAMMER2
1Chinese Academy of Sciences, 2University of Hamburg, 3Xiamen University

09:45
OS03-D4-AM1330-006

OS03-A007
Tidal Mixing Estimation and its Impacts on Water Mass Transformation andCirculation in the Indonesian Seas
Yi LIU1+, Shiqiu PENG2#
1South China Sea Institute of Oceanology, 2Chinese Academy of Sciences

280

280

PS03 / Solar Wind Interaction with Planetary Environments
Thu - 10 Aug | MR311
Session Chair(s)Robert LILLIS, Space Sciences Laboratory
Dominique DELCOURT, Laboratoire de Physique des Plasmas - French National Centre
for Scientific Research

11:00
PS03-D4-AM2311-001
Invited

PS03-A003
Mars Solar Wind Interaction: Updates from Maven
Janet LUHMANN1#+, Chaunfei DONG2, Y.J. MA3, Shannon CURRY1, Shaosui XU1,
Gina DI BRACCIO4, David MITCHELL1, J. E. P. CONNERNEY4, Jasper HALEKAS5,James MCFADDEN1, Mehdi BENNA4, Paul MAHAFFY4, David A. BRAIN6, Bruce
JAKOSKY6
1University of California, Berkeley, 2Princeton Plasma Physics Laboratory, 3University ofCalifornia, Los Angeles, 4NASA Goddard Space Flight Center, 5University of Iowa,
6

11:15
PS03-D4-AM2311-002

University of Colorado Boulder

PS03-A019
Magnetic Topology and Ion Outflow in Mars' Magnetotail
David MITCHELL1#+, Shaosui XU1, Takuya HARA1, Janet LUHMANN1, Christian
MAZELLE2, James MCFADDEN1, Laila ANDERSSON3, Gina DI BRACCIO4, J. E. P.
CONNERNEY4
1University of California, Berkeley, 2Paul Sabatier University, 3University of Colorado
Boulder, 4NASA Goddard Space Flight Center

11:30
PS03-D4-AM2311-003

PS03-A010
Mapping Field-Aligned Potentials in the Martian Tail by Maven
Shaosui XU1#+, David MITCHELL1, James MCFADDEN1, Glyn COLLINSON2, Yuki
HARADA1, Robert LILLIS1, Christian MAZELLE3, J. E. P. CONNERNEY2
1University of California, Berkeley, 2NASA Goddard Space Flight Center, 3Paul Sabatier
University

11:45
PS03-D4-AM2311-004

PS03-A011
Transient Foreshock Phenomena at Mars and Venus and Their Effects on the
Induced Magnetosphere and Ionosphere
Glyn COLLINSON1#+, N. OMIDI2, Jasper HALEKAS3, David SIBECK1
1NASA Goddard Space Flight Center, 2Solana Scientific Inc., 3University of Iowa

12:00
PS03-D4-AM2311-005
Invited

PS03-A014
Thermospheric Perturbations at Mars, Venus, and Earth: Solar Wind or Lower
Atmosphere Forcing?
Naoki TERADA1#+, Kaori TERADA1, Hiromu NAKAGAWA1, Francois LEBLANC2,
Alexander S. MEDVEDEV3, Erdal YIĞIT4, Takeshi KURODA5, Takuya HARA6,
Scott ENGLAND6, Hitoshi FUJIWARA7, Paul MAHAFFY8, Meredith ELROD8,
Mehdi BENNA8, Joseph GREBOWSKY9, Bruce JAKOSKY10
1Tohoku University, 2French National Centre for Scientific Research, 3Max Planck Institutefor Solar System Research, 4George Mason University, 5National Institute of Information
and Communications Technology, 6University of California, Berkeley, 7Seikei University,
8

NASA Goddard Space Flight Center, 9National Aeronautics and Space Administration,

10

12:15
PS03-D4-AM2311-006
Invited

University of Colorado Boulder

PS03-A006
Solar Wind Interaction with the Moon
Jasper HALEKAS1#+, Andrew POPPE2, William M. FARRELL3
1University of Iowa, 2University of California, Berkeley, 3NASA Goddard Space Flight
Center281

281

Session Chair(s)Dominique DELCOURT, Laboratoire de Physique des Plasmas - French National Centre
for Scientific Research
Robert LILLIS, Space Sciences Laboratory

14:00
PS03-D4-PM1311-007
Invited

PS03-A012
Ion Composition and Circulation in the Magnetosphere of Mercury
Jim RAINES1#+, James SLAVIN1, Patrick TRACY1, Daniel GERSHMAN2, Ryan
DEWEY1, Menelaos SARANTOS2
1University of Michigan, 2NASA Goddard Space Flight Center

14:15
PS03-D4-PM1311-008

PS03-A005
Equatorial Distribution of Plasma Sheet Protons in the Near Mercury's Magnetotail:
MESSENGER Observations
Weijie SUN1#+, Jim RAINES2, Suiyan FU3, James SLAVIN2, Yong WEI1, Gangkai
POH2, Z. H. YAO4, Weixing WAN1
1Chinese Academy of Sciences, 2University of Michigan, 3Peking University, 4University of
Liege

14:30
PS03-D4-PM1311-009

PS03-A007
Transport of Mass and Energy in Mercury’s Central Plasma Sheet
Gangkai POH1#+, James SLAVIN1, Xianzhe JIA1, Suzanne IMBER2, Jim RAINES1,
Gina DI BRACCIO3, Daniel GERSHMAN3, Weijie SUN4
1University of Michigan, 2University of Leicester, 3NASA Goddard Space Flight Center,
4

Chinese Academy of Sciences

14:45
PS03-D4-PM1311-010
Invited

PS03-A004
Electron-Hybrid and MHD Cross-Reference Simulations of Whistler-Mode Chorus
in the Inner Magnetosphere of Earth, Jupiter and Mercury
Yuto KATOH1#+, Keiichiro FUKAZAWA2, Manabu YAGI1
1Tohoku University, 2Kyoto University

15:00
PS03-D4-PM1311-011

PS03-A015
Solar Wind Interactions with Jupiter's Magnetosphere: Current Understanding andFuture Observations
Robert EBERT1#+, Frederic ALLEGRINI1, Fran BAGENAL2, David MCCOMAS3,
Jamey SZALAY1, Michelle THOMSEN4, Philip VALEK1, Rob WILSON2
1Southwest Research Institute, 2University of Colorado Boulder, 3Princeton University,
4

15:15
PS03-D4-PM1311-012
InvitedPlanetary Science InstitutePS03-A002
Cassini View of Kronian Magnetospheric Dynamics
Norbert KRUPP1#+, Elias ROUSSOS1, Peter KOLLMANN2, Krishan KHURANA3,
Xianzhe JIA4
1Max Planck Institute for Solar System Research, 2The Johns Hopkins University Applied
Physics Laboratory, 3University of California, Los Angeles, 4University of Michigan

282

282

PS09 / Atmospheres and Interiors of Jupiter and SaturnThu - 10 Aug | MR310
Session Chair(s)K. CHAN, Macau University of Science and Technology
D. KONG, Exeter University
X. WEI, Shanghai Jiao Tong University

08:30
PS09-D4-AM1310-001
Invited

PS09-A004
Jovian Inner Radiation Belt and Quasi-Periodic Polar Activities
Yu-Qing LOU1#+
1Tsinghua University

08:45
PS09-D4-AM1310-002
Invited

PS09-A005
Numerical Simulations of Overshooting Above a Convection Zone
Tao CAI1#+
1Sun Yat-sen University

09:00
PS09-D4-AM1310-003

PS09-A006
Spontaneous Generation of Long-Lived Anticyclone in Low-Latitude Fast-Rotating
Convection Zone - Structure and Dynamics of the Vortex
Kwing Lam CHAN1#+
1Macau University of Science & Technology

09:15
PS09-D4-AM1310-004

PS09-A007
Rotational Effect on Surface Equatorial Zonal Flow of a Shell Convection Zone Transition from Retrograde to Prograde
Keith K. C. CHOW1#+, Kwing Lam CHAN1
1Macau University of Science & Technology

09:30
PS09-D4-AM1310-005
Invited

PS09-A002
A Four-Layer, Non-Spheroidal Model of Jupiter with its Zonal Winds
Dali KONG1#+
1Chinese Academy of Sciences

09:45
PS09-D4-AM1310-006

PS09-A008
The Local Time-Dependant Characteristics of Magnetic Flux Rope at Saturn
Ruilong GUO1#+, Z. H. YAO2, Yong WEI1
1Chinese Academy of Sciences, 2University of Liege

10:00
PS09-D4-AM1310-007

PS09-A001
Precession Dynamo and Dynamical Tides
Xing WEI1#+
1Shanghai Jiao Tong Universeity

10:15
PS09-D4-AM1310-008

PS09-A003
Using Jupiter's Gravitational Field to Probe the Jovian Convective Dynamo
Keke ZHANG1#+
1University of Exeter

283

283

PS10 / Comparative Aeronomy of Solar System Bodies
Thu - 10 Aug | MR310
Session Chair(s)Robert LILLIS, University of California at Berkeley
Jun CUI, Sun Yat-Sen University

16:00
PS10-D4-PM2310-001
Invited

PS10-A004
Pluto's Aeronomy: What We Learned from New Horizon and Comparsions with
the Nitrogen Atmospheres of Titan and Triton
Darrell STROBEL1#+, Xun ZHU1
1Johns Hopkins University

16:20
PS10-D4-PM2310-002
Invited

PS10-A001
A Review of Diamagnetic Regions in the Solar System
Charlotte GOETZ1#+
1Technische Universitaet Braunschweig

16:40
PS10-D4-PM2310-003
Invited

PS10-A012
New Insights into the Martian Ionosphere from the Maven Mission
Christopher FOWLER1#+, Laila ANDERSSON2, David ANDREWS3, Mehdi BENNA4,
Jared ESPLEY4, Matthew FILLINGIM5, Jane FOX6, Jasper HALEKAS7, Bruce
JAKOSKY2, James MCFADDEN5, David MITCHELL5, Shotaro SAKAI8, Morgane
STECKIEWICZ9, Marissa VOGT10, Paul WITHERS10, Shaosui XU5
1Laboratory for Atmospheric and Space Physics / University of Colorado Boulder,2

University of Colorado Boulder, 3Swedish Institute of Space Physics, 4NASA Goddard

Space Flight Center, 5University of California, Berkeley, 6Wright State University,
7

17:00
PS10-D4-PM2310-004

PS10-A014
State of Martian Upper Atmosphere as Observed by Imaging Ultraviolet
Spectroscope Onboard MAVEN
Sonal JAIN1#+, Ian STEWART1, Justin DEIGHAN1, Nick SCHNEIDER1, Michael
CHAFFIN1, Matteo CRISMANI1, Michael STEVENS2, Joseph EVANS3, William
MCCLINTOCK1, Frank EPARVIER1, Ed THIEMANN1, Arnaud STIEPEN4, Phillip
CHAMBERLIN5, Bruce JAKOSKY1
1University of Colorado Boulder, 2Naval Research Laboratory, 3Computational Physics, Inc.,
4

17:15
PS10-D4-PM2310-005

University of Iowa, 8University of Kansas, 9Universite de Toulouse, 10Boston University

Université de Liège, 5NASA Goddard Space Flight Center

PS10-A013
Hydrogen Loss from Mars: Seasonal and Sourced from Upper Atmospheric Water
Michael CHAFFIN1#+, Justin DEIGHAN1, Ian STEWART1, Nick SCHNEIDER1, JeanYves CHAUFRAY2, William MCCLINTOCK1, Ed THIEMANN1, Majd MAYYASI3,
John CLARKE3, Gregory HOLSCLAW1, Sonal JAIN1, Matteo CRISMANI1, Arnaud
STIEPEN4, Franck MONTMESSIN5, Frank EPARVIER1, Bruce JAKOSKY1
1University of Colorado Boulder, 2University Pierre et Marie Curie, 3Boston University,
4

Université de Liège, 5University of Versailles Saint-Quentin-en-Yvelines

284

284

17:30
PS10-D4-PM2310-006

PS10-A019
Photochemical Escape of Oxygen and Carbon from Mars, Today and Through Time
Robert LILLIS1#+, Justin DEIGHAN2, Jane FOX3, Stephan W BOUGHER4, Yuni LEE4,
Thomas E. CRAVENS5, Ali RAHMATI1, Paul MAHAFFY6, Mehdi BENNA6, JamesMCFADDEN1, Christopher FOWLER7, Jean-Yves CHAUFRAY8, Laila
ANDERSSON2, Hannes GRÖLLER9, Bruce JAKOSKY2
1University of California, Berkeley, 2University of Colorado Boulder, 3Wright State
University, 4University of Michigan, 5University of Kansas, 6NASA Goddard Space Flight
Center, 7Laboratory for Atmospheric and Space Physics / University of Colorado Boulder,8

17:45
PS10-D4-PM2310-007
Invited

University Pierre et Marie Curie, 9University of Arizona

PS10-A006
Comparative Aeronomy of Earth and Mars with ICON and MAVEN
Scott ENGLAND1#+
1Virginia Tech

PS12-ST23 / Future and Current Space Missions and Instrumentation for Spaceand Planetary Science
Thu - 10 Aug | MR310
Session Chair(s)Yoshifumi SAITO, Institute of Space and Astronautical Science / Japan Aerospace
Exploration Agency

11:00
PS12-ST23-D4AM2-310-001

PS12-ST23-A021
A Novel Spacecraft with an Innovative Payload for Radiation Measurements
Between Venus and Mars Orbits
Premkumar SAGANTI1#+
1Prairie View A&M University

11:15
PS12-ST23-D4AM2-310-002
Invited

PS12-ST23-A004
Cubesat: Inner Radiation Belt Experiment (CIRBE)
Xinlin LI1#+
1University of Colorado Boulder

11:35
PS12-ST23-D4AM2-310-003
Invited

PS12-ST23-A007
Planetary Science Missions and Participations at Nasa
James GREEN1#+, Doris DAOU1
1NASA Headquarters

11:55
PS12-ST23-D4AM2-310-004

PS12-ST23-A011
Aditya Solar Wind & Particle Experiment (ASPEX) Onboard Aditya - L1 Mission
Shiv Kumar GOYAL1#+, Prashant KUMAR1, Pranav ADHYARU1, Arpit PATEL1,
Neeraj Kumar TIWARI1, Hitesh ADALJA1, M. SHANMUGAM1, M. B.
DADHANIA1, Tinkal LADIYA1, Mithun Neelakandan P. S.1, S. B. BANERJEE1,
Santosh VADAWALE1, K. P. SUBRAMANIAN1, Janardhan PADMANABHAN1,
Dibyendu CHAKRABARTY1, Aveek SARKAR1, Bhas BAPAT2, Arup Kumar HAIT3,
Mamta CHAUHAN3, Rakesh R. BHAVSAR3
1Physical Research Laboratory, 2Indian Institute of Science Education and Research, 3Space
Applications Centre

285

285

12:10
PS12-ST23-D4AM2-310-005

PS12-ST23-A002
The Medium Energy Particle Detector in the Range of 20 - 400 KeV for the Researchof Geomagnetic Storm on NEXTSat-1
Yongmyung SEO1#+, Seyoung YOON2, Ju WOO1, Woohyung SEOL1, Chaean LEE1,
Chanhaeng LEE1, Jongho SEON1, Jongdae SOHN3, Kyoung Wook MIN4, Kyungin
KANG5, Goohwan SHIN5, Jangsoo CHAE5
1Kyung Hee University, 2Satrec Initiative, 3Korea Astronomy and Space Science Institute,
4

Korea Advanced Institute of Science and Technology, 5Satellite Technology Research Center

Session Chair(s)Andrew YAU, University of Calgary

14:00
PS12-ST23-D4PM1-310-006
Invited

PS12-ST23-A012
Emirates Mars Mission: 2020 Hope Probe
Omran SHARAF1, Sarah AMIRI1#+, Suhail AL-DHAFRI1, Maryam AL-SHAMSI1,
Hessa AL-MATROUSHI1, Pete WITHNELL2, David A. BRAIN2, Michael WOLFF3,
Michael SMITH4, Robert LILLIS5, Christopher EDWARDS6, Justin DEIGHAN2,
Michael CHAFFIN2
1Mohamed bin Rashid Space Centre, 2University of Colorado Boulder, 3Space Science
Institute, 4NASA Goddard Space Flight Center, 5University of California, Berkeley,
6

Northern Arizona University

14:20
PS12-ST23-D4PM1-310-007
Invited

PS12-ST23-A018
Science and Exploration of Indian Mars Mission: MOM-2
S.A. HAIDER1#+, Anil BHARDWAJ1, Durga Prasad KARANAM1, Chandan
KUMAR1, Sanjeev MISHRA1, Varun SHEEL1, Jayesh PABARI1, Arpit PATEL1, M.
SHANMUGAM1, Shiv Kumar GOYAL1
1Physical Research Laboratory

14:40
PS12-ST23-D4PM1-310-008
Invited

PS12-ST23-A020
Coronagraph on the International Space Station
Kyungsuk CHO1#+, Su-Chan BONG1, Sunghwan CHOI1, Yang HEESU1, Jihun KIM1,
Ji-Hye BAEK1, Young-Deuk PARK1, Steven CLARKE2, Joseph M. DAVILA3,Natchimuthuk GOPALSWAMY2, Yong-Jae MOON4, Jongchul CHAE5
1Korea Astronomy and Space Science Institute, 2National Aeronautics and Space
Administration (NASA), 3NASA Goddard Space Flight Center, 4Kyung Hee University,
5

Seoul National University

15:00
PS12-ST23-D4PM1-310-009

PS12-ST23-A017
Instrumentation for Space Coronal Magnetic Field Mission
Haosheng LIN1#+
1Institute for Astronomy, University of Hawaii

15:15
PS12-ST23-D4PM1-310-010

PS12-ST23-A014
Alpha Particle X-ray Spectrometer for the Chandrayaan-2 Rover
Arpit PATEL1#+, M. SHANMUGAM1, Mithun Neelakandan P. S.1, Shiv Kumar
GOYAL1, Tinkal LADIYA1, Hitesh ADALJA1, Santosh VADAWALE1
1Physical Research Laboratory

286

286

PS14-16 / Science and Exploration of the Moon and Mercury
Thu - 10 Aug | MR311
Session Chair(s)Kyeong Ja KIM, Korea Institute of Geoscience and Mineral Resources
Makiko OHTAKE, Japan Aerospace Exploration Agency

08:30
PS14-16-D4AM1-311-001

PS14-16-A010
Mercury Surface Studies with Bepi-Colombo’s Planetary Orbiter
Johannes BENKHOFF1#+
1European Space Agency

08:45
PS14-16-D4AM1-311-002

PS14-16-A004
High-Resolution Topography from Messenger Orbital Stereo Imaging – Processingof Mercury’s Map Quadrangles
Juergen OBERST1#+, Frank PREUSKER1, Alexander STARK1
1German Aerospace Center (DLR)

09:00
PS14-16-D4AM1-311-003

PS14-16-A005
Probing the Interior of the Moon and Mercury: A Comparison of Spectrally
Distinctive Material Excavated by Imbrium and Caloris Basins
Rachel KLIMA1#+, Debra BUCZKOWSKI1, Brett DENEVI1, Carolyn ERNST1,
Benjamin GREENHAGEN1
1Johns Hopkins University Applied Physics Laboratory

09:15
PS14-16-D4AM1-311-004

PS14-16-A002
Mercury is Not the Moon - The Spectral Perspective
Jorn HELBERT1#+, Alessandro MATURILLI1, Indhu VARATHARAJAN1, MarioD'AMORE1
1German Aerospace Center (DLR)

09:30
PS14-16-D4AM1-311-005

PS14-16-A009
Vertical Compositional Structure of the Lunar Highland Crust Based on Crater
Central Peaks and Basin Interiors
Makiko OHTAKE1#+
1Japan Aerospace Exploration Agency

09:45
PS14-16-D4AM1-311-006

PS14-16-A001
On the Importance of Self-Secondaries
Zhiyong XIAO1#+
1China University of Geosciences

10:00
PS14-16-D4AM1-311-007

PS14-16-A026
Spectral Behaviors of Lunar Crater Wall Quadrants
Chae Kyung SIM1#+, Sungsoo KIM1
1Kyung Hee University

Session Chair(s)Joern HELBERT, The German Aerospace Center
Zhiyong XIAO, China University of Geosciences

16:00
PS14-16-D4PM2-311-008

PS14-16-A003
Potassium and Thorium Distributions on the Surface of the Moon: High Spatial
Resolution Maps from KAGUYA Gamma-Ray Spectrometer
Nobuyuki HASEBE1#+, Hiroshi NAGAOKA1, Mayuko IMAZATO1, Masayuki
NAITO1, Ryosuke HAYASHIDA1
1Waseda University
287

287

16:15
PS14-16-D4PM2-311-009

PS14-16-A017
Iron and Titanium Distributions on the Surface of the Moon: New Results fromKAGUYA Gamma-Ray Spectrometer
Hiroshi NAGAOKA1#+, Masayuki NAITO1, Ryosuke HAYASHIDA1, Nobuyuki
HASEBE1
1Waseda University

16:30
PS14-16-D4PM2-311-010

PS14-16-A015
Korea Pathfinder Lunar Orbiter: An Overview of Mission and Science Instruments
Eunhyeuk KIM1#+
1Korea Aerospace Research Institute

16:45
PS14-16-D4PM2-311-011

PS14-16-A014
Introduction of the Gamma-Ray Spectrometer for the Korea Pathfinder Lunar
Orbiter and Current Development Status
Kyeong Ja KIM1#+, Yire CHOI1, Junghun PARK1, Eung Seok YI1, Sungsoon LEE1,
Young-Kwang YEON1, Chang Wan SUN1, K.B LEE1, Yong-Kwon KIM2, Kyoung
Wook MIN3, Kyungin KANG4, Jin Yeon CHO5, Jeong-Hun CHA5, Nobuyuki
HASEBE6, Richard ELPHIC7, Peter ENGLERT8, Olivier GASNAULT9, Eido
SHIBAMURA6, Hiroshi NAGAOKA6, Lucy LIM10
1Korea Institute of Geoscience and Mineral Resources, 2Nucare, 3Korea Advanced Instituteof Science and Technology, 4Satellite Technology Research Center, 5Inha University,
6

Waseda University, 7National Aeronautics and Space Administration (NASA), 8Quest

University, 9Research Institute in Astrophysics and Planetology, 10NASA Goddard Space
Flight Center
17:00
PS14-16-D4PM2-311-012

PS14-16-A020
Leveraging Measurements from Kaguya and LRO For a Quantitative Approach toAssist in Geologic Mapping of Lunar Central Peaks
Sarah CRITES1#+, Makiko OHTAKE1, Paul LUCEY2, Junichi HARUYAMA1, Myriam
LEMELIN3
1Japan Aerospace Exploration Agency, 2University of Hawaii at Manoa, 3York University

17:15
PS14-16-D4PM2-311-013

PS14-16-A012
The Moon Viewed in Energetic Neutral Atoms: Review of the Science Learned from
SARA/CENA on Board Chandrayaan-1
Audrey VORBURGER1#+, Peter WURZ1, Stas BARABASH2, Martin WIESER2,
Yoshifumi FUTAANA2, Anil BHARDWAJ3, M.B. DHANYA3, Kazushi ASAMURA4
1University of Bern, 2Swedish Institute of Space Physics, 3Vikram Sarabhai Space Centre,
4

17:30
PS14-16-D4PM2-311-014

Japan Aerospace Exploration Agency

PS14-16-A023
Investigating Thermal Emission from the Lunar Epiregolith
Benjamin GREENHAGEN1#+, Kerri DONALDSON HANNA2, Neil BOWLES2, PaulLUCEY3, Paul HAYNE4, David PAIGE5
1Johns Hopkins University Applied Physics Laboratory, 2University of Oxford, 3Universityof Hawaii at Manoa, 4California Institute of Technology, 5University of California, Los
Angeles

17:45
PS14-16-D4PM2-311-015

PS14-16-A024
Scientific Rationale and Potential Targets for Future Lunar Sample Return
Neeraj SRIVASTAVA1#+, Durga Prasad KARANAM1, Ramakant MAHAJAN1,
Dwijesh RAY1, Dipak PANDA1, Amit Basu SARBADHIKARI1, Rajiv Ranjan
BHARTI1, Rishitosh Kumar SINHA1, Vijayan SIVAPRAHASAM1, S.A. HAIDER1
1Physical Research Laboratory
288

288

PS12-ST23 / Future and Current Space Missions and Instrumentation for Spaceand Planetary Science
Thu - 10 Aug | MR310
Session Chair(s)Yoshifumi SAITO, Institute of Space and Astronautical Science / Japan Aerospace
Exploration Agency

11:00
PS12-ST23-D4AM2-310-001

PS12-ST23-A021
A Novel Spacecraft with an Innovative Payload for Radiation Measurements
Between Venus and Mars Orbits
Premkumar SAGANTI1#+
1Prairie View A&M University

11:15
PS12-ST23-D4AM2-310-002
Invited

PS12-ST23-A004
Cubesat: Inner Radiation Belt Experiment (CIRBE)
Xinlin LI1#+
1University of Colorado Boulder

11:35
PS12-ST23-D4AM2-310-003
Invited

PS12-ST23-A007
Planetary Science Missions and Participations at Nasa
James GREEN1#+, Doris DAOU1
1NASA Headquarters

11:55
PS12-ST23-D4AM2-310-004

PS12-ST23-A011
Aditya Solar Wind & Particle Experiment (ASPEX) Onboard Aditya - L1 Mission
Shiv Kumar GOYAL1#+, Prashant KUMAR1, Pranav ADHYARU1, Arpit PATEL1,
Neeraj Kumar TIWARI1, Hitesh ADALJA1, M. SHANMUGAM1, M. B.
DADHANIA1, Tinkal LADIYA1, Mithun Neelakandan P. S.1, S. B. BANERJEE1,
Santosh VADAWALE1, K. P. SUBRAMANIAN1, Janardhan PADMANABHAN1,
Dibyendu CHAKRABARTY1, Aveek SARKAR1, Bhas BAPAT2, Arup Kumar HAIT3,
Mamta CHAUHAN3, Rakesh R. BHAVSAR3
1Physical Research Laboratory, 2Indian Institute of Science Education and Research, 3Space
Applications Centre

12:10
PS12-ST23-D4AM2-310-005

PS12-ST23-A002
The Medium Energy Particle Detector in the Range of 20 - 400 KeV for the Researchof Geomagnetic Storm on NEXTSat-1
Yongmyung SEO1#+, Seyoung YOON2, Ju WOO1, Woohyung SEOL1, Chaean LEE1,
Chanhaeng LEE1, Jongho SEON1, Jongdae SOHN3, Kyoung Wook MIN4, Kyungin
KANG5, Goohwan SHIN5, Jangsoo CHAE5
1Kyung Hee University, 2Satrec Initiative, 3Korea Astronomy and Space Science Institute,
4

Korea Advanced Institute of Science and Technology, 5Satellite Technology Research Center

Session Chair(s)Andrew YAU, University of Calgary

14:00
PS12-ST23-D4PM1-310-006
Invited

PS12-ST23-A012
Emirates Mars Mission: 2020 Hope Probe
Omran SHARAF1, Sarah AMIRI1#+, Suhail AL-DHAFRI1, Maryam AL-SHAMSI1,
Hessa AL-MATROUSHI1, Pete WITHNELL2, David A. BRAIN2, Michael WOLFF3,
Michael SMITH4, Robert LILLIS5, Christopher EDWARDS6, Justin DEIGHAN2,
Michael CHAFFIN2
1Mohamed bin Rashid Space Centre, 2University of Colorado Boulder, 3Space Science
Institute, 4NASA Goddard Space Flight Center, 5University of California, Berkeley,
6

Northern Arizona University
289

289

14:20
PS12-ST23-D4PM1-310-007
Invited

PS12-ST23-A018
Science and Exploration of Indian Mars Mission: MOM-2
S.A. HAIDER1#+, Anil BHARDWAJ1, Durga Prasad KARANAM1, Chandan
KUMAR1, Sanjeev MISHRA1, Varun SHEEL1, Jayesh PABARI1, Arpit PATEL1, M.
SHANMUGAM1, Shiv Kumar GOYAL1
1Physical Research Laboratory

14:40
PS12-ST23-D4PM1-310-008
Invited

PS12-ST23-A020
Coronagraph on the International Space Station
Kyungsuk CHO1#+, Su-Chan BONG1, Sunghwan CHOI1, Yang HEESU1, Jihun KIM1,
Ji-Hye BAEK1, Young-Deuk PARK1, Steven CLARKE2, Joseph M. DAVILA3,Natchimuthuk GOPALSWAMY2, Yong-Jae MOON4, Jongchul CHAE5
1Korea Astronomy and Space Science Institute, 2National Aeronautics and Space
Administration (NASA), 3NASA Goddard Space Flight Center, 4Kyung Hee University,
5

Seoul National University

15:00
PS12-ST23-D4PM1-310-009

PS12-ST23-A017
Instrumentation for Space Coronal Magnetic Field Mission
Haosheng LIN1#+
1Institute for Astronomy, University of Hawaii

15:15
PS12-ST23-D4PM1-310-010

PS12-ST23-A014
Alpha Particle X-ray Spectrometer for the Chandrayaan-2 Rover
Arpit PATEL1#+, M. SHANMUGAM1, Mithun Neelakandan P. S.1, Shiv Kumar
GOYAL1, Tinkal LADIYA1, Hitesh ADALJA1, Santosh VADAWALE1
1Physical Research Laboratory

290

290

ST02 / Energetic Particle Acceleration and Transport in the Heliosphere
Thu - 10 Aug | MR328
Session Chair(s)Linghua WANG, Peking University
Kyoko WATANABE, National Defense Academy of Japan

08:30
ST02-D4-AM1328-001

ST02-A005
Solar Flare Termination Shock and the Fe XXI 1354.08 Line
Gang LI1#+, Lijia GUO2
1The University of Alabama in Huntsville, 2Lockheed Martin

08:45
ST02-D4-AM1328-002
InvitedST02-A001
Coronal Mass Ejections in Solar Cycle 24 and Their Contribution to Particle
Acceleration
Nat GOPALSWAMY1#+
1NASA Goddard Space Flight Center

09:00
ST02-D4-AM1328-003

ST02-A003
Observations of the Coronal Shock Waves and the Production of Solar Energetic
Particles
Chuan LI1#+, Zigong XU1, Ming-De DING1
1Nanjing University

09:15
ST02-D4-AM1328-004

ST02-A017
A Statistical Analysis of the Solar Phenomena Associated with Global EUV Waves
David LONG1#+, Pearse MURPHY2, Georgina GRAHAM1, Eoin CARLEY2, DavidPÉREZ-SUÁREZ1
1University College London, 2Trinity College Dublin

09:30
ST02-D4-AM1328-005

ST02-A007
Applications of ENLIL and SEPMOD to the Interpretation of Planetary SEP Event
Phenomena
Janet LUHMANN1#+, M. Leila MAYS2, Dusan ODSTRCIL3, Y. LI1, Hazel BAIN1, C.
LEE1, Davin LARSON1, Yoshifumi FUTAANA4, Christina COHEN5, Richard
MEWALDT5, Richard LESKE5
1University of California, Berkeley, 2Catholic University of America, 3George Mason
University, 4Swedish Institute of Space Physics, 5California Institute of Technology

09:45
ST02-D4-AM1328-006

ST02-A012
Energetic and Suprathermal Particles Variations Over Solar Cycle 24
George HO1#+, Glenn MASON1
1Johns Hopkins University Applied Physics Laboratory

10:00
ST02-D4-AM1328-007

ST02-A015
Case Studies of Superthermal (~0.2 -100 keV ) Electrons Near the ICME-Driven
Shocks at 1 AU
Liu YANG1, Linghua WANG1,2#+, Gang LI3, Robert WIMMER-SCHWEINGRUBER4,
Jiansen HE1, Chuanyi TU1, Jiawei TAO1
1Peking University, 2University of California, Berkeley, 3The University of Alabama in
Huntsville, 4University of Kiel

291

291

10:15
ST02-D4-AM1328-008

ST02-A002
Interplanetary Suprathermal Ion Distributions Throughout the Heliosphere
Measured at New Horizons and CassiniPeter KOLLMANN1#+, Mathew HILL1, Ralph MCNUTT1, George CLARK1, Robert
DECKER1, Jon VANDEGRIFF1, Lawrence BROWN1, Giuseppe ROMEO1, Martha
KUSTERER1, Steve JASKULEK1
1Johns Hopkins University Applied Physics Laboratory

Session Chair(s)Kyoko WATANABE, National Defense Academy of Japan
Linghua WANG, Peking University

11:00
ST02-D4-AM2328-009

ST02-A009
Solar Wind Electron Microphysics and Kinetic-Scale Electromagnetic Fluctuationsin the Solar Wind at 1 AU
Chadi SALEM1#+, Marc PULUPA1
1University of California, Berkeley

11:15
ST02-D4-AM2328-010

ST02-A018
Local Generation of a Narrow Strahl Component in the Solar Wind Electron
Velocity Distribution Functions
Jungjoon SEOUGH1#+
1Korea Astronomy and Space Science Institute

11:30
ST02-D4-AM2328-011

ST02-A016
Solar Wind ~0.1-1 keV Electrons in the Corotating Interaction Regions
Jiawei TAO1#+, Linghua WANG1,2, Jiansen HE1, Chuanyi TU11Peking University, 2University of California, Berkeley

11:45
ST02-D4-AM2328-012
InvitedST02-A004
Electron Energization in Magnetic Reconnection
Mitsuo OKA1#+
1University of California, Berkeley

12:00
ST02-D4-AM2328-013
InvitedST02-A011
Prompt Acceleration of Relativistic Electrons Associated with the Interplanetary
Pressure Pulse
Yoshizumi MIYOSHI1#+, Masahiro HAYASHI1, Shinji SAITO1, Yosuke
MATSUMOTO2, Takanobu AMANO3, Kanako SEKI3
1Nagoya University, 2Chiba University, 3The University of Tokyo

12:15
ST02-D4-AM2328-014

ST02-A013
Study of the Magnetic Field Between the Sun and the Earth by the Sun Shadow in
Cosmic Rays with the Tibet Air Shower Array
Masato TAKITA1#+
1The University of Tokyo

292

292

ST10-03-17-19 / General Session on the Magnetosphere
Thu - 10 Aug | MR328
Session Chair(s)George PARKS, University of California, Berkeley
Xuzhi ZHOU, Peking University

14:00
ST10-03-17-19D4-PM1-328-001
InvitedST10-03-17-19-A020
Magnetosphere and Ionosphere Response to Dynamic Pressure
Change/Disturbances in the Solar Wind and Foreshock Regions
Quanqi SHI1#+
1Shandong University

14:15
ST10-03-17-19D4-PM1-328-002
InvitedST10-03-17-19-A007
Investigation of the Differences in Onset Times for Hemispherically Conjugate
Magnetometers
James WEYGAND1#+, Eftyhia ZESTA2, Robert MCPHERRON1
1University of California, Los Angeles, 2NASA Goddard Space Flight Center

14:30
ST10-03-17-19D4-PM1-328-003

ST10-03-17-19-A019
MMS Observations of Hot Flow Anomalies
Hui ZHANG1#+
1University of Alaska Fairbanks

14:45
ST10-03-17-19D4-PM1-328-004

ST10-03-17-19-A001
Automatic Selection of DST Storms and Their Seasonal Variations in Two Versionsof DST in 50 Years
Nanan BALAN1#+
1Nagoya University

15:00
ST10-03-17-19D4-PM1-328-005

ST10-03-17-19-A003
Evolution of a Typical Ion-Scale Magnetic Flux Rope Caused by Thermal Pressure
Enhancement
Wai-Leong TEH1#+, Takuma NAKAMURA2, Rumi NAKAMURA2, Wolfgang
BAUMJOHANN2, Chris RUSSELL3, Craig POLLOCK4, P.-A LUNDQVIST5, Robert
ERGUN6, James BURCH7, Roy B. TORBERT8, Barbara GILES9
1Universiti Kebangsaan Malaysia, 2Austrian Academy of Sciences, 3University ofCalifornia, Los Angeles, 4Denali Scientific, 5Royal Institute of Technology, 6University ofColorado, 7Southwest Research Institute, 8University of New Hampshire, 9NASA Goddard
Space Flight Center

Session Chair(s)Qiugang ZONG, Peking University
Hui ZHANG, University of Alaska Fairbanks

16:00
ST10-03-17-19D4-PM2-328-006
InvitedST10-03-17-19-A011
Extensive Electron Transport and Energization via Multiple Dipolarizing Flux
Bundles
Christine GABRIELSE1#+, Vassilis ANGELOPOULOS1, Camilla HARRIS1, Anton
ARTEMYEV1, E. Larry KEPKO2, Andrei RUNOV1
1University of California, Los Angeles, 2National Aeronautics and Space Administration(NASA)

293293

16:15
ST10-03-17-19D4-PM2-328-007

ST10-03-17-19-A016
Understanding the Ion Distributions Near the Boundaries of Reconnection Outflow
RegionDongxiao PAN1#+, Xuzhi ZHOU1, Vassilis ANGELOPOULOS2, Andrei RUNOV2,
Qiugang ZONG1, Zuyin PU1
1Peking University, 2University of California, Los Angeles

16:30
ST10-03-17-19D4-PM2-328-008

ST10-03-17-19-A018
Toward the Unified Model of Substorm
Shinobu MACHIDA1#+, Kento FUKUI1, Yukinaga MIYASHITA1, Akimasa IEDA1
1Nagoya University

16:45
ST10-03-17-19D4-PM2-328-009

ST10-03-17-19-A014
Investigation of Bursty Bulk Flows and Their Effects on Global Current Systems
Yiqun YU1#+, Jinbin CAO1, Huishan FU1, Z. H. YAO2, Haoyu LU1
1Beihang University, 2University of Liege

17:00
ST10-03-17-19D4-PM2-328-010

ST10-03-17-19-A012
Characteristics of High Latitude Precursor Flows Ahead of Dipolarization Fronts
Xuzhi ZHOU1#+, Jiazheng LI1, Andrei RUNOV2, Vassilis ANGELOPOULOS2, Jiang
LIU2, Dongxiao PAN1, Qiugang ZONG1
1Peking University, 2University of California, Los Angeles

17:15
ST10-03-17-19D4-PM2-328-011

ST10-03-17-19-A010
Cluster Observation of the Field-Aligned Current at High-Altitude Auroral Region
Ensang LEE1#+, George PARKS2, Youra SHIN1, Jinhy HONG1
1Kyung Hee University, 2University of California, Berkeley

17:30
ST10-03-17-19D4-PM2-328-012

ST10-03-17-19-A021
Determining the Statistical Significance of Particle Precipitation Related to EMIC
Waves
Dae-Kyu SHIN1#+, Dae-Young LEE1, Sungjun NOH1, Junga HWANG2, Jaejin LEE2
1Chungbuk National University, 2Korea Astronomy and Space Science InstituteST12 / Waves and Turbulence in the Solar Atmosphere and Solar WindThu - 10 Aug | MR329
Session Chair(s)Jiansen HE, Peking University

14:00
ST12-D4-PM1329-001
InvitedST12-A018
Nonlinear Evolution of Torsional Alfven Waves
Valery NAKARIAKOV1#+
1University of Warwick

14:15
ST12-D4-PM1329-002
InvitedST12-A008
Role of Torsional Alfvén Waves as an Energy Source in the Solar Corona
Abhishek Kumar SRIVASTAVA1#+
1Indian Institute of Technology (BHU)

14:30
ST12-D4-PM1329-003
InvitedST12-A026
Kink Wave Cut-Off Frequency Due to Longitudinal Stratification: New Insights
Viktor FEDUN1#+, Gary VERTH1, Ben SNOW1, Frederick GENT2, Michael
RUDERMAN1, Robertus ERDÉLYI1, José Juan GONZÁLEZ3, Francisco GUZMÁN3
1The University of Sheffield, 2Aalto University, 3Universidad Michoacana de San Nicolás de
Hidalgo294

294

14:45
ST12-D4-PM1329-004

ST12-A003
Spectroscopic Observations of Decayless Kink Oscillations in Coronal Loops andSausage Oscillations in Flare Loops
Hui TIAN1#+
1Peking University

15:00
ST12-D4-PM1329-005

ST12-A012
Fast Magnetoacoustic Wave Trains in Magnetic Funnels of the Solar Atmosphere
David PASCOE1#+
1University of Warwick

15:15
ST12-D4-PM1329-006

ST12-A011
Generalized Phase Mixing: Turbulent Behavior of Unidirectionally Propagating
Waves
Norbert MAGYAR1#+, Tom VAN DOORSSELAERE1, Marcel GOOSSENS1
1KU Leuven

Session Chair(s)Jiansen HE, Peking University
Bo LI, Shandong University

16:00
ST12-D4-PM2329-007
InvitedST12-A006
A Nearly Incompressible Description of Low-Frequency Turbulence in the SolarWind
Gary ZANK1#+, Laxman ADHIKARI1, Peter HUNANA1, Roberto BRUNO2, Daniele
TELLONI2, Daikou SHIOTA3
1The University of Alabama in Huntsville, 2National Institute for Astrophysics (INAF),
3

Nagoya University

16:15
ST12-D4-PM2329-008
InvitedST12-A007
Observing Turbulence in the Solar Wind: from Fluid to Kinetic Scales
Roberto BRUNO1#+, Daniele TELLONI1, Raffaella D'AMICIS2
1National Institute for Astrophysics (INAF), 2Serco for ESA

16:30
ST12-D4-PM2329-009
InvitedST12-A013
Alfvénicity In The Slow Solar Wind
Raffaella D'AMICIS1#+
1Serco for ESA

16:45
ST12-D4-PM2329-010

ST12-A014
Kinetic-Scale Electric and Magnetic Field Fluctuations in the Solar Wind at 1 AU:
Themis/Artemis Observations
Chadi SALEM1#+, Elizabeth HANSON1, John BONNELL1, Christopher CHASTON1,2
1University of California, Berkeley, 2University of Sydney

17:00
ST12-D4-PM2329-011

ST12-A027
The Character of Plasma Turbulence in the Solar Wind with Helium Abundance
Maria RIAZANTSEVA1#+, Vyacheslav BUDAEV2, Lyudmila RAKHMANOVA1,
Georgy ZASTENKER1, Jana SAFRANKOVA3, Zdenek NEMECEK3, Lubomir
PRECH3
1Russian Academy of Sciences, 2National Research Center Kurchatov Institute, 3Charles
University in Prague

295

295

17:15
ST12-D4-PM2329-012

ST12-A024
On the Existence of the Kolmogorov Inertial Range in the Terrestrial Magnetosheath
Turbulence
Shiyong HUANG1#+, Lina Z. HADID2, Fouad SAHRAOUI3, Zhigang YUAN1,
Xiaohua DENG1
1Wuhan University, 2National Center for Scientific Research/ Ecole Polytechnique/
University Pierre et Marie Curie, 3Plasma Physics Laboratory

17:30
ST12-D4-PM2329-013

ST12-A022
On the Parallel and Oblique Firehose Instability in Fluid Models.
Peter HUNANA1#+, Gary ZANK11The University of Alabama in Huntsville

17:45
ST12-D4-PM2329-014

ST12-A019
A Self-Consistent Mechanism for Electron Cyclotron Maser Emission with the
Alfven Wave and its Application to Type III Solar Radio Bursts
Ling CHEN1#+, De-Jin WU11Chinese Academy of Sciences

ST18 / ULF, ELF, and VLF Waves and Their Effects on Particles in the Inner
Magnetosphere
Thu - 10 Aug | MR329
Session Chair(s)Yuto KATOH, Tohoku University
Xin TAO, University of Science and Technology of China

08:30
ST18-D4-AM1329-001
Invited

ST18-A010
Plasma Wave Experiment (PWE) on Board the Arase (ERG) Satellite ~Specification
and Initial Observation Report
Yoshiya KASAHARA1#+, Yasumasa KASABA2, Hirotsugu KOJIMA3, Satoshi
YAGITANI1, Keigo ISHISAKA4, Atsushi KUMAMOTO2, Fuminori TSUCHIYA2,
Tomohiko IMACHI1, Mitsunori OZAKI1, Shoya MATSUDA5, Mamoru OTA1,
Hiroki OKUDA1, Mitsuru HIKISHIMA6, Ayako MATSUOKA6, Kazushi
ASAMURA6, Takeshi TAKASHIMA6, Yoshizumi MIYOSHI5, Iku SHINOHARA6
1Kanazawa University, 2Tohoku University, 3Kyoto University, 4Toyama Prefectural
University, 5Nagoya University, 6Japan Aerospace Exploration Agency

08:50
ST18-D4-AM1329-002
Invited

ST18-A012
Simulation of VLF Chorus Emissions and Comparison with THEMIS Spacecraft
Data
Andrei DEMEKHOV1#+, Ulrich TAUBENSCHUSS2, Ondrej SANTOLIK2,3
1Polar Geophysical Institute, 2Czech Academy of Sciences, 3Charles University

09:10
ST18-D4-AM1329-003
Invited

ST18-A007
Wave Heating of the Plasmasphere
Craig KLETZING1#+, Ivar CHRISTOPHER1, Ondrej SANTOLIK2,3, William KURTH1,
George HOSPODARSKY1, Scott BOUNDS1
1The University of Iowa, 2Czech Academy of Sciences, 3Charles University

09:30
ST18-D4-AM1329-004

ST18-A011
Whistler and Electrostatic Wave Emissions Correlated with Rapid Variations ofEnergetic Electron Pitch Angle Distributions
James ROEDER1#+, David SCHRIVER2, Nicole ECHTERLING2, Joseph FENNELL1
1The Aerospace Corporation, 2University of California, Los Angeles
296

296

09:45
ST18-D4-AM1329-005

ST18-A013
Nonlinear Effect on Pitch Angle Scattering of Electrons Caused by Whistler Mode
Chorus Emissions
Masahiro KITAHARA1#+, Yuto KATOH1
1Tohoku University

10:00
ST18-D4-AM1329-006

ST18-A005
Causal Relationship Between Relativistic Electron Acceleration and Microbursts
Associated with Scattering by Whistler Chorus Elements
Shinji SAITO1#+, Yoshizumi MIYOSHI1, Satoshi KURITA1
1Nagoya University

10:15
ST18-D4-AM1329-007

ST18-A001
A Statistical Study of Chorus Wave Source Region Size Using Van Allen Probes
Data
Shangchun TENG1+, Xin TAO1#
1University of Science and Technology of China

Session Chair(s)Lunjin CHEN, University of Texas at Dallas
Claudia MARTINEZ-CALDERON, Tohoku University

11:00
ST18-D4-AM2329-008
Invited

ST18-A002
ELF/VLF Conjugate Observations Between the Ground and Van Allen Probes A
Claudia MARTINEZ-CALDERON1#+, Kazuo SHIOKAWA2, Yoshizumi MIYOSHI2,
Kunihiro KEIKA3, Mitsunori OZAKI4, Ian SCHOFIELD5, Martin CONNORS5, Craig
KLETZING6, Miroslav HANZELKA7, Ondrej SANTOLIK8,9, William KURTH6
1Tohoku University, 2Nagoya University, 3The University of Tokyo, 4Kanazawa University,
5

Athabasca University, 6The University of Iowa, 7Institute of Atmospheric Physics, 8Czech

Academy of Sciences, 9Charles University
11:20
ST18-D4-AM2329-009
Invited

ST18-A009
ULF Poloidal Waves and the Wave-Particle Interaction with Particles: Van Allen
Probes and MMS Observations
Lei DAI1#+
1Chinese Academy of Sciences

11:40
ST18-D4-AM2329-010

ST18-A014
Quantification of Electron Scattering Rate Based on Observed EMIC Wave Fields
Lunjin CHEN1#+
1University of Texas at Dallas

11:55
ST18-D4-AM2329-011

ST18-A006
Role of Ultra-Low Frequency Plasma Waves in Energizing Particles in Earth's
Radiation Belts
Frederick MENK1#+, Asif SHAH1, Colin WATERS1, Murray SCIFFER1
1University of Newcastle

297

297

12:10
ST18-D4-AM2329-012

ST18-A008
Pulsating Proton Aurora and Spiky CNA Associated with Pc1 Waves at SubAuroral Latitudes
Tomohiro INOUE1#+, Mitsunori OZAKI1, Satoshi YAGITANI1, Kazuo SHIOKAWA2,
Yoshizumi MIYOSHI2, Ryuho KATAOKA3, Yusuke EBIHARA4, Reiko NOMURA5,
Kaori SAKAGUCHI6, Yuichi OTSUKA2, Martin CONNORS7, Donald DANSKIN8
1Kanazawa University, 2Nagoya University, 3Tokyo Institute of Technology, 4Kyoto
University, 5Japan Aerospace Exploration Agency, 6National Institute of Information andCommunications Technology, 7Athabasca University, 8Natural Resources Canada

298

298

SE16 / Dynamic System of Earth: Interactions from Surface to CoreThu - 10 Aug | MR331
Session Chair(s)Takashi NAKAGAWA, Japan Agency for Marine-Earth Science and Technology
Weijia KUANG, NASA Goddard Space Flight Center

08:30
SE16-D4-AM1331-001
Invited

SE16-A019
A Generalized Theory of the Figure of the Earth: Application to the Core-Mantle
Boundary and Global Dynamical Flattening
Cheng-Li HUANG1#+
1Chinese Academy of Sciences

08:45
SE16-D4-AM1331-002

SE16-A005
Evidence for Strong Core-Mantle Coupling from Long-Wavelength Features of theTopmost Inner Core
Jing JIN1, Xiaodong SONG2#+
1University of Illinois at Urbana-Champaign, 2University of Illinois U-C & Wuhan U

09:00
SE16-D4-AM1331-003

SE16-A017
Effects of Stably Stratified Layers in Earth’s and Planetary Cores on Planetary
Dynamos and Magnetic Fields
Weijia KUANG1#+, Robert TYLER2
1NASA Goddard Space Flight Center, 2University of Maryland

09:15
SE16-D4-AM1331-004

SE16-A004
Effects of Spin State Transition on Long-Term Stability of LLSVPs
Kenny VILELLA1#+, Yang LI1, Frederic DESCHAMPS1
1Academia Sinica

09:30
SE16-D4-AM1331-005

SE16-A001
High-Pressure Behavior of Carbonate in the Deep Earth: Implication for Melting in
the Mantle
Zhu MAO1#+, Xinyang LI1, Ningyu SUN1
1University of Science and Technology of China

09:45
SE16-D4-AM1331-006

SE16-A006
Development of Earth System Evolution Model in Global-Scale Mantle Convection
Simulations
Takashi NAKAGAWA1#+, Hikaru IWAMORI1
1Japan Agency for Marine-Earth Science and Technology

10:00
SE16-D4-AM1331-007

SE16-A011
Subducted Slabs in a Convecting Mantle with Tectonic Plates
Jinshui HUANG1#+, Bingcheng WU1
1University of Science and Technology of China

10:15
SE16-D4-AM1331-008
Invited

SE16-A020
Isotopic Constraints on the Timescale of Earth Accretion and Core Formation
Qing-Zhu YIN1#+
1University of California, Davis

299

299

SS02 / Interdisciplinary Geosciences in Natural Hazards
Thu - 10 Aug | MR331
Session Chair(s)Kazuhisa GOTO, Tohoku University
James TERRY, Zayed University

16:00
SS02-D4-PM2331-001
InvitedSS02-A001
Hurricane Track Morphometry in the North Atlantic Ocean
James TERRY1#+, Ick-Hoi KIM2
1Zayed University, 2National University of Singapore

16:20
SS02-D4-PM2331-002
InvitedSS02-A003
Tropical Cyclone Risk
Doo-Sun R. PARK1#+, Johnny CHAN2
1Korea Environment Institute, 2City University of Hong Kong

16:40
SS02-D4-PM2331-003
InvitedSS02-A007
Climate Extremes and Global Crop Production
Toshichika IIZUMI1#+, Toshiyuki NAKAEGAWA2, Wonsik KIM3, Motoki
NISHIMORI1
1National Agriculture and Food Research Organization, 2Japan Meteorological Agency,
3

National Institute for Agro-Environmental Sciences

17:00
SS02-D4-PM2331-004
InvitedSS02-A004
The Importance of Sea-Level Research
Ben HORTON1,2#+
1Rutgers University, 2Nanyang Technological University

17:20
SS02-D4-PM2331-005
InvitedSS02-A002
Spatio-Temporal Variation of Drought in China During the Past Half Century
Dawen YANG1#+, Kai XU1, Yue QIN1
1Tsinghua University

17:40
SS02-D4-PM2331-006
InvitedSS02-A005
Environmental Perturbation Caused by a Large Meteorite Impact and its
Implications to the K/Pg Mass Extinction
Sohsuke OHNO1#+
1Chiba Institute of Technology

SS09 / A Dialog with Future EarthThu - 10 Aug | MR331
Session Chair(s)Dong-Kyou LEE, Seoul National University
Kenji SATAKE, The University of Tokyo

14:00
SS09-D4-PM1331-001
InvitedSS09-A005
Asian Perspectives, Research Priorities, and Capacity Building Focus of Future
Earth Activities in Taiwan
Shih-Chun Candice LUNG1#+
1Academia Sinica

14:20
SS09-D4-PM1331-002
InvitedSS09-A003
Progress of Future Earth in China
Lei HUANG1#+
1China Meteorological Administration
300

300

14:40SS09-D4-PM1331-003
InvitedSS09-A006
Key and Important Issues of Future Earth in Asia
Tetsuzo YASUNARI1#+
1Research Institute for Humanity and Nature

15:00
SS09-D4-PM1331-004
InvitedSS09-A002
Recent Activities in Korea on Future Earth
Kyung-Ja HA1#+, Soon-Chang YOON2, Sang-Wook YEH3, Jong-Seong KUG4
1Pusan National University, 2Seoul National University, 3Hanyang University, 4Pohang
University of Science and Technology

SS11 / The Quasi-biennial Oscillation and Its Role in the Climate System
Thu - 10 Aug | MR330
Session Chair(s)Jack A. KAYE, National Aeronautics and Space Administration (NASA)

16:00
SS11-D4-PM2330-001
InvitedSS11-A002
The Representation of the QBO and its Effects in Modern Climate Models
Scott OSPREY1#+, James ANSTEY2, Neal BUTCHART3, Kevin HAMILTON4
1University of Oxford, 2Environment Canada, 3Met Office Hadley Centre, 4University of
Hawaii

16:20
SS11-D4-PM2330-002
InvitedSS11-A004
Quasi-Disruptions of the QBO: Tropical Wave Activity of 1987-88 and 2010-11
Compared to the 2015-16 NH Winter
Larry COY1#+, Paul A. NEWMAN1, Steven PAWSON1
1NASA Goddard Space Flight Center

16:40
SS11-D4-PM2330-003
InvitedSS11-A001
QBO Modulation of the Interannual Variability of the Madden-Julian Oscillation
Seok-Woo SON1#+
1Seoul National University

17:00
SS11-D4-PM2330-004
InvitedSS11-A005
The 2015-16 Disrupted Quasi-Biennial Oscillation's Impact on Stratospheric Trace
Gases
Paul A. NEWMAN1#+, Olga TWEEDY2, Larry COY1, Natalya KRAMAROVA1, Leslie
LAIT1, Mijeong PARK3, Steven PAWSON1, William RANDEL3, Susan STRAHAN1
1NASA Goddard Space Flight Center, 2Johns Hopkins Univesity, 3National Center for
Atmospheric Research

301

301

OS Poster Presentations
Thu - 10 Aug, 14:00 - 15:30 | Summit
OS01-D4-PM1P-009

OS01-A002
Variability of the Equatorial Zonal Currents in the Indian Ocean During Two
Contrasting IOD Events: 2006 and 2010
Putri UTARI1+, Iskhaq ISKANDAR1#, Muhammad KHAKIM1, Dedi
SETIABUDIDAYA1
1Sriwijaya University

OS02-D4-PM1P-020

OS02-A004
Numerical Simulation and Analysis of Wave in the Southern California Bight
Yuhan CAO1,2#+, Changming DONG1,3, Xunqiang YIN2, Jin WANG1
1Nanjing University of Information Science & Technology, 2State Oceanic Administration,
3

OS02-D4-PM1P-021

University of California, Los Angeles

OS02-A007
Data Analysis of Air-Sea Interaction Between Typhoons and Kuroshio Region in the
East China Sea
Yang YU1#+, Changming DONG1,2
1Nanjing University of Information Science & Technology, 2University of California, Los
AngelesOS02-D4-PM1P-022

OS02-A009
Variation of River Islands in Nanjing Section of Yangtze River from Satellite Remote
Sensing Images
Haiyun SHI1+, Chao GAO2, Changming DONG1,3#
1Nanjing University of Information Science & Technology, 2Anhui Normal University,3

OS02-D4-PM1P-023

University of California, Los Angeles

OS02-A010
Generation and Evolution of Mesoscale Eddies in the Kuroshio Extension Region
Wenjin SUN1#+, Changming DONG2,3, Ruyun WANG1, Jin-Lin JI4
1Hohai University, 2Nanjing University of Information Science & Technology, 3Universityof California, Los Angeles, 4Xiamen University

OS02-D4-PM1P-024

OS02-A011
Salinity Budget in the Bay of Bengal
Qingyue WANG1#+, Changming DONG1,2, Junde LI3
1Nanjing University of Information Science & Technology, 2University of California, Los
Angeles, 3Second Institute of Oceanography

OS02-D4-PM1P-025

OS02-D4-PM1P-026

OS02-A014
Oceanic Eddy Characteristics and Generation Mechanisms in the Kuroshio
Extension Region
Jin-Lin JI1+, Changming DONG2,3#, Biao ZHANG2, Yu LIU2, Bin ZOU4, Gregory P.
KING5, Dake CHEN6
1Xiamen University, 2Nanjing University of Information Science & Technology,
3

University of California, Los Angeles, 4National Satellite Ocean Application Center,5

Institut de Ciències del Mar (ICM-CSIC), 6State Oceanic Administration

OS02-A018
The SST Anomaly in the Mozambique Channel
Guoqing HAN1#+, Changming DONG1,2, Junde LI3
1Nanjing University of Information Science & Technology, 2University of California, Los
Angeles, 3Second Institute of Oceanography
302

302

OS02-D4-PM1P-027

OS02-A019
Submesoscale Turbulence in the South California Bight
Yongchui ZHANG1#+, Changming DONG2,3
1Institute of Meteorology and Oceanography, 2Nanjing University of Information Science &Technology, 3University of California, Los Angeles

OS02-D4-PM1P-028

OS02-A021
Eddy Conservation and Passive Tracer Transport of Mesoscale Eddies in South
China Sea
Xiayan LIN1#+, Changming DONG2,3, Dake CHEN1
1State Oceanic Administration, 2Nanjing University of Information Science & Technology,
3OS02-D4-PM1P-029

University of California, Los Angeles

OS02-A024
A Simulation of Flow Passing the Deep Water Seamount: The Caiwei Seamount in
the Northwest Pacific
Weiyuan DONG1#+, Changming DONG1,2, Chunsheng WANG3, Weiyuan DONG1
1Nanjing University of Information Science & Technology, 2University of California, Los
Angeles, 3State Oceanic Administration

OS02-D4-PM1P-030

OS02-A027
Summer Distribution Characteristics of Suspended Sediment in Jiangsu Coastal
Area
Chunhui LI1#+, Changming DONG1,2, Xiaoyan FU3, Qianlu XIAO3
1Nanjing University of Information Science & Technology, 2University of California, Los
Angeles, 3Hohai University

OS02-D4-PM1P-031

OS02-A033
Physical-Biogeochemical Interaction in East China Sea Model Validation andPreliminary Study
Qiong WU1#+, Xiaochun WANG1, Yijun HE1, Zhongxiao CHEN1, Zhijin LI2, Hongli
LI1, Fei CHAI3, Peng XIU4
1Nanjing University of Information Science & Technology, 2Jet Propulsion Laboratory,
California Institute of Technology, 3University of Maine, 4South China Sea Institute of
Oceanology

OS02-D4-PM1P-032

OS02-A034
Numerical Study of the Kuroshio Intrusion into the South China Sea by a Passive
Tracer Simulation
Tongya LIU1#+
1Zhejiang University

OS02-D4-PM1P-033

OS02-A035
The Simulation of Three-Dimensional Ocean Circulation During Typhoon Passingin the Yellow Sea
Jin-Yong CHOI1#+
1Korean Institute of Ocean Science and Technology

OS02-D4-PM1P-034

OS02-A039
Ocean Modelling and Early Warning System for the Gulf of Thailand
Narongrit LUANGDILOK1#+, Watin THANATHANPHON1, Piyamarn
SISOMPHON1
1Hydro and Agro Informatics Institute

303

303

OS02-D4-PM1P-035

OS02-A040
Origin of Massive Sargassum Horneri (Turner) C. Agardh Around Jeju Island in2015 from the Numerical Experiments Using a Particle Tracking
Seung Yong LEE1#+, Il-Ju MOON1, Chul Min KO1
1Jeju National University

OS02-D4-PM1P-036

OS02-A042
Using Multi-Satellite Data to Validate Primary Productivity Algorithm in the Water
Around Taiwan
Kuo-Wei LAN1#+, Li-Jhih LIAN1, Sha-Yan CHENG11National Taiwan Ocean University

OS02-D4-PM1P-037

OS02-A045
The SST–Wind Coupling Pattern in the East China Sea Based on a Regional Coupled
Ocean–Atmosphere Model
Haixia SHAN1#+, Changming DONG1,2
1Nanjing University of Information Science & Technology, 2University of California, Los
AngelesOS02-D4-PM1P-038

OS02-A046
Evaluation of Three Temperature Profiles of a Sublayer Scheme to Simulate SST
Diurnal Cycle Based on a Global Ocean General Circulation Model
Xiaodan YANG1, Zhenya SONG2#+, Yu-Heng TSENG3, Fangli QIAO2, Qi SHU2
1The First Institute of Oceanography, 2State Oceanic Administration, 3National Center for
Atmospheric Research

OS02-D4-PM1P-039

OS02-A047
Mooring Measurement of the Abyssal Circulations in the Western Pacific Ocean
Jianing WANG1#+, Fan WANG1
1Chinese Academy of SciencesOS03-D4-PM1P-007

OS03-A003
Characterizing Water Properties of Mesoscale Vortex Pairs in the Sea of Japan:
Observations from an Underwater Glider
Taku WAGAWA1#+, Yusuke KAWAGUCHI2, Yosuke IGETA3, Naoto HONDA1,
Takeshi OKUNISHI1
1Japan Fisheries Research and Education Agency, 2Japan Agency for Marine-Earth Scienceand Technology, 3Fisheries Research Agency

OS03-D4-PM1P-008

OS03-A009
Numerical Study on the Submesoscale Physics in the Upper Ocean
Zhiyou JING1#+, Shihao LUO1
1Chinese Academy of SciencesOS03-D4-PM1P-009

OS03-A014
Seasonal Variations of Sub-Mesoscale Eddies in the East Tropical Pacific Ocean as
Revealed by an Eddy-Resolving OGCM
Shengpeng WANG1,2+, Chen ZHAOHUI1,2#, Lixin WU1, Zhao JING3
1Ocean University of China, 2Qingdao National Laboratory for Marine Science andTechnology, 3Texas A&M University

OS03-D4-PM1P-010

OS03-A015
Enhanced Diapycnal Mixing from Double Diffusion in the Kuroshio Extension
Yongzheng LIU1#+, Chen ZHAOHUI1,2, Zhao JING3, Lixin WU1
1Ocean University of China, 2Qingdao National Laboratory for Marine Science andTechnology, 3Texas A&M University
304

304

OS03-D4-PM1P-011

OS03-A016
Seasonality of Submesoscale Turbulence Observed in the Mixed Layer of theNorthern South China Sea
Hongyang LIN1#+, Zhiyu LIU1, Quanan ZHENG2, Jianyu HU1, Zhenyu SUN1, Jia
ZHU1
1Xiamen University, 2University of MarylandOS05-D4-PM1P-007

OS05-A005
Regional Changes in Arctic Ocean Circulation and its Impact on Sea Ice Variations
Byoung Woong AN1#+, Hyomee LEE2, Pilhun CHANG2, Kiryong KANG2
1National Institute of Meteorological Sciences, 2Korea Meteorological Administration

OS05-D4-PM1P-008

OS05-A007
Sea Ice Edge Detection Using C-band Scatterometer ASCAT
Junghwan LEE1+, Jun Dong PARK1, Eun-Ha SOHN2, Jaedong JANG1#
1Korea Meteorological Administration, 2National Meteorological Satellite CenterOS05-D4-PM1P-009

OS05-A008
The Correlation of Sea Ice Change with Sea Surface Temperature in Bering Sea
Weibo WANG1#+
1State Oceanic Administration

OS07-D4-PM1P-008

OS07-A005
Fine Processing and Analysis of Seabed Topographic Features in the Outer Shelf of
the North of the East China Sea
Qiuhua TANG1#+, Xinghua ZHOU1
1State Oceanic Administration

OS07-D4-PM1P-009

OS07-A008
Seasonal and Geographical Variations in the Quantified Relationship Between
Significant Wave Heights and Microseisms: An Example from Taiwan
Jing-Yi LIN1#+, Chien-Chih CHEN1, Yen-Fu CHEN2
1National Central University, 2National Taiwan University

OS07-D4-PM1P-010

OS07-A009
Eddy Induced Nutrient Variability in the Eastern Equatorial Indian Ocean During
Boreal Summer
Madhusudan PAUL1#+, Jayu NARVEKAR2, Prasanna Kumar S2, Sandip
MUKHOPADHYAY1
1University of Calcutta, 2National Institute of Oceanography

OS07-D4-PM1P-011

OS07-A013
Leveling Device Design Based on a Higher Deceleration Mechanism
Jia-Pu JANG1#+, Hsu-Kuang CHANG2, Po-Chi CHEN1, Chau-Chang WANG3,
Ching-Ren LIN4, Pei-Ying LIN1
1Taiwan Ocean Research Institute, 2National Applied Research Laboratories / Taiwan Ocean
Research Institute, 3National Sun Yat-sen University, 4Academia Sinica

OS07-D4-PM1P-012

OS07-A014
The Development of Ocean-Bottom Seismographs in Taiwan
Hsu-Kuang CHANG1#+, Jia-Pu JANG2, Po-Chi CHEN2, Ching-Ren LIN3, ChauChang WANG4, Ban-Yuan KUO3, Kwanghee KIM 5, Pei-Ying LIN2
1National Applied Research Laboratories / Taiwan Ocean Research Institute, 2Taiwan Ocean
Research Institute, 3Academia Sinica, 4National Sun Yat-sen University, 5Pusan National
University

305

305

OS07-D4-PM1P-013

OS07-A015
A Real-Time Ground Motion Monitoring System Via Raspberry Pi 3
Po-Chi CHEN1#+, Jia-Pu JANG1, Hsu-Kuang CHANG2, Ching-Ren LIN3, ChauChang WANG4, Pei-Ying LIN1
1Taiwan Ocean Research Institute, 2National Applied Research Laboratories / Taiwan Ocean
Research Institute, 3Academia Sinica, 4National Sun Yat-sen University

OS07-D4-PM1P-014

OS07-A018
Inter-Annual Fluctuations of Global Significant Wave Height
Yuchun LIN1+, Lie-Yauw OEY1#, Alejandro FÖRSTER2
1National Central University, 2Institut Mediterrani d'Estudis Avançats

OS07-D4-PM1P-015

OS07-A019
A Study of Calibration of Differential Pressure Gauge
Ching-Ren LIN1#+, Ban-Yuan KUO1, Kun-Hui CHANG1, Yi-Wei LIN1, Jia-Pu JANG2,
Feng-Sheng LIN1
1Academia Sinica, 2National Applied Research Laboratories

OS07-D4-PM1P-016

OS07-A021
Seasonal Variation of Visible and Short Wave Infrared Reflectance Spectrum ofSargassum Samples from Northwest Atlantic Ocean
Jinchun YUAN1#+, Shevon VALENSKI1, Lindsay DUBBS2
1Elizabeth City State University, 2University of North Carolina at Chapel Hill

OS07-D4-PM1P-017

OS07-A022
Long Term Variability of Wave Height in East Indian Ocean, South China Sea andNorthwest Pacific Ocean Regions
Shaotian LI1+, Yineng LI1#, Shiqiu PENG1
1Chinese Academy of Sciences

OS07-D4-PM1P-018

OS07-A023
A New Insight Into the Nature of Subduction Zone Earthquakesiin Myanmar
Hla Hla AUNG1#+
1Myanmar Earthquake Committee

OS07-D4-PM1P-019

OS07-A027
Japan Sea Opening-Closing History Over the Last 10 Myr Inferred from Nd Isotopes
Yukiko KOZAKA1#+, Keiji HORIKAWA1, Yoshihiro ASAHARA2
1University of Toyama, 2Nagoya University

OS07-D4-PM1P-020

OS07-A029
SST Variability in the Bay of Bengal During the Younger Dryas
Champoungam PANMEI1#+, Divakar NAIDU1, Mahyar MOHTADI2
1National Institute of Oceanography, 2University of Bremen

OS07-D4-PM1P-021

OS07-A030
Cyclicity in Centennial Scale Reconstructed Paleomonsoon from the Western Bay of
Bengal: A Foraminiferal Approach
Thejasino SUOKHRIE1#+
1National Institute of Oceanography

OS07-D4-PM1P-022

OS07-A032
Impacts of Indonesian Throughflow on Seasonal Circulation in the Equatorial
Indian Ocean
Jing WANG1#+, Dongliang YUAN1
1Chinese Academy of Sciences

306

306

OS07-D4-PM1P-023

OS07-A036
Sedimentary Record on the Paleoclimate in the Andaman Sea During the Last 26 Ka
Shengfa LIU1#+, Xuefa SHI1, Peng CAO1, Somkiat KHOKIATTIWONG2, Narumol
KORNKANITNAN3
1State Oceanic Administration, 2Phuket Marine Biology Center, 3Marine and Coastal
Resource Research CenterOS08-D4-PM1P-014

OS08-A007
Variations of Suspended Sediment Concentration at the Changjiang River Plume
Front After a Supper Typhoon Event
Yue ZHANG1#+, Daidu FAN1, Junbiao TU1, Jianfeng SU1, Jun LU11Tongji University

OS08-D4-PM1P-015

OS08-A009
Suspended Sediment Transport in Xinghua Bay
Jinpeng ZHAO1#+, Daidu FAN1, Yue ZHANG1, Wei LIU1, Jun LU11Tongji University

OS08-D4-PM1P-016

OS08-A011
Vegetation Effects on Wave Height and Turbulence Flow
Sha LOU1+, Ming CHEN1#, Shuguang LIU1, Guihui ZHONG1
1Tongji University

OS08-D4-PM1P-017

OS08-A015
Estimating Sediment Concentration in Turbidity Currents with ConductivityTemperature (CT) Sensors
Zhiwen WANG1+, Chenghao WANG1, Jingping XU1#, Xiao WU1, Jianru LI2, Roberto
GWIAZDA3, Charles K. PAULL3, Katherine L. MAIER4
1Ocean University of China, 2Tongji University, 3Monterey Bay Aquarium ResearchInstitute, 4USGS Pacific Coastal and Marine Science CenterOS08-D4-PM1P-018

OS08-A018
A Numerical Study of Suspended Sediment Transport Through Bohai Strait
Chenghao WANG1+, Changwei BIAN1, Jingping XU1#, Houjie WANG1, Zhiwen
WANG1, Haiqin DUAN1, Xiao WU1, Baoduo WANG1
1Ocean University of China

OS08-D4-PM1P-019

OS08-A019
Rock-Magnetism and Paleomagnetism of the Quaternary Sediment Cores in theSouth Yellow Sea
Jianxing LIU1#+, Xuefa SHI1, Qingsong LIU2, Xunhua ZHANG3, Jian LIU3
1State Oceanic Administration, 2Chinese Academy of Sciences, 3Qingdao Institute of Marine
GeologyOS10-D4-PM1P-007

OS10-A005
Inter-Annual Variability of the Surface Salinity Over the SCS Inferred from Satellite
Observations
Bijoy THOMPSON1#+, Pavel TKALICH1
1National University of Singapore

OS10-D4-PM1P-008

OS10-A006
Luzon Strait Corals Provide Record of the Pacific Decadal Oscillation and Possible
Influence to Monsoon Variability
Riovie RAMOS1#+, Nathalie GOODKIN1, Tung-Yung FAN2, Annette BOLTON3
1Nanyang Technological University, 2National Museum of Marine Biology and Aquarium,3

Institute of Environmental Science and Research
307

307

OS10-D4-PM1P-009

OS10-A009
Subduction of North Pacific Tropical Water and its Equatorward Pathways as
Shown by a Simulated Passive Tracer
Shan GAO1#+, Xunwei NIE1, Tangdong QU2
1Chinese Academy of Sciences, 2University of California

OS11-D4-PM1P-011

OS11-A006
Monitoring Tabular Icebergs C28a and C28b Calved from Mertz Ice Tongue Using
Satellite Remote Sensing Data
Tian LI1+, Mohammed SHOKR2, Xiao CHENG1#, Yan LIU1, Fang WANG3, Fengming
HUI1, Jiping LIU4
1Beijing Normal University, 2Environment Canada, 3Remote Sensing Technique Center ofHeilongjiang Academy of Agricultural Sciences, 4Institute of Atmospheric Physics, Chinese
Academy of SciencesOS11-D4-PM1P-012

OS11-A007
The Suppression of Antarctic Bottom Water Formation by Melting Ice Shelves inPrydz Bay
Guy WILLIAMS1, Laura HERRAIZ-BORREGUERO2, Fabien ROQUET3, Takeshi
TAMURA4, Kay OHSHIMA5, Yasushi FUKAMACHI5, Alexander FRASER1, Libao
GAO6, Hongxia CHEN6#+, Clive MCMAHON7, Robert HARCOURT7, MarkHINDELL1
1University of Tasmania, 2University of Copenhagen, 3Stockholm University, 4National
Institute of Polar Research, 5Hokkaido University, 6State Oceanic Administration, 7Sydney
Institute of Marine Science

OS11-D4-PM1P-013

OS11-A009
Estimation of Annual Sea-Ice Production in the Terra Nova Bay Polynya Using
AMSR-E Data
Yifan DING1+, Xiao CHENG1#
1Beijing Normal University

OS11-D4-PM1P-014

OS11-A011
The Evolution and Volcanic Forcing of the Southern Annular Mode During the Past
300 Years
Jiao YANG1#+, Cunde XIAO2
1Chinese Academy of Sciences, 2Beijing Normal University

OS11-D4-PM1P-015

OS11-A022
Sources and Long-Term Changes of Antarctic Bottom Water in the Prydz Bay
RegionYongming SUN1#+, Jiuxin SHI1
1Ocean University of China

OS12-D4-PM1P-009

OS12-A010
Observed Evidence of the Anomalous South China Sea Western Boundary Current
During the Summers of 2010 and 2011
Dongxiao WANG1#+, Yeqiang SHU1, Jinglong YAO1
1South China Sea Institute of Oceanology

OS12-D4-PM1P-010

OS12-A011
Attribution of the Variability of Typhoon Landfalls in China Coasts to the Pacific
Decadal Oscillation and Sea Surface Temperature in the Tropical Indian OceanWestern Pacific
Lei YANG1#+, Chunzai WANG1, Xin WANG2, Dongxiao WANG1, Fenghua ZHOU2
1South China Sea Institute of Oceanology, 2Chinese Academy of Sciences
308

308

OS12-D4-PM1P-011

OS12-A013
The Coupling Reaction Between Ocean and Atmosphere in Great Whirlof the Northwest Indian Ocean
Changming DONG1,2+, Sen WANG1#, Qiong XIA3, Weijun ZHU1
1Nanjing University of Information Science & Technology, 2University of California, Los
Angeles, 3Chinese Academy of SciencesOS12-D4-PM1P-012

OS12-A015
Ocean Reanalyses Intercomparison from an ENSO Diagnosis Point of View
King Yeung CHEUNG1+, Wen ZHOU1#
1City University of Hong Kong

OS13-D4-PM1P-012

OS13-A009
Annual and Interannual Thermal Variability and Volume Transports in the
Northwest Pacific Ocean and the Tropical Indo-Pacific Ocean
Myeong-Hee HAN1#+, Sung-Hyun NAM1, Yang Ki CHO1
1Seoul National University

OS13-D4-PM1P-013

OS13-A011
Responses of the East Asian Jet Stream to the North Pacific Subtropical Front in
SpringLeying ZHANG1#+, Haiming XU1
1Nanjing University of Information Science & Technology

OS13-D4-PM1P-014

OS13-A017
Impact of ENSO on Rice Yields in Bihar, India
Netrananda SAHU1#+, Atul SAINI1
1University of Delhi

OS14-D4-PM1P-016

OS14-A002
Swell Generation and Propagation Due to Typhoon Herb (1996)
Kyeong Ok KIM1#+, Kyung Tae JUNG1
1Korea Institute of Ocean Science and Technology

OS14-D4-PM1P-017

OS14-A013
Air-Sea Fluxes for Hurricane Patricia (2015): Comparison with Supertyphoon
Haiyan (2013) and Under Different ENSO Conditions
Hsiao-Ching HUANG1#+, Julien BOUCHAREL2, I-I LIN1, Fei-Fei JIN2,3, Chun-Chi
LIEN1, Iam Fei PUN1
1National Taiwan University, 2University of Hawaii, 3Chinese Meteorological Agency

OS14-D4-PM1P-018

OS14-A016
The Response of Cyclonic and Anti-Cyclonic Eddies to Typhoon Forcing: Vertical
Temperature-Salinity Structure Changes Associated with the Horizontal Motion
Shan Shan LIU1+, Liang SUN1#, Yuanjian YANG2, Qiaoyan WU3
1University of Science and Technology of China, 2Anhui Institute of Meteorological
Sciences, 3Second Institute of Oceanography

OS14-D4-PM1P-019

OS14-A018
Different Effect of Tropical Cyclone Induced SST Cooling in Cyclonic andAnticyclonic Ocean Eddy
Xiaorong HUANG1+, Guihua WANG1#
1Fudan University

309

309

OS14-D4-PM1P-020

OS14-A021
Asymmetric Response of Tropical Cyclone Activity in the Western North Pacific to
the Preceding Two Types of ENSO Events
Chunxiang LI1#+, Chunzai WANG2, Tianbao ZHAO3
1Institute of Atmospheric Physics, Chinese Academy of Sciences, 2South China Sea Instituteof Oceanology, 3Chinese Academy of Sciences

OS14-D4-PM1P-021

OS14-A022
Wave-Current Interaction Off the East Coast of India During the Passage of a
Tropical Cyclone
Kumar Ravi PRAKASH1#+, Vimlesh PANT1
1Indian Institute of Technology Delhi

OS17-D4-PM1P-006

OS17-A002
An Atmosphere-Ocean Coupled Model Over the Western Maritime Continent
Bijoy THOMPSON1#+, Claudio SANCHEZ2, Xiangming SUN3, Song GUITING3,
Jerry Liu JIANYU3, Xiang-Yu HUANG3, Pavel TKALICH1
1National University of Singapore, 2UK Met Office, 3Centre for Climate Research Singapore

OS18-D4-PM1P-009

OS18-A003
A High-Resolution Coastal Forecasting System with a 3DVAR Assimilation Optimal
for a Semi-Enclosed Estuary
Kenta KUROSAWA1#+, Yusuke UCHIYAMA1, Takemasa MIYOSHI2,3
1Kobe University, 2RIKEN Advanced Institute for Computational Science, 3University of
MarylandOS18-D4-PM1P-010

OS18-A006
Oscar Data Assimilation in an Indian Ocean Circulation Model Using Optimal
Statistical Interpolation
Manisha VITHALPURA1#+, Smitha RATHEESH2, Sujit BASU2
1Indus University, 2Indian Space Research Organisation (ISRO)

OS18-D4-PM1P-011

OS18-A007
Impact of Oscar Current Assimilation on Sea Level Anomaly in an Indian Ocean
Circulation Model
Manisha VITHALPURA1#+, Smitha RATHEESH2, Sujit BASU2
1Indus University, 2Indian Space Research Organisation (ISRO)

OS18-D4-PM1P-012

OS18-A009
Accuracy of Satellite Composite and Model Reanalysis Daily SST at the Seas
Adjacent to the Korean Peninsular
You-Hyun BAEK1#+, Il-Ju MOON1
1Jeju National University

OS18-D4-PM1P-013

OS18-A010
Accuracy of the KMA Global Ocean Data Assimilation System(NEMO/NEMOVAR) for the Upper-Ocean Simulation Over the Tropical Pacific andWestern North Pacific
Eun Byeol KO1#+, Il-Ju MOON1, Pilhun CHANG2
1Jeju National University, 2Korea Meteorological Administration

OS19-D4-PM1P-015

OS19-A001
The Distribution Characteristics of Rare Metal Elements (RME) in Surface
Sediments from Four Coastal Bays on the Northwestern South China Sea
Shuhong WANG1#+, Wen YAN1
1Chinese Academy of Sciences
310

310

OS19-D4-PM1P-016

OS19-A004
A Regional Modeling System of Predicting the Transport of Radionuclides in
Coastal Sea Regions
Kyung Tae JUNG1#+, Igor BROVCHENKO2, Vladimir MADERICH2, Kyeong Ok
KIM1, Fangli QIAO3
1Korea Institute of Ocean Science and Technology, 2Institute of Mathematical Machine andSystem Problems, 3State Oceanic Administration

OS19-D4-PM1P-017

OS19-A005
The Contrasting Behaviors of CO2 Systems in the East China Sea and the Peter theGreat Bay of the Japan/East Sea: Implications for the “River-Dominated Ocean
Margin” and “Ocean-Dominated Ocean Margin” Hypothesis
Wen-Chen CHOU1#+, Pavel TISHCHENKO2
1National Taiwan Ocean University, 2V.I. II’ichev Pacific Oceanological InstituteOS19-D4-PM1P-018

OS19-A012
Seasonal Variability of Hydrodynamics in Anmok Coastal Waters
Mujong KIM1#+, Hak Soo LIM1, Jae-Seol SIM1, Hee Jun LEE1
1Korea Institute of Ocean Science & Technology

OS19-D4-PM1P-019

OS19-A013
Study on the Relationships Between Rip Currents and Longshore Currents Using
Camera Monitoring Techniques
Tae Rim KIM1#+
1Kunsan University

OS19-D4-PM1P-020

OS19-A021
Relationship Between Tidal Currents, Waves and Suspended Sediment
Concentration
Jieping TANG1#+, Ya Ping WANG1
1Nanjing University

OS19-D4-PM1P-021

OS19-A023
The Role of Ocean in the Variation of Atmospheric Carbon Dioxide Concentration
Tongmei SUN1#+
1Nanjing University of Information Science & Technology

OS19-D4-PM1P-022

OS19-A025
On the Leeuwin Current System and Its Linkage to Zonal Flows in the South Indian
Ocean as Inferred from a Gridded Hydrography
Ryo FURUE1,2#+, Kévin GUERREIRO3, Helen PHILLIPS4, Julian P. MCCREARY5,Nathaniel BINDOFF4
1Japan Agency for Marine-Earth Science and Technology, 2University of Hawaii,
3

Laboratoire d’Etudes en Géophysique et Océanographie Spatiales (LEGOS), 4University of

Tasmania, 5School of Ocean and Earth Science and Technology (SOEST)
OS21-D4-PM1P-011

OS21-A003
Predictability Analysis of the Kuroshio Extension State Transition Using theSingular Vector Approach
Qiang WANG1#+, Youmin TANG2, Stefano PIERINI3, Mu MU1
1Chinese Academy of Sciences, 2University of Northern British Columbia, 3Università degliStudi di Napoli "Parthenope"

311

311

OS22-D4-PM1P-011

OS22-A001
Holocene Sea-Level Change and Delta Evolution of the Nakdong Rvier, Korea,
Analyzed by Diatom Assemblages
Daekyo CHEONG1#+, Ara CHO1
1Kangwon National University

OS22-D4-PM1P-012

OS22-A003
Marine and Fluvial Responses to the Climatic Changes Over the Last 150 Ka:
Indications from the Cauvery Delta, Tamilnadu, India
Kartika GOSWAMI1#+, Anbarasu KUMARESAN2, Sivakumar KRISHNAN2, Senthil
K. SADASIVAM2, Manoj Kumar JAISWAL1
1Indian Institute of Science Education and Research, 2National College (Autonomous)OS22-D4-PM1P-013

OS22-A004
Testing Microatoll Sea-Level Record Reliability Against Instrumental Records
Jedrzej MAJEWSKI1#+, Dat PHAM2, Aron MELTZNER1, Adam SWITZER1, Ben
HORTON1,3
1Nanyang Technological University, 2Viet Nam Institute of Meteorology, Hydrology andClimate Change, 3Rutgers University

OS22-D4-PM1P-014

OS22-A008
Geophysical Insights into Recent Storm Histories Using Ground Penetrating Radarat Bay-Bay Spit, Bicol, Central Philippines
Adam SWITZER1#+, Jeremy PILE2, Janneli Lea SORIA1, Fernando SIRINGAN3,
Arturo DAAG4
1Nanyang Technological University, 2Bournemouth University, 3University of Philippines,
4

Philippine Institute of Volcanology and Seismology

OS22-D4-PM1P-015

OS22-A010
Analysis of Overwash Sediments Along the Coasts of Pagadian City, Southern
Philippines: Potential Tsunami Deposits of the 1976 Moro Gulf Earthquake?
Sheinna May CLARO1#+, Noelynna RAMOS1, Kathrine MAXWELL1, Daisuke
ISHIMURA2
1University of the Philippines Diliman, 2Tokyo Metropolitan University

OS22-D4-PM1P-016

OS22-A012
High-Precision Sea-Level History at Natuna Island, Indonesia, Over the Past 7000
Years
Xiu Wen, Jeannette WAN1#+, Aron MELTZNER1, Adam SWITZER1, Ben
HORTON1,2, Sarah BRADLEY3, Danny NATAWIDJAJA4, Bambang SUWARGADI4
1Nanyang Technological University, 2Rutgers University, 3Delft University of Technology,
4Indonesian Institute of SciencesOS22-D4-PM1P-017

OS22-A013
Is There Any Hiatus in Global Mean Sea Level Rise?
Quang Hung LUU1, Pavel TKALICH1#+, Qing WU2, Ge CHEN2
1National University of Singapore, 2Ocean University of China

OS22-D4-PM1P-018

OS22-A014
Quaternary Stratigraphy of the Kallang River Basin, Singapore
Stephen CHUA1#+, Adam SWITZER1
1Nanyang Technological University

312

312

OS22-D4-PM1P-019

OS22-A016
Common Era Sea Level Response to Climate Fluctuations
Ane GARCÍA-ARTOLA1,2#+, Simon ENGELHART3, Andrew KEMP4, Daria
NIKITINA5, Niamh CAHILL6, Donald BARBER7, Christopher VANE8, Reide
CORBETT9, Jennifer CLEAR10, Jessica PILARCZYK11, Timothy SHAW1, Jennifer
WALKER1, Ben HORTON1,2
1Rutgers University, 2Nanyang Technological University, 3University of Rhode Island,
4

Tufts University, 5West Chester University, 6University of Massachusetts Amherst, 7Bryn

Mawr College, 8British Geological Survey, 9East Carolina University, 10Hope University,
11

OS22-D4-PM1P-020

University of Southern Mississippi

OS22-A017
A Study of Spatio-Temporal Patterns of Sea Level Across the Coast of India
Midhun PRASAD1#+, Roshan Karan SRIVASTAV1
1VIT University

313

313

SE Poster Presentations
Thu - 10 Aug, 14:00 - 15:30 | Summit
SE02-D4-PM1-P008

SE02-A001
Lithosphere 3-D Density Structure Beneath the Qinghai-Tibet Plateau and its
Surrounding Areas Derived from Satellite Gravity and Gradients Data
Jian FANG1#+
1Chinese Academy of Sciences

SE02-D4-PM1-P009

SE02-A007
Tectonic and Geomorphic Setting of the Pamir Plateau: Insights from the MultiSegment Rupture of the 2015 Mw 7.2 Darwas-Karakoram Earthquake
Priyamvada NANJUNDIAH1#+, Sylvain BARBOT1, Shengji WEI1, PaulTAPPONNIER1, Wanpeng FENG2, Teng WANG1, Eric LINDSEY1
1Nanyang Technological University, 2China Earthquake Administration

SE02-D4-PM1-P010

SE02-A012
Crustal Structure of Indochina from Analysis of Gravity Anomalies and Seismic
Data
Raymond RUSSO1#+, Victor MOCANU2
1University of Florida, 2University of Bucharest

SE04-D4-PM1-P012

SE04-A001
Paleo-Earthquakes and Historical-Earthquakes on the South Helishan Fault at
Latest Active Boundary of the Northeastern of Tibetan Plateau
Wenjun ZHENG1#+, Qiyun LEI2, Zhang PEI-ZHEN2, Yanxiu SHAO2, Haiyun BI2,
Yuejun WANG1, Jingxing YU2, Jinrui LIU2
1Sun Yat-sen University, 2China Earthquake Administration

SE04-D4-PM1-P013

SE04-A003
Reanalysis of the Displacement Distribution of the South Heli Shan Fault Based on
High-Resolution Topographic Data and its Implications for Regional Tectonic
Geomorphology
Haiyun BI1#+, Wenjun ZHENG2, Weipeng GE1, Jiangyuan ZENG3, Jingxing YU1
1China Earthquake Administration, 2Sun Yat-sen University, 3Chinese Academy of Sciences

SE04-D4-PM1-P014

SE04-A004
Cenozoic Tectonic Stress Field Evolution Along the Northeastern Tibetan Plateau:
Magnetic Fabric Insights of Sediments
Caicai LIU1#+, Weitao WANG1, Zhang PEI-ZHEN1
1China Earthquake Administration

SE04-D4-PM1-P015

SE04-A012
Spatio-Temporal Strain Partitioning Across the Longmen Shan Fault Zone in
Seismic Cycles: Linking Short- and Long-Term Deformation
Yin LI1+, Gang LUO1#
1University of Chinese Academy of Sciences

SE04-D4-PM1-P016

SE04-A019
Refraction Velocities Reveal the Geometry of the Main Frontal Thrust in Central
Nepal
Yixiang LIU1#+, Judith HUBBARD1, Anna FOSTER2, Rafael ALMEIDA1, Ying Sin
LEE1, Lee LIBERTY3
1Nanyang Technological University, 2Université du Québec à Montréal, 3Boise State
University

314

314

SE05-D4-PM1-P007

SE05-A006
Postseismic Deformation Following the 2009 Mw 7.8 Dusky Sound Earthquake fromGeodetic Observations and Forward Modelling
Dongju PENG1#+, Sylvain BARBOT2, Teng WANG2, James Daniel Paul MOORE2,
Lujia FENG2
1Earth Observatory of Singapore, 2Nanyang Technological University

SE05-D4-PM1-P008

SE05-A010
Present-Day Crustal Deformation of Eastern Himalayan Syntaxis from GPS
Measurements
Shiming LIANG1#+
1Institute of Geology, China Earthquake Administration

SE05-D4-PM1-P009

SE05-A013
The 25 November 2016 Akteo, China Mw 6.6 Earthquake Rupture Process from
Joint Inversion of Teleseismic P Wave, Insar, Static and High-Rate GPS and its
Implications on the Seismic Risk
Gang LIU1#+
1China Earthquake Administration

SE05-D4-PM1-P010

SE05-A014
Aquifer Dynamics and its Implication to the Regional Seismicity in Salt Lake Valley,
Utah Revealed by SAR Observations
Xie HU1#+, Zhong LU1, Sylvain BARBOT2, Teng WANG2
1Southern Methodist University, 2Nanyang Technological University

SE05-D4-PM1-P011

SE05-A017
To Which Level Did the 2010 M8.8 Maule Earthquake Fill the Pre-Existing Seismic
Gap?
Lifeng WANG1#+
1China Earthquake Administration

SE06-D4-PM1-P005

SE06-A003
Imaging the Distribution of Transient Viscosity Following the 2016 Mw 7.1
Kumamoto Earthquake
James Daniel Paul MOORE1#+, Hang YU1, Chi-Hsien TANG2, Teng WANG1, Sylvain
BARBOT1, Dongju PENG3, Sagar MASUTI1, Justin DAUWELS1, Ya-Ju HSU2, Valere
LAMBERT1, Priyamvada NANJUNDIAH1, Shengji WEI1, Eric LINDSEY1, Lujia
FENG1, Bunichiro SHIBAZAKI4
1Nanyang Technological University, 2Academia Sinica, 3Earth Observatory of Singapore,4

SE06-D4-PM1-P006

SE06-A004
Quasi-Static Simulation Method of Earthquake Cycles Based on Large-Scale
Viscoelastic Finite Element Analyses
Ryoichiro AGATA1#+, Tsuyoshi ICHIMURA2, Mamoru HYODO1, Sylvain BARBOT3,
Takane HORI1
1Japan Agency for Marine-Earth Science and Technology, 2The University of Tokyo,
3

SE06-D4-PM1-P007

International Institute of Seismology and Earthquake Engineering

Nanyang Technological University

SE06-A007
An Analytical Method for Calculating Load and Earthquake Deformations on a
Uniform Maxwell EarthHe TANG1#+, Wenke SUN1
1University of Chinese Academy of Sciences

315

315

SE09-D4-PM1-P008

SE09-A009
Earth Rotation Parameters Estimation by Multi-GNSS Observations
Min SONG1#+, Yunbin YUAN2, Yanju CHAI2
1Institude of Geodesy and Geophysics, Chinese Academy of Sciences, 2Chinese Academy of
Sciences

SE10-D4-PM1-P009

SE10-A001
Seismic Imaging with Dense Array for Unveiling Shallow Magma Chamber Under
Active Volcano
Zhiwei LI1#+, Feng BAO1, David A. YUEN2
1Chinese Academy of Sciences, 2University of Minnesota

SE10-D4-PM1-P010

SE10-A003
The Magmatic Plumbing System and Pre-Eruptive Conditions for the 1990 Kelud
Eruption and its Relation to Seismic and Lake Chemistry Data
Sri Budhi UTAMI1#+, Fidel COSTA1, Christina WIDIWIJAYANTI1, Hanik
HUMAIDA2
1Nanyang Technological University, 2Geological Agency of Indonesia

SE10-D4-PM1-P011

SE10-A004
Understanding the Monotonous Life of Open Vent Mafic Volcanoes
Dawn SWEENEY RUTH1#+, Fidel COSTA1, Mariton BORNAS2, Danikko John
RIVERA2
1Nanyang Technological University, 2Philippine Institute of Volcanology and Seismology

SE10-D4-PM1-P012

SE10-A005
Fractal Analysis of Mineral and Melt Inclusion Textures Unravels the Presence ofMultiple Crystal Populations in Igneous Rocks
Lilu CHENG1#+, Fidel COSTA1
1Nanyang Technological University

SE10-D4-PM1-P013

SE10-A008
From Analogue Modelling to Volcanic Monitoring Network Design
Cheryl TAY1#+, Fabio MANTA1, Stephen PANSINO1, Benoit TAISNE1
1Nanyang Technological University

SE10-D4-PM1-P014

SE10-A009
Mining Web-Cameras Archived for Volcano Deformation Signals
Darren TAN1#+, Fabio MANTA1, Benoit TAISNE1
1Nanyang Technological University

SE10-D4-PM1-P015

SE10-A010
Mining Social Media Feeds for Natural Hazard Early Warning and Mapping
Tracy KOH1#+, Anna PERTTU1, Benoit TAISNE1, Gao CONG1, Chin JINYAO1
1Nanyang Technological University

SE10-D4-PM1-P016

SE10-A011
Using Microlites to Investigate Magma Degassing and Controls on Eruption Styles
at Rabaul (Papua New Guinea)
Olivier BERNARD1#+, Cheryl TAY1, Ong SU QING, MIRANDA1, Terence CHUA1,
Caroline BOUVET DE MAISONNEUVE1
1Nanyang Technological University

316

316

SE10-D4-PM1-P017

SE10-A012
Combining Petrologic and Seismic Studies to Constrain Magma Storage Conditions
Beneath Marapi Volcano, West Sumatra, Indonesia
Dini NURFIANI1#+, Anna FOSTER2, Xin WANG1, Hendra GUNAWAN3, Dannie
HIDAYAT1, Shengji WEI1, Benoit TAISNE1, Caroline BOUVET DE
MAISONNEUVE1
1Nanyang Technological University, 2Université du Québec à Montréal, 3Center for
Volcanology and Geological Hazard Mitigation

SE10-D4-PM1-P018

SE10-A013
Apatite as a Potential Indicator of Magmatic Carbon Dioxide and Water
Concentrations
Weiran LI1#+, Fidel COSTA1, Jason HERRIN1
1Nanyang Technological University

SE10-D4-PM1-P019

SE10-A014
Differing Magmatic Process Before Caldera-Forming and Small Eruptions at Rabaul,
Papua New Guinea
Gareth FABBRO1#+, Mikhail SINGANG2, Chris MCKEE3, Caroline BOUVET DE
MAISONNEUVE1
1Nanyang Technological University, 2Rabaul Volcano Observatory, 3Port Moresby
Geophysical Observatory

SE10-D4-PM1-P020

SE10-A016
When Uncertainties Leads to Certainties: Benchmarking Geodetic Inversion Using
Analogue Models
Stephen PANSINO1#+, Benoit TAISNE1, Fabio MANTA1
1Nanyang Technological University

SE10-D4-PM1-P021

SE10-A017
Magma on the Move! Monitoring Magma Migration Using Synthetic Seismic
Amplitude Ratio Analysis
Chiou Ting TAN1#+, Benoit TAISNE1, Jurgen NEUBERG2
1Nanyang Technological University, 2University of Leeds

SE10-D4-PM1-P022

SE10-A018
Developing Plume Early Warning for Southeast Asia with InfrasoundAnna PERTTU1#+, Benoit TAISNE1, Dorianne TAILPIED1
1Nanyang Technological University

SE10-D4-PM1-P023

SE10-A019
Assessing the Detection Capabilities of Singapore's Infrasound System
Pei Shan ANG1#+, Anna PERTTU1, Benoit TAISNE1
1Nanyang Technological University

SE10-D4-PM1-P024

SE10-A020
From Qualitative to Quantitative Stress Field Characterisation in Analogue
Modelling
Shu Hui YEO1#+, Stephen PANSINO1, Benoit TAISNE1
1Nanyang Technological University

SE10-D4-PM1-P025

SE10-A023
WOVOdat-Learn: Online Machine Learning Plugin for WOVOdat
Erickson FAJICULAY1#+, Nang Tin Zar WIN1, Christina WIDIWIJAYANTI1, Fidel
COSTA1
1Nanyang Technological University
317

317

SE10-D4-PM1-P026

SE10-A027
Linking Surface Deformation and Degassing Activity: Constraints from Analogue
Experiments
Fabio MANTA1#+, Stephen PANSINO1, Benoit TAISNE1
1Nanyang Technological University

SE11-D4-PM1-P004

SE11-A001
Analysis of Geochemistry Genesis of Anomaly Phenomenon of Wells in Taikang
County, Henan Province
Jun ZHONG1+, Zhihua ZHOU1#, Xiujun XIA2, Bo WANG1
1China Earthquake Networks Center, 2Henan Earthquake Administration

SE12-D4-PM1-P008

SE12-A007
Study on the Change of Local Lithospheric Magnetic Field in Hutubi Gas Storage
Zhendong WANG1#+
1China Earthquake Administration

SE12-D4-PM1-P009

SE12-A009
Using Large Scale Active Fault Data Building Receive Fault Model in Coulomb
Stress Calculation
Qi YAO1#+, Jia CHENG2, Xiwei XU2
1Chinese Earthquake Networks Center, 2China Earthquake Administration

SE12-D4-PM1-P010

SE12-A010
Fault Locking Depth, Block Rotation Rates and Crustal Internal Permanent
Deformation of the Fen-Wei Rift Zones
Zhangjun LI1+, Jinwei REN1#, Weijun GAN1
1China Earthquake Administration

SE12-D4-PM1-P011

SE12-A012
Detection of Preparation Process of M~9 Earthquake Using Crustal Deformation
Due to M~7 Earthquake and its Afterslip Near the Hypocenter of M~9 Earthquake
Ryoko NAKATA1#+, Mamoru HYODO1, Takane HORI1
1Japan Agency for Marine-Earth Science and Technology

SE12-D4-PM1-P012

SE12-A015
Lithospheric Magnetic Field and Geological Structure in North China
Jiehao YUAN1#+
1China Earthquake Administration

SE13-D4-PM1-P014

SE13-A004
Tectonic Evolution of the Conjugated South China Sea Margins
Shiguo WU1#+, Jinwei GAO1
1Chinese Academy of Sciences

SE13-D4-PM1-P015

SE13-A007
Preliminary Study on Pd-Ni-Co Mineralogy in the Grasberg Deposit, Indonesia:
Implications for Mafic Magma Contribution to Porphyry Cu-Au Mineralization
Katsuhito TERASHIMA1#+, Kotaro YONEZU1, Thomas TINDELL1, Mega Fatimah
ROSANA2, Benny BENSAMAN3
1Kyushu University, 2Padjadjaran University, 3PT. Eksplorasi Nusa Jaya FreeportIndonesia

318

318

SE13-D4-PM1-P016

SE13-A008
Lithological Control on Occurrences of Deformation Band in Pyroclastic Rocks ofEastern Taiwan
Chih Cheng CHUNG1#+, Chia-Yu LU1
1National Taiwan University

SE13-D4-PM1-P017

SE13-A016
Evaluating Scandium and REEs Concentrations in Nickeliferous Laterites of
Palawan Mines Using Geochemical Analyses
Paul Irah ABELLA1#+, Carlo ARCILLA1, Jeremy James JIMENEZ1, Rio Jasper
RUELO1, Nancy AGUDA1
1University of the Philippines Diliman

SE13-D4-PM1-P018

SE13-A020
A Quick Look to the Differentiation Status of A- Type Granites Occurring in Parts of
Karbi Hills Massif: Evidence from REE Profile and Accessory Mineralogy
Dilip MAJUMDAR1#+, Abhijit GOGOI1, Pankhi DUTTA1
1Dibrugarh University

SE14-D4-PM1-P008

SE14-A001
Delineation of Karst Cavities Under Railway Construction Site by the Microgravity
SurveyHyoungrea RIM1#+, Gyesoon PARK1, Changryol KIM1
1Korea Institute of Geoscience and Mineral Resources

SE15-D4-PM1-P007

SE15-A004
Airborne Gravity Measurement in Eastern Kalimantan for Precise Geoid in
Kalimantan, Indonesia
Dyah PANGASTUTI1#+, Arisauna Maulidyan PAHLEVI1, Bagas
TRIARAHMADHANA1, Erfan Dany VARIANDY1, Prayudha HARTANTO1,
Safirotul HUDA1, Adolfientje KASENDA1, Widy PUTRA1, Hsuan-Chang SHIH2,
Cheinway HWANG3
1Badan Informasi Geospasial, 2National Taipei university, 3National Chiao Tung University

SE15-D4-PM1-P008

SE15-A006
Establishment of the Fault Slip Model for Large Historical Earthquake and its
Influence on Co-Seismic Calculations: An Example of the Ms 8.5 Haiyuan
Earthquakes in 1920 as an Example
Yuanhao DENG1, Huihong CHENG1+, Yaolin SHI1#, Huai ZHANG1
1University of Chinese Academy of Sciences

SE15-D4-PM1-P009

SE15-A008
The Computation of Airborne Gravity Data to Determine a Precise Local Geoid of
Sulawesi Island Indonesia
Bagas TRIARAHMADHANA1#+, Erfan Dany VARIANDY1, Dyah PANGASTUTI1,
Arisauna Maulidyan PAHLEVI1, Prayudha HARTANTO1, Safirotul HUDA1, Widy
PUTRA1
1Badan Informasi Geospasial

SE15-D4-PM1-P010

SE15-A009
Retrieving Volcanic Gravity Signals from Hydrologically Disturbed Gravity Data
Observed at Asama and Sakurajima Volcanoes
Takahito KAZAMA1#+
1Kyoto University

319

319

SE15-D4-PM1-P011

SE15-A012
Absolute Gravity Change and the Mass Redistribution Result Due to an Eruption on
April 28, 2016 of the Wandan Mud Volcano in Taiwan
Kai-Chien CHENG1#+, Ling-Ho CHUNG1, Ricky KAO2, Yuan-Hsi LEE1
1National Chung Cheng University, 2University of Calgary

SE16-D4-PM1-P009

SE16-A003
Penetration of Compositional Convection into the Upper Thermally Stable Layer inthe Earth's Outer Core
Shin-Ichi TAKEHIRO1#+, Youhei SASAKI1
1Kyoto University

SE16-D4-PM1-P010

SE16-A007
Core-Mantle Boundary Dynamic Topography as a Constraint on Lowermost Mantle
Structure
Frederic DESCHAMPS1#, Yves ROGISTER2, Paul TACKLEY3+
1Academia Sinica, 2Université de Strasbourg, 3ETH Zurich

SE16-D4-PM1-P011

SE16-A008
Slow Cycling of Slab Remnants by Mantle Convection Below Continental
Convergence Zones
Gary JARVIS1#+
1York University

SE16-D4-PM1-P012

SE16-A009
Modelling the Thermo-Chemical Evolution of the Mantle from a Molten State to thePresent Day
Paul TACKLEY1#+, Diogo LOURENCO1
1ETH Zurich

SE16-D4-PM1-P013

SE16-A012
Mantle Wedge Serpentinization Effects on Slab Dips
Eh TAN1#+
1Academia Sinica

SE16-D4-PM1-P014

SE16-A013
Imaging the High-Resolution Crust Structure in the Southern Segment of Tan-Lu
Fault Using Large Volume Airgun
Baoshan WANG1#+, Yunpeng ZHANG1, Weitao WANG1, Yihe XU11China Earthquake Administration

SE16-D4-PM1-P015

SE16-A014
Radial Profiles of Shear Velocity and Attenuation of the Lowermost Mantle Beneaththe Western Pacific and Preliminary Approach for 3D Structure
Kensuke KONISHI1#+, Nobuaki FUJI2, Frederic DESCHAMPS1
1Academia Sinica, 2Institut de Physique du Globe de Paris

SE16-D4-PM1-P016

SE16-A015
Multi-Pathing of ScS and the ULVZ’s at the Northeastern Edge of the Mid-Pacific
LLSVP
Daoyuan SUN1#+, Don HELMBERGER2
1University of Science and Technology of China, 2California Institute of Technology

320

320

SE16-D4-PM1-P017

SE16-A016
Constraints on Anisotropic Velocity Structure of the Lithosphere-Asthenosphere
System in the Central Pacific from the NoMelt OBS Array
Pei-Ying LIN1#+, James GAHERTY2, Joshua RUSSELL2, Shu-Huei HUNG3, Ge JIN2,John A. COLLINS4, Daniel LIZARRALDE4, Rob EVANS4, Greg HIRTH5
1Taiwan Ocean Research Institute, 2Lamont-Doherty Earth Observatory of Columbia
University, 3National Taiwan University, 4Woods Hole Oceanographic Institution, 5Brown
University

SE16-D4-PM1-P018

SE16-A018
Lithospheric Radial Anisotropy Beneath the Gulf of Mexico
Risheng CHU1#+, Justin KO2, Shengji WEI3, Zhongwen ZHAN2, Don
HELMBERGER2
1Chinese Academy of Sciences, 2California Institute of Technology, 3Nanyang Technological
University

SE19-D4-PM1-P005

SE19-A002
Numerical Modeling of Deformation Modes of Overriding Plate in Ocean-Continent
Subduction
Yanan SHI1#+, Dongping WEI1
1University of Chinese Academy of Sciences

SE19-D4-PM1-P006

SE19-A008
Seafloor Geodetic Survey Off the Coast of Ilan and Hualien in Taiwan
Horng-Yue CHEN1#+, Masataka ANDO2, Cheng-Horng LIN1
1Academia Sinica, 2Shizuoka University

SE19-D4-PM1-P007

SE19-A010
Determination of Moho Depths in N Luzon and NW Mindoro Using Teleseismic
Receiver Functions
Heng-Yi SU1#+, Po-Fei CHEN1, Erlington OLAVERE2, Bartolome BAUTISTA2,
Renato SOLIDUM2, Bor-Shouh HUANG3
1National Central University, 2Philippine Institute of Volcanology and Seismology,
3SE19-D4-PM1-P008

SE19-A013
Using Relative Arrival Times of Teleseismic S Waves to Investigate the Upper
Mantle Structures Beneath NW Mindoro
Li-Fan CHEN1#+, Po-Fei CHEN1, Erlington OLAVERE2, Bartolome BAUTISTA2,
Renato SOLIDUM2, Bor-Shouh HUANG3
1National Central University, 2Philippine Institute of Volcanology and Seismology,
3SE20-D4-PM1-P006

Academia Sinica

Academia Sinica

SE20-A002
High-Resolution, Multiproxy Palaeoenvironmental Changes Recorded from Two
Mile Lake, Southern Western Australia: Implications for Ramsar-Listed Playa Sites
Christos GOURAMANIS1#+, Patrick DE DECKKER2, Daniel WILKINS3, John
DODSON4
1National University of Singapore, 2Australian National University, 3Australian Antarctic
Division, 4Chinese Academy of Sciences

321

321

SE20-D4-PM1-P007

SE20-A003
Understanding the Eruptive History of Sumatran Volcanoes ThroughTephrostratigraphy
Marcus PHUA1#+, Sean PYNE-O'DONNELL1, Caroline BOUVET DE
MAISONNEUVE1, Hamdi RIFAI2, Rina ZURAIDA3, Nugroho D. HANANTO4,
Satish SINGH1,5
1Nanyang Technological University, 2Universitas Negeri Padang, 3Marine Geological
Institute, 4Indonesian Institute of Sciences, 5Institut de Physique du Globe de Paris

SE20-D4-PM1-P008

SE20-A005
Preliminary Results from an ICDP Pre-Site Seismic Survey on Nam Co for Late
Quaternary Paleoclimatic Studies on the Tibetan Plateau
Nora SCHULZE1#+, Volkhard SPIESS1, Fenna BERGMANN1, Julia HABERKERN1,
Gerhard DAUT2, Junbo WANG3, Torsten HABERZETTL2, Liping ZHU3
1University of Bremen, 2University of Jena, 3Chinese Academy of Sciences

SE20-D4-PM1-P009

SE20-A008
Lake and Peatland Palaeoclimate Reconstruction of Sumatra
Sean PYNE-O'DONNELL1#+, Marcus PHUA1, Hamdi RIFAI2, Caroline BOUVET DE
MAISONNEUVE1
1Nanyang Technological University, 2Universitas Negeri Padang

SE20-D4-PM1-P010

SE20-A011
Expressing the Eruptive History of Sumatran Volcanoes Through Magnetic
Properties
Hamdi RIFAI1#+, Marcus PHUA2, Sean PYNE-O'DONNELL2, Wahyoe HANTORO3,
Caroline BOUVET DE MAISONNEUVE2
1Universitas Negeri Padang, 2Nanyang Technological University, 3Indonesian Institute of
Sciences

SE21-D4-PM1-P020

SE21-A002
Seismo-Tectonics and Seismic Potential of the Liupanshan Fault Zone, China
Fang DU1#+, Xueze WEN1, Jiangang FENG2, Long FENG1, Mingjian LIANG1, Jiang
WU1
1Earthquake Administration of Sichuan Province, 2Earthquake Administration of Gansu
Province

SE21-D4-PM1-P021

SE21-A003
Tectonic Activity, Seismicity and GPS Deformation Along the Yunnan, China,
Segment of the Red River Fault Zone (RRFZ)
Xueze WEN1#+, Shengli MA2, Fang DU1, Lifeng WANG2, Mingjian LIANG1, Long
FENG1
1Earthquake Administration of Sichuan Province, 2China Earthquake Administration

SE21-D4-PM1-P022

SE21-A007
An MW-Based Historical Earthquake Catalog for Mainland China
Jia CHENG1, Yufang RONG2#+, Harold MAGISTRALE2, Guihua CHEN1, Xiwei XU11China Earthquake Administration, 2FM Global

SE21-D4-PM1-P023

SE21-A013
Tectonic Geomorphology Along the Sagaing Fault Between Nay Pyi Taw and Myo
Chaung, Myanmar
Soe MIN1#+, Saw Ngwe KHAING2,3, Lin Thu AUNG4,5, Soe Thura TUN3, Yu WANG4
1Taungoo University, 2Hinthada University, 3Myanmar Earthquake Committee, 4Nanyang
Technological University, 5Myanmar Geosciences Society

322

322

SE21-D4-PM1-P024

SE21-A017
Structural Deformations Along the Active Sagaing Fault Zone Between Sagaing and
Mingun Area, Central Myanmar
Kaung SITHU1#+, Saw Ngwe KHAING2,3
1Pathein University, 2Hinthada University, 3Myanmar Earthquake Committee

SE21-D4-PM1-P025

SE21-A022
The Fault Slip Distribution of Zaduo Earthquake Revealed by Sentinel-1A Insar
Data
Chen WEI1#+
1China Earthquake Administration

SE21-D4-PM1-P026

SE21-A024
Seismicity Around the Hutubi Underground Gas Storage
Baoshan WANG1#+, Bo ZHANG1, Zhanbo JI1, Jinxin HOU1, Lu LI1
1China Earthquake Administration

SE21-D4-PM1-P027

SE21-A025
The Numerical Simulation Study of the Earthquake Cycle on the Longmen Shan
Fault
Wei TAO1#+, Zheng-Kang SHEN2
1China Earthquake Administration, 2University of California, Los Angeles

SE21-D4-PM1-P028

SE21-A026
Active Tectonics Revealed by River Profiles Along the Puqu Fault
Ping LU1+, Yu SHANG2#
1Tongji University, 2Shanghai University

SE21-D4-PM1-P029

SE21-A027
Structural Observation of the Input Materials at the Sumatra Seismogenic Zone:
Preliminary Results from International Ocean Discovery Program Expedition 362
Mari HAMAHASHI1#+, Abby KENIGSBERG2, Yehua SHAN3, Paola VANNUCCHI4,
Peter VROLIJK5, Lisa MCNEILL6, Brandon DUGAN7, Katerina PETRONOTIS8, JanBACKMAN9, Sylvain BOURLANGE10, Farid CHEMALE11, Wen-Huang CHEN3,
Tobias COLSON12, Marina FREDERIK13, Gilles GUERRIN14, Timothy HENSTOCK6,
Brian HOUSE15, Andre HUEPERS16, Tamara JEPPSON17, Sarah KACHOVICH18,
Mebae KURANAGA19, Steffen KUTTEROLF20, Kitty MILLIKEN21, Freya
MITCHISON22, Hideki MUKOYOSHI23, Nisha NAIR24, Satoko OWARI25, Kevin
PICKERING26, Hugo POUDEROUX27, Insun SONG28, Marta TORRES29, Tao
YANG30, Xixi ZHAO31,32
1Nanyang Technological University, 2Pennsylvania State University, 3Chinese Academy of
Sciences, 4University of London, 5New Mexico Tech, 6University of Southampton, 7Colorado
School of Mines, 8Texas A&M University, 9Stockholm University, 10CNRS-Université deLorraine, 11Universidade do Vale do Rio dos Sinos, 12University of Western Australia,
13

Center for Regional Resources Development Technology (PTPSW-TPSA), 14Lamont-

Doherty Earth Observatory of Columbia University, 15University of California, San Diego,
16

University of Bremen, 17University of Wisconsin-Madison, 18The University of

Queensland, 19Yamaguchi University, 20GEOMAR Helmholtz Centre for Ocean Research,
21

Bureau of Economic Geology, 22Cardiff University, 23Shimane University, 24Ministry of

Earth Sciences, 25Chiba University, 26University College London, 27University de Rennes I,
28

Korea Institute of Geoscience & Mineral (KIGAM), 29Oregon State University, 30China

University of Geosciences, 31University of California Santa Cruz, 32Tongji University

323

323

SE21-D4-PM1-P030

SE21-A029
Offshore Active Faults Mapping in Lamon Bay, Quezon Province, Philippines Using
Acoustic Marine Profiling
Bryan MARFITO1#+, Deo LLAMAS1, Emmanuelle MITIAM1, Winchelle SEVILLA1,
Renato SOLIDUM1, Takashi NAKATA2
1Philippine Institute of Volcanology and Seismology, 2Hiroshima University

SE21-D4-PM1-P031

SE21-A031
The Surface Rupture and Earthquake Disaster in Wenchuan
Yi DU1#+
1China Earthquake Administration

SE21-D4-PM1-P032

SE21-A032
Using GPS to Study the Characteristics of Present-Day Tectonic Movement andGeodynamic Implication of the Red River Fault and its Adjacent Areas
Zhaosheng NIE1#+
1China Earthquake Administration

SE21-D4-PM1-P033

SE21-A036
Relative Tectonic Activity of Northern Bohol Island, Philippines: Constraints from
Geomorphic Indices
Keanu Jershon SARMIENTO1#+, Noelynna RAMOS1
1University of the Philippines Diliman

SE21-D4-PM1-P034

SE21-A039
3D Fault Geometries in the Nankai Trough, Japan
Shiyuan FANG1#+, Judith HUBBARD1, Gregory MOORE2
1Nanyang Technological University, 2University of Hawaii at Manoa

SE21-D4-PM1-P035

SE21-A040
The Buried Active Faults Revealed by the Double-Difference Tomography and
Focal Mechanisms in the Coastal Region of Southeastern China
Ailan ZHU1#+, Ye REN1, Peng WANG1, Fei LIU1
1Earthquake Administration of Shanghai Municipality

SE21-D4-PM1-P036

SE21-A044
Application of Match and Locate Method on Broadband Array to Detect Small
Earthquakes in Yilan Plain
Yi-De PENG1#+, Po-Fei CHEN1, Po-Li SU1
1National Central University

SE21-D4-PM1-P037

SE21-A045
Analysis of the 2016 Aceh MW 6.5 Strike-Slip Earthquake Using Joint Inversion ofInsar and Teleseismic Data
Rino SALMAN1#+, Emma HILL1, Shengji WEI1, Lujia FENG1, Eric LINDSEY1, Teng
WANG1, Kyle BRADLEY1, Muzli MUZLI1,2
1Nanyang Technological University, 2Meteorological Climatological and GeophysicalAgency of Indonesia

SE22-D4-PM1-P008

SE22-A003
Palaeoenvironment of an Intertrappean Locality, Central India (Manawar, Madhya
Pradesh): Inferences from Microfossil and Stable Isotope Data
Vivesh V. KAPUR1#+, Shailesh AGRAWAL1, Jyotsana RAI1
1Birbal Sahni Institute of Palaeosciences

324

324

SE25-D4-PM1-P016

SE25-A001
Subduction-Related 200 Ma Talun Metagranite, Se Taiwan: An Age Constraint for
Paleo-Pacific Plate Subduction Beneath South China Block During Mesozoic
Tzen-Fu YUI1#+, H.T. CHU2, K. SUGA1, Ching-Yomg LAN1, San-Hsiung CHUNG2,
K.L. WANG1, M. GROVE3
1Academia Sinica, 2Central Geological Survey, 3Stanford University

SE25-D4-PM1-P018

SE25-A006
Seismic Imaging of Crustal and Uppermost Mantle Structure and Deformation in
Eastern China
Hongyi LI1#+, Longbin OUYANG1, Xiaoyu YANG1, Yangfan DENG2, Jiapeng LI1,
Xinfu LI1
1China University of Geosciences, 2Chinese Academy of Sciences

SE25-D4-PM1-P019

SE25-A010
Shallow Velocity Structure Inversion from Microtremor H/V Spectral Ratio Base on
Diffuse Field Assumption in the Western Plain of Taiwan
Chun-Te CHEN1#+
1Academia Sinica

SE25-D4-PM1-P020

SE25-A017
Origin of the High Strain Rate of the Northeastern Part of Niigata- Kobe Tectonic
Zone Inferred from the Spatial Variation in Coda Q
Masanobu DOJO1#+, Yoshihiro HIRAMATSU1
1Kanazawa University

SE25-D4-PM1-P021

SE25-A018
Three-Dimensional Velocity Model of Crustal Structure in the Southern Korean
Peninsula and its Full-Waveform Validations
Junkee RHIE1#+
1Seoul National University

SE25-D4-PM1-P022

SE25-A021
Spatial Distribution of Ice Tremor Recorded at Syowa Station in Antarctica
Yuya TANAKA1#+, Yoshihiro HIRAMATSU1, Yoshiaki ISHIHARA2, Masaki
KANAO3
1Kanazawa University, 2Japan Aerospace Exploration Agency, 3National Institute of Polar
Research

SE25-D4-PM1-P023

SE25-A022
Full Gravity Gradient Tensor Inversion in Spherical Coordinate System
Yi ZHANG1#+, Hui LI2, Yulong WU3, Xinlin ZHANG3, Jianguo YAN4, Guiju WU3,
Jiapei WANG3
1Institute of Seismology, China Earthquake Administration, 2Institute of Seismology, China
Earthquake Administration, 3China Earthquake Administration, 4Wuhan University

SE25-D4-PM1-P024

SE25-A025
Electronic Geological and Geophysical Atlas of the Sikhote-Alin Orogenic Belt andAdjacent Areas
Alexei DIDENKO1, Gulshat GILMANOVA1#+, Vladimir ZABRODIN1, Oleg RYBAS1,
Tanya MERCULOVA1, Mihkail NOSYREV1, Boris SHEVCHENKO1
1Far Eastern Branch of Russian Academy of Sciences

SE25-D4-PM1-P025

SE25-A026
Structural Change of the Frustule of Diatom by Thermal Treatment
Akane ARASUNA1#+
1Kanazawa University
325

325

SE25-D4-PM1-P026

SE25-A028
Ash Mass Discharge Rate from Ibu Volcano, Maluku, East Indonesia
Philipson BANI1#+
1CVGHM / IRD

SE25-D4-PM1-P027

SE25-A029
Lithospheric Structure of the Subducting Izu-Bonin-Mariana Arc Beneath Japan
Inferred from Inversions of Receiver Function and Surface Wave Dispersion
Sawako KINOSHITA1#+, Kiwamu NISHIDA2, Toshihiro IGARASHI2, Yosuke
AOKI2, Minoru TAKEO2
1National Institute of Advanced Industrial Science and Technology, 2The University ofTokyo

SE25-D4-PM1-P028

SE25-A030
Paleoenvironmental Reconstruction of the Isugod Formation and Alfonso XIII
Formation, Palawan, Philippines: Microfacies Analysis and Sandstone ProvenanceAlexandria TANCIONGCO1#+, Regina Martha LUMONGSOD2, Raul Benjamin
MENDOZA2, Ana Lorena ABILA2, Jose Dominick GUBALLA2, Carlo ARCILLA1
1University of the Philippines Diliman, 2UP National Institute of Geological Sciences

SE25-D4-PM1-P029

SE25-A031
Shakealert@Taiwan: A Non-Traditional Regional Earthquake Early Warning System
Based on Time-Dependent Anisotropic Peak Ground Motion Attenuation
Relationships
Yih-Min WU1#+
1National Taiwan University

SE25-D4-PM1-P030

SE25-A033
Magnetic Measurements of Sediments from Citarum River in Bandung, Indonesia
Sudarningsih SUNDARNINGSIH1#+, Satria BIJAKSANA1, Widodo WIDODO1,
Irwan ISKANDAR1
1Institut Teknologi Bandung

SE25-D4-PM1-P031

SE25-A034
The 29ky Caldera-Forming Eruption of Mt. Masurai, Jambi, Indonesia
Antonius RATDOMOPURBO1#+, Ruly SETIAWAN2, Arief PRABOWO1, SamPERMANADEWI1, Mutiara EFFENDI1, Asep ROHIMAN1, Ronaldo IRZON2, Eko
WAHYUDI3
1Geological Agency, 2Center for Geological Survey, 3Bappeda Merangin Jambi

SE25-D4-PM1-P032

SE25-A036
Polymerization of Silicate Anion in Layered Double Hydroxide and
Serpentinization at Low Temperature
Haruko HASE1+, Tsutomu SATO1#
1Hokkaido University

SE25-D4-PM1-P033

SE25-A037
Petrological and Geochemical Signatures of the Ultramafic Section of the Pujada
Ophiolite, Se Mindanao, Philippines
Valerie Shayne OLFINDO1#+
1University of the Philippines Diliman

326

326

SE25-D4-PM1-P034

SE25-A040
Petrological Characteristics of the Inagauan Metamorphics, South Central Palawan:
Possible Relationship with the Emplacement of the Palawan Ophiolite Complex
Christine Joy AMIYAN1#+, Monica Joyce PERALTA2, Mary Lance GARCIA2, Carlo
ARCILLA1, Gabriel Theophilus VALERA1
1University of the Philippines Diliman, 2UP National Institute of Geological Sciences

SE25-D4-PM1-P035

SE25-A041
Hydrogeology and Geochemistry of the Hyperalkaline Springs in Palawan,
Philippines
Nicole PELLEJERA-ORUGA1#+, Carlo ARCILLA1, Dawn CARDACE2, Kristin
WOYCHEESE3, D'Arcy MEYER-DOMBARD4, Emmanuel CODILLO1, Roxanne
SAMOSA1, Timothy IRINGAN1
1University of the Philippines Diliman, 2University of Rhode Island, 3Massachusetts
Institute of Technology, 4University of Illinois at Chicago

SE25-D4-PM1-P036

SE25-A044
Trace Element and Microbial Studies in Hydrothermal Spring Fluids and Their
Genetic Implications in Manleluag, Pangasinan, Philippines
Timothy IRINGAN1#+, Carlo ARCILLA1, Dawn CARDACE2, D'Arcy MEYERDOMBARD3, Nicole PELLEJERA-ORUGA1, Kristin WOYCHEESE4
1University of the Philippines Diliman, 2University of Rhode Island, 3University of Illinois
at Chicago, 4Massachusetts Institute of Technology

SE25-D4-PM1-P037

SE25-A045
Tracing the Origins of Luzon Black Sands: Provenance Analysis of Magnetite Sands
via Mineralogy and Geochemistry
Jeremy James JIMENEZ1#+, Carlo ARCILLA1
1University of the Philippines Diliman

SE25-D4-PM1-P038

SE25-A048
Variability of Clay Mineral Assemblage of Fluvial Sediments in South Central
Palawan Due to Differences in Source Terrane
Oliver Paul HALASAN1#+, Virgilio III Elijah RINGOR1, Moises Ian AREVALO1,
Edwin PABITO1, Carlo ARCILLA2, Jillian Aira GABO2
1UP - National Institute of Geological Sciences, 2University of the Philippines Diliman

SE25-D4-PM1-P039

SE25-A049
Unroofing History of South Central Palawan: Clues from Provenance Analyses ofSandstones from Panas and Isugod Formations
Aminshani LUKMAN1#+, Carlo ARCILLA2, Allan Gil FERNANDO1, Ian Dave
Caezar TADURAN1, Miguel Luis CABAIS1, Juan Gabriel ABAJON1
1UP National Institute of Geological Sciences, 2University of the Philippines Diliman

SE25-D4-PM1-P040

SE25-A051
Ion-Exchanged Philippine Bentonites: Preparation, Characterization, and Phenol
Adsorption Property
Camille MENDOZA1, Mel Bryan ESPENILLA1, Xandr Neal UBOAN1+, Carlo
ARCILLA1, Marlon CONATO1#
1University of the Philippines Diliman

SE25-D4-PM1-P041

SE25-A052
Petrographic and Geochemical Correlation Between Sandstone Units from Northand South-Central Palawan, Philippines
Rasty RASTRULLO1#+, Marmelou POPES1, Selwyn CABALUNA1, Ray
PADERNILLA1, Reven GIBAGA1, Carlo ARCILLA1
1University of the Philippines Diliman
327

327

SE25-D4-PM1-P042

SE25-A053
Quantitative Mineralogical Analysis of Nickel Laterite from Long Point, Apurawan,
Aborlan, Palawan
Chelsi Grace MENDOZA1#+, Carmela Alen TUPAZ1, Kathleen Ann FERRER1,
Joahnna Marie ILORETA1, Angelita PANGILINAN1, Carlo ARCILLA1
1University of the Philippines Diliman

SE25-D4-PM1-P043

SE25-A054
Lithologic Correlation of the Metamorphic Units from North to South Central
Palawan Using Petrography and Sedimentary Geochemistry
Marmelou POPES1#+, Rasty RASTRULLO1, Selwyn CABALUNA1, Ray
PADERNILLA1, Reven GIBAGA1, Carlo ARCILLA1
1University of the Philippines Diliman

SE25-D4-PM1-P044

SE25-A055
Clays from Sagada, Mountain Province, Phillipines: Raw Material for Ceramic
Application
Aran Khristian MENDOZA1#+, Carlo ARCILLA1
1University of the Philippines Diliman

SE25-D4-PM1-P045

SE25-A056
Chemical, Mineralogical, and Thermal Analysis of Bentonites and Zeolites from
Mangatarem, Pangasinan, Philippines
Paul Albert Frederick CASTILLO1#+, Emmanuel CODILLO1, Carlo ARCILLA1
1University of the Philippines Diliman

SE25-D4-PM1-P046

SE25-A057
Mobilization and Enrichment of Elements in a Nickel Laterite Profile from Aborlan,
Palawan, Philippines
John Kent REMOLADOR1#+, Alger Danielle BALLON1, Johann Joseph SAHAGUN1,
Chechen TAN1, Jillian Aira GABO1, Carlo ARCILLA1
1University of the Philippines Diliman

SE25-D4-PM1-P047

SE25-A059
Crustal Structure Beneath Northeastern Tibetan Plateau Revealed by Teleseismic
Receiver Functions
Xinfu LI1#+, Hongyi LI1
1China University of Geosciences

SE25-D4-PM1-P048

SE25-A060
Analysis of Seismic Signals Near Jang Bogo Station, Terra Nova Bay, East Antarctica
Chang Hwan KONG1#+, Tae-Seob KANG1, Hyun Jae YOO1
1Pukyong National University

SE25-D4-PM1-P049

SE25-A065
Preliminary Study on Seabed Pockmarks in the Hupo Basin of the East Sea (Sea ofJapan)
Chang Hwan KIM1#+, Myoung Hoon LEE1, Chan Hong PARK1, Won-Hyuck KIM1,
Soon-Young CHOI1, Hyeon Yeong PARK1
1Korea Institute of Ocean Science & Technology

SE25-D4-PM1-P050

SE25-A067
Global Ionospheric VTEC Forecasting by Using an Adaptive Autoregressive Model
Cheng WANG1#+, Chuang SHI1
1Wuhan University

328

328

SE27-D4-PM1-P006

SE27-A001
Age and Geochemical Constraints from NW Sumatra on the Petrogenesis of Arc
Volcanism and Tectonic Implications
Yu-Ming LAI1#+, Sun-Lin CHUNG2, Azman GHANI3, Sayed MURTADHA4, Mei-Fei
CHU2, Hao-Yang LEE5, Chun-Chieh HSU2
1National Taiwan Normal University, 2National Taiwan University, 3University of Malaya,4

SE27-D4-PM1-P007

Syiah Kuala University, 5Academia Sinica

SE27-A008
Petrographic and Geochemical Analysis of Gabbros from the Palawan Ophiolite
Iran BROTAMONTE1, Maria Caezare Mae CARINO1, Myre Adrienne JadeGESULGA1#, Jalan Joy UMBINA1+, Emmanuel CODILLO1
1University of the Philippines Diliman

329

329

Presentations
11 Aug, 2017
Friday330

Day 5 - 11 Aug 2017, Friday
Program Overview
11 Aug 2017, Friday
Time /
Room

AM1

AM2

Lunch

PM1

PM2

Evening

08:30 - 10:30

11:00 - 12:30

12:30 - 14:00

14:00 - 15:30

16:00 - 18:00

18:00 – 19:00

MR308

AS42 (p345)

AS42 (p346)

AS06 (p335)

MR309

ST16 (p360)

ST16 (p360)

ST Session
Discussion

MR310

HS13 (p349)

HS13 (p350)

HS15 (p351)

MR311

SE02 (p362)

SE15 (p363)

SE11 (p363)

MR327

HS11 (p347)

HS11 (p348)

HS12 (p348)

MR328

OS07 (p354)

OS21 (p356)

OS21 (p357)

MR329

OS11 (p355)

OS11 (p356)

OS05 (p353)

MR330

IG04 (p352)

IG IG
DLDL
(p12)

IG Meeting

MR331

PS08 (p358)

PS PS
DLDL
(p16)

PS Meeting

MR332

AS17 (p337)

AS16 (p335)

AS16 (p336)

MR333

AS36 (p343)

AS36 (p344)

AS22 (p339)

MR334

AS41 (p344)

AS18 (p338)

AS18 (p338)

MR335

AS31 (p340)

AS31 (p341)

Closing(p38)
Closing

FarewellReception

SummitNicollWorkshop2
Workshop
2 (p34)AS31 (p342)
IG Posters (p365)
PS Posters (p375)

331

331

Sessions & Conveners* Main Convener
AS06

Spatial and Temporal Variability of Aerosol in an Around Indian Subcontinentand the Associated Radiative Forcing - a Study from In-situ and Satellite Derived
Data*Harilal MENON Goa University, Binita PATHAK Dibrugarh University, Mukunda
M. GOGOI Vikram Sarabhai Space Centre, Yogesh KANT Indian Institute of Remote
Sensing

AS16

Anthropogenic and Aeolian Aerosols*Cheol-Hee KIM Pusan National University, Fan MENG Chinese Research Academy ofEnvironmental Sciences, Chung-Shin YUAN National Sun Yat-sen University, Mizuo
KAJINO Japan Meteorological Agency, Soon-Ung PARK Center for Atmospheric andEnvironmental Modeling

AS17

Heavy Rainfall Monitoring and Associated QPE/QPF in the Complex Terrain
Area*Chian-Yi LIU National Central University, Dong-In LEE Pukyong National University,
Edgar VALLAR De La Salle University, Tien-Chiang YEH Central Weather Bureau, Ben
JOU National Taiwan University

AS18

Advances in Understanding and Simulation of Land-atmosphere Interactions*Eun-Soon IM Hong Kong University of Science and Technology, Min-Hui LO National
Taiwan University, Joong-Bae AHN Pusan National University

AS22

Enso and Iod Theory, Impact and Prediction*Tao LIAN State Oceanic Administration, Dake CHEN State Oceanic Administration,
Youmin TANG State Oceanic Administration

AS31

Regional Climate Downscaling and CORDEX: Challenges and Prospects*Hyun-Suk KANG Korea Meteorological Administration, Satyaban B. RATNA
University of East Anglia, Fredolin T. TANGANG National University of Malaysia,
Xianxiang LI Singapore-MIT Alliance for Research and Technology, Jason EVANS
University of New South Wales

AS36

Extreme Weather Resiliency: Prediction and Response Strategies*Everette JOSEPH University at Albany, State University of New York, Pay-Liam LIN
National Central University, Ming-Jen YANG National Taiwan University, Shanka Lal
GARG Disaster Advances, Ashwajeet GARG World Research Journals

AS41

Exploration and Science of the Earth’s Lower and Middle Atmosphere: Past,
Present and Future Perspectives*Som Kumar SHARMA Physical Research Laboratory, Shikha RAIZADA Arecibo
Observatory, Puerto Rico, USA, Krishna SHUKLA Physical Research Laboratory, Sumit
Kumar MISHRA CSIR-National Physical Laboratory, P K RAJESH National Central
University

AS42

Remote Sensing of Fires, Aerosols, Surface Pm2.5, and Aerosol Precursors*Jun WANG The University of Iowa, Liangfu CHEN Chinese Academy of Sciences, Andy
CHAN The University of Nottingham, Santo SALINAS National University of Singapore

HS11

Impacts and Consequences of Changing Climate and Landuse on Hydrology*Shailesh SINGH National Institute of Water and Atmospheric Research, C. T. DHANYA
Indian Institute of Technology Delhi, Mingna WANG China Institute of Water Resourcesand Hydropower Research
332

332

HS12

Urban Development and Climate Change*Jeanne Jinhui HUANG Nankai University, James LI Ryerson University

HS13

Dealing with Hydrological Extremes: Theory, Simulation, and Practice*Ke-Sheng CHENG National Taiwan University, Yasuto TACHIKAWA Kyoto
University, Hidetaka CHIKAMORI Okayama University, Wen-Cheng HUANG
National Taiwan Ocean University

HS15

Risk Assessment Related to Hydrological, Climatic, and Environmental Changes*Tsang-Jung CHANG National Taiwan University, Hwa-Lung YU National Taiwan
University, Hao-Che HO National Taiwan University

IG04

General Session*Kazuhisa GOTO Tohoku University, James GOFF University of New South Wales

OS05

Interactions in the Freezer: the Complex Roles of the Ocean, Ice, and Atmospherein the Polar Regions*Robin ROBERTSON University of New South Wales, Helen MACDONALD National
Institute for Water and Atmospheric Research (NIWA), Xiaochun WANG Nanjing
University of Information Science & Technology

OS07

General and Multidisciplinary Oceanography*Charles LEMCKERT University of Canberra, Yuping GUAN LED, South China Sea
Institute of Oceanology, Chinese Academy of Sciences, Hla Hla AUNG Myanmar
Earthquake Committee, Tao YANG China University of Geosciences, Rina ZURAIDA
Marine Geological Institute, Xuefa SHI State Oceanic Administration

OS11

Observations and Modeling of Physical, Chemical, and Biological Processes in
the Southern Ocean*Jiping LIU Institute of Atmospheric Physics, Chinese Academy of Sciences, Bhaskar
PARLI National Centre for Antarctic & Ocean Research, Oscar SCHOFIELD Rutgers
University, Jiuxin SHI Ocean University of China, Louise NEWMAN SOOS
International Project Office and University of Tasmania

OS21

Western Boundary Currents, Eddies and Continental Shelf Processes*Ruoying HE North Carolina State University, Jianping GAN The Hong Kong
University of Science and Technology, Moninya ROUGHAN University of New South
Wales

PS08

Juno's Exploration of Jupiter*Scott BOLTON Southwest Research Institute, Paul HARTOGH Max Planck Institute for
Solar System Research, Wing-Huen IP National Central University, Glenn ORTON Jet
Propulsion Laboratory, California Institute of Technology

ST16

The Large-scale Interplanetary Phenomena: Sources, Properties and Space
Weather Effects*Chenglong SHEN University of Science and Technology of China, Lan JIAN NASA
Goddard Space Flight Center, Yuri YERMOLAEV Russian Academy of Sciences, Bingxian
LUO National Space Science Center of Chinese Academy of Sciences

SE02

From Escape to Subduction: the Tectonics of Indochina*Raymond RUSSO University of Florida, Shengji WEI Earth Observatory of Singapore,
Victor MOCANU University of Bucharest, Sutatcha HONGSRESAWAT Mahidol
University, Jonathan AITCHESON University of Queensland

333

333

SE11

Earthquake Hydrology Geochemistry and Hydroseismology*Fuqiong HUANG China Earthquake Network Center, Narayan Prasad DEWANGAN
Sarguja University, Kuofong MA TaiPei University, Yasuyuki KANO Kyoto University,
Bhaskar CHANDRAKAR Chhattisgarh Swami Vivekanand Technical University(CSVTU)

SE15

Promoting Geodetic and Geodynamic Applications of Static and Time-varying
Gravimetry in Asia-oceania*Cheinway HWANG National Chiao Tung University, Dyah PANGASTUTI Badan
Informasi Geospasial, Wenke SUN University of Chinese Academy of Sciences, Yoichi
FUKUDA Kyoto University

334

334

AS06 / Spatial and Temporal Variability of Aerosol in an Around Indian
Subcontinent and the Associated Radiative Forcing - a Study from In-situ andSatellite Derived Data
Fri - 11 Aug | MR308
Session Chair(s)Harilal B. MENON, Goa University
Mukunda M. GOGOI, Vikram Sarabhai Space Centre

14:00
AS06-D5-PM1308-001

AS06-A011
Impact of Forest Fire on Black Carbon Concentration and Tropospheric NO2 OverNorth Eastern Region of India
Arup BORGOHAIN1#+, Nilamoni BARMAN1, Shyam Sundar KUNDU1, Aniket
CHAKRAVORTY1, Rekha BHARALI1, P.L.N. RAJU1
1North Eastern Space Applications Centre

14:15
AS06-D5-PM1308-002

AS06-A004
Vertical Profiles of Aerosol Optical Properties in the Indo-Gangetic Plain and its
Radiative Implications
Aditya VAISHYA1#+, V. JAYACHANDRAN1, Mukunda M. GOGOI1, S. Suresh
BABU1
1Vikram Sarabhai Space Centre

14:30
AS06-D5-PM1308-003

AS06-A007
Aircraft Measurements of Aerosol Number Size Distribution Over India: Radiative
Implications of Elevated Coarse Mode Absorption During Spring
Mukunda M. GOGOI1#+, S. Suresh BABU1, Lakshmi N. B.1, Vijayakumar S. NAIR1,
K. KRISHNA MOORTHY2
1Vikram Sarabhai Space Centre, 2Indian Institute of Science

14:45
AS06-D5-PM1308-004

AS06-A008
Spatial and Temporal Variability of Aerosol Optical Depth (AOD), BC Mass
Concentration and Associated Radiative Forcing Over Oceanic Domain of Tropics,
Sub-Tropics and Polar Waters of Indian Ocean
Harilal MENON1#+, Shrivardhan HULSWAR1
1Goa University

15:00
AS06-D5-PM1308-005

AS06-A003
Decadal Climatological Variability of Aerosol Loading in the Upper Brahmaputra
Basin and Their Radiative Properties
Tamanna SUBBA1#+, Binita PATHAK1, Mukunda M. GOGOI2, Pradip BHUYAN1
1Dibrugarh University, 2Vikram Sarabhai Space Centre

AS16 / Anthropogenic and Aeolian Aerosols
Fri - 11 Aug | MR332
Session Chair(s)Chung-Shin YUAN, National Sun Yat-sen University
Cheol-Hee KIM, Pusan National University

11:00
AS16-D5-AM2332-001
Invited

AS16-A008
Fast Responses of Climate System to Carbon Dioxide, Aerosols and Sulfate Aerosols
Without the Mediation of SST in the CMIP5
Di TIAN1+, Wenjie DONG2#, Dao-Yi GONG3, Yan GUO3, Shili YANG3
1State Oceanic Administration, 2Sun Yat-sen University, 3Beijing Normal University
335

335

11:15
AS16-D5-AM2332-002

AS16-A021
Source-Receptor Relationship of PM2.5 Over East Asia and its Validation Using
Chemical Measurements and Model Intercomparison
Mizuo KAJINO1#+, Keiichi SATO2, Cheol-Hee KIM3, Jong Jae LEE3, Akinori
TAKAMI4, Hiromasa UEDA5
1Japan Meteorological Agency, 2Asia Center for Air Pollution Research, 3Pusan National
University, 4National Institute for Environmental Studies, 5Kyoto University

11:30
AS16-D5-AM2332-003

AS16-A004
Spatiotemporal Variation and Source Apportionment of PM2.5 for Two TypicalEpisodes in Central Taiwan
Chung-Shin YUAN1#+, Huazhen SHEN1, Yubo JIANG1, Zongmou YANG1, ChungMin HUNG11National Sun Yat-sen University

11:45
AS16-D5-AM2332-004

AS16-A016
The Changing Aeolian Dust Emissions Over South Asia Inferred from Multiple
Ground and Satellite Measurements
V. VINOJ1#+, Satyendra Kumar PANDEY1, Kiranmayi LANDU1, Suresh Babu S.2
1Indian Institute of Technology Bhubaneswar, 2Vikram Sarabhai Space Centre

12:00
AS16-D5-AM2332-005

AS16-A006
Simulation of the Dust Aerosol and its Climatic Effect Over East Asia Using WRFChem Model
Siyu CHEN1+, Jianping HUANG1#
1Lanzhou University

12:15
AS16-D5-AM2332-006

AS16-A011
Dust Activity and its Effects on Meteorological Fields Over East Asia
Lin SU1#+
1Hong Kong University of Science and Technology

Session Chair(s)Cheol-Hee KIM, Pusan National University

14:00
AS16-D5-PM1332-007
Invited

AS16-A022
To Improve the Flux Estimation of Atmospheric Organic Nitrogen by Using
Different Molecular Weight Composition Mode
Hung-Yu CHEN1#+, Yi-Cian SHIH1
1National Taiwan Ocean University

14:15
AS16-D5-PM1332-008

AS16-A003
Emissions of Polybrominated Diphenyl Ethers During the Start-up Incineration
Procedure by the Multi-Fuel- Combustion of Diesel and Waste
Sheng-Lun LIN1#+, Farran REDFERN2, Lin-Chi WANG1, Jhong-Lin WU2
1Cheng Shiu University, 2National Cheng Kung University

14:30
AS16-D5-PM1332-009

AS16-A018
Influences of Aeolian Dusts and Anthropogenic Particles on Ambient Particulate
Air Quality in Southern Taiwan During Rainy Season - Effect of Typhoon Outflows
Chung-Shin YUAN1#+, Chun-Chung LU1, Tsung-Chang LI1, Huazhen SHEN1
1National Sun Yat-sen University

336

336

14:45
AS16-D5-PM1332-010

AS16-A015
Evaluations and Modification of Emissions Using 3D-Var Data Assimilation
Technique Over Northeast Asia
Hyun-Young JO1+, Hyo-Jung LEE1, Yu-Jin JO1, Cheol-Hee KIM1#
1Pusan National University

15:00
AS16-D5-PM1332-011

AS16-A013
Study on the Chemical Characteristics of Aerosols Associated with Long-Range
Transport Over East Asia Using WRF-Chem Model
Yu-Jin JO1+, Hyo-Jung LEE1, Hyun-Young JO1, Cheol-Hee KIM1#
1Pusan National University

AS17 / Heavy Rainfall Monitoring and Associated QPE/QPF in the Complex
Terrain Area
Fri - 11 Aug | MR332
Session Chair(s)Chian-Yi LIU, National Central University

08:30
AS17-D5-AM1332-001

AS17-A015
An Overview of Radar QPE at NCAR
Wenchau LEE1#+
1National Center for Atmospheric Research

08:45
AS17-D5-AM1332-002

AS17-A007
Improving C-Band Polarimetric Radar Rainfall Estimation for Summer Precipitationin Eastern China
Kun ZHAO1#+, Gang CHEN1, Guifu ZHANG2
1Nanjing University, 2Oklahoma University

09:00
AS17-D5-AM1332-003

AS17-A010
A Study of High Resolution TWRF Model Tropical Cyclone Rainfall Prediction
Over High Terrain Area
Tien-Chiang YEH1#+, Der Song CHEN1, Ling-Feng HSIAO2
1Central Weather Bureau, 2Taiwan Typhoon Flood Research Institue

09:15
AS17-D5-AM1332-004

AS17-A013
Comparison Between DSD Parameters Using a Radar and Disdrometer by Rainfall
Types in Central Part of Korea
Jui Le LOH1+, Dong-In LEE1#, Cheol-Hwan YOU2, Ji-Hyeon KIM3
1Pukyong National University, 2Dong-A University, 3Korea Meteorological Administration

09:30
AS17-D5-AM1332-005

AS17-A014
Comparison of Quantitative Precipitation Estimation from S- and C-Band DualPolarimetric Radars Over Norther Taiwan
Wei-Yu CHANG1#+, Ju-Yu CHEN2, Tai-Chi CHEN WANG2
1Chinese Culture University, 2National Central University

09:45
AS17-D5-AM1332-006

AS17-A001
Developing Himawari-8 Near Realtime System at NSMC/CMAMin MIN1#+
1China Meteorological Administration

337

337

10:00
AS17-D5-AM1332-007

AS17-A004
Evaluation of Retrieved Cloud Microphysical Properties Between Himawari-8 and
MODIS Observations
Chi-Hao CHIU1#+, Chian-Yi LIU1
1National Central University

10:15
AS17-D5-AM1332-008

AS17-A002
On the Assimilation of GNSS-PWV Measurements in Heavy to Torrential Rain
Events in Davao City, Philippines
Kristine Mae CARNICER1,2#+, Rui FERNANDES3, Edgar VALLAR1, Maria Cecilia
GALVEZ1
1De La Salle University, 2Ateneo de Davao University, 3University of Beira Interior

AS18 / Advances in Understanding and Simulation of Land-atmosphere
Interactions
Fri - 11 Aug | MR334
Session Chair(s)Eun-Soon IM, Hong Kong University of Science and Technology
Min-Hui LO, National Taiwan University

11:00
AS18-D5-AM2334-001
Invited

AS18-A006
Effects of Land-Atmosphere Interactions on the Regional Climate Over Northeast
Asia Based on the Simulation Results of Regional Climate Model
Myoung-Seok SUH1#+
1Kongju National University

11:20
AS18-D5-AM2334-002
Invited

AS18-A001
Large-Scale Human Alteration of Land Surface Hydrology and Climate
Yadu POKHREL1#+, Tomohito J. YAMADA2
1Michigan State University, 2Hokkaido University

11:40
AS18-D5-AM2334-003

AS18-A009
Impacts of Changes in Climate and Vegetation on Mercury Emissions from
Wildfires
Shiliang WU1,2#+, Aditya KUMAR1, Yaoxian HUANG3
1Michigan Technological University, 2Ocean University of China, 3Yale University

11:55
AS18-D5-AM2334-004

AS18-A007
Improved Representation of Surface Spectral Emissivity in the GCM and its Impact
on the Simulated Climate
Xianglei HUANG1#+, Xiuhong CHEN1, Mark FLANNER1, Ping YANG2, Daniel
FELDMAN3, Chaincy KUO3
1University of Michigan, 2Texas A&M University, 3Lawrence Berkeley National Laboratory

Session Chair(s)Min-Hui LO, National Taiwan University

14:00
AS18-D5-PM1334-005

AS18-A014
Understanding the Impact of Land Use/Cover Changes on Regional Climate
Modeling for Taiwan
Chia-Jeng CHEN1#+, Chu-Chun CHEN2, Che-Min CHANG1, Jehn-Yih JUANG2, MinHui LO2
1National Chung Hsing University, 2National Taiwan University

338

338

14:15
AS18-D5-PM1334-006

AS18-A015
Weakened Indian Summer Monsoon is Caused by Decades of Deforestation in the
Maritime Continent
Shih-Ming HUANG1+, Leo OEY1#, Ting-Yu LIANG1
1National Central University

14:30
AS18-D5-PM1334-007

AS18-A018
Impact of Land-Atmosheric Interaction on the Severe Summer Heat Waves OverSouth Korea
Yeon-Woo CHOI1#+, Joong-Bae AHN1, Kyo-Moon SHIM2, Myung-Pyo JUNG2
1Pusan National University, 2National Academy of Agricultural Science

14:45
AS18-D5-PM1334-008

AS18-A011
Decadal Variation of Precipitation in Saudi Arabia Induced by Agricultural
Irrigation
Min-Hui LO1#+, Hao-Wei WEY1, Yoshihide WADA2,3, Eun-Soon IM4, Rong-You
CHIEN1, Ren-Jie WU11National Taiwan University, 2NASA Goddard Institute for Space Studies/ Columbia
University, 3Utrecht University, 4Hong Kong University of Science and Technology

AS22 / Enso and Iod Theory, Impact and Prediction
Fri - 11 Aug | MR333
Session Chair(s)Tao LIAN, Second Institute of Oceanography

14:00
AS22-D5-PM1333-001
Invited

AS22-A008
Atmospheric Energetics Over the Tropical Pacific During the ENSO Cycle
Jianping LI1#+, Di DONG2, Lidou HUYAN2, Jiaqing XUE2
1Beijing Normal University, 2Chinese Academy of Sciences

14:15
AS22-D5-PM1333-002
Invited

AS22-A010
Target Observations for Improving Initializations of Two Types of El Nino
Predictions
Wansuo DUAN1#+
1Chinese Academy of Sciences

14:30
AS22-D5-PM1333-003

AS22-A005
Was 2016 a La Nina Year? A Maritime Continent Perspective
Thea TURKINGTON1#+, Bertrand TIMBAL2, Raizan RAHMAT1
1Centre for Climate Research Singapore, 2National Environment Agency

14:45
AS22-D5-PM1333-004

AS22-A011
Modulation of Bjerknes Feedback on the Decadal Variations in ENSO Predictability
Fei ZHENG1#+, Xiang-Hui FANG2, Jin-Yi YU3, Jiang ZHU1, Xichen LI4
1Chinese Academy of Sciences, 2Indian Academy of Pediatrics, 3University of California,
Irvine, 4Scripps Institution of Oceanography

15:00
AS22-D5-PM1333-005

AS22-A007
The Influence of ENSO on an Oceanic Eddy Pair in the South China Sea
Xiaoqing CHU1#+, Changming DONG2,3, Yiquan QI1, Gengxin CHEN1
1Chinese Academy of Sciences, 2Nanjing University of Information Science & Technology,
3

University of California, Los Angeles

339

339

15:15
AS22-D5-PM1333-006

AS22-A006
Optimal Error Analysis of the Intraseasonal Convection Due to the Uncertainties of
the Sea Surface Temperature in a Coupled Model
Xiaojing LI1+, Youmin TANG1,2#, Zhixiong YAO1
1State Oceanic Administration, 2University of Northern British

AS31 / Regional Climate Downscaling and CORDEX: Challenges and Prospects
Fri - 11 Aug | MR335
Session Chair(s)Hyun-Suk KANG, Korea Meteorological Administration
Xuejie GAO, Institute of Atmospheric Physics

08:30
AS31-D5-AM1335-001
InvitedAS31-A012
Global and Regional Climate Model Ensembles in the CORDEX South-Asia Domain
Arun RANA1#+, Grigory NIKULIN1, Erik KJELLSTROM1
1Swedish Meteorological and Hydrological Institute

08:45
AS31-D5-AM1335-002

AS31-A032
Projected Changes in Mean Precipitation Over Southeast Asia Region Based on theMulti-Model Simulations of SEACLID/CORDEX Southeast Asia
Fredolin T. TANGANG1,2#+, Jing Xiang CHUNG1, Ester SALIMUN1, Ju Neng LIEW1,Supari SUPARI3, Gemma NARISMA4, Tan Van PHAN5, Thanh NGO-DUC5,
Jerasron SANTISIRISOMBOON2, Patama SINGHRUCK6, Dodo GUNAWAN3,
Edvin ALDRIAN3, Grigory NIKULIN7, Hongwei YANG8
1National University of Malaysia, 2Ramkhamhaeng University, 3Agency for Meteorology
Climatology and Geophysics, 4Ateneo de Manila University, 5Vietnam National University,
6

Chulalongkorn University, 7Swedish Meteorological and Hydrological Institute, 8APEC

Climate Center
09:00
AS31-D5-AM1335-003

09:15
AS31-D5-AM1335-004

AS31-A027
Future Climate Changes in the Philippines from Multi-Model Simulations of
SEACLID/CORDEX-SEA
Faye Abigail CRUZ1#+, Rochelle CORONEL1, Shane Marie VISAGA1, Darwin
PEREZ2, Lyndon OLAGUERA2, Angela Monina MAGNAYE1,2, Jennifer TIBAY1,2,
Emil GOZO1, Gemma NARISMA1,2, Fredolin T. TANGANG3,4, Ju Neng LIEW3, Tan
Van PHAN5, Thanh NGO-DUC5, Jerasron SANTISIRISOMBOON4, Patama
SINGHRUCK6, Dodo GUNAWAN7, Edvin ALDRIAN7
1Manila Observatory, 2Ateneo de Manila University, 3National University of Malaysia,
4

Ramkhamhaeng University, 5Vietnam National University, 6Chulalongkorn University,

7

Agency for Meteorology Climatology and Geophysics

AS31-A034
Projected Future Changes of Mean Precipitation Over Thailand from Multi-Model
Regional Climate Simulations of SEACLID/CORDEX Southeast Asia
Jerasron SANTISIRISOMBOON1#+, Fredolin T. TANGANG1,2, Jing Xiang CHUNG2,
Ester SALIMUN2, Ju Neng LIEW2, Supari SUPARI3, Gemma NARISMA4, Tan Van
PHAN5, Thanh NGO-DUC5, Patama SINGHRUCK6, Dodo GUNAWAN3, EdvinALDRIAN3, Grigory NIKULIN7, Hongwei YANG8, Jaruthat MILINDALEKHA S.1,
Waranyu WONGSAREE9, Kamphol PROMJIRAPRAWAT1, Yod
SUKAMONGKOL1, Prayat LEWAN1
1Ramkhamhaeng University, 2National University of Malaysia, 3Agency for Meteorology
Climatology and Geophysics, 4Ateneo de Manila University, 5Vietnam National University,
6

Chulalongkorn University, 7Swedish Meteorological and Hydrological Institute, 8APEC

Climate Center, 9King Mongkut’s University of Technology North Bangkok
340

340

09:30AS31-D5-AM1335-005

AS31-A002
High Resolution Climate Downscaling Over Southeast Asia Using WRF
Srivatsan RAGHAVAN1#+, Jina HUR1, Ngoc Son NGUYEN1, Jiandong LIU1, ShieYui LIONG1
1National University of Singapore

09:45
AS31-D5-AM1335-006

AS31-A010
Detecting Tropical Cyclones in Regional Climate Model Simulations Over the
CORDEX-Southeast Asia Domain
Jennifer TIBAY1,2+, Gemma NARISMA1,2#, Faye Abigail CRUZ2, Rochelle
CORONEL2, Emil GOZO2, Tan Van PHAN3, Fredolin T. TANGANG4,5
1Ateneo de Manila University, 2Manila Observatory, 3Vietnam National University,
4

10:00
AS31-D5-AM1335-007

National University of Malaysia, 5Ramkhamhaeng University

AS31-A020
Future Changes of Precipitation Extremes in Southeast Asia as Simulated in
Cordex-Sea Models
Supari SUPARI1#+, Fredolin T. TANGANG2,3, Ju Neng LIEW2, Jerasron
SANTISIRISOMBOON3, Patama SINGHRUCK4, Tan Van PHAN5, Thanh NGODUC5, Faye Abigail CRUZ6, Gemma NARISMA6,7, Edvin ALDRIAN1, Dodo
GUNAWAN1, Grigory NIKULIN8, Hongwei YANG9
1Agency for Meteorology Climatology and Geophysics, 2National University of Malaysia,
3

Ramkhamhaeng University, 4Chulalongkorn University, 5Vietnam National University,

6

Manila Observatory, 7Ateneo de Manila University, 8Swedish Meteorological andHydrological Institute, 9APEC Climate Center
Session Chair(s)Jason EVANS, University of South Wales
Bertrand TIMBAL, Meteorological Service Singapore

11:00
AS31-D5-AM2335-008
InvitedAS31-A021
Performance Of RegCM4 Over Major River Basins in China
Xuejie GAO1#+
1Chinese Academy of Sciences

11:15
AS31-D5-AM2335-009

AS31-A005
Dynamic Downscaling of Current Climate (1981-2005) Over CORDEX East Asia
Phase 2 Domain Using RegCM4.0
Seok-Geun OH1+, Myoung-Seok SUH1#
1Kongju National University

11:30
AS31-D5-AM2335-010

AS31-A009
Comparison of Regional Climate Simulations from Three Different Horizontal
Resolution Using the HadGEM3-RA
Hyun-Suk KANG1#+, Song-Yee HONG1
1Korea Meteorological Administration

11:45
AS31-D5-AM2335-011

AS31-A040
Climate Change Projection Over East Asia and the Korean Peninsula
Dong-Hyun CHA1#+, Gayoung KIM1, Dong-Kyou LEE2,3, Myoung-Seok SUH4,
Joong-Bae AHN5, Seung-Ki MIN6, Song-You HONG7, Hyun-Suk KANG3
1Ulsan National Institute of Science and Technology, 2Seoul National University, 3Korea
Meteorological Administration, 4Kongju National University, 5Pusan National University,
6

Pohang University of Science and Technology, 7Yonsei University

341

341

12:00AS31-D5-AM2335-012

AS31-A041
Future Changes in Extreme Precipitation Over South Korea Using Multi-Regional
Climate Models
Sera JO1#+, Joong-Bae AHN1, Myoung-Seok SUH2, Dong-Hyun CHA3, Dong-Kyou
LEE4,5, Song-You HONG6, Seung-Ki MIN7, S.C. PARK5, Hyun-Suk KANG5
1Pusan National University, 2Kongju National University, 3Ulsan National Institute of
Science and Technology, 4Seoul National University, 5Korea Meteorological Administration,
6

Yonsei University, 7Pohang University of Science and Technology

12:15
AS31-D5-AM2335-013

AS31-A006
Heat Waves in Taiwan: Western North Pacific Subtropical High and Climate
Variability
Mien-Tze KUEH1#+, Chuan-Yao LIN1, Yin-Jui CHUANG1, Yangfan SHENG1, Yi-Yun
CHIEN1
1Academia Sinica

Session Chair(s)Fredolin T. TANGANG, National University of Malaysia
Arun RANA, Swedish Meteorological and Hydrological Institute

14:00
AS31-D5-PM1335-014

AS31-A014
Convection-Permitting Regional Climate Modelling of the Maritime Continent andthe Impact of Urban Areas
Jason EVANS1#+, Daniel ARGUESO2, Alejandro DI LUCA1
1University of New South Wales, 2University of Hawaii

14:15
AS31-D5-PM1335-015

AS31-A024
Future Changes in Extremely Heavy Winter Precipitation Around Japan Projectedby Regional Climate Models
Hiroaki KAWASE1#+, Hidetaka SASAKI1, Akihiko MURATA2, Masaya NOSAKA1,
Izuru TAKAYABU1, Rui ITO3, Takahiro SASAI4, Takeshi YAMAZAKI4, Shiori
SUGIMOTO5
1Japan Meteorological Agency, 2Meteorological Research Institute / Japan Meteorological
Agency, 3National Research Institute for Earth Science and Disaster Resilience, 4Tohoku
University, 5Japan Agency for Marine-Earth Science and Technology

14:30
AS31-D5-PM1335-016

AS31-A013
Projection of Heavy Precipitation Over Japan in Ensemble Simulations with aConvection-Permitting Regional Climate Model
Akihiko MURATA1#+, Hidetaka SASAKI2, Hiroaki KAWASE2, Masaya NOSAKA2,
Toshinori AOYAGI2, Mitsuo OH'IZUMI3
1Meteorological Research Institute / Japan Meteorological Agency, 2Japan Meteorological
Agency, 3Meteorological College

14:45
AS31-D5-PM1335-017
InvitedAS31-A039
Statistical Versus Dynamical Downscaling in the Tropics: What are the Challenges?
Bertrand TIMBAL1#+
1National Environment Agency

15:00
AS31-D5-PM1335-018

AS31-A019
Monthly Bias Correction of Simulated Historical and Projected Daily Precipitation
and Temperature in the Philippines
Shane Marie VISAGA1+, Emilio GOZO1, Rochelle CORONEL1, Faye Abigail CRUZ1,
Gemma NARISMA1,2#
1Manila Observatory, 2Ateneo de Manila University
342

342

15:15
AS31-D5-PM1335-019

AS31-A033
Evaluation and Comparison of Multi Agro-Meteorological Elements Between
Regression-Based Statistical Downscaling and Dynamical Downscaling Results
Over Japan
Motoki NISHIMORI1#+, Nobuhiko ENDO1
1National Agriculture and Food Research Organization

AS36 / Extreme Weather Resiliency: Prediction and Response Strategies
Fri - 11 Aug | MR333
Session Chair(s)Shanka Lal GARG, Disaster Advances

08:30
AS36-D5-AM1333-007
Invited

AS36-A018
New Development and Prospective of NTU Microphysics Scheme for Simulating
Extreme Precipitation
Jen-Ping CHEN1#+, Tzu-Chin TSAI1
1National Taiwan University

08:50
AS36-D5-AM1333-008

AS36-A032
The Importance of Microphysical Process Parameterizations on Extreme Weather
Kara SULIA1#+, Fangqun YU1, Qilong MIN1, Gan LUO1, Matthew GIBBONS1,
Lauriana GAUDET1, Yuyi DU1, Yanda ZHANG1
1University at Albany, State University of New York

09:05
AS36-D5-AM1333-009

AS36-A036
Numerical Simulation of a Winter Storm in Upstate New York: Comparisons
Between Bulk and Spectral Bin Microphysics
Qilong MIN1#+, Matthew GIBBONS1, Yuyi DU1
1University at Albany, State University of New York

09:20
AS36-D5-AM1333-010

AS36-A034
Investigation of Cloud-Aerosol Interaction for Extreme Precipitation Events Using
NCEP Global Models
Sarah LU1#+, Sheng-Po CHEN1, Wei-Chyung WANG1, Huang-Hsiung HSU2, Qilong
MIN1, Kara SULIA1, Fangqun YU1
1University at Albany, State University of New York, 2Academia Sinica

09:35
AS36-D5-AM1333-011

AS36-A037
Study of Aerosol Impacts on Extreme Precipitation Using WRF-Chem Coupled with
an Advanced Particle Microphysics Model
Fangqun YU1#+, Yanda ZHANG1, Gan LUO1
1University at Albany, State University of New York

09:50
AS36-D5-AM1333-012

AS36-A001
Aerosol Effects on Clouds and Precipitation Over East Asia
Wei-Chyung WANG1#+, Pay-Liam LIN2, Jen-Ping CHEN3, Guoxing CHEN1,
Yangyang SONG1, Bo-Yi LU4, Tzu-Chin TSAI3
1University at Albany, State University of New York, 2National Central University,
3

10:05
AS36-D5-AM1333-013

National Taiwan University, 4University of Hawaii at Manoa

AS36-A040
A Pilot Study on Warm Rain Process in Aerosol-Rich Environment
Sheng-Hsiang WANG1#+, Ying-Chieh CHEN1, Pay LIAM1, Kao-Shan CHUNG1,
Qilong MIN2, Everette JOSEPH2
1National Central University, 2University at Albany, State University of New York
343

343

Session Chair(s)Ming-Jen YANG, National Taiwan University

11:00
AS36-D5-AM2333-014

AS36-A028
Impacts of Data Assimilation and Microphysics Schemes on Simulations of Heavy
Rainfall Event
Pay-Liam LIN1#+, Bo-Yi LU2, Wei-Kuo TAO3, Ching-Sen CHEN1, Jen-Ping CHEN4
1National Central University, 2University of Hawaii at Manoa, 3NASA Goddard Space
Flight Center, 4National Taiwan University

11:15
AS36-D5-AM2333-015

AS36-A019
Predicting the Heavy Precipitation Episode on 16 June 2008 with the WRF-LETKF
Radar Assimilation System
Hsiang-Wen CHENG1+, Shu-Chih YANG1#, Chih-Chien TSAI1
1National Central University

11:30
AS36-D5-AM2333-016

AS36-A017
A Sub-Kilometer Modeling Study of the Severe Thunderstorm Event with Urban
Flooding at Taipei on 14 June 2015
Jyong-En MIAO1,2#+, Ming-Jen YANG1
1National Taiwan University, 2Central Weather Bureau

11:45
AS36-D5-AM2333-017

AS36-A003
Impacts of Including Rain-Evaporative Cooling in the Initial Conditions on thePrediction of a Coastal Heavy Rainfall Event During Timrex
Chuan-Chi TU1#+, Yi-Leng CHEN2, Shu-Ya CHEN3, Bill KUO3, Pay-Liam LIN1
1National Central University, 2University of Hawaii at Manoa, 3University Corporation for
Atmospheric Research

AS41 / Exploration and Science of the Earth’s Lower and Middle Atmosphere:
Past, Present and Future Perspectives
Fri - 11 Aug | MR334
Session Chair(s)Sachiko HAYASHIDA, Nara Women University

08:30
AS41-D5-AM1334-009
Invited

AS41-A019
Toward Vertical Profiling of Atmospheric Species from Space: Recent Advances andFuture Prospect
Sachiko HAYASHIDA1#+, Naveen CHANDRA1, Prabir PATRA2,3, Naoko SAITOH4,
Yasuko KASAI5
1Nara Women's University, 2Japan Agency for Marine-Earth Science and Technology,
3

Tohoku University, 4Chiba University, 5National Institute of Information andCommunications Technology
08:50
AS41-D5-AM1334-010

AS41-A003
Investigation of Extinction and Lidar-Ratio of Cirrus Clouds by Using Multichannel
Raman Lidar Over Western Site: A Case Study
Krishna Kumar SHUKLA1#+, Som Kumar SHARMA1, Rajesh VAISHNAV1
1Physical Research Laboratory

09:05
AS41-D5-AM1334-011

AS41-A007
Assessment of Seasonal Variations of BTEX Hydrocarbons and Their Ozone
Forming Potential in Ambient Urban Atmosphere of Delhi, India
Pallavi SAXENA1#+
1Jawaharlal Nehru University
344

344

09:20AS41-D5-AM1334-012
Invited

AS41-A011
Study of Middle and Upper Atmosphere Using Lidars and Incoherent Scatter Radarat Arecibo
Shikha RAIZADA1#+, Jens LAUTENBACH1, Eframir FRANCO1, Christiano
GARNETT MARQUES BRUM1
1SRI International

09:40
AS41-D5-AM1334-013

AS41-A013
Determination of Branching Ratios for the O(1S) and O2(0,0) Airglow VERs
Yolian AMARO-RIVERA1#+, Tai-Yin HUANG2, Julio URBINA1
1Pennsylvania State University, 2Penn State Lehigh Valley

09:55
AS41-D5-AM1334-014

AS41-A024
F-Region Response to St. Patrick Storm (17 -19 March, 2015) Over Arecibo
Shikha RAIZADA1#+, Christiano GARNETT MARQUES BRUM1, Bela FEJER2, Raj
Kumar HAJRA3, Ezequiel ECHER4
1SRI International, 2Utah State University, 3Centre National de La Recherche Scientifique/
Université d'Orléans, 4National Institute for Space Research

10:10
AS41-D5-AM1334-015

AS41-A029
Water Soluble Inorganic Ions, OC and EC Characteristics of Winter Time Aerosols
in N-NW India
Sudesh YADAV1#, Sushil KUMAR1+, Supriya NATH1
1Jawaharlal Nehru University

AS42 / Remote Sensing of Fires, Aerosols, Surface Pm2.5, and Aerosol
Precursors
Fri - 11 Aug | MR308
Session Chair(s)Jun WANG, University of Lowa

08:30
AS42-D5-AM1308-001

AS42-A011
The GaoFen-5 Satellite Mission for Air Quality Monitoring in China
Liangfu CHEN1#+
1Chinese Academy of Sciences

08:45
AS42-D5-AM1308-002
Invited

AS42-A001
An Operational Method for Aerosol Optical Depth Retrieval Using High TemporalSpatial Resolution Data of Geostationary Satellite Gaofen-4
Xingfeng CHEN1+, Zhengqiang LI1#, Weizhen HOU1, Ying ZHANG1, Shaoshuai
ZHAO2
1Chinese Academy of Sciences, 2Henan Polytechnic University

09:00
AS42-D5-AM1308-003
Invited

AS42-A009
Remote Sensing Observation of Dust Storms and Thier Association with Kawasaki
Disease Outbreaks
Hesham EL-ASKARY1#+, Nick LAHYE2, Eric LINSTEAD1, William SPRIGG3, Magdi
YACOUB4
1Chapman University, 2Jet Propulsion Laboratory, California Institute of Technology,
3

09:15
AS42-D5-AM1308-004

345

University of Arizona, 4Imprerial College of London

AS42-A012
Estimating Regional PM2.5 Through Sophisticated Correction on Satellite AOD: An
Attempt of Combining Chemical Model and In Situ Meteorological Observations
Zifeng WANG1#+, Liangfu CHEN1, Minghui TAO1, Jinhua TAO1, Li SU1
1Chinese Academy of Sciences345

09:30AS42-D5-AM1308-005

AS42-A020
Analysis of Aerosol Information Content in Simulated CAPI/TanSat Observation
Over LandXi CHEN1#+, Jun WANG2, Yi LIU1, Xiaoguang XU2, Zhaonan CAI1, Dongxu YANG1
1Chinese Academy of Sciences, 2The University of Iowa

09:45
AS42-D5-AM1308-006

AS42-A021
A Multi-Platform System for Understanding, Monitoring and Forecasting the
Impact of Aerosol Pollutants in South-East Asia
Santo SALINAS1#+, Li TAN1, Daniel KALBERNATTER1
1National University of Singapore

10:00
AS42-D5-AM1308-007
Invited

AS42-A010
Aerosol Microphysical Properties Retrievals from High Spectral Resolution Lidar
Data
Xu LIU1#+
1NASA Langley Research Center

Session Chair(s)Jun WANG, University of Lowa
Santo V. SALINAS, National University of Singapore

11:00
AS42-D5-AM2308-008

AS42-A005
Improving Nocturnal Fire Detection with the VIIRS Day-Night Band
Jun WANG1#+
1The University of Iowa

11:15
AS42-D5-AM2308-009

AS42-A004
Predicting Pollutant Emissions from Agricultural Waste Burning in Guangdong
Province Using Neural Network
Xu FENG1+, Tzung-May FU1#, Hansen CAO1
1Peking University

11:30
AS42-D5-AM2308-010

AS42-A013
Understanding Sources of Elemental Composition of Particulate Matter in the South
China Sea During the 2011 Vasco Cruise
Miguel Ricardo HILARIO1#+, Gabrielle Frances LEUNG1, Annelle Raphayette
CHUA1, Melliza CRUZ2, Maria Obiminda CAMBALIZA1,2, Jeffrey REID3, JamesSIMPAS2, Nofel LAGROSAS2,4, Donald BLAKE5, Sherdon Niño UY2
1Ateneo de Manila University, 2Manila Observatory, 3Naval Research Laboratory, 4Chiba
University, 5University of California, Irvine

11:45
AS42-D5-AM2308-011

AS42-A019
Impact of Crop Residue Burning on Air Quality Over China Based on Satellite Data
and Field Observations
Meng FAN1#+, Liangfu CHEN1, Shenshen LI1, Mingmin ZOU1, Jinhua TAO1
1Chinese Academy of Sciences

12:00
AS42-D5-AM2308-012
Invited

AS42-A026
The Utilization of Satellite Observations for Improving Global Aerosol Forecasting
Sarah LU1#+, Shih-Wei WEI1, Xiaoyang ZHANG2, Shobha KONDRAGUNTA3,
Sheng-Po CHEN1, Qiang ZHAO3, Jun WANG3, Partha BHATTACHARJEE3, Jeff
MCQUEEN3
1University at Albany, State University of New York, 2South Dakota State University,
3

National Oceanic and Atmospheric Administration
346

346

HS11 / Impacts and Consequences of Changing Climate and Landuse on
Hydrology
Fri - 11 Aug | MR327
Session Chair(s)C. T. DHANYA, Indian Institute of Technology Delhi
Rajib MAITY, Indian Institute of Technology Kharagpur

08:30
HS11-D5-AM1327-001
Invited

HS11-A011
Assessing Impacts of Land Use Land Cover Change on Hydrology of Ganga River
Basin, India
Ashvani GOSAIN1#+
1Indian Institute of Technology Delhi

08:45
HS11-D5-AM1327-002

HS11-A018
Impact of Climate Change on Streamflow in the Chaliyar River Basin in India Using
HEC-HMS Model
Arya SOMAN1, Chithra N.R.1#+
1National Institute of Technology Calicut

09:00
HS11-D5-AM1327-003

HS11-A023
High Resolution Decadal Temperature Predictions Over the Continental UnitedStates for Impacts Assessment
Kaustubh SALVI1#+
1MIT Academy of Engineering

09:15
HS11-D5-AM1327-004

HS11-A002
Analysis on the Relation of Volume Change and Area Change of Glaciers in the
Tian Shan
Puyu WANG1#+
1Chinese Academy of Sciences

09:30
HS11-D5-AM1327-005

HS11-A016
Effects of Landuse/Landcover Changes on Surface Water and GroundwaterInteractions in Kosi River Basin, India.
Laveti N. V. SATISH1#+, Subashisa DUTTA1, Suresh A. KARTHA1
1Indian Institute of Technology Guwahati

09:45
HS11-D5-AM1327-006

HS11-A010
A Comparison of Stationary and Nonstationary Rainfall Frequency Analysis
Approaches for Maximum Daily Rainfall: A Case Study in Taiwan
Hung-Wei TSENG1+, Chen-Min KUO1, Tao-Chang YANG1, Pao-Shan YU1#
1National Cheng Kung University

10:00
HS11-D5-AM1327-007

HS11-A008
Landuse/ Land Cover Change Detection and Modelling in Bharathapuzha River
Basin, Kerala, India
Epapra POLUGARI1, Athira P1#+, Sathish Kumar D1
1National Institute of Technology Calicut

10:15
HS11-D5-AM1327-008

HS11-A028
Impact of Climate Variability and Land-Use Land-Cover Changes on River Flow
Characteristics – A Case Study of the San Jacinto River Basin
Debayan MANDAL1+, Venkatesh B.1, Roshan Karan SRIVASTAV1#
1VIT University

347

347

Session Chair(s)A.K. GOSAIN, Indian Institute of Technology Delhi
Sonali PATTANAYAK, Indian Institute of Science Bangalore

11:00
HS11-D5-AM2327-009
Invited

HS11-A025
Streamflow Modelling Considering Changing Climate and Watershed
Characteristics
Rajib MAITY1#+
1Indian Institute of Technology Kharagpur

11:15
HS11-D5-AM2327-010
Invited

HS11-A022
Detection and Attribution of Climate Change Signals in Sri Lanka and Tamil Nadu
Sonali PATTANAYAK1#+, Ravi S NANJUNDIAH1, D. Nagesh KUMAR1
1Indian Institute of Science

11:30
HS11-D5-AM2327-011

HS11-A014
Economic Impacts of Flooding Under Climate and Socioeconomic Scenarios in AsiaPacific Region: A Pilot Initiative in Bangladesh and Cambodia
Young-Joo KWAK1#+, Yoichi IWAMI2
1International Centre for Water Hazard and Risk Management (ICHARM)/ UNESCO,2

11:45
HS11-D5-AM2327-012

Public Works Research InstituteHS11-A013
Integrating Freshwater Social-Ecological Systems Thinking Into Decision-Making:Application of the Freshwater Health Index
Kashif SHAAD1#+, Derek VOLLMER1, Helen REGAN2, Nicholas SOUTER1, Tracy
FARREL1, Sandy ANDELMAN3
1Conservation International, 2University of California, Riverside, 3Organization for Tropical
Science

12:00
HS11-D5-AM2327-013

HS11-A020
Effects of Climate Variability and Land Use/Cover Changes on Spatio-Temporal
Variations of Streamflow and Sediment Load in the Loess Plateau, China
Guangyao GAO1#+, Bojie FU1, Murugesu SIVAPALAN2
1Chinese Academy of Sciences, 2University of Illinois Urbana-Champaign

12:15
HS11-D5-AM2327-014

HS11-A026
Modelling of Local Sea Level Rise and Its Projection in Future Under Climate
ChangeA. NAREN1#+, Rajib MAITY1
1Indian Institute of Technology Kharagpur

HS12 / Urban Development and Climate Change
Fri - 11 Aug | MR327
Session Chair(s)Jinhui Jeanne HUANG, Nankai University
David HIGGITT, University of Nottingham Ningbo China

14:00
HS12-D5-PM1327-001

HS12-A006
Evaluating Sponge City Potential and Performance in Ningbo, China
David HIGGITT1#+, James GRIFFITHS2, Ka Shun CHAN3, Shuyang XU3
1Beijing Jiaotong University, 2National Institute of Water and Atmospheric Research,
3

University of Nottingham Ningbo China

348

348

14:15
HS12-D5-PM1327-002

HS12-A010
Research on Low Impact Development Simulation Based on PCSWMM
Wenjie CHEN1+, Haichun WU1, Guoru HUANG1#
1South China University of Technology

14:30
HS12-D5-PM1327-003

HS12-A009
Hydrologic Analysis of Urban Mosquito Control for West Nile Virus Management
James LI1#+
1Ryerson University

HS13 / Dealing with Hydrological Extremes: Theory, Simulation, and Practice
Fri - 11 Aug | MR310
Session Chair(s)Wen-Cheng HUANG, National Taiwan Ocean University
Yasuto TACHIKAWA, Kyoto University

08:30
HS13-D5-AM1310-001

HS13-A001
Estimating Probable Maximum Precipitation by Considering the Capability of the
Combined Effect of Typhoon and Southwesterly Flow
Pao-Shan YU1, Jau-Ming CHEN2, Cheng-Chin LIU3#+, Tao-Chang YANG1, Chen-Min
KUO1, Yu-Cheng LIN1
1National Cheng Kung University, 2National Kaohsiung Marine University, 3Central
Weather Bureau

08:45
HS13-D5-AM1310-002

HS13-A004
Improving the Statistical Modeling of the TRMM Extreme Precipitation Monitoring
SystemLevon DEMIRDJIAN1#+, George HUFFMAN2, Yaping ZHOU2
1Mr., 2NASA Goddard Space Flight Center

09:00
HS13-D5-AM1310-003

HS13-A007
Precipitation Frequency Analysis in Taiwan Based on AR5
Wen-Cheng HUANG1, Tai-Yi CHU1#+, Hsueh-Dien LEE1
1National Taiwan Ocean University

09:15
HS13-D5-AM1310-004

HS13-A010
Study of Storm Return Period on Drainage Capacity Function in Taipei
Wen-Cheng HUANG1+, Tai-Yi CHU1#
1National Taiwan Ocean University

09:30
HS13-D5-AM1310-005

HS13-A011
Mixture Distribution Modeling for Annual Maximum Rainfalls
Ke-Sheng CHENG1#+
1National Taiwan University

09:45
HS13-D5-AM1310-006

HS13-A012
Use of a Stochastic Weather Generator for Synthesizing Daily Rainfall Under
Climate Change Scenarios
Li-Jen CHANG1+, Hung-Wei TSENG1, Chen-Min KUO1, Tao-Chang YANG1, PaoShan YU1#
1National Cheng Kung University

349

349

10:00HS13-D5-AM1310-007

HS13-A014
Identifying the Distributional Changes of Annual Daily Maximum Rainfall in Sri
Lanka Using Quantile Regression
Sewwandhi CHANDRASEKARA1+, Hyun-Han KWON1#, Sumiya URANCHIMEG1
1Chonbuk National University

10:15
HS13-D5-AM1310-008

HS13-A015
Statistical Evaluation of Record Maximum Flood Envelope Curves Derived from
Record Maximum Areal Rainfall in Japan
Hidetaka CHIKAMORI1#+
1Okayama University

Session Chair(s)Hidetaka CHIKAMORI, Okayama University
Ke-Sheng CHENG, National Taiwan University

11:00
HS13-D5-AM2310-009

HS13-A002
Estimation of Floodwater Levels in a Delta River Network Under Upstream Inflow
Change and Downstream Sea Level Rise
Xiaohong CHEN1#+
1Sun Yat-sen University

11:15
HS13-D5-AM2310-010

HS13-A003
Validation of a Rainfall-Based Approach for Flood Frequencies and a Flood Risk
Curve Estimations Using Super Multiple Ensemble Rainfall Data by d4PDF
Tomohiro TANAKA1#+, Yasuto TACHIKAWA1, Yutaka ICHIKAWA1, Kazuaki
YOROZU1
1Kyoto University

11:30
HS13-D5-AM2310-011

HS13-A008
Prediction of Extreme Rainfall Events and Floods Under a Changing Climate Using
d4PDF
Yasuto TACHIKAWA1#, Kohei MIYAWAKI1, Tomohiro TANAKA1+, Yutaka
ICHIKAWA1, Kazuaki YOROZU1
1Kyoto University

11:45
HS13-D5-AM2310-012

HS13-A020
Statistical Analysis of Differences Between Probability Distribution of the Annual
Maximum Daily Discharge Derived from Multiple SSTs Scenarios of the d4PDF
Datasets at the Indochinese Peninsula
Patinya HANITTINAN1#+, Yasuto TACHIKAWA1, Yutaka ICHIKAWA1, Kazuaki
YOROZU1
1Kyoto University

12:00
HS13-D5-AM2310-013

HS13-A009
Incorporating Paleoreconstructed Data into Stochastic Streamflow Generators: A
Case Study of Ping River, Thailand
Hung NGUYEN1#+, Stefano GALELLI1
1Singapore University of Technology and Design

350

350

HS15 / Risk Assessment Related to Hydrological, Climatic, and Environmental
Changes
Fri - 11 Aug | MR310
Session Chair(s)Hwa-Lung YU, National Taiwan University
Hao-Che HO, National Taiwan University
Tsang-Jung CHANG, National Taiwan University

14:00
HS15-D5-PM1310-001

HS15-A007
Spatiotemporal Risk Assessment of Agricultural Irrigation Water Shortage in
TaiwanChieh-Han LEE1#+, Hwa-Lung YU1
1National Taiwan University

14:15
HS15-D5-PM1310-002

HS15-A004
Characteristics of Flood Inundation Under Future Climate in the Pampanga River
Basin, Philippines
Mamoru MIYAMOTO1#+, Tomoki USHIYAMA2,3, Yoichi IWAMI2
1International Center for Water Hazards and Risk Management (ICHARM), 2Public Works
Research Institute, 3National Graduate Institute for Policy Studies

14:30
HS15-D5-PM1310-003

HS15-A009
Contribution of Multi-Model Combination to Streamflow Hindcasting by Empiricaland Conceptual Models
Hao-Che HO1#+
1National Taiwan University

351

351

IG04 / General Session
Fri - 11 Aug | MR330
Session Chair(s)Kazuhisa GOTO, Tohoku University
Anawat SUPPASRI, Tohoku University

08:30
IG04-D5-AM1330-008

IG04-A010
Atmospheric Layer Structure and Precipitation Observed by the Multifrequency
Technique Implemented on the Chung-Li Radar in Taiwan
Jenn-Shyong CHEN1#+, Tsai SHIH-CHIAO2, Yen-Hsyang CHU3, Chin-Lung SU3
1China Medical University, 2National Defense University, 3National Central University

08:45
IG04-D5-AM1330-009

IG04-A024
Responses to Climate Change, Resilience in the Mid-Latitudes Region and Specifics
for Agro-Ecosystems
Menas KAFATOS1#+, Seung Hee KIM1, Chul-Hee LIM2, Woo-Kyun LEE2
1Chapman University, 2Korea University

09:00
IG04-D5-AM1330-010

IG04-A009
Analysis of Daily Precipitation Data to Determine the Length of Dry and Wet
Season by Maximal Penalized F Test
Gunardi GUNARDI1#+, Fajar ADI-KUSUMO1, Herni UTAMI1, Irwan
ENDRAYANTO ALUICIUS1
1Universitas Gadjah Mada

09:15
IG04-D5-AM1330-011

IG04-A026
Crop Yield Reduction Over Vietnam Due to Climate Change – An Assessment ofFood Security
Ze JIANG1#+, Srivatsan RAGHAVAN1, Jina HUR1, Yabin SUN1, Shie-Yui LIONG1
1National University of Singapore

09:30
IG04-D5-AM1330-012

IG04-A030
The Joint Analysis of the Dynamics of the Ionosphere Parameters and Cosmic Rays
During Periods of Increased Solar Activity
Oksana MANDRIKOVA1, Yury POLOZOV1#+, Timur ZALYAEV1, Dmitry
BAISHEV2, Boris SHEVTSOV1
1Far Eastern Branch of Russian Academy of Sciences, 2Siberian Branch of the Russian
Academy of Sciences

09:45
IG04-D5-AM1330-013

IG04-A028
Towards Improvement of Grey Water Footprint Assessment: With an Illustration
for Global Maize Cultivation
Hong YANG1#+, Wenfeng LIU2
1Swiss Federal Institute of Aquatic Science and Technology, 2Eawag, Swiss Federal Instituteof Aquatic Science and Technology

352

352

OS05 / Interactions in the Freezer: the Complex Roles of the Ocean, Ice, andAtmosphere in the Polar Regions
Fri - 11 Aug | MR329
Session Chair(s)Robin ROBERTSON, UNSW Canberra
Xiaochun WANG, Nanjing University of Information Science and Technology

14:00
OS05-D5-PM1329-001
InvitedOS05-A009
Seasonal and Interannual Variability of the Sea Ice and Oceanic Circulation in the
Bering Sea
Changming DONG1,2#+
1Nanjing University of Information Science & Technology, 2University of California, Los
Angeles

14:15
OS05-D5-PM1329-002

OS05-A004
Variabilities of Arctic Sea Ice Cover and Thickness with Interactions Between Sea Ice
and Open Water
Byoung Woong AN1#+, Hyomee LEE2, Pilhun CHANG2, Kiryong KANG2
1National Institute of Meteorological Sciences, 2Korea Meteorological Administration

14:30
OS05-D5-PM1329-003

OS05-A002
Intensification and Expansion in the Southern Hemisphere Storm Tracks
Fei HUANG1#+, Rongwang ZHANG1
1Ocean University of China

14:45
OS05-D5-PM1329-004

OS05-A010
Tidal Propagation and Amplification in the Bransfield Strait, Antarctica: An
Unstructured Grid Ocean Modelling Study
Chai Heng LIM1#+, Karsten LETTMANN2, Joerg-Olaf WOLFF2, Azizan Abu
SAMAH1, Sheeba Nettukandy CHENOLI1
1University of Malaya, 2University of Oldenburg

15:00
OS05-D5-PM1329-005

OS05-A003
Modeling Tides and Their Impact on Ocean Circulation Near Pine Island Bay, West
Antarctica
Xiaochun WANG1#+, Yafei CHEN1, Michale SCHODLOK2, Dimitris MENEMENLIS3,
C.K. SHUM4, Robin ROBERTSON5
1Nanjing University of Information Science & Technology, 2University of California, Los
Angeles, 3Jet Propulsion Laboratory, California Institute of Technology, 4Ohio State
University, 5University of New South Wales

15:15
OS05-D5-PM1329-006

OS05-A001
The Dependence of Ice Shelf Melt and Cavity Circulation on Topography and the
Critical Latitude for Pine Island Glacier
Robin ROBERTSON1#+
1University of New South Wales

353

353

OS07 / General and Multidisciplinary Oceanography
Fri - 11 Aug | MR328
Session Chair(s)Yuping GUAN, Chinese Academy of Sciences

08:30
OS07-D5-AM1328-001

OS07-A038
An Introduction for International Cooperative Research Program
Xuefa SHI1#+, Jianjun ZOU1, Shengfa LIU1
1State Oceanic Administration

08:45
OS07-D5-AM1328-002

OS07-A011
Introduction of a New Satellite-Derived Air-Sea Flux Data Set: J-OFURO3
Hiroyuki TOMITA1#+, Shinichirou KAKO2, Tsutomu HIHARA3, Masahisa
KUBOTA4, Kunio KUTSUWADA4
1Nagoya University, 2Kagoshima University, 3Japan Agency for Marine-Earth Science andTechnology, 4Tokai University

09:00
OS07-D5-AM1328-003

OS07-A028
Paleomagnetic Study of the Cenozoic Strata in the South China Sea Basin
Xixi ZHAO1,2#+, Huaichun WU3, Wei ZHANG2, Weiwei CHEN2, Wei YUAN2
1University of California Santa Cruz, 2Tongji University, 3China University of Geosciences

09:15
OS07-D5-AM1328-004

OS07-A031
Remote Forcing of Winter Cooling in the Arabian Sea: Implications on NE Monsoon
Shital GODAD1#+, Champoungam PANMEI1, Divakar NAIDU1
1National Institute of Oceanography

09:30
OS07-D5-AM1328-005

OS07-A017
The Role of Ocean in the Impact of Dust Reduction on Climate
Yonggang LIU1#+, Ming ZHANG1, Zhengyu LIU2
1Peking University, 2University of Wisconsin-Madison

09:45
OS07-D5-AM1328-006
Invited

OS07-A024
Geochemical Constraints on the Origin of Hydrothermal Sediments in the Middle
Okinawa TroughShouye YANG1#+, Hebib SHAO1, Di CAI1
1Tongji University

10:00
OS07-D5-AM1328-007

OS07-A025
Geochemical Evidence for the Initiation of the Mekong River in the Late MiocenePeter CLIFT1#+, Chang LIU1, Richard MURRAY2, Jerzy BLUSZTAJN3, Thomas
IRELAND2, Shiming WAN4, Weiwei DING5
1Louisiana State University, 2Boston University, 3Woods Hole Oceanographic Institution,
4

Chinese Academy of Sciences, 5State Oceanic Administration

354

354

OS11 / Observations and Modeling of Physical, Chemical, and Biological
Processes in the Southern Ocean
Fri - 11 Aug | MR329
Session Chair(s)Jiping LIU, University at Albany
Jiuxin SHI, Ocean University of China

08:30
OS11-D5-AM1329-001
Invited

OS11-A018
Research Of Ocean-ice Boundary Interaction And Change Around Antarctica(Robotica): A Strategy To Explore Ice-ocean Interactions In East Antarctica
Shigeru AOKI1#+, Takeshi TAMURA2
1Hokkaido University, 2National Institute of Polar Research

08:50
OS11-D5-AM1329-002
Invited

OS11-A005
Ocean-Driven Thinning Enhances Iceberg Calving and Retreat of Antarctic Ice
Shelves
Xiao CHENG1#+, Yan LIU1, John MOORE1, Tian LI1
1Beijing Normal University

09:10
OS11-D5-AM1329-003
Invited

OS11-A013
Impacts of Open-Ocean Deep Convection in the Weddell Sea on Coastal and Bottom
Water Temperature
Zhaomin WANG1#+
1Hohai University

09:30
OS11-D5-AM1329-004

OS11-A019
Influences of Sea Ice, Polynyas and Ice Shelf on the Shelf Water in Prydz Bay,
Antarctica
Jiuxin SHI1#+, Yongming SUN1, Guijun GUO2, Fubin LIU1, Yaoyao CHENG1, Yutian
JIAO1
1Ocean University of China, 2State Oceanic Administration

09:45
OS11-D5-AM1329-005

OS11-A003
A Southern Ocean and Antarctica Modeling System for Operational Forecasting andClimate Prediction
Jiping LIU1#+, Shiming XU2, Yunfei ZHANG3, Mirong SONG1
1Institute of Atmospheric Physics, Chinese Academy of Sciences, 2Tsinghua University,
3

10:00
OS11-D5-AM1329-006

National Marine Environmental Forecasting CenterOS11-A025
Interannual Sea Level Change Off the Antarctic Coast from Satellite Gravimetry andAltimetry and Correlation with Recent ENSO Events
Jifeng HUANG1#+, Jin LI2, Guangxue LI1, Dong DING1
1Ocean University of China, 2Shanghai Astronomical Observatory of Chinese Academy of
Sciences

10:15
OS11-D5-AM1329-007

OS11-A021
Wind, Tidal, and Geothermal Mixing on the Heard Island Plateau During Heobi
Paul HARTLIPP1#+, Robin ROBERTSON1
1University of New South Wales

355

355

Session Chair(s)Oscar SCHOOLED, Rutgers University

11:00
OS11-D5-AM2329-008
Invited

OS11-A024
Observing Southern Ocean Ecosystems and the Need for Benchmarking in 2022 to
Support Assessments of Change
Andrew CONSTABLE1#+, Oscar SCHOFIELD2, Sebastiaan SWART3, Anna
WAHLIN3, Andrew CONSTABLE1
1Australian Antarctic Division, 2Rutgers University, 3University of Gothenburg

11:20
OS11-D5-AM2329-009

OS11-A023
Phytoplankton Dynamics Associated with Shifting Trends in Sea Ice
Oscar SCHOFIELD1#+
1Rutgers University

11:35
OS11-D5-AM2329-010

OS11-A020
Development and Application of Fully Automatic Underway Systems for
Observation of Climate-Sensitive Chemical Species
Liyang ZHAN1#+
1Third institute of oceanography, State Oceanic Administration

OS21 / Western Boundary Currents, Eddies and Continental Shelf Processes
Fri - 11 Aug | MR328
Session Chair(s)Ruoying HE, North Carolina State University

11:00
OS21-D5-AM2328-001

OS21-A001
A Review of Cross-Shelf Exchanges Between the East Australian Current and theSoutheast Queensland Marine Coastal Zone
Joachim RIBBE1#+, Mochamad Furqon AZIS ISMAIL1
1University of Southern Queensland

11:15
OS21-D5-AM2328-002

OS21-A002
Cross-Shelf Exchanges Due to Upwelling Off Southeast Queensland, Australia
Mochamad Furqon AZIS ISMAIL1,2#+, Joachim RIBBE1
1University of Southern Queensland, 2Indonesian Institute of Sciences

11:30
OS21-D5-AM2328-003

OS21-A004
Observed Characteristics of Mesoscale Eddies in the Southwest Pacific
Lydia KEPPLER1, Sophie CRAVATTE2, Alexis CHAIGNEAU2, Awnesh SINGH1#+
1The University of the South Pacific, 2Institute for Development Research (IDR)

11:45
OS21-D5-AM2328-004

OS21-A005
The Seasonal and Interannual Variability and Features of the Western Bay of Bengal
Boundary Currents from 2006 to 2012 by Regional Ocean Modeling System
Sumit DANDAPAT1#, Arun CHAKRABORTY1+, Kuttippurath
JAYANARAYANAN1
1Indian Institute of Technology Kharagpur

12:00
OS21-D5-AM2328-005

OS21-A007
Circulation Physics in Vorticity Equaitons
Chiwing HUI1#+, Jianping GAN1
1The Hong Kong University of Science and Technology

356

356

12:15OS21-D5-AM2328-006

OS21-A006
Effects of Koshu Seamount on the Development of Baroclinic Instability Leading to
the Kuroshio Large Meander
Yuki TANAKA1#+, Toshiyuki HIBIYA1
1The University of Tokyo

Session Chair(s)Jianping GAN, Hong Kong University of Science & Technology

14:00
OS21-D5-PM1328-007

OS21-A012
Is Vertical Velocity Related to Eddy Distortion?
Gabriela SEMOLINI PILO1,2#+, Peter OKE1, Tatiana RYKOVA1, Richard COLEMAN2,
Ken RIDGWAY1
1Commonwealth Scientific and Industrial Research Organisation (CSIRO), 2University of
Tasmania

14:15
OS21-D5-PM1328-008

OS21-A014
Particulate Organic Carbon Fluxes Triggered by Mesoscale Eddies in the Northern
South China Sea
Yung-Yen SHIH1#+, Chin-Chang HUNG2
1Republic of China Naval Academy, 2National Sun Yat-sen University

14:30
OS21-D5-PM1328-009

OS21-A015
Influences of Changes in the East Australian Current on Migrating Humpback
Whales, Megaptera Novaeangliae, in Queensland, Australia
Joshua REINKE1#+, Charles LEMCKERT1,2, Olaf MEYNECKE1
1Griffith University, 2University of Canberra

14:45
OS21-D5-PM1328-010

OS21-A013
Processes Driving Exchange at a Region with Confluent West Boundary Current
and Shelf/Slope Waters
Ruoying HE1#+
1North Carolina State University

357

357

PS08 / Juno's Exploration of JupiterFri - 11 Aug | MR331
Session Chair(s)Jack CONNERNEY, NASA Goddard Space Flight CenterPaul HARTOGH, Max Planck Institute for Solar System Research

08:30
PS08-D5-AM1331-001

PS08-A013
Overview of Juno's Results at Jupiter
Scott BOLTON1#+
1Southwest Research Institute

08:45
PS08-D5-AM1331-002

PS08-A011
Juno’s Determination of Jovian Water is Crucial to Understanding Jupiter’s
Formation Environment
Jonathan LUNINE1#+, Scott BOLTON2, Ravit HELLED3, Andrew INGERSOLL4,
Michael JANSSEN5, Steven LEVIN5, Sushil ATREYA6
1Cornell University, 2Southwest Research Institute, 3University of Zurich, 4California
Institute of Technology, 5Jet Propulsion Laboratory, California Institute of Technology,
6

09:00
PS08-D5-AM1331-003

University of Michigan

PS08-A010
Preliminary Results on Jupiter's Atmosphere Using the Juno Microwave Radiometer
Michael JANSSEN1#+, Scott BOLTON2, Steven LEVIN1, Michael ALLISON3, Sushil
ATREYA4, Amadeo BELOTTI5, Shannon BROWN1, Andrew INGERSOLL6, Cheng
LI1, Virgil ADUMITROAIE1, John ARBALLO1, Laura JEWELL1, Liming LI7, Samuel
GULKIS1, Siddarth MISRA1, Glenn ORTON1, Tobias OWEN8, Fabiano OYAFUSO1,
Daniel SANTOS-COSTA2, Edwin SARKISSIAN1, Paul STEFFES5, Ross
WILLIAMSON1, Jonathan LUNINE9
1Jet Propulsion Laboratory, California Institute of Technology, 2Southwest ResearchInstitute, 3Goddard Institute of Space Studies, 4University of Michigan, 5Georgia Instituteof Technology, 6California Institute of Technology, 7University of Texas, 8University of
Hawaii, 9Cornell University

09:15
PS08-D5-AM1331-004

09:30
PS08-D5-AM1331-005

PS08-A006
Junocam’s Imaging of Jupiter
Glenn ORTON1#+, Candice HANSEN2, Thomas MOMARY1, Michael CAPLINGER3,
Michael RAVINE3, John ROGERS4, Gerald EICHSTAEDT5, Sushil ATREYA6,
Andrew INGERSOLL7
1Jet Propulsion Laboratory, California Institute of Technology, 2Planetary Science Institute,3

Malin Space Science Systems, 4British Astronomical Association, 5Independent Scholar,

6

University of Michigan, 7California Institute of Technology

PS08-A003
An Overview of Juno Magnetometer Observations in the Jovian Magnetosphere
J. E. P. CONNERNEY1#+, Ronald OLIVERSEN1, Jared HALEKAS1, Daniel
GERSHMAN1, Stavros KOTSIAROS1, Gina DI BRACCIO1, John JORGENSEN2,Peter JORGENSEN2, Jose M.G. MERAYO2, Troelz DENVER2, Mathias BENN2, Jonas
B. BJARNOE2, Anastasia MALINNIKOVA3, Jeremy BLOXHAM4, Kimberly
MOORE4, Scott BOLTON5, Steven LEVIN6
1NASA Goddard Space Flight Center, 2Technical University of Denmark, 3DTU Space,
4

Harvard University, 5Southwest Research Institute, 6Jet Propulsion Laboratory, California

Institute of Technology

358

358

09:45
PS08-D5-AM1331-006

PS08-A002
High Energy Particle Measurements from the Collaborative Campaigns of Juno's
Radiation Monitoring Investigation
Heidi BECKER1#+, John JORGENSEN2, Troelz DENVER2, Alberto ADRIANI3,
Alessandro MURA3, Daniel SANTOS-COSTA4, J. E. P. CONNERNEY5, Scott
BOLTON4, Richard THORNE6, Steven LEVIN1, James ALEXANDER1, Virgil
ADUMITROAIE1, Emily MANOR-CHAPMAN1, Ingrid DAUBAR1, Clifford LEE1,
Mathias BENN2, Julia SUSHKOVA2, Andrea CICCHETTI3, Raffaella NOSCHESE3
1Jet Propulsion Laboratory, California Institute of Technology, 2Technical University ofDenmark, 3National Institute for Astrophysics (INAF), 4Southwest Research Institute,
5

10:00
PS08-D5-AM1331-007

NASA Goddard Space Flight Center, 6University of California, Los Angeles

PS08-A009
An Overview of Juno Waves Observations at Jupiter
William KURTH1#, Masafumi IMAI1+, George HOSPODARSKY1, Sadie TETRICK1,
Donald GURNETT1, Sheng-Yi YE1, Philippe ZARKA2, Philippe LOUARN3, Frederic
ALLEGRINI4, Philip VALEK4, Barry MAUK5, Scott BOLTON4, J. E. P.
CONNERNEY6, Steven LEVIN7
1The University of Iowa, 2Paris Observatory, 3Institut de Recherche en Astrophysique etPlanétologie, 4Southwest Research Institute, 5Johns Hopkins University Applied Physics
Laboratory, 6NASA Goddard Space Flight Center, 7Jet Propulsion Laboratory, California
Institute of Technology

10:15
PS08-D5-AM1331-008

PS08-A004
Juno Ultraviolet Spectrograph (Juno-UVS) Observations of Jupiter’s Aurora
Thomas GREATHOUSE1#+, G. Randy GLADSTONE1, Maarten VERSTEEG1, Vincent
HUE1, Denis GRODENT2, Bertrand BONFOND2, Michael DAVIS1, Jean-Claude
GERARD2, Joshua KAMMER1, Scott BOLTON1, Steven LEVIN3, John
CONNERNEY41Southwest Research Institute, 2University of Liege, 3Jet Propulsion Laboratory, California
Institute of Technology, 4NASA Goddard Space Flight Center

10:30
PS08-D5-AM1331-009

PS08-A012
Plasma Observations in Jupiter’s Polar Magnetosphere from the Jovian Auroral
Distributions Experiment on Juno
Robert EBERT1#+, Frederic ALLEGRINI1, Fran BAGENAL2, Scott BOLTON1, John
CONNERNEY3, Randy GLADSTONE1, Thomas KIM4, William KURTH5, Steven
LEVIN6, Philippe LOUARN7, Chad LOEFFLER1, Barry MAUK8, DavidMCCOMAS9, Craig POLLOCK10, Michelle RENO1, Jamey SZALAY1, Michelle
THOMSEN11, Scott WEIDNER12, Rob WILSON2, Jenna ZINK4
1Southwest Research Institute, 2University of Colorado Boulder, 3NASA Goddard Space
Flight Center, 4University of Texas at San Antonio/Southwest Research Institute, 5The
University of Iowa, 6Jet Propulsion Laboratory, California Institute of Technology, 7Institut
de Recherche en Astrophysique et Planétologie (IRAP), 8Johns Hopkins University Applied
Physics Laboratory, 9Princeton University, 10Denali Scientific, 11Planetary Science
Institute, 12Princeton Plasma Physics Laboratory

359

359

ST16 / The Large-scale Interplanetary Phenomena: Sources, Properties andSpace Weather Effects
Fri - 11 Aug | MR309
Session Chair(s)Fang SHEN, National Space Science Center, China
Chenglong SHEN, University of Science and Technology of China, China

08:30
ST16-D5-AM1309-001
Invited

ST16-A001
On the Relation Between Coronal and Interplanetary Flux Ropes Constrained bySolar Eruption DataNat GOPALSWAMY1#+, Sachiko AKIYAMA1,2, Seiji YASHIRO2, Hong XIE3
1NASA Goddard Space Flight Center, 2The Catholic University of America, 3National
Aeronautics and Space Administration (NASA)

08:50
ST16-D5-AM1309-002
Invited

ST16-A018
Deciphering Twist Distribution in Magnetic Flux Rope
Rui LIU1#+, Wensi WANG1, Yuming WANG1
1University of Science and Technology of China

09:10
ST16-D5-AM1309-003
Invited

ST16-A014
The Properties and Sources of Large-Scale Interplanetary Magnetic Flux Ropes via
the Grad-Shafranov Reconstruction
Qiang HU1#+, Jiong QIU2
1The University of Alabama in Huntsville, 2Montana State University

09:30
ST16-D5-AM1309-004

ST16-A009
Properties and Locations of Shocks Driven by Magnetic Clouds.
Mengjiao XU1#+, Chenglong SHEN1, Yuming WANG1
1University of Science and Technology of China

09:45
ST16-D5-AM1309-005
Invited

ST16-A013
Understanding the Nature of Collision of CMEs and their Geoeffectiveness
Wageesh MISHRA1#+, Yuming WANG1, Nandita SRIVASTAVA2
1University of Science and Technology of China, 2Udaipur Solar Observatory

Session Chair(s)Rui LIU, University of Science and Technology of China, China

11:00
ST16-D5-AM2309-006

ST16-A016
Average Temporal Profiles of Interplanetary Parameters in CIR, Sheath and ICME
Yuri YERMOLAEV1#+, Irina LODKINA1, Michael YERMOLAEV1, Natalia
BORODKOVA1
1Russian Academy of Sciences

11:15
ST16-D5-AM2309-007
Invited

ST16-A012
Modeling the Solar Energetic Particle Transport in the Background Solar Wind
Obtained from MHD ModelFang SHEN1#+, Wenwen WEI1, Zicai YANG1, Lulu ZHAO2
1Chinese Academy of Sciences, 2Florida Institute of Technology

11:35
ST16-D5-AM2309-008

ST16-A007
High Speed Solar Wind Stream Forecast Using Coronal Hole Index Pch
Xuan BU1, Bingxian LUO1#+, Jiancun GONG1, Siqing LIU1
1National Space Science Center of Chinese Academy of Sciences

360

360

11:50
ST16-D5-AM2309-009

ST16-A004
Statistical Analysis and Verification of 3-Hourly Geomagnetic Activity Probability
Predictions
Jingjing WANG1#+
1National Space Science Center, Chinese Academy of Sciences

12:05
ST16-D5-AM2309-010

ST16-A011
The Geoeffectiveness of Stream Interaction Region During 1996-2015
Yutian CHI1#+, Chenglong SHEN1, Bingxian LUO2, Yuming WANG1
1University of Science and Technology of China, 2National Space Science Center of Chinese
Academy of Sciences

12:20
ST16-D5-AM2309-011

ST16-A017
The Influence of the Interplanetary Shocks on Properties of Turbulence in the Solar
Wind
Maria RIAZANTSEVA1#+, Vyacheslav BUDAEV2, Lyudmila RAKHMANOVA1,
Natalia BORODKOVA1, Yuri YERMOLAEV1, Georgy ZASTENKER1, Jana
SAFRANKOVA3, Zdenek NEMECEK3, Alexander PITNA3
1Russian Academy of Sciences, 2National Research Center Kurchatov Institute, 3Charles
University in Prague

361

361

SE02 / From Escape to Subduction: the Tectonics of Indochina
Fri - 11 Aug | MR311
Session Chair(s)Raymond RUSSO, University of Florida

08:30
SE02-D5-AM1311-001
Invited

SE02-A013
Limited Tectonic Extrusion During the Indo-Asian Collision
Mian LIU1,2#+
1University of Missouri, 2Chinese Academy of Sciences

08:45
SE02-D5-AM1311-002

SE02-A010
3D Discrete Element Simulation of Faulting and Crustal Thickening During theIndia-Asia Collision
Liqing JIAO1#+, Paul TAPPONNIER1, Frederic Victor DONZE2, Luc SCHOLTES3,
Yves GAUDEMER4
1Nanyang Technological University, 2Université Joseph Fourier, 3University of Lorraine,
4

Institut de Physique du Globe de Paris

09:00
SE02-D5-AM1311-003

SE02-A006
Active Tectonics in Indochina and Tibet are a Consequence of Plate-Scale Forces on
the Eurasian Plate
Candela GARCIA SANCHO1, Magdala TESAURO1, Rob GOVERS1#+
1Utrecht University

09:15
SE02-D5-AM1311-004

SE02-A004
Joint Inversion of Crustal Structures: Implications for Deformation and Growth at
Tibetan Plateau Margins
Xiaodong SONG1#+, Yangfan DENG2, Jiangtao LI3, Lupei ZHU4,5
1University of Illinois U-C & Wuhan U, 2Chinese Academy of Sciences, 3University of
Illinois at Urbana-Champaign, 4Saint Louis University, 5China University of Geosciences

09:30
SE02-D5-AM1311-005

SE02-A003
Additional Seismic Hazard Along Transitional Sections of Megathrusts
Kevin P. FURLONG1#+, Matthew HERMAN1
1Penn State University

09:45
SE02-D5-AM1311-006

SE02-A005
Postseismic Deformation Following the 2015 Mw 7.8 Gorkha Earthquake and theDistribution of Brittle and Ductile Crustal Processes Beneath Nepal
James Daniel Paul MOORE1#+, Hang YU1, Chi-Hsien TANG2, Teng WANG1, Sylvain
BARBOT1, Dongju PENG3, Sagar MASUTI1, Justin DAUWELS1, Ya-Ju HSU2, Valere
LAMBERT1, Priyamvada NANJUNDIAH1, Shengji WEI1, Eric LINDSEY1, Lujia
FENG1, Qiang QIU1
1Nanyang Technological University, 2Academia Sinica, 3Earth Observatory of Singapore

10:00
SE02-D5-AM1311-007

SE02-A011
SKS Splitting Intensity Measurements and a Preliminary 3-D Model for UpperMantle Anisotropy Beneath South-East Asia
Sutatcha HONGSRESAWAT1#+, Raymond RUSSO2
1Mahidol University, 2University of Florida

362

362

SE11 / Earthquake Hydrology Geochemistry and Hydroseismology
Fri - 11 Aug | MR311
Session Chair(s)Yasuyuki KANO, Kyoto University

14:00
SE11-D5-PM1311-001

SE11-A004
Hot Spring Anomalies Observed in Kumamoto Prefecture Associated with the 1946
Nankai Earthquake
Yasuyuki KANO1#+
1Kyoto University

14:15
SE11-D5-PM1311-002

SE11-A003
Modeling Co-Seismic Water Level Response of the Confined-Aquifer Well During
the Passage of the Rayleigh Waves
Narayan Prasad DEWANGAN1#, M. F. QURESHI2, Bhaskar CHANDRAKAR3+
1Sarguja University, 2Government Polytechnic College, 3Chhattisgarh Swami VivekanandTechnical University (CSVTU)

14:30
SE11-D5-PM1311-003

SE11-A002
Seismic Response Of Hydraulic Structures
Bhaskar CHANDRAKAR1#+, M.K. GUPTA2, Narayan Prasad DEWANGAN3, M. F.
QURESHI4
1Chhattisgarh Swami Vivekanand Technical University (CSVTU), 2Bhilai Institute ofTechnology, 3Sarguja University, 4Government Polytechnic College

SE15 / Promoting Geodetic and Geodynamic Applications of Static and Timevarying Gravimetry in Asia-oceania
Fri - 11 Aug | MR311
Session Chair(s)Dyah PANGASTUTI, Badan Informasi Geospasial

11:00
SE15-D5-AM2311-001

SE15-A010
Gravity Measurements at Absolute Gravity Points in New Zealand
Yoichi FUKUDA1#, Hiroshi TAKIGUCHI2, Jun NISHIJIMA3, Takahito KAZAMA1+,
Vaughan STAGPOOLE4, Sergei GULYAEV5, Tim NATUSCH5, Matt AMOS6
1Kyoto University, 2National Institute of Information and Communications Technology,
3

Kyushu University, 4GNS Science, 5Auckland University of Technology, 6Land

Information New Zealand
11:15
SE15-D5-AM2311-002

SE15-A003
Absolute Gravity Changes Associated with Geodynamic Processes in Taiwan:
Preliminary Result from 2004-2016 Measurements
Cheinway HWANG1#+, Ricky KAO1, Jeong Woo KIM2, Kuo-En CHING1, Frédéric
MASSON3, Wen-Chi HSIEH4, Nicolas LE MOIGNE5
1National Chiao Tung University, 2University of Calgary, 3University of Strasbourg,
4

Center for Measurement Standards–Industrial Technology Research Institute, 5Université

Montpellier 2
11:30
SE15-D5-AM2311-003

SE15-A005
Marine Gravity Anomaly from Satellite Altimetry (Case Study : Kalimantan and
Sulawesi Waters - Indonesia)
Prayudha HARTANTO1+, Safirotul HUDA1, Widy PUTRA1, Bagas
TRIARAHMADHANA1, Dyah PANGASTUTI1#, Erfan Dany VARIANDY1,
Arisauna Maulidyan PAHLEVI1, Cheinway HWANG2
1Badan Informasi Geospasial, 2National Chiao Tung University
363

363

11:45
SE15-D5-AM2311-004

SE15-A013
Gravity-Based Estimate of Specific Yield in Unconfined Aquifer Test
Kuan-Hung CHEN1#+, Cheinway HWANG1, Liang-Cheng CHANG1
1National Chiao Tung University

12:00
SE15-D5-AM2311-005

SE15-A002
Precipitation-Driven Glacier Changes in Pamir and Hindu Kush Mountains
Qiuyu WANG1, Shuang YI2, Wenke SUN1#+
1University of Chinese Academy of Sciences, 2Hokkaido University

12:15
SE15-D5-AM2311-006

SE15-A001
Reconciled Satellite Observations of Recent Changes in Glacier Mass and Thickness
in the High Mountain Areas in the Peripheral Tibetan Plateau
Qiuyu WANG1+, Shuang YI2, Wenke SUN1#
1University of Chinese Academy of Sciences, 2Hokkaido University

364

364

IG Poster Presentations
Fri - 11 Aug, 14:00 - 15:30 | Summit
IG01-D5-PM1-P014

IG01-A006
Drilling in the Right Place: GPR Reconstruction of Topography for Paleotsunami
Research
Hiraku TAKEDA1, Kazuhisa GOTO1#+, James GOFF2, Hideaki MATSUMOTO3,
Daisuke SUGAWARA4
1Tohoku University, 2University of New South Wales, 3Tohoku Gakuin University,
4

Museum of Natural and Environmental History

IG01-D5-PM1-P015

IG01-A009
An Empirical Model to Estimate Wind Erosion from Construction Activities
Benli LIU1#+, Jianjun QU11Chinese Academy of SciencesIG01-D5-PM1-P016

IG01-A012
Storm Surge Early Warning System in Eastern Visayas, Philippines Using ADCIRC+ SWAN Through Parallel Computing
Christelle Anne DIVINA1#+, Camille Grace BACISTER1, Vena Pearl BONGOLAN1
1University of the Philippines Diliman

IG01-D5-PM1-P017

IG01-A013
Interdisciplinary Approach to the Integrated Assessment of Multi-Hazard Risks for
Coastal Systems
Valerii KULYGIN1#+
1Institute of Arid Zones Southern Scientific Center of the Russian Academy of SciencesIG01-D5-PM1-P018

IG01-A014
The Importance of Underground Three-Dimensional Model on Evaluating Risk ofEarthquake DisasterMing-Chun KE1,2#+, Yi-Kai LIN1
1National Science and Technology Center for Disaster Reduction, 2National Taipei
University of Technology

IG01-D5-PM1-P019

IG01-A015
Using Earthquake Building Damage Data in Establishing Building Fragility Curves
for Taiwan Seismic Risk Assessment
Ming-Kai HSU1#+, Chung-Han CHAN2, Yu-Ju WANG3, Kuo-Fong MA1, Thomas
Chin-Tung CHENG4, Siao-Syun KE5
1National Central University, 2Nanyang Technological University, 3Institute of Nuclear
Energy Research, 4Sinotech Engineering Consultants, Inc., 5National Science andTechnology Center for Disaster Reduction

IG01-D5-PM1-P020

IG01-A020
Coulomb Stress Influence to 2016 Zaduo Earthquake Caused by 2010 Yushu
Earthquake and Seismic Harzard Assessment on Surrounding Area
Wei XIONG1#+
1China Earthquake Administration

IG01-D5-PM1-P021

IG01-A021
Tsunami Damage Estimation for Coastal Infrastructure in Macau Based on Damage
Fragility Curves Derived from the 2011 Japan Tsunami
Constance Ting CHUA1#+, Linlin LI1, Adam SWITZER1, Anawat SUPPASRI2,
Susanna JENKINS1, Nigel WINSPEAR3
1Nanyang Technological University, 2Tohoku University, 3SCOR Global P&C
365

365

IG01-D5-PM1-P022

IG01-A024
Understanding Underlying Uncertainties in Tsunami Loss and Risk Assessments: A
Case Study of Building Effects on Inundation Estimates at Wellington CBD, New
Zealand
Xiaoming WANG1#+, William POWER1, Christof MUELLER1, Biljana LUKOVIC11GNS ScienceIG01-D5-PM1-P023

IG01-A025
Development of Historical Storm Surge Events Database for Better Understandingof Coastal Disaster Management in the Philippines
Joy SANTIAGO1#+
1Nationwide Operational Assessment of Hazards (Project NOAH)

IG01-D5-PM1-P024

IG01-A027
Tsunami Inversion for Sea Surface Displacement Utilizing Far-Field Data, A Case of
the 2011 Tohoku Earthquake
Tungcheng HO1#+, Kenji SATAKE1, Shingo WATADA1
1The University of Tokyo

IG01-D5-PM1-P025

IG01-A032
Probability of Volcanic Ash Falls in Singapore Based on the Analysis of a Databaseof Volcanic Activities in South East Asia and Reviews of Literature Records
Olga BERGAL-KUVIKAS1#+, Caroline BOUVET DE MAISONNEUVE1
1Nanyang Technological University

IG03-D5-PM1-P011

IG03-A001
Modelling Dengue Disease with Climate Variables Using Geospatial Data for
Vietnam and Philippines
Nga Thi Thanh PHAM1#+, Tien Cong NGUYEN1, Thi Thu Thuy NGUYEN1
1Vietnam National Satellite CenterIG03-D5-PM1-P012

IG03-A004
A Multi-Temporal Cloud Detection Method Based on IHOT
Xihong CUI1#+
1Beijing Normal University

IG03-D5-PM1-P013

IG03-A020
Climate- and Human-Induced Changes in Suspended Particulate Matter Over Lake
Hongze on Short and Long Timescales
Hongtao DUAN1#+
1Chinese Academy of SciencesIG03-D5-PM1-P014

IG03-A021
Research on Using the Remote Sensing Image Interpret Ancient Channel
Xueping LIU1#+, Hui DENG1
1Peking University

IG04-D5-PM1-P014

IG04-A011
Diversity of Small Benthic Foraminifera on “X” Spot Ujungkulon, Banten Province,
Indonesia
Ria FITRIANY1#+, Lia JURNALIAH1, Teuku Yan Waliana ISKANDARSYAH1
1Padjadjaran University

366

366

IG04-D5-PM1-P015

IG04-A012
Study on Material Characteristics of Environment-Friendly Functional Industrial
MineralsSung-Wook KIM1#+, Eun-Kyeong CHOI1, Jin-Hyeok LEE1, Dae-Hong GO1, Min-Soo
KIM1, Sung-Ho KIM1, Jun-Yeol CHO1
1GI Co. Ltd.

IG04-D5-PM1-P016

IG04-A013
High Adsorption and Thermal Conduction of Lightweight Feldspar Mortar for
Construction Material
Sung-Wook KIM1#+, Eun-Kyeong CHOI1, Jin-Hyeok LEE1, Dae-Hong GO1
1GI Co. Ltd.

IG04-D5-PM1-P017

IG04-A014
A Basic Study on the Prediction of Ground Subsidence by the Effect of Soil Grain
Size - Groundwater
Jong-Hyun LEE1+, Woo-Seok KIM1#, Yong BAEK1, Jae-Hyung CHUNG1
1Korea Institute of Civil Engineering and Building Technology

IG04-D5-PM1-P018

IG04-A017
Seasonal Prediction of Surface Air Temperature and Precipitation Using New
Nonlinear Genetic Algorithm MME Strategies
Joong-Bae AHN1#+, Bayasgalan GERELCHULUUN1, Joon Lee LEE1, Young Hyun
KIM1, Ha-Gyu JEONG1
1Pusan National University

IG04-D5-PM1-P019

IG04-A022
Lessons Learnt from Sustainability Science Pilots Project Implementation in Selected
UNESCO Sites in Asia-Pacific
Ai SUGIURA1#+, Aulia RAHMAWATI1, Trita KATRIANA1, Sharizad SULAIMAN1
1UNESCO

IG04-D5-PM1-P020

IG04-A023
Radiative Influence of Aerosols on Wheat Production Over Indo-Gangetic Plains ofIndia
Geetika SONKAR1+, R K MALL1#
1Banaras Hindu University

IG04-D5-PM1-P021

IG04-A025
Projections of Agro-Climate Over Northeast Asia Under RCP Scenarios Simulated
by WRF
Young Hyun KIM1#+, Joong-Bae AHN1, Kyo-Moon SHIM2, Myung-Pyo JUNG2, Joon
Lee LEE1, Bayasgalan GERELCHULUUN1, Ha-Gyu JEONG1
1Pusan National University, 2National Academy of Agricultural Science

IG04-D5-PM1-P022

IG04-A031
Analysis of the Magnetic Data from the Network of Ground Stations During
Periods of Increased Solar Activity and Magnetic Storms
Oksana MANDRIKOVA1#+, Igor SOLOVIEV1, Sergey KHOMUTOV1, Dmitry
BAISHEV2, Kusumita ARORA3, Lingala MANJULA3, Phani SEKHAR3, Yury
POLOZOV1
1Far Eastern Branch of Russian Academy of Sciences, 2Siberian Branch of the Russian
Academy of Sciences, 3National Geophysical Research Institute

367

367

IG05-D5-PM1-P009

IG05-A002
Excitation of Seismic Waves by Two Types of Severe Storm Events: Hurricanes andTornadoes
Annie VALOVCIN1#+, Toshiro TANIMOTO1
1University of California, Santa Barbara

IG05-D5-PM1-P010

IG05-A007
Strong Seasonal Variations and Significant Azimuthal Anisotropy of the Effective
Microseisms Energy in Southwest China Inferred from Noise Cross-Correlation
Functions
Weitao WANG1#+, Baoshan WANG1
1China Earthquake Administration

IG05-D5-PM1-P011

IG05-A008
Impact of Ocean Wave Climate on Double-Frequency Microseisms and Evaluationof Seismic Site Effect in Northern Mississippi, USA
Zhen GUO1,2#+, Adnan AYDIN2, Mei XUE1
1Tongji University, 2University of Mississippi

IG05-D5-PM1-P012

IG05-A010
Sensitivity of Alluvial Landscape Evolution on Climatic Variables
Kyungrock PAIK1#+
1Korea University

IG05-D5-PM1-P013

IG05-A013
Characteristics of Seismic Noise on Ocean Islands and its Oceanographic
Interpretation
Jianmin LIN1#+, Donglu CHEN1, Hong ZHENG1
1Zhejiang Ocean University

IG05-D5-PM1-P014

IG05-A015
Nearshore Hydro-Morphodynamic Signatures After the Analysis of Ambient
Seismic Noise Recorded Along the Shore
Frederic BOUCHETTE1#+, Emmy Tsui-Yu CHANG2, Li-Ching LIN3, Benjamin
FORES1
1University of Montpellier, 2National Taiwan University, 3Academia Sinica

IG05-D5-PM1-P015

IG05-A016
Cenozoic Sedimentary Carbon Subduction: A Revised Budget
Peter CLIFT1#+
1Louisiana State University

IG06-D5-PM1-P006

IG06-A002
Tsunami Hazard Assessment for the Arabian Gulf from Earthquakes and Coastal
Landslides Using Detailed Topography / Bathymetry Data and Considering Tidal
EffectAnawat SUPPASRI1#+, Panon LATCHAROTE1, Khaled AL-SALEM2, Tanuspong
POKAVANICH3, Yogeesha JAYARAMU2, Abdullah AL-ENEZI2, Shinji TODA1,
Fumihiko IMAMURA1
1Tohoku University, 2Kuwait Institute for Scientific Research, 3Kasetsart University

IG06-D5-PM1-P007

IG06-A008
Web App Development for Natural Hazards Risk Analysis: A Focus on Startups inThailand
Patcharavadee THAMARUX1#, Natt LEELAWAT2+, Masashi MATSUOKA1,
Fumihiko IMAMURA3
1Tokyo Institute of Technology, 2Chulalongkorn University, 3Tohoku University
368

368

IG10-D5-PM1-P007

IG10-A002
Caspian Sea Level Change from Satellite Gravity and Altimeter Measurements
Jianli CHEN1#+, Clark WILSON1, Byron TAPLEY1, Himanshu SAVE1, Jean-Francois
CRETAUX2
1University of Texas at Austin, 2Laboratory of Geophysical and Oceanographic Studies(LEGOS) / Centre National d'études Spatiales (CNES)

IG10-D5-PM1-P008

IG10-A005
Global Terrestrial Water Storage Changes and Connections to ENSO Events
Shengnan NI1#+, Jianli CHEN2, Clark WILSON2, Jin LI1, Xiaogong HU3
1Shanghai Astronomical Observatory of Chinese Academy of Sciences, 2University of Texas
at Austin, 3Chinese Academy of Sciences

IG10-D5-PM1-P009

IG10-A007
Estimation of Asymmetric Vertical Variation of Southern and Northern Hemispherein Earth from Satellite Altimetry, GRACE and Argo Data Since 2003
Wei CHEN1+, Min ZHONG1#, Wei FENG1, Yulong ZHONG1, Wen-Bin SHEN2
1Chinese Academy of Sciences, 2Wuhan University

IG10-D5-PM1-P010

IG10-A012
Seismic Gravity Changes of the 2004 Sumatra-Andaman Earthquake and Static
Gravity Anomaly
Yusaku TANAKA1#+, Kosuke HEKI1
1Hokkaido University

IG10-D5-PM1-P011

IG10-A013
Variations of the Argentine Gyre Observed in the Ocean Altimetry and Grace TimeVariable Gravity Measurements
Yao YU1+, Benjamin Fong CHAO2#, David GARCIA-GARCIA3, Peng PENG4, Zhicai
LUO1
1Wuhan University, 2Academia Sinica, 3University of Alicante, 4Chinese Academy of
Sciences

IG10-D5-PM1-P012

IG10-A014
Ellipsoidal Correction for GRACE Mascon Mass Changes Over Polar Regions
Jin LI1#+, Jianli CHEN2, Ziang LEE1, Xiaogong HU3
1Shanghai Astronomical Observatory of Chinese Academy of Sciences, 2University of Texas
at Austin, 3Chinese Academy of Sciences

IG11-D5-PM1-P011

IG11-A002
Anti-Phase Variation of Hydrology and In-Phase Carbon Accumulations in Two
Wetlands in Southern and Northern China Since the Last Deglaciation
Xuefeng YU1#+
1Chinese Academy of Sciences

IG11-D5-PM1-P012

IG11-A008
Comparison of Different Methods to Estimate Soil Hydraulic Properties for Water
Retention Curves
Pinnara KET1#+, Chantha OEURNG1, Aurore DEGRE2
1Institute of Technology of Cambodia, 2Gembloux Agro-Bio Tech

IG11-D5-PM1-P013

IG11-A016
What Drives Tropical Long-Term Hydroclimate Change?
Xianfeng WANG1#+
1Nanyang Technological University

369

369

IG11-D5-PM1-P014

IG11-A018
Coral-Based Hydrological Variability in the Eastern Bay of Bengal During the Little
Ice AgeHong-Wei CHIANG1#+
1National Taiwan University

IG11-D5-PM1-P015

IG11-A024
Abrupt Monsoonal Shifts Over the Precessional Cycles Documented in Yongxing
Cave in China During the Antepenultimate Glacial Period
Yijia LIANG1+, Shitao CHEN1#, Zhenqiu ZHANG1, Yongjin WANG1
1Nanjing Normal University

IG11-D5-PM1-P016

IG11-A025
Multiple Analysis of Variation of Oxygen-Carbon Isotopes from a Holocene
Stalagmite by EEMD Method
Shaohua YANG1+, Shitao CHEN1#, Yalan ZENG1
1Nanjing Normal University

IG12-D5-PM1-P007

IG12-A003
Application of the GF-1 Remote Sensing Image in Field Geomorphology Teaching
Xueping LIU1#+, Li-Ping ZHOU11Peking University

IG12-D5-PM1-P008

IG12-A005
Outreach Education of Space Science in Taiwan
Chao-Yen CHEN1#+, I-Te LEE2,3, Jann-Yenq LIU1
1National Central University, 2Central Weather Bureau, 3National Taiwan University

IG15-D5-PM1-P007

IG15-A007
Bias Analysis of BDS Broadcast Ephemeris
Jianhua ZHOU1#+, Xiuqiang GONG2, Yize ZHANG3
1Beijing Satellite Navigation Center, 2Chinese Academy of Sciences, 3Tongji University

IG15-D5-PM1-P008

IG15-A010
An Improved Integrator for Orbit Propagation
Bingbing DUAN1,2#+, Junping CHEN1, Jiexian WANG3
1Chinese Academy of Sciences, 2Technical University of Munich, 3Tongji University

IG15-D5-PM1-P009

IG15-A013
Estimation of GPS/GLONASS/GALILEO/BDS Real-Time Satellite Clock
Yize ZHANG1#+, Junping CHEN2, Jiexian WANG1
1Tongji University, 2Chinese Academy of Sciences

IG19-D5-PM1-P008

IG19-A008
On the Relationship Between the Monsoon Rainfall Revealed by the HighResolution Daily Precipitation Product APHRODITE and Landslides in Nepal
Akiyo YATAGAI1#+, Melanie FROUDE2, David PETLEY2, Ryutaro SUZUKI1, Chiaki
ANDO1
1Hirosaki University, 2Sheffield University

IG21-D5-PM1-P009
Invited

IG21-A001
Displacement Characteristics of CO2 Injected in Pore-Scale Porous Media
Qianlin ZHU1#+
1China University of Mining and Technology

370

370

IG21-D5-PM1-P010

IG21-A003
Lifetime of Carbon Dioxide Included Micro-Nano Bubble in Shallow Aquifer andChemical Reaction with CO2 and Sediments
Takato TAKEMURA1#+, Shoichiro HAMAMOTO2, Kenichiro SUZUKI3, Koichi
OKUZAWA3
1Nihon University, 2The University of Tokyo, 3Obayashi Corporation

IG21-D5-PM1-P011
Invited

IG21-A007
Development Potential for Onshore CO2 Geological Storage in France
Isabelle CZERNICHOWSKI-LAURIOL1#+, Pascal AUDIGANE2, Anne-Gaelle
BADER2, Didier BONIJOLY2, André BURNOL2, Louis DE LARY DE LATOUR2,
Sébastien DUPRAZ2, Hubert FABRIOL2, Frédérick GAL2, Marie GASTINE3,
Sandrine GRATALOUP2, Christophe KERVÉVAN2, Thomas LE GUÉNAN2, Annick
LOSCHETTER2, Karine MICHEL2, Rowena STEAD2
1CO2GeoNet / BRGM, 2Bureau of Geological and Mining Research, 3GEODENERGIES

IG21-D5-PM1-P012
Invited

IG21-A008
The Effect of CO2 Injection Speed on CO2 Saturation and Differential Pore Pressure
Keigo KITAMURA1#+, Hiroyuki HONDA1, Hiroaki IKEMI1, Yasuhiro MITANI1
1Kyushu University

IG21-D5-PM1-P013

IG21-A011
Update on the China Australia Geological Storage of CO2 (CAGS) ProjectAndrew FEITZ1#+, Jiutian ZHANG2, Xian ZHANG2, Jessica GURNEY1, Liling
HUANG1
1Geoscience Australia, 2The Administrative Centre for China's Agenda 21 (ACCA21)

IG21-D5-PM1-P014

IG21-A013
Integrated Monitoring of CO2-EOR Demonstration Project at Yanchang OilfieldQi LI1#+, Jianli MA1, Xutao LU1, Zhiyong NIU1, Xiaochun LI1
1Chinese Academy of Sciences

IG21-D5-PM1-P015

IG21-A015
South West Hub: Evaluating Geological Uncertainty for Commercial-Scale CCS
Linda STALKER1#+, Dominique VAN GENT2
1Commonwealth Scientific and Industrial Research Organisation, 2Western Australian
Department of Mines and Petroleum

IG21-D5-PM1-P016

IG21-A016
Stability Assessment of Hidden Faults at the Potential CO2-EWR Site
Qi LI1#+, Zhiyong NIU1, Xiaochen WEI2, Xiaying LI1, Jianli MA1
1Chinese Academy of Sciences, 2Southwest Petroleum University

IG21-D5-PM1-P017

IG21-A017
Hydrological Changes of Rocks Reacted in a Supercritical CO2–Water System
Masao SORAI1#+
1National Institute of Advanced Industrial Science and Technology

IG24-D5-PM1-P005

IG24-A001
Sedimentological Characteristics and Seafloor Failure Offshore SW Taiwan
Sheng Ting HSU1#+, Chih-Chieh SU1, Huai-Houh HSU2, Jing-Yi LIN3, Jia-Jyun
DONG3
1National Taiwan University, 2Chienkuo Technology University, 3National Central
University

371

371

IG24-D5-PM1-P006

IG24-A003
Anisotropy and Wave Splitting Analysis by Using the Integration of Linear andCircular Air-Gun Shooting Data in the Hydrate-Enriched Continental Slops, SW
TaiwanYi-Chin LIN1+, Jing-Yi LIN1#
1National Central University

IG24-D5-PM1-P007

IG24-A006
Potential for SGD Induced Seafloor Liquefaction : A Case Study Offshore
Southwestern Taiwan
Yao Li CHANG1#+, Chih-Chieh SU1
1National Taiwan University

IG24-D5-PM1-P008

IG24-A008
Modern Sedimentation and Extreme Events in the South China Sea
Yu-Huang CHEN1#+, Chih-Chieh SU1
1National Taiwan University

IG24-D5-PM1-P009

IG24-A010
Development of a Shear Vane for Evaluating Submarine Slope Stability
Huai-Houh HSU1#+, Jia-Jyun DONG2
1Chienkuo Technology University, 2National Central University

IG25-D5-PM1-P004

IG25-A001
Climatic Changes During the Last 11,500 Years from Hamtah and Chattru Glaciers,
Western Himalaya, India
Ruchika BAJPAI1#+, Ratan KAR1
1Birbal Sahni Institute of PalaeosciencesIG25-D5-PM1-P005

IG25-A008
High Resolution Multiproxy Climatic Record of Last ~1ka, A Study Based on Lake
Sediments from Southern Madhya Pradesh of India
Kamlesh KUMAR1#+, Anupam SHARMA1, Shilpa PANDEY1
1Birbal Sahni Institute of PalaeosciencesIG25-D5-PM1-P006

IG25-A010
Source of Sediment and Processes in the Lacustrine Environment of Schirmacher
Oasis and Larsemann Hills, East Antarctica
Shabnam CHOUDHARY1#+, Neloy KHARE2
1Goa University, 2Ministry of Earth SciencesIG25-D5-PM1-P007

IG25-A011
Ree Geochemistry and 10Be Analysis of Arctic Ocean Sediments: A Proxy for
Climate Change and its Possible Bearing to Tropical Climate
Pankaj KUMAR1+, Jitendra PATNAIK2, Neloy KHARE3#, S. BALAKRISHNAN4,
Sundeep CHOPRA1, Kanji LAL1
1Inter-University Accelerator Centre, 2Central University of Punjab, 3Ministry of Earth
Sciences, 4Pondicherry University

IG26-D5-PM1-P009

IG26-A003
A Non-Hydrostatic Model for Landslide-Generated Waves: Application to the
Chehalis Lake Rock Avalanche, BC, Canada
Pengfei SI1#+, Xiping YU1
1Tsinghua University

372

372

IG26-D5-PM1-P010

IG26-A010
The Law Governing Tropical Cyclone Movement
Kaiyue SHAN1#+, Xiping YU1
1Tsinghua University

IG26-D5-PM1-P011

IG26-A015
Concentric Traveling Ionosphere Disturbances Triggered by Super Typhoon
Meranti (2016)
Min-Yang CHOU1#+, Charles LIN1, Jia YUE2, Ho-Fang TSAI1, Yang-Yi SUN3, JannYenq (Tiger) LIU4, Chia-Hung CHEN4
1National Cheng Kung University, 2Hampton University, 3Kyushu University, 4National
Central University

IG27-D5-PM1-P009

IG27-A004
Turbidity Inflenced by Landslides in the Xindan Catchment, Northen Taiwan
Shengchi LIN1#+, Ching-Fang LEE2, Ming-Chun KE1,3
1National Science and Technology Center for Disaster Reduction, 2Sinotech Engineering
Consultants, INC., 3National Taipei University of Technology

IG27-D5-PM1-P010

IG27-A005
Landslide Hazard Assessment of Mountainous Roads in Taiwan – Using High
Resolution Dem and Numerical Simulation
Wei-Kai HUANG1, Ching-Fang LEE1, Lun-Wei WEI1#+, Ting-Chi TSAO1, Wei-Che
LI2, Chin-Lun WANG3
1Sinotech Engineering Consultants, INC., 2Sinotech Engineering Consultants, Ltd., 3Soiland Water Conservation Bureau

IG27-D5-PM1-P011

IG27-A011
The Deformation and Accumulation Behavior of Simplified Dip Slope Model Using
Centrifuge Testing and Discrete Element Modeling
Jheng-Yu HSIEH1, Kun-Che LI1, Wen-Chao HUANG1#+, Wen-Yi HUNG1, Chia-Hao
HU1
1National Central University

IG27-D5-PM1-P012

IG27-A013
Geophysical Investigation of Shallow Subsurface Fracture Distribution on the
Accretionary Prism Off Southwest Taiwan
Win-Bin CHENG1#+, Jing-Yi LIN2, Shu-Kun HSU2, Jia-Jyun DONG2, Huai-Houh
HSU3
1Jinwen university of science & technology, 2National Central University, 3Chienkuo
Technology University

IG28-D5-PM1-P009

IG28-A002
Rapid Land Cover Change in the Merang Kepahyang Peat Hydrological Region,
South Sumatra, Indonesia Associated with the Peat Fires
Raden PUTRA1+, Edy SUTRIYONO1, Sabaruddin SABARUDDIN1, Iskhaq
ISKANDAR1#
1Sriwijaya University

IG28-D5-PM1-P010

IG28-A003
Towards High Resolution Estimates of Surface Solar Radiation in East Asia fromMTSAT Observations
Xiaolei NIU1#+, Kun YANG1, Wenjun TANG1, Jun QIN1
1Chinese Academy of Sciences

373

373

IG28-D5-PM1-P011

IG28-A004
The Estimation of Surface Solar Radiation Considering the Distortion of the Cloud
Shadow on Complex Terrain
Xiaozhou XIN1#+
1Chinese Academy of SciencesIG28-D5-PM1-P012

IG28-A006
Assessment of Satellite Land Surface Albedo Based on Land Surface Parameters
Validation System
Jianguang WEN1#+, Xinwen LIN1, Xiaodan WU1, Baocheng DOU1, Qing XIAO1
1Chinese Academy of Sciences

374

374

PS Poster Presentations
Fri - 11 Aug, 14:00 - 15:30 | Summit
PS03-D5-PM1-P013

PS03-A013
Statistical Similarities Between WSA-ENLIL+Cone Model and Maven In-situ
Observations from November 2014 to March 2016
Christy LENTZ1#+, Allison JAYNES1, Dan BAKER1, Ryan DEWEY2, M. Leila MAYS3,
C. LEE4, David A. BRAIN1, Jasper HALEKAS5
1University of Colorado Boulder, 2University of Michigan, 3Catholic University of America,
4

University of California, Berkeley, 5University of Iowa

PS03-D5-PM1-P014

PS03-A016
Solar Wind Interaction with Mercury's Magnetosphere: Bepicolombo Science
Targets
Go MURAKAMI1#+, Masaki FUJIMOTO1
1Japan Aerospace Exploration Agency

PS03-D5-PM1-P015

PS03-A020
Is Quasi-Adiabaticity Conserved During Substorm Dipolarization at Mercury?
Dominique DELCOURT1#+, Helmi MALOVA2, Lev ZELENYI2
1French National Centre for Scientific Research, 2Space Research Institute of Russian
Academy of SciencesPS03-D5-PM1-P016

PS03-A021
IMF Control of the Mercury’s Magnetopause Location
Jun ZHONG1#+, Yong WEI1, Lihui CHAI1, Zhaojin RONG1, Weixing WAN1, JihHong SHUE2
1Chinese Academy of Sciences, 2National Central University

PS03-D5-PM1-P017

PS03-A022
The Magnetic Field Structure of Mercury’s Magnetotail
Zhaojin RONG1#+, Yuan DING1, James SLAVIN2, Jun ZHONG1, Weijie SUN1,
Gangkai POH2, Yong WEI1, Lihui CHAI1, Weixing WAN1, Chao SHEN3
1Chinese Academy of Sciences, 2University of Michigan, 3Harbin Institute of Technology

PS03-D5-PM1-P018

PS03-A023
3D Hybrid Simulation of the Heavy Ion Kinetic Effect in the Magnetosphere of
Mercury
Lihui CHAI1#+, Exner WILLI2, Uwe MOTSCHMANN2, Jun ZHONG1, Yong WEI1,
Weixing WAN1
1Chinese Academy of Sciences, 2Technische Universität Braunschweig

PS04-D5-PM1-P013

PS04-A001
Surface Thermophysical Properties Investigation of the Potentially Hazardous
Asteroid (99942) Apophis
Liang Liang YU1#+, Jianghui JI2, Wing-Huen IP3
1Macau University of Science and Technology, 2Chinese Academy of Sciences, 3National
Central University

PS04-D5-PM1-P014

PS04-A002
Thermal Behaviors of Apollo Basin Revealed by Microwave Sounder Data from
Chang'e-2 Satellite
Zhiguo MENG1#+, Zhanchuan CAI2, Jinsong PING3, Qingshuai WANG1, Lilin
XING1, Yangang WU1
1Jilin University, 2Macau University of Science and Technology, 3Chinese Academy of
Sciences375

375

PS04-D5-PM1-P015

PS04-A007
Evidence of Significant Rotational Non-LTE Effect in CO2 4.3um Spectra of PFSMEX
Ladislav REZAC1#+, Alexander KUTEPOV2, Artem FEOFILOV3
1Max Planck Institute for Solar System Research, 2NASA Goddard Space Flight Center,
3

Ecole Polytechnique

PS04-D5-PM1-P016

PS04-A011
The Chirp Transform Spectrometer on JUICE-SWIPaul HARTOGH1#+
1Max Planck Institute for Solar System ResearchPS04-D5-PM1-P017

PS04-A012
Solar System Objects as Prime Calibrators for Herschel/HIFIMiriam RENGEL1,2#+, David TEYSSIER2, Michael MÜLLER3, Willem JELLEMA4,Raphael MORENO5, Ian AVRUCH4
1Max Planck Institute for Solar System Research, 2European Space Astronomy Centre,
3

Kapteyn Astronomical Institute, 4University of Groningen, 5Paris Observatory

PS04-D5-PM1-P018

PS04-A016
Retrieving Temperature and Velocity Profiles of Comet 67P/ChuryumovGerasimenko from MIRO/Rosetta Water Lines
David MARSHALL1#+, Paul HARTOGH1, Ladislav REZAC1
1Max Planck Institute for Solar System ResearchPS04-D5-PM1-P019

PS04-A018
Development of Radiative Transfer Simulation Including a Non-LTE Model for THz
Observations of Ganymede's Atmosphere
Takayoshi YAMADA1#+, Yasuko KASAI2, Ladislav REZAC3, Paul HARTOGH3,
Naohiro YOSHIDA1
1Tokyo Institute of Technology, 2National Institute of Information and Communications
Technology, 3Max Planck Institute for Solar System ResearchPS04-D5-PM1-P020

PS04-A019
Mars Micro-Satellite for Terahertz Remote Sensing
Richard LARSSON1#+, Yasuko KASAI1, Takeshi KURODA1, Hiroyuki MAEZAWA2,
Takeshi MANABE2, Toshiyuki NISHIBORI3, Shinichi NAKASUKA4, Akifumi
WACHI4, Hideo SAGAWA5
1National Institute of Information and Communications Technology, 2Osaka Prefecture
University, 3Japan Aerospace Exploration Agency, 4The University of Tokyo, 5Kyoto Sangyo
University

PS05-13-D5PM1-P-029

PS05-13-A002
Contribution to Martian Gravity Field from Chinese Mars Mission and EXO Mission
Zhengsong CHEN1#+
1Institute of Seismology

PS05-13-D5PM1-P-030

PS05-13-A003
PSUP: A Planetary SUrface Portal
François POULET1#+
1National Center for Scientific Research / University of Paris-Sud

PS05-13-D5PM1-P-031

PS05-13-A011
Mid-Latitude Dust Storms During Mars Dust Storm Season
Jing XIAO1#+, Keith K. C. CHOW1, Kwing Lam CHAN1
1Macau University of Science & Technology
376

376

PS05-13-D5PM1-P-032

PS05-13-A012
Characteristic Features in Cloud-Top Temperature of Venus
Makoto TAGUCHI1#+, Tetsuya FUKUHARA1, Toru KOUYAMA2, Takeshi
IMAMURA3, Takao M. SATO4, Mao TAKAMURA1, Takeru YAMADA1, Masahiko
FUTAGUCHI1, Naomoto IWAGAMI5, Makoto SUZUKI4, Munetaka UENO6,
Mitsuteru SATO7, George HASHIMOTO8, Seiko TAKAGI9, Masato NAKAMURA4
1Rikkyo University, 2National Institute of Advanced Industrial Science and Technology,
3

The University of Tokyo, 4Japan Aerospace Exploration Agency, 5Senshu University, 6Kobe

University, 7Hokkaido University, 8Okayama University, 9Tokai University
PS05-13-D5PM1-P-033

PS05-13-A014
K-Ar Dating System for Mars Lander Missions
Misa HORIUCHI1#+, Manami HOSOKAWA1, Ayumi KAWASHIMA1, Megumi
UNO1, Yuichiro CHO2, Shingo KAMEDA1, Yayoi N. MIURA3, Satoshi
KASAHARA3, Seiji SUGITA3
1Rikkyo University, 2NASA Marshall Space Flight Center, 3The University of Tokyo

PS05-13-D5PM1-P-034

PS05-13-A017
Seasonal Variation of Ozone on Mars and its Relation to Water Vapor and Dust
Ashimananda MODAK1#+, Varun SHEEL1
1Physical Research Laboratory

PS05-13-D5PM1-P-035

PS05-13-A020
Numerical Evaluation of Sensor for Electric Field and Plasma Measurements inUpper Martian Ionosphere
Sanjeev MISHRA1#+, Chandan KUMAR1, Durga Prasad KARANAM1, S.A. HAIDER1
1Physical Research Laboratory

PS05-13-D5PM1-P-036

PS05-13-A024
Major Dust Storm on Mars - Development History and Atmospheric Waves
Huiqun WANG1#+
1Smithsonian Astrophysical Observatory

PS05-13-D5PM1-P-037

PS05-13-A028
Precision of Brightness Temperature for Akatsuki LIR Observation on Orbit
Tetsuya FUKUHARA1#+, Akane HAYASHITANI1, Makoto TAGUCHI1, Takeshi
IMAMURA2, Toru KOUYAMA3, Takao M. SATO4, George HASHIMOTO5,
Mitsuteru SATO6, Masato NAKAMURA4
1Rikkyo University, 2The University of Tokyo, 3National Institute of Advanced Industrial
Science and Technology, 4Japan Aerospace Exploration Agency, 5Okayama University,
6

Hokkaido University

PS05-13-D5PM1-P-038

PS05-13-A031
4D Gridding of MRO-MCS Data for Easier Analysis and Visualization
Katsuyuki NOGUCHI1#+, Mayu UEDA1, Hiroo HAYASHI2
1Nara Women's University, 2Fujitsu FIP Corporation

PS05-13-D5PM1-P-039

PS05-13-A040
The Formational Process of Systematically Distributed Grooves on Phobos
Hiroshi KIKUCHI1#+, Hideaki MIYAMOTO1
1The University of Tokyo

PS07-D5-PM1-P016

PS07-A003
Shape of Titan from Cassini Radar Elevation Measurements and Implications forInterior Structure and Composition
Howard ZEBKER1#+, Ying Qi WONG1
1Stanford University
377

377

PS07-D5-PM1-P017

PS07-A016
Ray Craters on Callisto and Ganymede: Implications for Apex-Antapex Cratering
Asymmetry on Jovian Satellites
Luyuan XU1#+, Hideaki MIYAMOTO1, Naoyuki HIRATA2
1The University of Tokyo, 2Kobe University

PS07-D5-PM1-P018

PS07-A018
The Formation of Dark Ray Craters on GanymedeCharles HIBBITTS1#+, Benjamin WING1
1Johns Hopkins University Applied Physics Laboratory

PS07-D5-PM1-P019

PS07-A020
Gas Tori of the Outer Planets Including the Pluto-Charon SystemWing-Huen IP1#+, Jyun-Min YANG1
1National Central University

PS08-D5-PM1-P010

PS08-A001
Analysis of Initial Juno Magnetometer Data: Use of an Elastic Net to Probe SmallScale Structure
Kimberly MOORE1#+, Jeremy BLOXHAM1, J. E. P. CONNERNEY2, John
JORGENSEN3, Jose M.G. MERAYO3
1Harvard University, 2NASA Goddard Space Flight Center, 3Technical University ofDenmark

PS08-D5-PM1-P011

PS08-A005
Results of Joint Observations of Jupiter’s Atmosphere by Juno and a Network ofEarth-Based Observing Stations
Glenn ORTON1#+, Thomas MOMARY1, Scott BOLTON2, Steven LEVIN1, Candice
HANSEN3, Michael JANSSEN1, Alberto ADRIANI4, Randy GLADSTONE2, FranBAGENAL5, Andrew INGERSOLL6
1Jet Propulsion Laboratory, California Institute of Technology, 2Southwest ResearchInstitute, 3Planetary Science Institute, 4National Institute for Astrophysics (INAF),
5

PS08-D5-PM1-P012

University of Colorado Boulder, 6California Institute of Technology

PS08-A007
Empirical Modeling of Ultra-relativistic Electron Emissions from Juno's MWR
Observations
Virgil ADUMITROAIE1#+, Fabiano OYAFUSO1, Steven LEVIN1, Daniel SANTOSCOSTA2, Michael JANSSEN1, Samuel GULKIS1, Scott BOLTON2
1Jet Propulsion Laboratory, California Institute of Technology, 2Southwest ResearchInstitute

PS08-D5-PM1-P013

PS08-A008
Jovian Low-Frequency Radio Sources Probed Using Juno Waves Direction-Finding
Technique
Masafumi IMAI1#+, William KURTH1, George HOSPODARSKY1, Scott BOLTON2, J.
E. P. CONNERNEY3, Steven LEVIN4
1The University of Iowa, 2Southwest Research Institute, 3NASA Goddard Space Flight
Center, 4Jet Propulsion Laboratory, California Institute of Technology

PS10-D5-PM1-P008

PS10-A002
Hydrogen Cyanide Abundance and Thermal Balance in Titan's Upper Atmosphere
Jun CUI1,2#+, Yutian CAO2, Panayiotis LAVVAS3, Tommi KOSKINEN4
1Sun Yat-sen University, 2Chinese Academy of Sciences, 3Universite Reims ChampargneArdennes, 4University of Arizona

378

378

PS10-D5-PM1-P009

PS10-A003
Modulation of Electron Temperature by Crustal Magnetic Fields in the Dayside
Martian Ionosphere
Lingling ZHAO1+, Jun CUI2,3#, Yutian CAO3, Yong WEI3, Rong LI4
1University of Chinese Academy of Sciences, 2Sun Yat-sen University, 3Chinese Academy of
Sciences, 4National Astronomical Observatories of China

PS10-D5-PM1-P010

PS10-A005
Impact of Crustal Magnetic Fields on Day-To-Night Transport in the Martian
Ionosphere
Yutian CAO1#+, Jun CUI2,3, Yong WEI3, Rong LI1
1National Astronomical Observatories of China, 2Sun Yat-sen University, 3Chinese
Academy of Sciences

PS10-D5-PM1-P011

PS10-A007
The Possible Existence of a Methane Torus Around Saturn: Implications on Methane
Escape from Titan
Dandan NIU1#+, Jun CUI2,3, Wei-Ling TSENG4, Mau WONG5, Hao GU1
1Macau University of Science & Technology, 2Sun Yat-sen University, 3Chinese Academyof Sciences, 4National Taiwan Normal University, 5California Institute of Technology

PS10-D5-PM1-P012

PS10-A008
Monte Carlo Simulations of Sputter-Induced Nitrogen and Methane Escape fromTitan
Hao GU1, Jun CUI2,3, Mau WONG4, Wei-Ling TSENG5, Dandan NIU1#+
1Macau University of Science & Technology, 2Sun Yat-sen University, 3Chinese Academyof Sciences, 4California Institute of Technology, 5National Taiwan Normal University

PS10-D5-PM1-P013

PS10-A009
The Dynamic Hydrogen Exosphere of Mars
Jasper HALEKAS1#+
1University of Iowa

PS11-D5-PM1-P015

PS11-A004
Carboxylic Acids as a Carrier of the 3.2 μM Band in VIRTIS/Rosetta Spectra?
Istiqomah ISTIQOMAH1#+, Eric QUIRICO2, Patrice THEULÉ3, Alexandre FAURE4,
Olivier POCH5, Lydie BONAL4, Pierre BECK4, Bernard SCHMITT4, Fabrizio
CAPACCIONI6, Gianrico FILACCHIONE6, Stephane ERARD7, Cedric LEYRAT7,
Dominique BOCKELEE-MORVAN7, Gabriele ARNOLD8, Maria Teresa CAPRIA6,
Maria Antonietta BARUCCI7, Maria Cristina DE SANCTIS6, Andrea
LONGOBARDO6, Ernesto PALOMBA6, Federico TOSI6, Ljuba MOROZ81CNRS, Université Grenoble Alpes, 2Centre Nationnal de la Recherche Scientifique, 3AixMarseille Universite, 4Université Grenoble Alpes, 5University of Bern, 6National Institutefor Astrophysics (INAF), 7Paris Observatory, 8German Aerospace Center - DLR

PS11-D5-PM1-P016

PS11-A005
A Binary Star Model for the Formation of the Oort CloudYoshiaki TANIGUCHI1#+
1The Open University of Japan

PS11-D5-PM1-P017

PS11-A012
Planetary Defense Activities in Japan
Makoto YOSHIKAWA1#+, Shin-Ichiro OKUMURA2, Seitaro URAKAWA2, Kohei
YAMAGUCHI3, Toshinori IKENAGA1, Toshifumi YANAGISAWA1, Yuichi
TSUDA1
1Japan Aerospace Exploration Agency, 2Japan Spaceguard Association, 3Kyoto University
379

379

PS11-D5-PM1-P018

PS11-A013
Water Detection by Neutron Spectrometer for the Exploration of Near-EarthAsteroids
Junya ISHII1#+, Hiroshi NAGAOKA1, Masayuki NAITO1, Nobuyuki HASEBE1
1Waseda University

PS11-D5-PM1-P019

PS11-A016
The Unusual Apparition of Comet 252P/LINEAR 12
Jian-Yang LI1#+, Nalin SAMARASINHA1, Michael KELLEY2, Davide
FARNOCCHIA3, Max MUTCHLER4, Yanqiong REN5, Xiao-Ping LU5, DavidTHOLEN6, Tim LISTER7, Marco MICHELI8
1Planetary Science Institute, 2University of Maryland, 3Jet Propulsion Laboratory,
California Institute of Technology, 4Space Telescope Science Institute, 5Macau University of
Science & Technology, 6University of Hawaii, 7Las Cumbres Observatory Global Telescope
Network, 8European Space Agency

PS11-D5-PM1-P020

PS11-A020
Investigation of Elemental Composition of Near-Earth Asteroids by Nuclear
Spectrometer on the Miniature Deep Space Satellite
Nobuyuki HASEBE1#+, Shoji TORII1, Tomoyuki MIYASHITA1, Toru OHTA1,Timothy J. FAGAN1, Hiroshi NAGAOKA1, Masayuki NAITO1, Junya ISHII1,
Daisuke AOKI1, Takuto ADACHI1, Mana SHIKISHIMA1, Eido SHIBAMURA1,
Akira HITACHI1, Sota SHIMIZU2, Makiko OHTAKE3, Kyeong Ja KIM4, JesúsMARTÍNEZ-FRÍAS5, José A. Matias LOPES6, Valery V. DMITRENKO7, Sergey
ULIN7
1Waseda University, 2Keio University, 3Japan Aerospace Exploration Agency, 4Korea
Institute of Geoscience and Mineral Resources, 5Complutense University of Madrid,
6

University of Coimbra, 7National Research Nuclear University MEPhI

PS11-D5-PM1-P021

PS11-A022
Internal Structure of the Acapulcoite-Lodranite Parent Body as Suggested by
Thermal Evolution Models
Wladimir NEUMANN1,2#+, Doris BREUER2, Tilman SPOHN2, Hans-Peter GAIL3,
Stephan HENKE3, Winfried SCHWARZ3, Mario TRIELOFF3, Jens HOPP3
1University of Münster, 2German Aerospace Center (DLR), 3University of Heidelberg

PS11-D5-PM1-P022

PS11-A025
Importance of Considering Heterogeneity in Asteroid Thermal Modeling
Jenna CROWELL1#+, Ellen HOWELL2, Sean MARSHALL3, Christopher MAGRI4,
Yanga FERNANDEZ1, Ronald VERVACK5, Brian WARNER6
1University of Central Florida, 2University of Arizona, 3Cornell University, 4University ofMaine at Farmington, 5Johns Hopkins University, 6Center for Solar System Studies

PS12-ST23-D5PM1-P-011

PS12-ST23-A001
On Slight Displacement of the Analyzer Electrodes of MIA Onboard Mercury
Magnetospheric Orbiter
Wataru MIYAKE1#+, Yoshifumi SAITO2, Shoichiro YOKOTA2
1Tokai University, 2Japan Aerospace Exploration Agency

PS12-ST23-D5PM1-P-012

PS12-ST23-A008
Development of a Search Coil Magnetometer Without a Radiation Shield by Using
ASIC Technology
Yuya TOKUNAGA1#+, Mitsunori OZAKI1, Satoshi YAGITANI1, Hirotsugu KOJIMA2
1Kanazawa University, 2Kyoto University

380

380

PS12-ST23-D5PM1-P-013

PS12-ST23-A009
SS-520-3 Sounding Rocket Experiment Targeting the Ion Outflow Over the Cusp
Region: Status Update
Yoshifumi SAITO1#+, Yasunobu OGAWA2, Hirotsugu KOJIMA3
1Japan Aerospace Exploration Agency, 2National Institute of Polar Research, 3Kyoto
University

PS12-ST23-D5PM1-P-014

PS12-ST23-A010
A Single-Exposure Imaging Polarimeter in Support of Akatsuki Venus Mission
Takehiko SATOH1#+, Takayuki ENOMOTO2, Yoshikazu NAKATANI3, Takashi
NAKAKUSHI4, Koji KAWABATA5
1Japan Aerospace Exploration Agency, 2Graduate University for Advanced Studies, 3Kyoto
University, 4Wakayama University, 5Hiroshima University

PS12-ST23-D5PM1-P-015

PS12-ST23-A013
Development of a Near-Infrared Hyper-Spectral Imaging Camera
NIRS44/MacrOmega for the Martian Moon’s Sample Return Mission
Takeshi SAKANOI1#+, Hiromu NAKAGAWA1, Takahiro IWATA2, Tomoki
NAKAMURA1, Jean-Pierre BIBRING3, Cedric PILORGET3, Vincent HAMM3,
Yasumasa KASABA1, Takeshi IMAMURA4, Shohei AOKI5, Takao M. SATO2,
Makoto TAGUCHI6, Atsushi YAMAZAKI2
1Tohoku University, 2Japan Aerospace Exploration Agency, 3University of Paris-Sud, 4The
University of Tokyo, 5Institut d'Aéronomie Spatiale de Belgique, 6Rikkyo University

PS12-ST23-D5PM1-P-016

PS12-ST23-A015
Surface Experiments of a Jupiter Trojan Asteroid in the Solar Power Sail Mission
Tatsuaki OKADA1#+, Takahiro IWATA1, Jun MATSUMOTO1, Stephan ULAMEC2,
Jean-Pierre BIBRING3, Ralf JAUMANN2, Osamu MORI1
1Japan Aerospace Exploration Agency, 2German Aerospace Center (DLR), 3University ofParis-Sud

PS12-ST23-D5PM1-P-017

PS12-ST23-A019
The Cassiope Enhanced Polar Outflow Probe: Current Mission Status and Further
Extended Mission Operation
Andrew YAU1#+, H. Gordon JAMES2, Rune FLOBERGHAGEN3
1University of Calgary, 2Natural Resources Canada, 3European Space Agency

PS14-16-D5PM1-P-016

PS14-16-A007
Fresh Simple Craters on Moon - In Comparison to Earth’s Lonar Crater
Indhu VARATHARAJAN1#+, Sruthi UPPALAPATI2, Jorn HELBERT1
1German Aerospace Center (DLR), 2University of Oslo

PS14-16-D5PM1-P-017

PS14-16-A013
Diagnostic Simulations of Lunar Exosphere Using Coma and Tail Observations
Dong Wook LEE1, Sang Joon KIM1#+
1Kyung Hee University

PS14-16-D5PM1-P-018

PS14-16-A018
Pyroelectric X-ray Generator for Active X-ray Fluorescence Spectrometer on Future
Lunar and Planetary Landing Missions
Hiroshi NAGAOKA1#+, Nobuyuki HASEBE1, Masayuki NAITO1, Miho MIZONE1,
Haruyoshi KUNO1
1Waseda University

381

381

PS14-16-D5PM1-P-019

PS14-16-A019
Positioning for the Chang’E-3 Lander and Rover Using Earth-Based Observations
Peijia LI1#+, Yong HUANG1
1Chinese Academy of Sciences

PS14-16-D5PM1-P-020

PS14-16-A022
Mapping of Lunar Mare Basalt Units in the Moscoviense Basin
Megha BHATT1#+, Christian WOEHLER2, Deepak DHINGRA3, Guneshwar
THANGJAM4, Urs MALL4, Anil BHARDWAJ1
1Vikram Sarabhai Space Centre, 2Technical University of Dortmund, 3University of Idaho,
4

Max Planck Institute for Solar System Research

PS14-16-D5PM1-P-021

PS14-16-A025
Influence of Local Topography on Lunar Surface Thermo Physical Behavior
Durga Prasad KARANAM1#+, Vinai K. RAI1, Murty V.S. SRIPADA1
1Physical Research Laboratory

PS15-D5-PM1-P007

PS15-A005
Geomorphological Map of the South Belet Region of Titan: An Exploration of MidLatitude-to-Pole Transition Zones
Ashley SCHOENFELD1#+, Rosaly LOPES2, Michael MALASKA2, Anezina
SOLOMONIDOU2
1University of California, Los Angeles, 2Jet Propulsion Laboratory, California Institute ofTechnology

PS15-D5-PM1-P008

PS15-A006
Morphotectonic and Candidate Cryovolcanic Features on Titan
Anezina SOLOMONIDOU1#+, Athena COUSTENIS2, Rosaly LOPES1, Michael
MALASKA1, Pierre DROSSART2, Ashley SCHOENFELD1
1Jet Propulsion Laboratory, California Institute of Technology, 2Paris Observatory

PS15-D5-PM1-P009

PS15-A007
Is There a Laccolith Origin for Titan’s Radial Labyrinths?
Michael MALASKA1#+, Rosaly LOPES-GAUTIER1, Anezina SOLOMONIDOU1, Karl
MITCHELL1, Jani RADEBAUGH2, Lauren SHURMEIER3, Alice LE GALL4, Samuel
BIRCH51Jet Propulsion Laboratory, California Institute of Technology, 2Brigham Young University,
3

University of Illinois, Chicago, 4Laboratory Atmospheres, Environments, Spatial

Observations (LATMOS), 5Cornell University
PS15-D5-PM1-P010
Invited

PS15-A011
Volcanic Fissure Geometry in the Subsurface: Implications for Other Planets
Carolyn PARCHETA1#+
1Jet Propulsion Laboratory, California Institute of Technology

382

382

Author Index

A.
A. A., Mohamed Hatha
BG03-D3-AM1-335-005, p170
BG03-D3-PM1-P-008, p240
A. KARTHA, Suresh
HS11-D5-AM1-327-005, p347
A. S., Sunil
ST08-D2-PM1-P-010, p154
ABADI, Prayitno
ST26-27-D3-PM1-309-006, p203
ABAINZA, Ralph Lauren
IG03-D1-PM1-332-009, p73
ABAJON, Juan GabrielSE25-D4-PM1-P-039, p327
ABBONDANZA, Claudio
SE09-D3-AM1-327-004, p204
ABDU, Mangalathayil
PS05-13-D2-AM1-310-003, p126
ABDUL RAHMAN, Noorsaadah
BG04-D3-PM1-P-012, p241
BG04-D3-PM1-P-013, p241
BG04-D3-PM1-P-014, p241
ABDULLAH, Mardina
ST26-27-D3-AM2-309-003, p202
ABDURRAHMAN, Mirzam
SE10-D1-AM1-327-007, p88
ABE, Yoshi
IG06-D4-PM1-332-005, p279
ABELLA, Paul Irah
SE13-D4-PM1-P-017, p319
ABILA, Ana Lorena
SE25-D4-PM1-P-028, p326
ABOLUDE, Akintayo
Temiloluwa
AS31-D3-PM1-P-024, p230
ABUHASSAN, Nader
AS40-D3-PM1-P-025, p238
ACHARYYA, Kinsuk
PS05-13-D2-AM1-310-007, p126
PS05-13-D2-PM2-310-028, p129
ACHTERBERG, Richard
PS07-D3-PM2-310-010, p195
ADACHI, Takuto
PS11-D5-PM1-P-020, p380
ADACHI, Yukimasa
AS04-D4-PM1-334-017, p253
ADALJA, Hitesh
PS12-ST23-D4-AM2-310-004, p289
PS12-ST23-D4-PM1-310-010, p290
ADAMOWSKI, Jan
HS09-D2-PM1-P-007, p144
ADAMS, Terri
AS36-D4-PM2-333-001, p262
ADEJARE, Adeyemi Temitope
AS31-D3-PM1-P-024, p230

ADEYERI, Oluwafemi Ebenezer
AS31-D3-PM1-P-024, p230
ADHIKARI, Laxman
ST12-D4-PM2-329-007, p295
ADHIKARI, Surendra
IG10-D1-AM1-332-003, p73
ADHIKARY, Bhupesh
AS35-D2-PM1-335-004, p112
AS35-D3-PM1-P-023, p234
ADHYARU, Pranav
PS12-ST23-D4-AM2-310-004, p289
ADI, Trameyo
OS10-D1-PM1-328-006, p77
ADI-KUSUMO, Fajar
AS01-D2-AM1-308-007, p97
IG04-D5-AM1-330-010, p352
ADMOJO, Danang Dwi
HS01-D2-PM1-P-017, p141
ADRIANI, Alberto
PS08-D5-AM1-331-006, p359
PS08-D5-PM1-P-011, p378
ADUMITROAIE, Virgil
PS08-D5-PM1-P-012, p378
PS08-D5-AM1-331-003, p358
PS08-D5-AM1-331-006, p359
AFANASIEV, Alexandr
ST04-13-21-D1-AM1-308-005, p81
AFIFUDIN, M.
BG01-02-D4-AM1-335-001, p268
AGAPITOV, OleksiyST05-15-D3-PM1-308-007, p198
AGATA, Ryoichiro
SE06-D4-PM1-P-006, p315
SE12-D2-AM1-311-004, p131
AGNIHOTRI, Sugnadha
HS03-D1-AM2-334-004, p68
AGRAWAL, Shailesh
SE22-D4-PM1-P-008, p324
AGUDA, Nancy
SE13-D4-PM1-P-017, p319
AGUSTIADI, Teguh
OS10-D1-PM1-328-006, p77
AHLAWAT, Ajit Singh
AS41-D4-PM2-334-006, p267
AHMAD, Zulfequar
HS09-D2-PM1-P-005, p144
AHMAD MAZUKI, Muhammad
Yunus
AS14-D2-PM1-309-006, p107
AHMED, Kamal
HS12-D2-PM1-P-004, p146
AHN, Dha Hyun
AS04-D3-PM1-P-023, p213
AHN, Hyunjun
HS19-D2-PM1-P-008, p149

AHN, Joong-Bae
AS18-D5-PM1-334-007, p339
AS31-D3-PM1-P-021, p230
AS31-D3-PM1-P-022, p230
AS31-D3-PM1-P-031, p231
AS31-D5-AM2-335-011, p341
AS31-D5-AM2-335-012, p342
IG04-D5-PM1-P-018, p367
IG04-D5-PM1-P-021, p367
AHN, Jun-Young
AS40-D3-PM1-P-025, p238
AS40-D4-AM1-309-002, p263
AS40-D4-AM1-309-003, p263
AS40-D4-AM2-309-007, p264
AS40-D4-AM2-309-011, p265
AHN, Myoung Hwan
AS32-D2-PM2-334-002, p111
AS32-D3-PM1-P-011, p232
AS40-D3-PM1-P-027, p238
AIT-EL-FQUIH, Boujemaa
AS20-D2-PM2-309-004, p108
AJAYI, Vicent Olanrewaju
AS31-D3-PM1-P-024, p230
AKAN, Cigdem
OS02-D3-PM2-328-013, p187
AKASAKA, Ikumi
AS11-38-D3-PM1-P-028, p217
AKIMA, Masahiro
HS14-D4-AM1-327-006, p272
AKINSANOLA, Akintomide
AfolayanAS19-D1-PM1-329-015, p62
AS31-D3-PM1-P-024, p230
AKIYAMA, Sachiko
ST16-D5-AM1-309-001, p360
AKKIMI, Anjaneyulu
HS14-D4-AM1-327-003, p272
ALATAS, Idrus Muhammad
IG27-D3-PM2-333-007, p185
ALBERT, Helena
SE10-D1-AM1-327-008, p88
ALDAHAN, Ala
HS08-D3-PM2-330-001, p173
IG04-D4-PM2-332-005, p278
AL-DHAFRI, Suhail
PS12-ST23-D4-PM1-310-006, p289
ALDRIAN, Edvin
AS13-D2-PM1-334-014, p105
AS31-D3-PM1-P-023, p230
AS31-D3-PM1-P-028, p231
AS31-D5-AM1-335-002, p340
AS31-D5-AM1-335-003, p340
AS31-D5-AM1-335-004, p340
AS31-D5-AM1-335-007, p341
AL-ENEZI, Abdullah
IG06-D5-PM1-P-006, p368
ALEXANDER, James
PS08-D5-AM1-331-006, p359

383

383

ALLAN, James
AS34-D3-PM1-P-020, p232
ALLEGRINI, Frederic
PS03-D4-PM1-311-011, p282
PS08-D5-AM1-331-007, p359
PS08-D5-AM1-331-009, p359
ALLISON, Michael
PS08-D5-AM1-331-003, p358
AL-MATROUSHI, Hessa
PS12-ST23-D4-PM1-310-006, p289
ALMEIDA, Rafael
SE04-D2-PM1-311-009, p130
SE04-D4-PM1-P-016, p314
ALONSO, Elena
IG12-D3-PM1-333-002, p180
AL-SAADI, Jay
AS40-D4-AM1-309-003, p263
AL-SALEM, Khaled
IG06-D5-PM1-P-006, p368
ALSHAMSI, D.
HS08-D3-PM2-330-001, p173
AL-SHAMSI, Maryam
PS12-ST23-D4-PM1-310-006, p289
ALTENEIJI, Eman
PS05-13-D2-PM1-310-016, p127
ALTOBELLI, Nicolas
PS07-D3-AM1-310-001, p194
ALTWEGG, Kathrin
PS11-D1-AM2-310-011, p79
ALVAREZ, Domingo
IG12-D3-PM1-333-002, p180
AMAGUCHI, Hideo
HS14-D2-PM1-P-019, p147
HS14-D4-AM2-327-009, p273
HS14-D4-AM2-327-011, p273
HS14-D4-AM2-327-013, p273
AMANO, Hiroki
HS14-D4-AM2-327-014, p273
AMANO, Takanobu
ST02-D4-AM2-328-013, p292
AMARO-RIVERA, Yolian
AS41-D5-AM1-334-013, p345
AMAYA, Jorge
ST04-13-21-D1-AM1-308-004, p81
AMIRI, Sarah
PS12-ST23-D4-PM1-310-006, p289
AMIYAN, Christine Joy
SE25-D4-PM1-P-034, p327
AMMANNITO, Eleonora
SS04-D2-PM2-331-001, p137
SS04-D2-PM2-331-003, p137
SS04-D2-PM2-331-004, p137
AMOS, Matt
SE15-D5-AM2-311-001, p363
AMRINA, DavaAS21-D4-AM2-333-010, p255
AMSAL, Ferdika
AS13-D2-PM1-334-013, p105
AN, Byoung Woong
OS05-D4-PM1-P-007, p305
OS05-D5-PM1-329-002, p353

AN, Hye Yeon
AS02-D3-PM1-P-019, p212
AN, Yanqing
AS35-D3-PM1-P-020, p234
ANCHETA, Ellice Dane
AS02-D3-PM1-P-015, p212
ANDELMAN, Sandy
HS11-D5-AM2-327-012, p348
ANDERSON, Brian
ST25-D1-PM1-308-001, p85
ANDERSON, Bruce
AS40-D4-AM2-309-008, p264
ANDERSON, RobertSE04-D2-AM2-311-005, p130
ANDERSSON, Laila
PS03-D4-AM2-311-002, p281
PS10-D4-PM2-310-003, p284
PS10-D4-PM2-310-006, p285
ANDO, Chiaki
IG19-D5-PM1-P-008, p370
ANDO, Hiroki
PS05-13-D2-PM2-310-022, p128
PS05-13-D2-PM2-310-023, p128
ANDO, Masataka
SE19-D4-PM1-P-006, p321
ANDRE, Mats
ST09-D1-AM2-309-004, p83
ANDREWS, David
PS10-D4-PM2-310-003, p284
ANG, Pei Shan
SE10-D4-PM1-P-023, p317
ANGELOPOULOS, Vassilis
ST09-D1-PM1-309-010, p84
ST10-03-17-19-D4-PM2-328-006,
p293
ST10-03-17-19-D4-PM2-328-007,
p294
ST10-03-17-19-D4-PM2-328-010,
p294
ST25-D1-PM1-308-001, p85
ANSARI, Faiz
HS03-D1-AM2-334-006, p68
ANSARI, Kapuli Gani Mohamed
Thameemul
BG03-D3-AM1-335-006, p170
ANSHARI, Gusti
BG01-02-D4-AM1-335-001, p268
ANSTEY, James
SS11-D4-PM2-330-001, p301
ANZAI, Satoshi
HS14-D4-AM1-327-005, p272
AO, Chi
SS10-D2-PM1-331-002, p140
AOKI, Daisuke
PS11-D1-AM1-310-008, p78
PS11-D5-PM1-P-020, p380
AOKI, Shigeru
OS11-D5-AM1-329-001, p355

AOKI, Shohei
PS12-ST23-D5-PM1-P-015, p381
AOKI, Yosuke
SE10-D1-AM1-327-001, p87
SE25-D4-PM1-P-027, p326
AONASHI, Kazumasa
AS28-D3-PM1-P-014, p228
AOYAGI, Toshinori
AS31-D5-PM1-335-016, p342
AOYAMA, Yuichi
PS05-13-D2-PM2-310-022, p128
APRILINA, Kharisma
AS13-D2-PM1-334-013, p105
AQUINO, Samia
HS01-D2-PM1-P-026, p142
SE04-D2-AM2-311-003, p130
ARAGHINEJAD, Shahab
SS08-D2-PM2-330-002, p139
ARAI, Hiroki
SE10-D1-AM1-327-001, p87
ARAI, Shoji
SE27-D1-AM2-311-005, p90
ARAI, TakehikoPS04-D3-PM1-310-008, p194
ARAKAKI, Izumi
HS06-D2-PM1-P-011, p143
ARASUNA, Akane
SE25-D4-PM1-P-025, p325
ARBALLO, John
PS08-D5-AM1-331-003, p358
ARCILLA, Carlo
BG04-D3-PM1-P-016, p241
BG04-D3-PM1-P-018, p242
BG04-D4-PM2-335-006, p269
HS17-D2-PM1-P-010, p149
IG03-D1-PM1-332-009, p73
SE13-D4-PM1-P-017, p319
SE25-D4-PM1-P-028, p326
SE25-D4-PM1-P-034, p327
SE25-D4-PM1-P-035, p327
SE25-D4-PM1-P-036, p327
SE25-D4-PM1-P-037, p327
SE25-D4-PM1-P-038, p327
SE25-D4-PM1-P-039, p327
SE25-D4-PM1-P-040, p327
SE25-D4-PM1-P-041, p327
SE25-D4-PM1-P-042, p328
SE25-D4-PM1-P-043, p328
SE25-D4-PM1-P-044, p328
SE25-D4-PM1-P-045, p328
SE25-D4-PM1-P-046, p328
SE27-D1-AM2-311-003, p90
ARDIANSYAH, Dodi
AS14-D2-AM2-309-002, p106
AREVALO, Moises Ian
SE25-D4-PM1-P-038, p327
ARFIANSYAH, Kurnia
SE25-D3-AM1-311-007, p209
ARGUESO, Daniel
AS31-D5-PM1-335-014, p342
ARMADA, Leo
IG24-D3-AM2-333-001, p183

384

384

ARMIA, Anggun
IG12-D3-PM1-333-004, p180
SE25-D3-PM2-311-012, p209
ARNOLD, Gabriele
PS11-D5-PM1-P-015, p379
ARORA, Kusumita
IG04-D5-PM1-P-022, p367
ARORA, Prachi
AS41-D4-PM2-334-006, p267
ARRAS, Christina
ST26-27-D2-PM1-P-010, p160
ST26-27-D3-PM1-309-005, p203
ARTEMYEV, Anton
ST05-15-D3-PM1-308-007, p198
ST10-03-17-19-D4-PM2-328-006,
p293
ARYA, Dhyan
HS11-D2-PM1-P-019, p145
ASADA, Haruhisa
AS11-38-D1-PM1-335-009, p59
ASAHARA, Yoshihiro
OS07-D4-PM1-P-019, p306
ASAMI, Ryuji
IG11-D3-AM2-332-003, p179
ASAMURA, Kazushi
PS14-16-D4-PM2-311-013, p288
ST05-15-D3-AM2-308-001, p197
ST05-15-D3-AM2-308-002, p197
ST18-D2-PM1-P-016, p158
ST18-D4-AM1-329-001, p296
ASANUMA, Jun
HS10-D2-PM1-P-013, p145
ASHE, Erica
OS22-D3-AM2-329-004, p191
ASSTEERAWATT, Anongnart
HS16-04-D1-AM1-334-001, p69
ATANACIO, Armand
AS34-D1-AM1-330-004, p63
ATIVO, Samantha ClaireIG03-D1-PM1-332-009, p73
ATMADIPOERA, Agus
OS04-D1-AM2-328-003, p76
ATREYA, Sushil
PS07-D3-PM2-310-008, p195
PS08-D5-AM1-331-002, p358
PS08-D5-AM1-331-003, p358
PS08-D5-AM1-331-004, p358
AUDIGANE, Pascal
IG21-D5-PM1-P-011, p371
AUGER, GuillaumeOS02-D3-AM2-328-002, p186
AUNG, Hla Hla
OS07-D4-PM1-P-018, p306
AUNG, Hla Myo
SE21-D2-AM2-327-008, p135
AUNG, Lin Thu
IG11-D3-PM1-332-006, p179
SE21-D2-AM2-327-008, p135
SE21-D4-PM1-P-023, p322
AVANOV, Levon
ST09-D1-AM2-309-001, p82

AVIANTO, Praditya
SE21-D3-AM2-311-018, p207
AVRUCH, Ian
PS04-D5-PM1-P-017, p376
AYDIN, Adnan
IG05-D5-PM1-P-011, p368
AYE, Cho Cho
SE13-D2-PM1-327-001, p132
AZAMI, Keishiro
SE13-D2-PM2-327-012, p133
AZHAR, Siti Syairah Atiqah
AS11-38-D1-PM1-335-008, p58
AZIS ISMAIL, Mochamad
FurqonOS21-D5-AM2-328-002, p356
OS21-D5-AM2-328-001, p356

B.
B., Venkatesh
HS11-D2-PM1-P-023, p146
HS11-D5-AM1-327-008, p347
BABOVIC, Vladan
HS03-D1-AM2-334-003, p68
BABU, S. Suresh
AS06-D5-PM1-308-002, p335
AS06-D5-PM1-308-003, p335
BACCHINI, Fabio
ST04-13-21-D1-AM1-308-004, p81
BACISTER, Camille Grace
IG01-D5-PM1-P-016, p365
BACKMAN, Jan
SE21-D4-PM1-P-029, p323
BACOLCOL, Teresito
IG24-D3-AM2-333-001, p183
BADER, Anne-Gaelle
IG21-D5-PM1-P-011, p371
BAEK, Ji-Hye
PS12-ST23-D4-PM1-310-008, p290
BAEK, Jongjin
HS06-D2-PM1-P-016, p143
BAEK, Yong
IG04-D5-PM1-P-017, p367
BAEK, You-Hyun
OS18-D4-PM1-P-012, p310
BAGENAL, Fran
PS03-D4-PM1-311-011, p282
PS08-D5-AM1-331-009, p359
PS08-D5-PM1-P-011, p378
BAGIYA, Mala
ST08-D2-PM1-P-010, p154
BAI, Yang
AS15-D1-AM1-335-006, p60
BAILEY, Adam
IG21-D3-AM1-332-004, p182
BAIN, Hazel
ST02-D4-AM1-328-005, p291
BAISHEV, DmitryIG04-D5-AM1-330-012, p352
IG04-D5-PM1-P-022, p367

BAJPAI, Ruchika
IG25-D5-PM1-P-004, p372
BAJPAI, SunilSE22-D3-AM2-327-001, p207
SE22-D3-AM2-327-002, p207
SE22-D3-AM2-327-004, p208
SE22-D3-PM1-327-005, p208
BAKER, Dan
PS03-D5-PM1-P-013, p375
ST05-15-D3-PM1-308-008, p198
BAKER, Daniel
ST05-15-D3-AM2-308-003, p197
ST05-15-D3-AM2-308-004, p197
ST08-D3-PM2-308-001, p200
BALAKRISHNAN, S.
IG25-D5-PM1-P-007, p372
BALAN, Nanan
ST08-D2-PM1-P-009, p154
ST10-03-17-19-D4-PM1-328-004,
p293
BALE, Stuart
ST02-D2-PM1-P-019, p152
BALLON, Alger Danielle
SE25-D4-PM1-P-046, p328
BALSIGER, Hans
PS11-D1-AM2-310-011, p79
BAMPASIDIS, Georgios
PS07-D3-PM2-310-010, p195
BANAGA, Paola Angela
AS42-D3-PM1-P-016, p239
BAÑARES, Erica
AS02-D4-AM2-308-012, p251
BANERJEE, Paramesh
SE04-D2-PM1-311-007, p130
SE06-D1-AM2-327-004, p87
SE21-D3-AM2-311-016, p207
BANERJEE, S. B.
PS12-ST23-D4-AM2-310-004, p289
BANI, Philipson
SE10-D1-AM1-327-006, p88
SE25-D4-PM1-P-026, p326
BANKS, Eddie
SS07-D2-PM1-330-001, p138
BANSAL, Mahi
SE22-D3-PM1-327-006, p208
BAO, Feng
SE10-D4-PM1-P-009, p316
BAO, Qing
AS21-D4-PM1-333-017, p256
OS12-D2-AM1-328-005, p119
BAO, Xinghua
AS19-D1-AM2-329-013, p62
BAPAT, Bhas
PS12-ST23-D4-AM2-310-004, p289
BARABASH, Stas
PS05-13-D2-PM2-310-026, p129
PS14-16-D4-PM2-311-013, p288
BARBARA, Ananda
ST22-D2-PM1-P-010, p159
ST22-D3-PM2-309-007, p202
BARBER, Donald
OS22-D4-PM1-P-019, p313

385

385

BARBOT, Sylvain
SE02-D5-AM1-311-006, p362
SE05-D4-PM1-P-007, p315
SE06-D1-AM2-327-004, p87
SE06-D4-PM1-P-005, p315
SE06-D4-PM1-P-006, p315
SE02-D4-PM1-P-009, p314
SE05-D1-AM1-311-003, p86
SE05-D4-PM1-P-010, p315
SE12-D2-AM1-311-001, p131
BARIK, Beas
HS21-D2-AM1-330-008, p114
BARMAN, Nilamoni
AS02-D4-AM2-308-013, p251
AS06-D5-PM1-308-001, p335
BARNES, David
ST14-20-24-D2-PM1-P-009, p157
ST14-20-24-D2-PM1-P-010, p157
BARON, Philippe
AS23-D4-PM2-336-001, p256
AS32-D2-PM2-334-005, p111
BARRE, Jerome
AS40-D4-AM1-309-006, p264
AS40-D4-PM1-309-016, p265
BARTLEY, Rebecca
HS18-D4-PM1-327-003, p274
BARUAH, Saurabh
SE21-D3-AM2-311-016, p207
BARUCCI, Maria Antonietta
PS11-D5-PM1-P-015, p379
BASSILL, Nick
AS36-D3-PM1-P-032, p236
BASU, Shreejita
HS03-D1-AM2-334-006, p68
BASU, Sujit
OS18-D4-PM1-P-010, p310
OS18-D4-PM1-P-011, p310
BATELAAN, Okke
HS23-D3-AM1-330-001, p176
SS07-D2-PM1-330-001, p138
BATISTA, Inez
PS05-13-D2-AM1-310-003, p126
BATTARBEE, Markus
ST04-13-21-D1-AM1-308-005, p81
BAUMJOHANN, Wolfgang
ST10-03-17-19-D4-PM1-328-005,
p293
BAUTISTA, Bartolome
SE19-D1-PM1-327-001, p88
SE19-D4-PM1-P-007, p321
SE19-D4-PM1-P-008, p321
BECK, Pierre
PS11-D5-PM1-P-015, p379
BECKER, Heidi
PS08-D5-AM1-331-006, p359
BEGGS, Helen
OS13-D2-PM1-329-011, p121
BELL, Michael
AS10-D3-AM1-331-028, p168
BELLENGER, Hugo
AS14-D2-AM2-309-003, p106

BELOTTI, Amadeo
PS08-D5-AM1-331-003, p358
BENKHOFF, Johannes
PS14-16-D4-AM1-311-001, p287
BENN, Mathias
PS08-D5-AM1-331-005, p358
PS08-D5-AM1-331-006, p359
BENNA, Mehdi
PS10-D4-PM2-310-003, p284
PS03-D4-AM2-311-001, p281
PS03-D4-AM2-311-005, p281
PS10-D4-PM2-310-006, p285
BENSAMAN, Benny
SE13-D4-PM1-P-015, p318
SE13-D2-PM2-327-011, p133
BERDICHEVSKY, Daniel
ST06-D3-AM1-308-007, p199
BERENBLYUM, Roman
IG21-D3-AM1-332-008, p183
BERGAL-KUVIKAS, Olga
IG01-D5-PM1-P-025, p366
BERGMANN, Fenna
SE20-D4-PM1-P-008, p322
BERNARD, Olivier
SE10-D4-PM1-P-016, p316
BERNDTSSON, Ronny
HS14-D4-AM2-327-014, p273
BERTHELIER, Jean-JacquesPS11-D1-AM2-310-011, p79
BERTHET, Gwenael
AS04-D4-PM1-334-016, p253
BESSHO, Kotaro
AS20-D2-PM2-309-001, p108
BETITO, Grace
AS34-D1-AM1-330-004, p63
BEUNAICHE, Bertrand
SE21-D3-AM2-311-018, p207
BEZBARUAH, Devojit
IG01-D4-AM1-332-007, p276
BHADURY, Punyasloke
BG03-D3-AM1-335-004, p170
BG03-D3-AM1-335-006, p170
BG03-D3-PM1-P-010, p240
BG04-D4-PM2-335-001, p269
BHARALI, Bubul
IG01-D4-AM1-332-007, p276
BHARALI, Rekha
AS06-D5-PM1-308-001, p335
BHARDWAJ, Alok
IG27-D3-PM2-333-001, p185
BHARDWAJ, Anil
PS14-16-D4-PM2-311-013, p288
PS14-16-D5-PM1-P-020, p382
PS15-D1-PM1-310-003, p80
PS12-ST23-D4-PM1-310-007, p290
BHARTI, Rajiv Ranjan
PS14-16-D4-PM2-311-015, p288
BHASKAR, Preethi
AS11-38-D2-AM2-335-024, p103
OS13-D2-PM1-329-009, p121

BHATIA, Nikhil
HS08-D2-PM1-P-009, p144
HS11-D2-PM1-P-022, p146
BHATT, Bhuwan
AS11-38-D3-PM1-P-030, p217
BHATT, Megha
PS14-16-D5-PM1-P-020, p382
PS15-D1-PM1-310-003, p80
BHATTACHARJEE, Falguni
SE24-D1-PM1-311-001, p89
BHATTACHARJEE, Partha
AS42-D5-AM2-308-012, p346
BHATTACHARJEE, Samaresh
AS41-D4-PM2-334-007, p267
BHAVE, Swati
HS09-D2-PM1-P-005, p144
BHAVSAR, Rakesh R.
PS12-ST23-D4-AM2-310-004, p289
BHENGRA, Anila H.
AS06-D3-PM1-P-007, p214
BHUSHAN, Rashi
HS09-D3-PM2-334-001, p173
HS09-D3-PM2-334-002, p174
BHUSNUR, Shreya
HS08-D2-PM1-P-009, p144
BHUYAN, Pradip
AS06-D5-PM1-308-005, p335
BI, Haiyun
SE04-D4-PM1-P-012, p314
SE04-D4-PM1-P-013, p314
BIAN, Changwei
OS08-D4-PM1-P-018, p307
BIAN, Yuxuan
AS34-D1-AM1-330-005, p63
BIANCO, Giuseppe
SE09-D3-AM1-327-005, p204
BIBRING, Jean-Pierre
PS05-13-D2-PM1-310-020, p128
PS11-D1-AM1-310-006, p78
PS12-ST23-D5-PM1-P-015, p381
PS12-ST23-D5-PM1-P-016, p381
BIGI, Sabina
IG21-D3-AM1-332-008, p183
BIJAKSANA, Satria
IG11-D3-PM1-332-007, p180
SE10-D1-AM1-327-007, p88
SE20-D3-PM1-311-002, p206
SE20-D3-PM1-311-003, p206
SE20-D3-PM1-311-004, p206
SE20-D3-PM1-311-005, p206
SE25-D4-PM1-P-030, p326
BIN MOHD GHAZALI, Nor
HishamSS08-D2-PM2-330-004, p139
BINBIN, Ni
ST09-D1-AM2-309-005, p83
BINDOFF, NathanielOS19-D4-PM1-P-022, p311
BINSELAM, Sait
SE21-D2-AM1-327-004, p134
BIRCH, SamuelPS15-D5-PM1-P-009, p382

386

386

BIRD, Michael K.
PS05-13-D2-AM1-310-004, p126
PS05-13-D2-PM2-310-024, p128
BIRONNE, Aurelie
HS03-D1-AM2-334-003, p68
BISI, Mario
ST14-20-24-D2-PM1-P-006, p157
ST14-20-24-D2-PM1-P-007, p157
ST14-20-24-D2-PM1-P-009, p157
ST14-20-24-D2-PM1-P-010, p157
BISWAL, Basudev
HS01-D1-AM1-333-006, p66
HS01-D1-AM2-333-011, p67
BIZOUARD, ChristianSE09-D3-AM1-327-006, p204
BJARNOE, Jonas B.
PS08-D5-AM1-331-005, p358
BLAKE, Berhard
ST05-15-D3-AM2-308-004, p197
BLAKE, Donald
AS40-D4-AM2-309-009, p264
AS40-D4-PM1-309-013, p265
AS42-D3-PM1-P-015, p239
AS42-D5-AM2-308-010, p346
BLAKE, Nicola
AS40-D4-AM2-309-009, p264
BLAND, Michael
SS04-D2-PM2-331-005, p138
BLOXHAM, Jeremy
PS08-D5-AM1-331-005, p358
PS08-D5-PM1-P-010, p378
BLUM, Lauren
ST05-15-D3-PM1-308-007, p198
BLUSZTAJN, Jerzy
OS07-D5-AM1-328-007, p354
BOCKELEE-MORVAN,
DominiquePS11-D5-PM1-P-015, p379
BOELLA, Elisabetta
ST04-13-21-D1-AM1-308-004, p81
BOJANG, Pa Ousman
HS21-D2-AM1-330-006, p114
BOLLINGER, Laurent
SE04-D2-PM1-311-007, p130
BOLTON, Annette
OS10-D4-PM1-P-008, p307
BOLTON, Scott
PS08-D5-AM1-331-007, p359
PS08-D5-AM1-331-008, p359
PS08-D5-AM1-331-003, p358
PS08-D5-AM1-331-001, p358
PS08-D5-AM1-331-002, p358
PS08-D5-AM1-331-005, p358
PS08-D5-AM1-331-006, p359
PS08-D5-AM1-331-009, p359
PS08-D5-PM1-P-011, p378
PS08-D5-PM1-P-012, p378
PS08-D5-PM1-P-013, p378
BOLVIN, David
AS28-D2-PM1-308-001, p109

BONAL, Lydie
PS11-D5-PM1-P-015, p379
BONDE, Richard
ST04-13-21-D1-AM2-308-010, p82
BONFOND, Bertrand
PS08-D5-AM1-331-008, p359
BONG, Chui Wei
BG04-D3-PM1-P-020, p242
BG04-D4-PM2-335-002, p269
BG04-D4-PM2-335-004, p269
BONG, Su-Chan
PS12-ST23-D4-PM1-310-008, p290
BONGOLAN, Vena Pearl
BG04-D3-PM1-P-017, p242
IG01-D4-AM2-332-010, p277
IG01-D5-PM1-P-016, p365
BONIJOLY, Didier
IG21-D5-PM1-P-011, p371
BONNELL, John
ST05-15-D3-PM1-308-007, p198
ST12-D4-PM2-329-010, p295
BONY, Sandrine
AS24-D3-PM1-P-021, p226
BOO, Kyung-On
AS01-D2-AM1-308-005, p97
AS11-38-D2-AM1-335-012, p102
BOONYA-AROONNET, Surajate
HS06-D3-AM1-334-004, p172
BORA, Sagar
HS16-04-D1-AM1-334-001, p69
BORAK, Jordan
HS10-D3-PM1-334-007, p175
BORDBAR, Mohammad Hadi
AS13-D2-AM2-334-011, p105
OS22-D3-AM2-329-005, p191
BORGOHAIN, Arup
AS02-D4-AM2-308-013, p251
AS06-D5-PM1-308-001, p335
BORNAS, Mariton
SE10-D4-PM1-P-011, p316
BORODKOVA, Natalia
ST16-D2-PM1-P-014, p158
ST16-D5-AM2-309-006, p360
ST16-D5-AM2-309-011, p361
BOSWELL, Rod
SS06-D3-PM1-331-003, p211
BOTHMER, Volker
ST06-D3-AM1-308-006, p199
BOUCHAREL, Julien
AS10-D2-PM2-333-021, p101
OS14-D4-PM1-P-017, p309
BOUCHETTE, Frederic
IG05-D5-PM1-P-014, p368
OS17-D2-AM2-328-004, p123
BOUGHER, Stephan W
PS10-D4-PM2-310-006, p285
BOUNDS, Scott
ST18-D4-AM1-329-003, p296
BOURGAULT, Daniel
OS04-D1-AM2-328-005, p76

BOURLANGE, Sylvain
SE21-D4-PM1-P-029, p323
BOURUET-AUBERTOT, Pascale
OS04-D1-AM2-328-005, p76
BOUVET DE MAISONNEUVE,
Caroline
IG01-D5-PM1-P-025, p366
SE10-D4-PM1-P-016, p316
SE10-D4-PM1-P-017, p317
SE10-D4-PM1-P-019, p317
SE20-D4-PM1-P-007, p322
SE20-D4-PM1-P-009, p322
SE20-D4-PM1-P-010, p322
BOWEN, Gabriel
IG11-D3-PM1-332-008, p180
BOWLES, Neil
PS14-16-D4-PM2-311-014, p288
BOWMAN, KevinAS40-D4-PM1-309-016, p265
AS40-D4-PM1-309-017, p266
BOYD, Douglas
AS14-D2-PM1-309-009, p107
BOYD, William
SE25-D3-PM2-311-015, p210
BOYLE, Edward
OS01-D1-AM1-328-006, p75
BRACY, Connor
AS10-D3-AM1-331-034, p169
BRADLEY, Kyle
SE21-D2-AM1-327-001, p134
SE21-D4-PM1-P-037, p324
BRADLEY, Sarah
OS22-D3-AM2-329-002, p191
OS22-D4-PM1-P-016, p312
BRAIN, David A.
PS12-ST23-D4-PM1-310-006, p289
PS03-D4-AM2-311-001, p281
PS03-D5-PM1-P-013, p375
BRAIN, Matthew
OS22-D3-AM2-329-003, p191
BRAITHWAITE, Dan
AS28-D2-PM1-308-001, p109
BRANDSMA, Joost
BG03-D3-AM1-335-001, p170
BRASSER, Ramon
PS05-13-D2-PM1-310-015, p127
PS11-D1-AM2-310-014, p79
BRATSOLIS, EmmanuelPS07-D3-PM2-310-011, p196
BREKHOV, Oleg
ST22-D3-PM2-309-006, p202
BREUER, Doris
PS11-D5-PM1-P-021, p380
BRIONES, Jo
IG01-D4-AM1-332-006, p276
BRISTOW, Charles
IG01-D4-AM2-332-013, p277
IG04-D4-PM2-332-007, p278
BROMUND, K
ST25-D1-PM1-308-001, p85

387

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BROTAMONTE, Iran
SE27-D4-PM1-P-007, p329
BROVCHENKO, Igor
OS19-D4-PM1-P-016, p311
BROWN, Ian
OS17-D2-AM2-328-005, p124
BROWN, Lawrence
ST02-D4-AM1-328-008, p292
BROWN, Robert H.
PS07-D3-PM2-310-011, p196
PS15-D1-PM1-310-005, p80
BROWN, Shannon
PS08-D5-AM1-331-003, p358
BROWN, Walter
SE13-D2-PM1-327-004, p132
SE13-D2-PM2-327-007, p133
BRUNDELL, James
ST05-15-D2-PM1-P-011, p153
BRUNETTO, Rosario
PS11-D1-AM1-310-004, p78
BRUNKE, Michael
OS13-D2-PM1-329-011, p121
BRUNO, Roberto
ST12-D4-PM2-329-007, p295
ST12-D4-PM2-329-008, p295
BU, Xuan
ST16-D5-AM2-309-008, p360
BUCHHOLZ, Rebecca
AS40-D4-AM1-309-006, p264
BUCZKOWSKI, Debra
PS14-16-D4-AM1-311-003, p287
SS04-D2-PM2-331-001, p137
SS04-D2-PM2-331-002, p137
SS04-D2-PM2-331-005, p138
BUDAEV, Vyacheslav
ST12-D4-PM2-329-011, p295
ST16-D5-AM2-309-011, p361
BUDISULISTIORINI, Sri
HapsariAS03-D1-PM1-331-018, p57
AS34-D1-AM2-330-013, p64
BUENA, Alfred Elmer
SE13-D2-PM1-327-004, p132
SE13-D2-PM2-327-007, p133
BUFFINGTON, Andrew
ST14-20-24-D1-AM1-309-003, p84
ST14-20-24-D2-PM1-P-006, p157
ST14-20-24-D2-PM1-P-007, p157
BUI, Duong Du
HS14-D2-PM1-P-021, p147
HS14-D4-AM2-327-013, p273
BUI, Hien
AS24-D4-AM2-336-014, p258
BUI, Hoang-Hai
AS04-D4-AM2-334-014, p253
BUI, Men Thi
SE13-D2-PM1-327-002, p132
BUI, Nuong Thi
HS14-D2-PM1-P-021, p147
HS14-D4-AM2-327-013, p273
BUI VAN, Vuong
OS08-D3-PM2-329-009, p189

BUONOMO, Erasmo
AS01-D2-AM1-308-001, p97
BURCH, James
ST09-D1-AM2-309-001, p82
ST09-D1-PM1-309-009, p83
ST09-D2-PM1-P-017, p155
ST10-03-17-19-D4-PM1-328-005,
p293
BURGMANN, Roland
SE25-D3-AM1-311-008, p209
BURNOL, André
IG21-D5-PM1-P-011, p371
BUTCHART, Neal
SS11-D4-PM2-330-001, p301
BUZULUKOVA, Natalia
ST05-15-D2-PM1-P-013, p153
ST08-D3-PM2-308-002, p200
BYUN, Young-Hwa
AS01-D2-AM1-308-005, p97
AS11-38-D2-AM1-335-012, p102

C.
C. A., Babu
AS02-D4-AM1-308-007, p250
AS16-D3-PM1-P-018, p221
C.K. CHOU, Charles
AS27-D3-PM1-P-013, p227
AS27-D3-PM1-P-015, p228
AS27-D4-PM2-309-004, p260
AS27-D4-PM2-309-005, p260
CABAIS, Miguel Luis
SE25-D4-PM1-P-039, p327
CABALUNA, Selwyn
SE25-D4-PM1-P-041, p327
SE25-D4-PM1-P-043, p328
CABRIA, Gamaliel Lysander
BG04-D3-PM1-P-016, p241
BG04-D3-PM1-P-018, p242
CAHILL, Kevin
SS07-D2-PM1-330-001, p138
CAHILL, Niamh
OS22-D3-AM2-329-003, p191
OS22-D4-PM1-P-019, p313
CAHYARINI, Sri Yudawati
OS01-D1-AM1-328-006, p75
CAHYONO, Harry
SE10-D1-AM1-327-005, p88
CAI, DiOS07-D5-AM1-328-006, p354
CAI, Dongsheng
ST04-13-21-D1-AM1-308-002, p81
ST04-13-21-D2-PM1-P-014, p153
CAI, Huayang
OS19-D2-PM1-328-003, p124
CAI, Tao
PS09-D4-AM1-310-002, p283
CAI, Tinglu
OS08-D3-AM1-329-006, p189

CAI, Wenju
OS13-D2-AM2-329-002, p120
OS13-D2-AM2-329-003, p120
CAI, Xuhui
BG01-02-D3-PM1-P-010, p240
CAI, Yanjun
IG11-D3-AM2-332-002, p179
CAI, Zhanchuan
PS04-D5-PM1-P-014, p375
CAI, Zhaonan
AS42-D5-AM1-308-005, p346
CALVO, David
IG12-D3-PM1-333-002, p180
IG12-D3-PM1-333-006, p181
CAMACHO DE COCA,
Fernando
IG03-D1-AM2-332-001, p72
IG28-D2-AM1-332-001, p117
CAMBALIZA, Maria Obiminda
AS02-D3-PM1-P-015, p212
AS34-D1-AM1-330-004, p63
AS42-D3-PM1-P-015, p239
AS42-D3-PM1-P-016, p239
AS42-D5-AM2-308-010, p346
CAMPBELL, James
AS40-D3-PM1-P-021, p237
AS40-D4-AM1-309-001, p263
CAMPS-VALLS, Gustau
BG01-02-D4-AM1-335-005, p268
CANDRA, Randi
BG01-02-D4-AM1-335-001, p268
CAO, Fang
AS03-D1-AM1-331-001, p55
CAO, Hansen
AS15-D1-AM1-335-004, p59
AS27-D3-PM1-P-013, p227
AS42-D5-AM2-308-009, p346
CAO, Jinbin
ST09-D1-AM2-309-004, p83
ST09-D2-PM1-P-017, p155
ST10-03-17-19-D4-PM2-328-009,
p294
CAO, Junji
AS34-D3-PM1-P-021, p232
CAO, Long
BG06-07-D4-PM1-335-007, p271
CAO, Minjie
OS14-D2-PM2-329-009, p122
CAO, Peng
OS07-D4-PM1-P-023, p307
CAO, Xin
IG03-D1-PM1-332-010, p73
CAO, YuelingIG15-D2-PM1-332-003, p116
CAO, Yuhan
OS02-D4-PM1-P-020, p302
CAO, Yutian
PS10-D5-PM1-P-008, p378
PS10-D5-PM1-P-009, p379
PS10-D5-PM1-P-010, p379
CAPACCIONI, Fabrizio
PS11-D5-PM1-P-015, p379

388

388

CAPLINGER, Michael
PS08-D5-AM1-331-004, p358
CAPRIA, Maria Teresa
PS11-D5-PM1-P-015, p379
CAR, Marjeta
IG21-D3-AM1-332-008, p183
CARDACE, Dawn
BG04-D3-PM1-P-016, p241
BG04-D4-PM2-335-006, p269
SE25-D4-PM1-P-035, p327
SE25-D4-PM1-P-036, p327
BG04-D3-PM1-P-018, p242
CARINO, Maria Caezare Mae
SE27-D4-PM1-P-007, p329
CARLEY, Eoin
ST02-D4-AM1-328-004, p291
CARNICER, Kristine Mae
AS17-D5-AM1-332-008, p338
CARTON, Helene
SE21-D3-AM2-311-018, p207
CASTILLO, Paul Albert
FrederickSE25-D4-PM1-P-045, p328
CASTILLO-ROGEZ, Julie
SS04-D2-PM2-331-001, p137
SS04-D2-PM2-331-004, p137
SS04-D2-PM2-331-005, p138
CATIPAY, Grethyl
AS34-D1-AM1-330-004, p63
CATOIRE, ValéryAS04-D4-PM1-334-016, p253
CAYETANO, Mylene
AS42-D3-PM1-P-014, p239
CAZZOLA, Emanuele
ST04-13-21-D1-AM1-308-003, p81
CH, Sudheer
HS09-D2-PM1-P-007, p144
CHA, Dong-Hyun
AS02-D3-PM1-P-016, p212
AS10-D3-AM1-331-029, p168
AS10-D3-PM1-P-039, p215
AS10-D3-PM1-P-049, p216
AS10-D3-PM1-P-050, p216
AS31-D3-PM1-P-021, p230
AS31-D3-PM1-P-022, p230
AS31-D3-PM1-P-031, p231
AS31-D5-AM2-335-011, p341
AS31-D5-AM2-335-012, p342
CHA, Jang-Hwan
HS01-D2-PM1-P-024, p141
CHA, Jeong-Hun
PS14-16-D4-PM2-311-011, p288
CHADWICK, Richard
ST25-D2-PM1-P-008, p159
CHAE, Jangsoo
PS12-ST23-D4-AM2-310-005, p289
CHAE, Jongchul
PS12-ST23-D4-PM1-310-008, p290
CHAE, Jung-Hoon
AS40-D3-PM1-P-022, p237
CHAFFIN, Michael
PS05-13-D2-AM1-310-002, p126

PS05-13-D2-PM1-310-018, p128
PS10-D4-PM2-310-004, p284
PS10-D4-PM2-310-005, p284
PS12-ST23-D4-PM1-310-006, p289
CHAI, Fei
OS02-D4-PM1-P-031, p303
CHAI, Jing
AS11-38-D2-AM1-335-017, p103
CHAI, Lay Ching
BG04-D3-PM1-P-020, p242
CHAI, Lihui
PS03-D5-PM1-P-016, p375
PS03-D5-PM1-P-017, p375
PS03-D5-PM1-P-018, p375
ST12-D2-PM1-P-020, p156
CHAI, Yanju
SE09-D4-PM1-P-008, p316
CHAIGNEAU, Alexis
OS21-D5-AM2-328-003, p356
CHAKRABARTY, Dibyendu
PS12-ST23-D4-AM2-310-004, p289
ST25-D1-PM1-308-006, p85
ST26-27-D3-AM2-309-001, p202
CHAKRABORTY, Arun
OS21-D5-AM2-328-004, p356
CHAKRAVORTY, Aniket
AS06-D5-PM1-308-001, p335
CHAMBERLIN, Phillip
PS10-D4-PM2-310-004, p284
CHAN, Chien-Chuan
AS29-D3-PM1-P-023, p230
CHAN, Chung-Han
IG01-D5-PM1-P-019, p365
SE21-D2-AM2-327-012, p135
SE21-D2-AM2-327-011, p135
CHAN, Johnny
AS10-D2-AM1-333-005, p99
AS10-D2-PM1-333-015, p100
AS10-D2-PM2-333-025, p101
AS10-D3-PM1-P-036, p215
AS10-D3-PM1-P-038, p215
AS10-D3-PM1-P-043, p216
AS19-D1-AM1-329-002, p60
AS19-D1-PM1-329-017, p62
OS14-D2-AM1-329-001, p121
SS02-D4-PM2-331-002, p300
CHAN, Ka Shun
HS12-D5-PM1-327-001, p348
CHAN, Kelvin T. F.
AS10-D2-PM2-333-025, p101
AS10-D3-PM1-P-043, p216
CHAN, Kwing Lam
PS05-13-D2-AM1-310-006, p126
PS05-13-D5-PM1-P-031, p376
PS09-D4-AM1-310-003, p283
PS09-D4-AM1-310-004, p283
CHAN, P.W.
AS34-D3-PM1-P-023, p233
AS40-D3-PM1-P-024, p237
CHANDRA, Naveen
AS41-D5-AM1-334-009, p344
BG06-07-D4-AM2-335-004, p270

CHANDRAKAR, Bhaskar
SE11-D5-PM1-311-002, p363
SE11-D5-PM1-311-003, p363
CHANDRASEKARA,
Sewwandhi
HS13-D5-AM1-310-007, p350
CHANG, Che-Min
AS18-D5-PM1-334-005, p338
CHANG, Chi Chun
HS17-D1-PM1-334-006, p71
CHANG, Chien-Hsin
SE25-D2-PM2-311-004, p136
CHANG, Chih-Chung
AS27-D4-PM2-309-004, p260
CHANG, Emmy Tsui-Yu
IG05-D2-PM2-332-004, p115
IG05-D5-PM1-P-014, p368
SE19-D1-PM1-327-003, p88
CHANG, Hsu-Kuang
OS07-D4-PM1-P-011, p305
OS07-D4-PM1-P-012, p305
OS07-D4-PM1-P-013, p306
CHANG, Hui-Ling
AS01-D2-AM1-308-004, p97
AS36-D3-PM1-P-028, p236
AS36-D4-PM2-333-005, p263
CHANG, Jianxia
HS11-D2-PM1-P-017, p145
HS01-D2-PM1-P-019, p141
HS09-D2-PM1-P-006, p144
CHANG, Kao-Hao
SE25-D2-PM2-311-003, p136
CHANG, Kun-Hui
OS07-D4-PM1-P-015, p306
CHANG, Le
IG10-D1-AM1-332-005, p73
CHANG, Liang-Cheng
HS03-D2-PM1-P-009, p142
HS03-D2-PM1-P-012, p142
SE15-D5-AM2-311-004, p364
CHANG, Li-Jen
HS13-D5-AM1-310-006, p349
CHANG, Mei-Yu
AS17-D3-PM1-P-015, p222
AS32-D3-PM1-P-010, p232
CHANG, Nigel
SE25-D3-PM2-311-015, p210
CHANG, Pao-Liang
AS29-D4-PM2-308-007, p261
CHANG, Pilhun
OS05-D4-PM1-P-007, p305
OS05-D5-PM1-329-002, p353
OS18-D4-PM1-P-013, p310
CHANG, Ping-Yu
HS03-D2-PM1-P-009, p142
CHANG, Shih-Yu
AS27-D3-PM1-P-013, p227
AS27-D3-PM1-P-015, p228
AS27-D4-PM2-309-004, p260
CHANG, Shu-Chun
AS07-D2-AM1-309-001, p98
AS07-D3-PM1-P-009, p215

389

389

CHANG, Ting-Hsin
HS03-D2-PM1-P-014, p142
CHANG, Wei-Yu
AS17-D5-AM1-332-005, p337
CHANG, Yao Li
IG24-D5-PM1-P-007, p372
CHANG, Yi-Tsai
BG04-D3-PM1-P-022, p242
CHANTEUR, Gerard
ST10-03-17-19-D2-PM1-P-013,
p155
CHAO, Benjamin Fong
IG05-D2-PM2-332-001, p115
IG05-D2-PM2-332-004, p115
IG10-D5-PM1-P-011, p369
SE09-D3-AM1-327-001, p204
CHARDOT, Lauriane
SE10-D1-AM1-327-004, p87
CHARLES, Christine
SS06-D3-PM1-331-003, p211
CHARNOZ, Sebastien
PS07-D3-PM2-310-009, p195
CHARVET, Ingrid
HS16-04-D1-AM1-334-001, p69
IG06-D4-PM1-332-005, p279
CHASTON, Christopher
ST12-D4-PM2-329-010, p295
CHAU, Ho Pan
HS01-D1-AM1-333-009, p66
CHAUFRAY, Jean-Yves
PS05-13-D2-AM1-310-002, p126
PS10-D4-PM2-310-005, p284
PS10-D4-PM2-310-006, p285
CHAUHAN, Mamta
PS12-ST23-D4-AM2-310-004, p289
CHAUHAN, Prakash
PS05-13-D2-AM2-310-011, p127
CHAVOSHIAN, Ali
SS08-D2-PM2-330-002, p139
CHAWCHAI, Sakonvan
IG11-D3-PM1-332-006, p179
IG11-D3-AM2-332-002, p179
CHEMALE, Farid
SE21-D4-PM1-P-029, p323
CHEMBOLU, Vinay
HS17-D2-PM1-P-009, p149
CHEN, Alfred B.
AS07-D2-AM1-309-001, p98
AS07-D3-PM1-P-008, p215
AS07-D3-PM1-P-009, p215
ST22-D3-PM2-309-004, p202
CHEN, Bin
SE12-D2-AM1-311-007, p132
CHEN, Chao-Yen
IG12-D5-PM1-P-008, p370
ST08-D3-PM2-308-007, p201
CHEN, Charng Ning
AS19-D1-AM1-329-005, p61
CHEN, Chia-Hung
IG26-D5-PM1-P-011, p373
ST08-D2-PM1-P-011, p154
ST26-27-D3-AM2-309-002, p202

CHEN, Chia-Jeng
AS18-D5-PM1-334-005, p338
HS13-D2-PM1-P-014, p146
CHEN, Chi-Chieh
AS01-D2-AM2-308-009, p98
CHEN, Chien-Chih
OS07-D4-PM1-P-009, p305
CHEN, Ching-Sen
AS36-D5-AM2-333-014, p344
CHEN, Chin-Hung
AS36-D3-PM1-P-027, p236
CHEN, Christopher
ST12-D2-PM1-P-023, p157
CHEN, Chu-Chun
AS18-D5-PM1-334-005, p338
CHEN, Chun-Te
SE25-D4-PM1-P-019, p325
CHEN, Dake
AS22-D3-PM1-P-011, p225
OS02-D3-PM2-328-012, p187
OS02-D3-PM2-328-017, p188
OS02-D4-PM1-P-025, p302
OS02-D4-PM1-P-028, p303
OS14-D2-PM2-329-010, p122
CHEN, Deliang
OS12-D2-AM1-328-006, p119
CHEN, Der Song
AS17-D3-PM1-P-013, p221
AS17-D5-AM1-332-003, p337
CHEN, Donglu
IG05-D5-PM1-P-013, p368
CHEN, Enid Yingru
HS23-D3-AM2-330-011, p178
CHEN, Gang
AS17-D5-AM1-332-002, p337
CHEN, Ge
OS22-D4-PM1-P-017, p312
CHEN, Gengxin
AS22-D5-PM1-333-005, p339
OS02-D3-AM2-328-001, p186
CHEN, Guan-Yu
IG05-D2-PM2-332-004, p115
CHEN, Guihua
SE21-D2-AM1-327-003, p134
SE21-D2-AM1-327-004, p134
SE21-D4-PM1-P-022, p322
CHEN, Guo-Ming
HS18-D2-PM1-P-006, p149
CHEN, Guoxing
AS36-D4-PM2-333-003, p262
AS36-D5-AM1-333-012, p343
CHEN, HaishanAS13-D3-PM1-P-027, p219
AS18-D3-PM1-P-016, p222
CHEN, Hongxia
OS11-D4-PM1-P-012, p308
CHEN, Horng-Yue
SE19-D4-PM1-P-006, p321
CHEN, Hung-Yu
AS16-D5-PM1-332-007, p336

CHEN, Jau-Ming
AS10-D2-PM1-333-018, p101
HS13-D5-AM1-310-001, p349
CHEN, Jen-Her
AS17-D3-PM1-P-015, p222
AS32-D3-PM1-P-010, p232
CHEN, Jenn-Shyong
IG04-D5-AM1-330-008, p352
CHEN, Jen-Ping
AS36-D5-AM1-333-012, p343
AS24-D4-AM1-336-002, p257
AS27-D3-PM1-P-012, p227
AS27-D4-PM2-309-004, p260
AS36-D3-PM1-P-021, p235
AS36-D5-AM1-333-007, p343
AS36-D5-AM2-333-014, p344
CHEN, Ji
BG04-D4-PM2-335-007, p269
HS01-D1-AM1-333-009, p66
HS01-D1-AM2-333-013, p67
HS01-D2-PM1-P-022, p141
HS16-04-D1-AM1-334-006, p69
HS16-04-D2-PM1-P-012, p148
HS16-04-D2-PM1-P-013, p148
HS21-D2-AM1-330-001, p114
HS21-D2-AM1-330-007, p114
HS21-D2-PM1-P-009, p151
HS21-D2-PM1-P-010, p151
HS23-D3-AM2-330-010, p177
CHEN, Jia-Chi
IG12-D3-PM1-333-005, p181
CHEN, Jianli
IG10-D5-PM1-P-007, p369
IG10-D5-PM1-P-008, p369
IG10-D5-PM1-P-012, p369
SE09-D3-AM1-327-007, p204
CHEN, Jianmin
AS03-D1-AM1-331-006, p55
AS03-D1-PM1-331-020, p57
AS03-D3-PM1-P-021, p213
CHEN, Jing
AS03-D1-PM1-331-018, p57
AS34-D1-AM2-330-013, p64
CHEN, Jingsheng
BG01-02-D4-AM1-335-002, p268
CHEN, Jingsong
AS23-D3-PM1-P-009, p226
CHEN, Jinxuan
AS27-D3-PM1-P-013, p227
CHEN, Jizu
AS35-D2-PM1-335-001, p112
CHEN, Junping
IG15-D2-PM1-332-002, p116
IG15-D2-PM1-332-004, p116
IG15-D2-PM1-332-005, p116
IG15-D2-PM1-332-006, p116
IG15-D5-PM1-P-008, p370
IG15-D5-PM1-P-009, p370
CHEN, Ju-Yu
AS17-D5-AM1-332-005, p337
CHEN, Kate Huihsuan
SE25-D3-AM1-311-008, p209

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CHEN, Kuan-Hung
SE15-D5-AM2-311-004, p364
CHEN, Liangfu
AS42-D5-AM1-308-004, p345
AS42-D5-AM2-308-011, p346
AS42-D5-AM1-308-001, p345
CHEN, Lianshou
AS10-D3-AM1-331-030, p168
CHEN, Li-Fan
SE19-D4-PM1-P-008, p321
CHEN, Li-Hsin
AS36-D3-PM1-P-030, p236
CHEN, Ling
ST12-D4-PM2-329-014, p296
CHEN, Lunjin
ST09-D1-PM1-309-010, p84
ST18-D2-PM1-P-013, p158
ST18-D4-AM2-329-010, p297
CHEN, Margaret
ST25-D1-PM1-308-003, p85
CHEN, Mindong
AS34-D3-PM1-P-020, p232
CHEN, Ming
OS08-D3-AM1-329-007, p189
OS08-D4-PM1-P-016, p307
CHEN, Nai-Tzu
BG04-D3-PM1-P-021, p242
CHEN, Nan
OS02-D3-PM2-328-012, p187
CHEN, Ningsheng
HS06-D3-AM1-334-008, p172
CHEN, Pei-Yu
AS07-D3-PM1-P-009, p215
CHEN, Pengfei
AS35-D2-PM1-335-003, p112
AS35-D2-PM1-335-005, p112
AS35-D2-PM2-335-011, p113
AS35-D2-PM1-335-001, p112
AS35-D2-PM2-335-006, p113
CHEN, Po-Chi
OS07-D4-PM1-P-011, p305
OS07-D4-PM1-P-012, p305
OS07-D4-PM1-P-013, p306
CHEN, Po-Fei
SE19-D1-PM1-327-001, p88
SE19-D4-PM1-P-007, p321
SE19-D4-PM1-P-008, p321
SE21-D4-PM1-P-036, p324
SE25-D2-PM2-311-004, p136
CHEN, Qi
AS03-D1-AM1-331-007, p55
CHEN, Qian
IG15-D2-PM1-332-004, p116
CHEN, Ruyan
AS11-38-D2-AM1-335-015, p102
AS11-38-D3-PM1-P-027, p217
CHEN, Shao-Xia
ST12-D2-PM1-P-016, p156
CHEN, Sheng-Po
AS36-D5-AM1-333-010, p343
AS42-D5-AM2-308-012, p346

CHEN, Shitao
IG11-D5-PM1-P-015, p370
IG11-D5-PM1-P-016, p370
CHEN, Shuanggui
SE12-D2-AM1-311-007, p132
CHEN, Shu-Ya
AS32-D2-PM2-334-003, p111
AS36-D5-AM2-333-017, p344
CHEN, Shuyi S.
AS14-D2-AM2-309-001, p106
OS14-D2-AM1-329-004, p122
CHEN, Siyu
AS16-D5-AM2-332-005, p336
CHEN, Song-Chuen
IG24-D3-AM2-333-002, p183
IG24-D3-AM2-333-003, p183
CHEN, Tianshu
AS34-D1-AM1-330-006, p63
CHEN, Tingdi
AS23-D3-PM1-P-009, p226
CHEN, Tingting
IG03-D1-AM2-332-005, p72
CHEN, Tsui-Ling
AS01-D2-AM1-308-004, p97
CHEN, W. S.
ST26-27-D3-AM2-309-003, p202
CHEN, Wan Chin
AS27-D4-PM2-309-005, p260
CHEN, Wei
IG10-D5-PM1-P-009, p369
SE04-D2-PM1-311-011, p131
CHEN, Wei-Bo
HS06-D3-AM1-334-005, p172
CHEN, Wei-Cheng
SE21-D3-AM2-311-019, p207
CHEN, Wei-Nai
AS27-D3-PM1-P-013, p227
AS27-D4-PM2-309-004, p260
AS27-D3-PM1-P-012, p227
AS27-D4-PM2-309-007, p260
CHEN, Wei-Ting
AS24-D4-AM1-336-006, p258
AS24-D4-AM2-336-013, p258
AS27-D4-PM2-309-004, p260
AS27-D4-PM2-309-006, p260
AS27-D3-PM1-P-013, p227
CHEN, Weiwei
OS07-D5-AM1-328-003, p354
CHEN, Wen
AS04-D4-AM1-334-004, p252
AS04-D4-AM2-334-011, p253
AS11-38-D2-AM2-335-020, p103
AS19-D3-PM1-P-027, p223
AS22-D3-PM1-P-007, p225
AS22-D3-PM1-P-008, p225
IG01-D4-AM1-332-003, p276
CHEN, Wen-Huang
SE21-D4-PM1-P-029, p323
CHEN, Wenjie
HS12-D5-PM1-327-002, p349

CHEN, Xi
AS19-D1-PM1-329-014, p62
AS42-D5-AM1-308-005, p346
CHEN, Xiaobin
SE24-D1-PM1-311-002, p89
CHEN, Xiaohong
HS13-D5-AM2-310-009, p350
CHEN, Xiaomin
AS29-D4-PM1-308-006, p261
CHEN, Xiaoyang
AS34-D3-PM1-P-024, p233
CHEN, Xingchao
AS11-38-D1-AM2-335-005, p58
CHEN, Xingfeng
AS42-D3-PM1-P-013, p238
AS42-D5-AM1-308-002, p345
CHEN, Xingran
ST05-15-D2-PM1-P-015, p153
CHEN, Xiuhong
AS18-D5-AM2-334-004, p338
CHEN, Yafei
OS05-D5-PM1-329-005, p353
CHEN, Yang
AS11-38-D1-AM2-335-003, p58
CHEN, Yangruixue
AS19-D1-AM2-329-009, p61
AS19-D3-PM1-P-026, p223
CHEN, Yao
ST06-D2-PM1-P-009, p153
ST06-D2-PM1-P-010, p153
ST06-D3-AM1-308-003, p199
ST06-D3-AM1-308-004, p199
CHEN, Yen-Fu
IG24-D3-AM2-333-004, p183
OS07-D4-PM1-P-009, p305
CHEN, Yiding
ST08-D3-PM2-308-006, p201
ST26-27-D2-PM1-P-008, p159
CHEN, Yi-Leng
AS20-D2-PM2-309-003, p108
AS24-D3-PM1-P-025, p227
AS24-D4-AM2-336-012, p258
AS36-D3-PM1-P-025, p235
AS36-D5-AM2-333-017, p344
CHEN, Ying-Chieh
AS36-D5-AM1-333-013, p343
CHEN, Ying-Jhen
AS24-D3-PM1-P-024, p226
CHEN, Yingjian
IG26-D3-PM2-332-003, p184
CHEN, Yining
OS08-D3-AM1-329-006, p189
CHEN, Yong-Lin
HS03-D1-AM2-334-002, p67
HS03-D1-AM2-334-005, p68
CHEN, Yu-Chieh
AS27-D3-PM1-P-015, p228
CHEN, Yu-Huang
IG24-D5-PM1-P-008, p372

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CHEN, Zeyu
AS04-D4-PM1-334-020, p254
CHEN, Zhengsong
PS05-13-D5-PM1-P-029, p376
CHEN, Zhongxiao
OS02-D4-PM1-P-031, p303
CHEN WANG, Tai-Chi
AS17-D5-AM1-332-005, p337
AS36-D3-PM1-P-024, p235
CHENG, C.C
HS03-D2-PM1-P-012, p142
CHENG, Chao-Tzuen
AS36-D4-PM2-333-003, p262
CHENG, Chieh-Jen
AS10-D2-AM1-333-004, p99
CHENG, Fang-Yi
AS29-D3-PM1-P-016, p229
CHENG, Hai
IG11-D3-AM2-332-002, p179
CHENG, Hsiang-Wen
AS36-D5-AM2-333-015, p344
CHENG, Huihong
SE15-D4-PM1-P-008, p319
CHENG, Jia
SE12-D4-PM1-P-009, p318
SE21-D2-AM1-327-003, p134
SE21-D2-AM1-327-004, p134
SE21-D4-PM1-P-022, p322
CHENG, Kai-Chien
SE15-D4-PM1-P-011, p320
CHENG, Ke-Sheng
HS13-D5-AM1-310-005, p349
CHENG, Lilu
SE10-D4-PM1-P-012, p316
CHENG, Lin-Wen
AS29-D4-PM1-308-004, p261
AS28-D3-PM1-P-020, p229
CHENG, Mark
IG12-D3-PM1-333-005, p181
CHENG, Qiang-Gong
IG27-D3-PM2-333-005, p185
CHENG, Sha-Yan
OS02-D4-PM1-P-036, p304
CHENG, Shengdong
HS16-04-D1-AM1-334-003, p69
HS23-D2-PM1-P-015, p151
CHENG, Thomas Chin-Tung
IG01-D5-PM1-P-019, p365
CHENG, Win-Bin
IG24-D3-AM2-333-004, p183
IG27-D5-PM1-P-012, p373
CHENG, Xiao
OS11-D4-PM1-P-011, p308
OS11-D4-PM1-P-013, p308
OS11-D5-AM1-329-002, p355
CHENG, Yaoyao
OS11-D5-AM1-329-004, p355
CHENOLI, Sheeba Nettukandy
AS02-D4-AM1-308-007, p250
AS11-38-D1-AM2-335-004, p58
AS11-38-D1-PM1-335-008, p58
AS14-D2-PM1-309-006, p107

AS34-D1-AM1-330-007, p63
OS05-D5-PM1-329-004, p353
CHEONG, Amanda Yee Lin
OS22-D3-PM1-329-007, p192
CHEONG, Daekyo
OS22-D4-PM1-P-011, p312
CHERN, Jiun-Dar
AS24-D4-AM1-336-007, p258
CHERN, Yinq-Rong
BG04-D3-PM1-P-021, p242
BG04-D3-PM1-P-022, p242
CHERUKURU, Nagur
OS19-D2-PM2-328-013, p125
CHESLEY, Steve
PS11-D1-AM2-310-009, p79
CHEUNG, Joe H.C.
AS27-D4-PM2-309-004, p260
AS27-D4-PM2-309-008, p260
CHEUNG, KevinAS02-D4-AM1-308-005, p250
AS10-D2-PM1-333-019, p101
AS28-D3-PM1-P-016, p228
CHEUNG, King Yeung
OS12-D2-AM1-328-008, p119
OS12-D4-PM1-P-012, p309
CHEW, Lock Yue
AS02-D4-AM1-308-005, p250
AS28-D3-PM1-P-016, p228
CHI, Chia-Zhen
AS29-D3-PM1-P-021, p229
CHI, Chung-Chi
IG19-D3-AM1-333-002, p181
CHI, Peter
ST25-D1-PM1-308-001, p85
CHI, YutianST06-D3-AM1-308-002, p198
ST16-D2-PM1-P-013, p158
ST16-D5-AM2-309-010, p361
CHIANG, HongOS22-D3-AM2-329-002, p191
CHIANG, Hong-Wei
IG11-D3-PM1-332-006, p179
IG11-D3-PM1-332-007, p180
IG11-D5-PM1-P-014, p370
CHIANG, Jie-Lun
HS18-D2-PM1-P-006, p149
CHIAO, Chung-Hui
IG21-D3-AM1-332-006, p182
CHIEN, Rong-You
AS18-D5-PM1-334-008, p339
CHIEN, Yi-Yun
AS31-D5-AM2-335-013, p342
CHIEW, Tyiin
OS22-D3-AM2-329-002, p191
CHIKAMORI, Hidetaka
HS13-D5-AM1-310-008, p350
CHIN, Shao-Jinn
IG24-D3-AM2-333-004, p183
CHIN, T. Mike
SE09-D3-AM1-327-004, p204
CHING, Kuo-En
SE15-D5-AM2-311-002, p363

SE21-D3-AM2-311-019, p207
CHIPPERFIELD, Martyn
AS04-D4-AM1-334-007, p252
CHIU, Chi-Hao
AS17-D5-AM1-332-007, p338
AS24-D4-AM1-336-004, p257
CHIU, Ping-Gin
AS36-D4-PM2-333-002, p262
CHO, Ara
OS22-D4-PM1-P-011, p312
CHO, Eunsaem
HS11-D2-PM1-P-020, p145
HS20-D2-PM1-P-010, p151
CHO, In-Hae
AS17-D3-PM1-P-011, p221
CHO, Jin Yeon
PS14-16-D4-PM2-311-011, p288
CHO, Jun-Yeol
IG04-D5-PM1-P-015, p367
CHO, Kyungsuk
PS12-ST23-D4-PM1-310-008, p290
CHO, Yang Ki
OS13-D4-PM1-P-012, p309
CHO, Yuichiro
PS05-13-D5-PM1-P-033, p377
CHOI, Changhyun
HS16-04-D1-AM1-334-002, p69
CHOI, Daniel
AS16-D3-PM1-P-017, p221
CHOI, Eun-Kyeong
IG04-D5-PM1-P-015, p367
IG04-D5-PM1-P-016, p367
CHOI, Hanna
HS16-04-D1-AM1-334-009, p70
CHOI, Hong-Geun
HS13-D2-PM1-P-016, p146
HS19-D2-PM1-P-020, p150
CHOI, Jeongho
HS07-D2-PM1-P-010, p144
CHOI, Jinho
AS21-D3-PM1-P-023, p225
CHOI, Jin-Soo
AS40-D4-AM2-309-011, p265
CHOI, Jin-Yong
OS02-D4-PM1-P-033, p303
CHOI, Jung
AS01-D2-AM2-308-010, p98
AS11-38-D2-AM1-335-014, p102
CHOI, Minha
HS06-D2-PM1-P-016, p143
HS06-D2-PM1-P-017, p143
CHOI, Min-Hyeok
AS40-D3-PM1-P-022, p237
CHOI, Myungje
AS15-D1-AM1-335-007, p60
AS40-D3-PM1-P-018, p237
AS40-D3-PM1-P-019, p237
AS40-D3-PM1-P-024, p237
AS40-D3-PM1-P-025, p238
AS40-D4-AM1-309-003, p263
AS40-D4-AM2-309-007, p264

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CHOI, Soon-Young
SE25-D4-PM1-P-049, p328
CHOI, Sunghwan
PS12-ST23-D4-PM1-310-008, p290
CHOI, Taejin
AS04-D3-PM1-P-023, p213
CHOI, Yeon-Woo
AS18-D5-PM1-334-007, p339
AS31-D3-PM1-P-031, p231
CHOI, Yire
IG25-D2-AM2-332-002, p116
PS14-16-D4-PM2-311-011, p288
CHOI, Yo-Hwan
AS02-D3-PM1-P-018, p212
CHOI, Yong-Han
AS10-D3-AM1-331-029, p168
CHOI, Youngje
HS19-D3-PM1-330-003, p176
CHOI, Young-Kwang
IG06-D4-PM1-332-004, p279
CHONG, Heesung
AS40-D3-PM1-P-025, p238
AS40-D4-AM1-309-003, p263
CHONG, Marcus
IG01-D4-AM1-332-004, p276
CHOPRA, Sumer
SE21-D2-AM2-327-012, p135
CHOPRA, Sundeep
IG25-D5-PM1-P-007, p372
CHOU, Charles C.-K.
AS27-D3-PM1-P-010, p227
AS27-D3-PM1-P-012, p227
AS27-D4-PM2-309-007, p260
AS27-D4-PM2-309-008, p260
CHOU, Chien-Chung
AS07-D3-PM1-P-009, p215
CHOU, Jung-Kung
AS07-D2-AM1-309-001, p98
AS07-D3-PM1-P-009, p215
CHOU, Kun-Hsuan
AS10-D2-PM2-333-024, p101
AS29-D4-PM2-308-014, p262
CHOU, Min-Yang
IG26-D5-PM1-P-011, p373
CHOU, Shih-Chun
AS29-D3-PM1-P-023, p230
AS36-D3-PM1-P-025, p235
CHOU, Wen-Chen
OS19-D4-PM1-P-017, p311
CHOUDHARY, Shabnam
IG25-D5-PM1-P-006, p372
CHOW, Keith K. C.
PS05-13-D2-AM1-310-006, p126
PS05-13-D5-PM1-P-031, p376
PS09-D4-AM1-310-004, p283
CHOW, Winston
IG27-D3-PM2-333-001, p185
CHRISTOPHER, Ivar
ST18-D4-AM1-329-003, p296
CHU, H.T.
SE25-D4-PM1-P-016, p325

CHU, Mei-Fei
SE27-D4-PM1-P-006, p329
CHU, Pao-Shin
AS01-D2-AM1-308-004, p97
CHU, Risheng
SE16-D4-PM1-P-018, p321
CHU, Shiou Rong
AS17-D3-PM1-P-014, p221
CHU, Tai-Yi
HS13-D5-AM1-310-003, p349
HS13-D5-AM1-310-004, p349
CHU, Xiaoqing
AS22-D5-PM1-333-005, p339
CHU, Yen-Hsyang
IG04-D5-AM1-330-008, p352
CHUA, Annelle Raphayette
AS42-D3-PM1-P-015, p239
AS42-D5-AM2-308-010, p346
CHUA, Constance Ting
IG01-D5-PM1-P-021, p365
CHUA, Stephen
OS22-D4-PM1-P-018, p312
CHUA, Terence
SE10-D4-PM1-P-016, p316
CHUA, Xin Rong
AS14-D3-PM1-P-011, p219
CHUANG, Cheng-Ying
HS03-D1-AM2-334-005, p68
CHUANG, Yin-Jui
AS31-D5-AM2-335-013, p342
CHUANG, Yo-Ling
PS04-D3-PM1-310-009, p194
CHUI, Ting Fong May
HS10-D3-PM1-334-011, p175
HS17-D1-PM1-334-002, p70
CHULAKADABBA, ApisadaAS03-D3-PM1-P-022, p213
CHUMCHEAN, Siriluk
HS16-04-D2-PM1-P-016, p148
CHUN, Hye-Yeong
AS04-D3-PM1-P-024, p214
AS21-D4-PM1-333-016, p256
CHUN, Youngsin
AS10-D3-PM1-P-050, p216
CHUNG, Chih Cheng
SE13-D4-PM1-P-016, p319
CHUNG, Chih-Chung
IG19-D3-AM1-333-007, p182
SE14-D3-PM2-327-005, p205
CHUNG, Chu-Yong
AS40-D3-PM1-P-023, p237
CHUNG, Eun Sung
HS12-D2-PM1-P-004, p146
CHUNG, Jae-Hyung
IG04-D5-PM1-P-017, p367
CHUNG, Jing Xiang
AS31-D3-PM1-P-028, p231
AS31-D5-AM1-335-002, p340
AS31-D5-AM1-335-004, p340
CHUNG, Kao-Shan
AS36-D5-AM1-333-013, p343

CHUNG, Kaoshen
AS20-D2-PM2-309-006, p108
AS36-D3-PM1-P-030, p236
CHUNG, Ling-Ho
SE15-D4-PM1-P-011, p320
CHUNG, Ming-Chi
PS04-D3-PM1-310-009, p194
CHUNG, San-Hsiung
SE25-D4-PM1-P-016, p325
CHUNG, Sung-Rae
AS40-D3-PM1-P-023, p237
CHUNG, Sun-Lin
SE27-D4-PM1-P-006, p329
CHUNG, Yi-Chuan
AS29-D4-PM2-308-008, p261
CICCHETTI, Andrea
PS08-D5-AM1-331-006, p359
CINCO, Thelma
AS01-D2-AM1-308-001, p97
CLARK, George
ST02-D4-AM1-328-008, p292
CLARKE, John
PS05-13-D2-AM1-310-002, p126
PS05-13-D2-PM1-310-018, p128
PS10-D4-PM2-310-005, p284
CLARKE, Steven
PS12-ST23-D4-PM1-310-008, p290
CLARO, Sheinna May
OS22-D4-PM1-P-015, p312
SE21-D2-AM2-327-013, p135
CLEAR, Jennifer
OS22-D3-AM2-329-003, p191
OS22-D4-PM1-P-019, p313
CLIFT, Peter
IG05-D5-PM1-P-015, p368
OS07-D5-AM1-328-007, p354
COATES, Andrew
PS05-13-D2-PM2-310-026, p129
ST10-03-17-19-D2-PM1-P-017,
p156
CODILLO, Emmanuel
BG04-D3-PM1-P-016, p241
BG04-D3-PM1-P-018, p242
BG04-D4-PM2-335-006, p269
SE25-D4-PM1-P-035, p327
SE25-D4-PM1-P-045, p328
SE27-D4-PM1-P-007, p329
COE, Hugh
AS34-D3-PM1-P-020, p232
COHEN, Christina
ST02-D4-AM1-328-005, p291
COHEN, David
AS34-D1-AM1-330-004, p63
COHEN, Jason
AS03-D1-PM1-331-019, p57
AS15-D1-AM1-335-003, p59
COLEMAN, Richard
OS21-D5-PM1-328-007, p357
COLLINS, John A.
SE16-D4-PM1-P-017, p321

393

393

COLLINSON, Glyn
PS03-D4-AM2-311-003, p281
PS03-D4-AM2-311-004, p281
PS05-13-D2-PM2-310-026, p129
COLSON, Tobias
SE21-D4-PM1-P-029, p323
COMEAU, Louis-Pierre
BG08-D3-PM1-335-005, p171
COMFORT, Christina
OS19-D2-PM1-328-002, p124
CONATO, Marlon
SE25-D4-PM1-P-040, p327
CONG, Gao
SE10-D4-PM1-P-015, p316
CONG, Zhentao
HS23-D3-AM2-330-009, p177
CONG, Zhiyuan
AS35-D2-PM1-335-001, p112
AS35-D2-PM1-335-002, p112
AS35-D2-PM1-335-004, p112
AS35-D2-PM1-335-005, p112
AS35-D2-PM2-335-006, p113
AS35-D2-PM2-335-012, p113
AS35-D3-PM1-P-017, p234
AS35-D3-PM1-P-018, p234
CONNERNEY, J. E. P.
PS03-D4-AM2-311-001, p281
PS03-D4-AM2-311-002, p281
PS03-D4-AM2-311-003, p281
PS08-D5-AM1-331-005, p358
PS08-D5-AM1-331-006, p359
PS08-D5-AM1-331-007, p359
PS08-D5-PM1-P-010, p378
PS08-D5-PM1-P-013, p378
CONNERNEY, John
PS08-D5-AM1-331-008, p359
PS08-D5-AM1-331-009, p359
CONNORS, Martin
ST10-03-17-19-D2-PM1-P-014,
p155
ST18-D4-AM2-329-008, p297
ST18-D4-AM2-329-012, p298
CONSTABLE, Andrew
OS11-D5-AM2-329-008, p356
OS11-D5-AM2-329-008, p356
CORBELLI, David
AS01-D2-AM1-308-001, p97
CORBETT, Reide
OS22-D3-AM2-329-003, p191
OS22-D4-PM1-P-019, p313
CORONEL, Rochelle
AS31-D3-PM1-P-023, p230
AS31-D5-AM1-335-003, p340
AS31-D5-AM1-335-006, p341
AS31-D5-PM1-335-018, p342
COSSU, Remo
OS03-D4-AM1-330-004, p280
COSTA, Fidel
SE10-D1-AM1-327-002, p87
SE10-D1-AM1-327-003, p87
SE10-D1-AM1-327-008, p88
SE10-D4-PM1-P-010, p316

SE10-D4-PM1-P-011, p316
SE10-D4-PM1-P-012, p316
SE10-D4-PM1-P-018, p317
SE10-D4-PM1-P-025, p317
COUDURIER-CURVEUR,
Aurelie
SE04-D2-PM1-311-007, p130
SE21-D3-AM2-311-016, p207
COULSON, Iain M.
PS04-D3-PM1-310-009, p194
COUNILLON, Francois
OS18-D3-AM1-328-002, p190
COUSTENIS, Athena
PS07-D3-PM2-310-010, p195
PS07-D3-PM2-310-011, p196
PS15-D1-PM1-310-005, p80
PS15-D5-PM1-P-008, p382
COY, Larry
SS11-D4-PM2-330-002, p301
SS11-D4-PM2-330-004, p301
CRAFT, Kate
PS07-D3-PM2-310-015, p196
CRAVATTE, Sophie
OS21-D5-AM2-328-003, p356
CRAVENS, Thomas E.
PS10-D4-PM2-310-006, p285
CRAWFORD, James
AS15-D1-AM1-335-001, p59
AS40-D3-PM1-P-018, p237
AS40-D4-AM1-309-003, p263
AS40-D4-AM1-309-006, p264
AS40-D4-AM2-309-009, p264
CRETAUX, Jean-Francois
IG10-D5-PM1-P-007, p369
CRISMANI, Matteo
PS05-13-D2-AM1-310-002, p126
PS10-D4-PM2-310-004, p284
PS05-13-D2-PM1-310-018, p128
PS10-D4-PM2-310-005, p284
CRISP, David
BG06-07-D4-AM2-335-001, p270
BG06-07-D4-AM2-335-002, p270
CRITES, Sarah
PS05-13-D2-PM1-310-020, p128
PS14-16-D4-PM2-311-012, p288
CROWELL, Jenna
PS11-D5-PM1-P-022, p380
CRUZ, Faye Abigail
AS31-D3-PM1-P-023, p230
AS31-D3-PM1-P-026, p231
AS31-D5-AM1-335-003, p340
AS31-D5-AM1-335-006, p341
AS31-D5-AM1-335-007, p341
AS31-D5-PM1-335-018, p342
CRUZ, MellizaAS34-D1-AM1-330-004, p63
AS42-D3-PM1-P-015, p239
AS42-D3-PM1-P-016, p239
AS42-D5-AM2-308-010, p346
CSISZAR, Ivan
IG28-D2-AM1-332-008, p118

CUI, Jinglan
BG08-D3-PM1-335-003, p171
BG08-D3-PM1-335-005, p171
CUI, Jun
PS10-D5-PM1-P-008, p378
PS10-D5-PM1-P-009, p379
PS10-D5-PM1-P-010, p379
PS10-D5-PM1-P-011, p379
PS10-D5-PM1-P-012, p379
CUI, Wenhui
HS10-D3-PM1-334-011, p175
CUI, Xiaopeng
AS29-D3-PM1-P-015, p229
CUI, XihongIG03-D5-PM1-P-012, p366
CUI, Xuefeng
AS19-D3-PM1-P-027, p223
CUMMINS, Phil
SE12-D2-AM1-311-006, p132
CURRY, Shannon
PS03-D4-AM2-311-001, p281
CUYPERS, Yannis
OS04-D1-AM2-328-005, p76
CZERNICHOWSKI-LAURIOL,
Isabelle
IG21-D3-AM1-332-008, p183
IG21-D5-PM1-P-011, p371

D.
D, Sathish Kumar
HS11-D5-AM1-327-007, p347
DAAG, ArturoOS22-D4-PM1-P-014, p312
DADHANIA, M. B.
PS12-ST23-D4-AM2-310-004, p289
DAHRIN, Darharta
SE20-D3-PM1-311-005, p206
DAI, Huaning
AS29-D4-PM1-308-006, p261
DAI, Lei
ST09-D1-PM1-309-009, p83
ST09-D1-PM1-309-010, p84
ST09-D2-PM1-P-015, p154
ST18-D4-AM2-329-009, p297
DAKSIYA, Velautham
AS19-D1-PM1-329-018, p62
DAMAYANTI, Agung
SE10-D1-AM1-327-005, p88
D'AMICIS, Raffaella
ST12-D4-PM2-329-008, p295
ST12-D4-PM2-329-009, p295
D'AMORE, Mario
PS14-16-D4-AM1-311-004, p287
DANAN, Dong
IG15-D2-PM1-332-005, p116
IG15-D2-PM1-332-006, p116
DANDAPAT, Sumit
OS21-D5-AM2-328-004, p356

394

394

DANG, Jiaxiang
SE06-D1-AM2-327-002, p87
DANGKUA, DonnySE21-D2-AM1-327-007, p134
DANIARSYAD, Gatut
SE21-D2-AM1-327-001, p134
DANSKIN, Donald
ST18-D4-AM2-329-012, p298
DAOU, Doris
PS12-ST23-D4-AM2-310-003, p289
DARON, Joseph
AS01-D2-AM1-308-001, p97
DAS, Debasis P
SE22-D3-PM1-327-005, p208
DASALLAS, Lea
AS01-D2-AM1-308-002, p97
DAUBAR, Ingrid
PS08-D5-AM1-331-006, p359
DAUGHTON, William
ST09-D1-AM2-309-003, p83
DAUT, Gerhard
SE20-D4-PM1-P-008, p322
DAUWELS, Justin
SE02-D5-AM1-311-006, p362
SE06-D1-AM2-327-004, p87
SE06-D4-PM1-P-005, p315
DAVIDENKO, Dmitry
ST08-D2-PM1-P-012, p154
DAVIES, Jackie
ST14-20-24-D2-PM1-P-010, p157
DAVILA, Joseph M.
PS12-ST23-D4-PM1-310-008, p290
DAVIS, Michael
PS08-D5-AM1-331-008, p359
DE DECKKER, Patrick
SE20-D4-PM1-P-006, p321
DE FOY, BenjaminAS35-D3-PM1-P-017, p234
DE KEYSER, Johan
PS11-D1-AM2-310-011, p79
DE LANGE, Ger
HS03-D1-AM2-334-003, p68
DE LARY DE LATOUR, Louis
IG21-D5-PM1-P-011, p371
DE SANCTIS, Maria Cristina
SS04-D2-PM2-331-001, p137
PS11-D5-PM1-P-015, p379
SS04-D2-PM2-331-003, p137
DEAN, William
SS07-D2-PM1-330-001, p138
DECKER, Robert
ST02-D4-AM1-328-008, p292
DEGRE, Aurore
IG11-D5-PM1-P-012, p369
DEIGHAN, Justin
PS05-13-D2-AM1-310-002, p126
PS05-13-D2-PM1-310-018, p128
PS10-D4-PM2-310-004, p284
PS10-D4-PM2-310-005, p284
PS10-D4-PM2-310-006, p285
PS12-ST23-D4-PM1-310-006, p289

DEJIMA, Takumi
ST10-03-17-19-D2-PM1-P-014,
p155
DEL CASTILLO, Raúl
IG12-D3-PM1-333-002, p180
DELAP, Eleanor
AS10-D3-AM1-331-028, p168
DELCOURT, Dominique
PS03-D5-PM1-P-015, p375
DELINA, Ruth Esther
HS17-D2-PM1-P-010, p149
DEMARIA, Mark
AS28-D3-PM1-P-014, p228
DEMEKHOV, Andrei
ST18-D4-AM1-329-002, p296
DEMIRDJIAN, Levon
HS13-D5-AM1-310-002, p349
DEMURA, Hirohide
PS04-D3-PM1-310-008, p194
DENEVI, Brett
PS14-16-D4-AM1-311-003, p287
DENG, Hui
IG03-D5-PM1-P-014, p366
DENG, Kai
SE25-D3-PM2-311-010, p209
DENG, Kaiqiang
AS13-D2-AM1-334-005, p104
DENG, Xiaohu
IG26-D3-PM2-332-007, p184
DENG, Xiaohua
ST09-D1-AM2-309-005, p83
ST12-D4-PM2-329-012, p296
DENG, Yangfan
SE02-D5-AM1-311-004, p362
SE25-D4-PM1-P-018, p325
DENG, Yuanhao
SE15-D4-PM1-P-008, p319
DENG, Yue
ST04-13-21-D1-AM2-308-008, p82
DENG, Zhaoze
AS03-D1-AM1-331-002, p55
AS03-D1-PM1-331-017, p57
DENG, Zhiguo
IG15-D2-PM1-332-001, p116
DENVER, Troelz
PS08-D5-AM1-331-005, p358
PS08-D5-AM1-331-006, p359
DEPUEVA, Anna
ST22-D3-PM2-309-007, p202
DESAI, Mihir
ST22-D3-PM2-309-002, p201
DESCHAMPS, Frederic
PS07-D3-PM2-310-013, p196
SE16-D4-AM1-331-004, p299
SE16-D4-PM1-P-010, p320
SE16-D4-PM1-P-015, p320
DESHMUKH, Chandrashekhar
BG08-D3-PM1-335-001, p171
DETSIS, Emmanouil
SS06-D3-PM1-331-001, p211
DEUSHI, Makoto
AS04-D4-PM1-334-017, p253

DEVA, Utkarsh
AS41-D4-PM2-334-008, p267
DEVAK, Manjula
HS11-D2-PM1-P-018, p145
DEVLIN, Adam
OS22-D3-PM1-329-008, p192
DEWANGAN, Narayan Prasad
SE11-D5-PM1-311-002, p363
SE11-D5-PM1-311-003, p363
DEWEY, Ryan
PS03-D5-PM1-P-013, p375
PS03-D4-PM1-311-007, p282
DEY, Sayan
BG03-D3-PM1-P-007, p240
DHAKATE, Ashish
AS21-D3-PM1-P-025, p225
DHANYA, C. T.
HS11-D2-PM1-P-018, p145
DHANYA, M.B.
PS14-16-D4-PM2-311-013, p288
DHINGRA, Deepak
PS14-16-D5-PM1-P-020, p382
DHOMSE, Sandip
AS04-D4-AM2-334-012, p253
DI BRACCIO, Gina
PS03-D4-AM2-311-001, p281
PS03-D4-AM2-311-002, p281
PS03-D4-PM1-311-009, p282
PS08-D5-AM1-331-005, p358
DI LUCA, Alejandro
AS31-D5-PM1-335-014, p342
DI MURO, Andrea
SE10-D1-AM1-327-008, p88
DIDENKO, Alexei
SE25-D3-PM2-311-011, p209
SE25-D4-PM1-P-024, p325
DIKE, Veronica
ST05-15-D3-PM1-308-008, p198
DILL, Robert
SE09-D3-AM1-327-002, p204
DIMALANTA, Carla
IG24-D3-AM2-333-001, p183
SE13-D2-PM1-327-004, p132
SE13-D2-PM2-327-007, p133
SE27-D1-AM2-311-001, p90
DIMITRIADIS, Panayiotis
HS06-D2-PM1-P-009, p143
DING, Dong
OS11-D5-AM1-329-006, p355
DING, Liang
AS13-D3-PM1-P-018, p218
DING, Ming-De
ST02-D4-AM1-328-003, p291
DING, Ruiqiang
AS13-D3-PM1-P-018, p218
AS13-D3-PM1-P-022, p218
AS22-D3-PM1-P-009, p225
AS13-D2-AM2-334-010, p105
DING, Shuoyi
AS22-D3-PM1-P-008, p225
DING, Weiwei
OS07-D5-AM1-328-007, p354

395

395

DING, Xiaoli
SE05-D1-AM1-311-005, p86
DING, Yifan
OS11-D4-PM1-P-013, p308
DING, Yuan
PS03-D5-PM1-P-017, p375
DIVINA, Christelle Anne
IG01-D5-PM1-P-016, p365
DIXON, Michael
AS02-D4-AM2-308-008, p251
DJAMIL, Yudha
AS03-D3-PM1-P-025, p213
IG11-D3-PM1-332-010, p180
DJUPVIK, Amanda
AS23-D4-PM2-336-003, p256
DMITRENKO, Valery V.
PS11-D5-PM1-P-020, p380
DO, Hao T.
HS14-D2-PM1-P-021, p147
DO, W. G.
AS16-D3-PM1-P-015, p220
DOBRIYAL, Ritvik
AS03-D3-PM1-P-025, p213
DOBSLAW, Henryk
IG10-D1-AM1-332-004, p73
SE09-D3-AM1-327-002, p204
DODSON, John
SE20-D4-PM1-P-006, p321
DOHI, Shohei
IG27-D3-PM2-333-002, p185
DOJO, Masanobu
SE25-D4-PM1-P-020, p325
DOMINEY-HOWES, Dale
IG01-D4-AM2-332-012, p277
DONALDSON, Terry
OS19-D2-PM1-328-002, p124
DONALDSON HANNA, Kerri
PS14-16-D4-PM2-311-014, p288
DONG, Changming
AS22-D5-PM1-333-005, p339
OS02-D3-AM2-328-004, p186
OS02-D3-PM1-328-007, p186
OS02-D3-PM1-328-009, p187
OS02-D3-PM2-328-014, p187
OS02-D3-PM2-328-016, p188
OS02-D3-PM2-328-017, p188
OS02-D3-PM2-328-018, p188
OS02-D4-PM1-P-020, p302
OS02-D4-PM1-P-021, p302
OS02-D4-PM1-P-022, p302
OS02-D4-PM1-P-023, p302
OS02-D4-PM1-P-024, p302
OS02-D4-PM1-P-025, p302
OS02-D4-PM1-P-026, p302
OS02-D4-PM1-P-027, p303
OS02-D4-PM1-P-028, p303
OS02-D4-PM1-P-029, p303
OS02-D4-PM1-P-030, p303
OS02-D4-PM1-P-037, p304
OS05-D5-PM1-329-001, p353
OS12-D2-AM1-328-002, p119
OS12-D4-PM1-P-011, p309

DONG, Chaunfei
PS03-D4-AM2-311-001, p281
DONG, Di
AS22-D5-PM1-333-001, p339
DONG, Fang
BG06-07-D4-AM2-335-006, p270
DONG, Jia-Jyun
IG19-D3-AM1-333-004, p181
IG19-D3-AM1-333-005, p181
IG24-D5-PM1-P-005, p371
IG24-D5-PM1-P-009, p372
IG27-D3-PM2-333-005, p185
IG27-D3-PM2-333-006, p185
IG27-D5-PM1-P-012, p373
DONG, Jihai
OS02-D3-PM1-328-009, p187
DONG, Shaorou
AS13-D2-PM1-334-016, p106
DONG, Weiyuan
OS02-D4-PM1-P-029, p303
OS02-D4-PM1-P-029, p303
DONG, Wenjie
AS16-D5-AM2-332-001, p335
DONG, Xiangcheng
ST09-D2-PM1-P-017, p155
DONG, Xiao
AS11-38-D3-PM1-P-033, p218
DONZE, Frederic Victor
SE02-D5-AM1-311-002, p362
SE10-D1-AM1-327-002, p87
DOO, Wen-Bin
IG24-D3-AM2-333-002, p183
DORELLI, John
ST09-D1-AM2-309-001, p82
DOU, BaochengIG28-D5-PM1-P-012, p374
DOU, Xiankang
AS07-D2-AM1-309-004, p98
AS23-D3-PM1-P-009, p226
DREW, Benton
AS40-D4-PM1-309-017, p266
DROSSART, Pierre
PS07-D3-PM2-310-011, p196
PS15-D1-PM1-310-005, p80
PS15-D5-PM1-P-008, p382
DU, Fang
SE21-D4-PM1-P-020, p322
SE21-D4-PM1-P-021, p322
DU, Huiyun
AS34-D1-PM1-330-014, p64
DU, Lin
AS34-D1-AM1-330-003, p63
DU, Muyun
HS16-04-D1-AM1-334-008, p70
DU, Tien T.L.
HS14-D2-PM1-P-021, p147
DU, YanOS13-D2-PM1-329-007, p121
DU, Yi
SE21-D4-PM1-P-031, p324

DU, Yuyi
AS36-D5-AM1-333-008, p343
AS36-D5-AM1-333-009, p343
DUAN, Bingbing
IG15-D5-PM1-P-008, p370
DUAN, Die
ST12-D2-PM1-P-023, p157
DUAN, Haiqin
OS08-D4-PM1-P-018, p307
DUAN, Hongtao
IG03-D5-PM1-P-013, p366
DUAN, Kang
SE14-D3-PM2-327-001, p205
DUAN, Qingyun
HS01-D1-AM1-333-008, p66
DUAN, Suping
ST09-D1-PM1-309-010, p84
DUAN, Wansuo
AS22-D5-PM1-333-002, p339
DUBBS, Lindsay
OS07-D4-PM1-P-016, p306
DUC, Le
AS20-D2-PM2-309-002, p108
AS36-D3-PM1-P-020, p235
DUGAN, Brandon
SE21-D4-PM1-P-029, p323
DUNLOP, Malcolm
ST09-D2-PM1-P-017, p155
DUNN, Rachel
SS07-D2-PM1-330-002, p138
DUNN, William
ST10-03-17-19-D2-PM1-P-017,
p156
DUPRAZ, Sébastien
IG21-D5-PM1-P-011, p371
DUTTA, Pankhi
SE13-D4-PM1-P-018, p319
DUTTA, Subashisa
HS11-D5-AM1-327-005, p347
HS14-D4-AM1-327-003, p272
HS17-D2-PM1-P-009, p149

E.
EASTER, Richard
AS24-D4-PM1-336-015, p259
EASTWOOD, Jonathan
ST09-D1-AM2-309-001, p82
ST09-D1-AM2-309-004, p83
ST14-20-24-D2-PM1-P-010, p157
EBERT, Robert
PS03-D4-PM1-311-011, p282
PS08-D5-AM1-331-009, p359
EBIHARA, Yusuke
ST18-D4-AM2-329-012, p298
ECHER, EzequielAS41-D5-AM1-334-014, p345
ECHTERLING, Nicole
ST18-D4-AM1-329-004, p296

396

396

ECK, Thomas
AS15-D1-AM1-335-007, p60
AS40-D3-PM1-P-018, p237
AS40-D3-PM1-P-019, p237
AS40-D4-AM2-309-007, p264
ECKMAN, Richard
AS04-D4-PM1-334-021, p254
ECO, Rodrigo
IG01-D4-AM1-332-006, p276
EDGINGTON, Scott
PS07-D3-AM1-310-001, p194
EDWARDS, Christopher
PS05-13-D2-PM1-310-016, p127
PS12-ST23-D4-PM1-310-006, p289
EDWARDS, R. Lawrence
IG11-D3-AM2-332-002, p179
EFFENDI, Mutiara
SE25-D4-PM1-P-031, p326
EGUSA, Nobuyuki
HS14-D4-AM2-327-009, p273
EHLMANN, Bethany
SS04-D2-PM2-331-004, p137
EICHSTAEDT, Gerald
PS08-D5-AM1-331-004, p358
EK, Michael
IG28-D2-AM1-332-003, p117
IG28-D2-AM1-332-005, p117
EL SHARIF, Husayn
HS23-D3-AM1-330-002, p177
EL-ASKARY, Hesham
AS42-D5-AM1-308-003, p345
ELDERING, Annmarie
BG06-07-D4-AM2-335-001, p270
ELLIS, Joanna
SS07-D2-PM1-330-001, p138
ELPHIC, Richard
PS14-16-D4-PM2-311-011, p288
ELROD, MeredithPS03-D4-AM2-311-005, p281
PS07-D3-AM1-310-003, p194
ELSBERRY, Russell
AS10-D3-AM1-331-028, p168
ELTAHIR, Elfatih
AS18-D3-PM1-P-013, p222
EMAMI, Mohammad HashemSE25-D3-AM1-311-009, p209
EMMETT, Chad
SS07-D2-PM1-330-002, p138
EMMETT, Jonathan
AS02-D4-AM2-308-008, p251
EMMONS, Louisa
AS40-D4-AM1-309-006, p264
AS40-D4-PM1-309-016, p265
ENDO, NobuhikoAS31-D5-PM1-335-019, p343
ENDRAYANTO ALUICIUS,
Irwan
AS01-D2-AM1-308-007, p97
IG04-D5-AM1-330-010, p352

ENGELHART, Simon
OS22-D3-AM2-329-003, p191
OS22-D3-AM2-329-004, p191
OS22-D4-PM1-P-019, p313
ENGLAND, Matthew
AS13-D2-AM2-334-011, p105
ENGLAND, Scott
PS03-D4-AM2-311-005, p281
PS10-D4-PM2-310-007, p285
ENGLERT, Peter
PS14-16-D4-PM2-311-011, p288
ENOMOTO, Takayuki
PS12-ST23-D5-PM1-P-014, p381
ENTEKHABI, Dara
HS10-D3-AM2-334-001, p174
ENTIN, Jared
HS10-D3-AM2-334-001, p174
EOM, Jooyoung
IG10-D1-AM1-332-006, p74
EPARVIER, Frank
PS10-D4-PM2-310-004, p284
PS10-D4-PM2-310-005, p284
ERARD, Stephane
PS11-D5-PM1-P-015, p379
ERBAS, Kemal
SE21-D2-AM1-327-001, p134
ERDÉLYI, Robertus
ST12-D4-PM1-329-003, p294
ERDENEBAT, Enkhbat
AS04-D3-PM1-P-026, p214
ERGUN, Robert
ST10-03-17-19-D4-PM1-328-005,
p293
ERIKSSON, Stefan
ST09-D1-AM2-309-003, p83
ERNST, Carolyn
PS14-16-D4-AM1-311-003, p287
ESCAPE, Carmille
IG01-D4-AM1-332-006, p276
ESELEVICH, Victor
ST16-D2-PM1-P-014, p158
ESPENILLA, Mel Bryan
SE25-D4-PM1-P-040, p327
ESPLEY, Jared
PS10-D4-PM2-310-003, p284
ESPOSITO, Larry
PS07-D3-AM1-310-002, p194
ESPY, Patrick
AS23-D4-PM2-336-003, p256
EVANS, Claire
BG03-D3-AM1-335-001, p170
EVANS, Jason
AS31-D5-PM1-335-014, p342
EVANS, Joseph
PS05-13-D2-AM1-310-002, p126
PS10-D4-PM2-310-004, p284
ST25-D1-PM1-308-003, p85
EVANS, Rob
SE16-D4-PM1-P-017, p321

F.
FABBRO, GarethSE10-D4-PM1-P-019, p317
FABRIOL, Hubert
IG21-D5-PM1-P-011, p371
FAGAN, Timothy J.
PS11-D5-PM1-P-020, p380
FAJAR, Silvia
SE20-D3-PM1-311-004, p206
SE20-D3-PM1-311-005, p206
FAJICULAY, Erickson
SE10-D1-AM1-327-003, p87
SE10-D4-PM1-P-025, p317
FALLOWS, Richard
ST14-20-24-D2-PM1-P-009, p157
ST14-20-24-D2-PM1-P-010, p157
FAMIGLIETTI, James
IG10-D1-AM1-332-002, p73
FAN, Chun
SE04-D2-PM1-311-009, p130
FAN, Daidu
OS08-D3-AM1-329-004, p188
OS08-D3-PM2-329-010, p189
OS08-D4-PM1-P-014, p307
OS08-D4-PM1-P-015, p307
FAN, Feibin
ST09-D2-PM1-P-013, p154
FAN, Hang
BG04-D3-PM1-P-010, p241
FAN, Jiwen
AS24-D4-PM1-336-015, p259
FAN, Meng
AS42-D5-AM2-308-011, p346
FAN, Qi
AS34-D3-PM1-P-023, p233
AS34-D3-PM1-P-024, p233
FAN, Shaojia
AS34-D3-PM1-P-023, p233
FAN, Tung-Yung
OS10-D4-PM1-P-008, p307
FANG, Beijing
HS10-D3-AM2-334-002, p174
FANG, Hui-Kuan
ST22-D3-PM2-309-004, p202
FANG, Jian
SE02-D4-PM1-P-008, p314
FANG, Li
HS10-D3-AM2-334-006, p175
FANG, Shiyuan
SE21-D4-PM1-P-034, p324
FANG, Xiang-Hui
AS22-D5-PM1-333-004, p339
FANG, Yongjie
AS11-38-D3-PM1-P-026, p217
FANG, Yongliu
IG26-D3-PM2-332-008, p184
FANG, Yue
OS12-D2-AM1-328-007, p119
FARNOCCHIA, Davide
PS11-D5-PM1-P-019, p380

397

397

FARREL, Tracy
HS11-D5-AM2-327-012, p348
FARRELL, William M.
PS03-D4-AM2-311-006, p281
FATIMA, Sadaf
AS41-D4-PM2-334-005, p266
FAURE, Alexandre
PS11-D5-PM1-P-015, p379
FAUSTINO-ESLAVA, Decibel
SE13-D2-PM1-327-004, p132
SE13-D2-PM2-327-007, p133
SE27-D1-AM2-311-001, p90
FEDOROV, Andrei
PS05-13-D2-PM2-310-026, p129
FEDUN, Viktor
ST07-D3-AM1-309-006, p200
ST12-D4-PM1-329-003, p294
FEITZ, Andrew
IG21-D3-AM1-332-004, p182
IG21-D5-PM1-P-013, p371
FEJER, Bela
AS41-D5-AM1-334-014, p345
FELDMAN, Daniel
AS18-D5-AM2-334-004, p338
FELDMAN, William
SS04-D2-PM2-331-004, p137
FENG, Jiangang
SE21-D4-PM1-P-020, p322
FENG, Juan
AS19-D3-PM1-P-025, p223
FENG, Lin
AS35-D3-PM1-P-020, p234
FENG, Long
SE21-D4-PM1-P-020, p322
SE21-D4-PM1-P-021, p322
FENG, Lu
AS19-D1-AM2-329-011, p61
AS19-D3-PM1-P-021, p223
FENG, Lujia
SE02-D5-AM1-311-006, p362
SE04-D2-AM2-311-001, p129
SE05-D4-PM1-P-007, p315
SE06-D1-AM2-327-004, p87
SE06-D4-PM1-P-005, p315
SE21-D4-PM1-P-037, p324
FENG, Ming
OS12-D2-AM1-328-001, p119
FENG, Shengzhong
AS10-D3-AM1-331-033, p168
FENG, Wanpeng
SE02-D4-PM1-P-009, p314
FENG, Wei
IG10-D5-PM1-P-009, p369
FENG, Xiao
HS01-D1-AM2-333-013, p67
HS01-D2-PM1-P-022, p141
FENG, Xu
AS42-D5-AM2-308-009, p346
FENG, Xueshang
ST16-D2-PM1-P-012, p158
FENG, Yerong
AS34-D3-PM1-P-023, p233

FENNELL, Joseph
ST18-D4-AM1-329-004, p296
FEOFILOV, Artem
PS04-D5-PM1-P-015, p376
FERNANDES, Rui
AS17-D5-AM1-332-008, p338
FERNANDEZ, Yanga
PS11-D5-PM1-P-022, p380
FERNANDO, Allan Gil
SE25-D4-PM1-P-039, p327
FERRARIS, Simana
SS06-D3-PM1-331-001, p211
FERRARO, Ralph
HS10-D3-AM2-334-006, p175
FERRER, Kathleen Ann
SE25-D4-PM1-P-042, p328
FEUILLET, Nathalie
OS22-D3-AM2-329-001, p191
FIESTADA, Vincent Paul
BG04-D3-PM1-P-017, p242
FIETHE, Björn
PS11-D1-AM2-310-011, p79
FIETZKE, Jan
OS01-D1-AM1-328-006, p75
FILACCHIONE, Gianrico
PS11-D5-PM1-P-015, p379
FILLINGIM, Matthew
PS10-D4-PM2-310-003, p284
FIRMA, Adly
BG08-D3-PM1-335-001, p171
FISCHER, David
ST25-D1-PM1-308-001, p85
FITRIANY, Ria
IG04-D5-PM1-P-014, p366
FLANNER, Mark
AS18-D5-AM2-334-004, p338
FLASAR, F. Michael
PS07-D3-PM2-310-010, p195
FLETCHER, Christine
BG08-D3-PM1-335-006, p171
FLOBERGHAGEN, Rune
PS12-ST23-D5-PM1-P-017, p381
FOELSCHE, Ulrich
AS28-D2-PM2-308-011, p110
FOK, Mei-Ching
ST05-15-D2-PM1-P-013, p153
FOMIN, Tanya
IG21-D3-AM1-332-004, p182
FONG, Chin-Tzu
AS17-D3-PM1-P-013, p221
AS24-D3-PM1-P-024, p226
AS36-D4-PM2-333-004, p262
FORES, BenjaminIG05-D5-PM1-P-014, p368
FORGET, Francois
PS05-13-D2-AM1-310-005, p126
FORNI, Olivier
SS04-D2-PM2-331-004, p137
FORREST, AlexanderOS03-D4-AM1-330-004, p280
FÖRSTER, Alejandro
OS07-D4-PM1-P-014, p306

FOSS, Victoria
ST08-D3-PM2-308-005, p201
FOSTER, Anna
SE04-D4-PM1-P-016, p314
SE10-D4-PM1-P-017, p317
FOSTER, John
ST05-15-D3-PM1-308-009, p198
FOWLER, Christopher
PS10-D4-PM2-310-003, p284
PS10-D4-PM2-310-006, p285
FOX, Jane
PS10-D4-PM2-310-003, p284
PS10-D4-PM2-310-006, p285
FRAHM, Rudy
PS05-13-D2-PM2-310-026, p129
FRANCO, Eframir
AS41-D5-AM1-334-012, p345
FRANZEN, Christoph
AS23-D4-PM2-336-003, p256
FRASER, AlexanderOS11-D4-PM1-P-012, p308
FREDERIK, Marina
SE21-D4-PM1-P-029, p323
FRENCH, JonOS17-D2-AM2-328-003, p123
FREYCHET, Nicolas
AS01-D2-AM1-308-006, p97
FRIED, Alan
AS40-D4-AM2-309-009, p264
FRIEDRICHS, Andrew
OS03-D4-AM1-330-004, p280
FRINGER, Oliver
OS02-D3-AM2-328-002, p186
FRITZ, Hermann
OS22-D3-PM1-329-007, p192
FROUDE, Melanie
IG19-D5-PM1-P-008, p370
FU, Bojie
HS11-D5-AM2-327-013, p348
FU, Dejian
AS40-D4-PM1-309-016, p265
AS40-D4-PM1-309-017, p266
FU, Huishan
ST09-D1-AM2-309-004, p83
ST09-D1-AM2-309-005, p83
ST09-D2-PM1-P-016, p154
ST09-D2-PM1-P-017, p155
ST10-03-17-19-D4-PM2-328-009,
p294
FU, Kuan-Cheng
HS17-D1-PM1-334-005, p71
FU, P.
AS34-D3-PM1-P-020, p232
FU, Suiyan
PS03-D4-PM1-311-008, p282
FU, Tzung-May
AS03-D3-PM1-P-023, p213
AS15-D1-AM1-335-004, p59
AS27-D3-PM1-P-013, p227
AS27-D4-PM2-309-003, p260
AS27-D4-PM2-309-004, p260
AS34-D1-PM1-330-017, p65

398

398

AS42-D5-AM2-308-009, p346
FU, Xiaoyan
OS02-D4-PM1-P-030, p303
FU, Zhikang
HS16-04-D1-AM1-334-008, p70
HS16-04-D2-PM1-P-015, p148
FUCHSBERGER, Juergen
AS28-D2-PM2-308-011, p110
FUJI, Nobuaki
SE16-D4-PM1-P-015, p320
FUJII, Yosuke
OS18-D3-AM1-328-001, p190
FUJIKI, Ken'ichi
ST14-20-24-D1-AM1-309-003, p84
FUJIMOTO, Keizo
ST09-D1-PM1-309-011, p84
ST09-D1-AM2-309-005, p83
FUJIMOTO, Masaki
PS05-13-D2-PM1-310-017, p128
ST09-D1-PM1-309-008, p83
PS03-D5-PM1-P-014, p375
ST09-D1-AM2-309-001, p82
FUJIMURA, Atsushi
OS19-D2-PM1-328-002, p124
FUJINAMI, Hatsuki
AS11-38-D1-PM1-335-009, p59
FUJIWARA, Hitoshi
PS03-D4-AM2-311-005, p281
FUJIWARA, Keita
AS10-D3-PM1-P-040, p215
FUJIYAMA, Masashi
ST14-20-24-D1-AM1-309-004, p84
FUKAMACHI, Yasushi
OS11-D4-PM1-P-012, p308
FUKAZAWA, Keiichiro
PS03-D4-PM1-311-010, p282
ST04-13-21-D2-PM1-P-015, p153
FUKUDA, Yoichi
SE15-D5-AM2-311-001, p363
FUKUHARA, Tetsuya
PS04-D3-PM1-310-008, p194
PS05-13-D2-PM2-310-027, p129
PS05-13-D5-PM1-P-032, p377
PS05-13-D5-PM1-P-037, p377
FUKUI, Kento
ST10-03-17-19-D4-PM2-328-008,
p294
FURLONG, Kevin P.
SE02-D5-AM1-311-005, p362
SE21-D2-AM1-327-002, p134
SE21-D2-AM1-327-005, p134
FURUE, Ryo
OS10-D1-PM1-328-004, p77
OS19-D4-PM1-P-022, p311
FURUHASHI, Noritaka
BG06-07-D4-AM2-335-003, p270
FURUKAWA, Kinji
AS28-D2-PM1-308-002, p109
AS28-D2-PM2-308-012, p110
FURUMAI, Hiroaki
IG26-D3-PM2-332-004, p184

FURUNO, Akiko
OS02-D3-PM1-328-011, p187
FURUYA, Masaki
AS03-D3-PM1-P-024, p213
FUSELIER, Stephen
PS11-D1-AM2-310-011, p79
FUTAANA, Yoshifumi
PS05-13-D2-PM2-310-026, p129
PS14-16-D4-PM2-311-013, p288
ST02-D4-AM1-328-005, p291
FUTAGUCHI, MasahikoPS05-13-D2-PM2-310-027, p129
PS05-13-D5-PM1-P-032, p377

G.
G., Nandhakumar
HS11-D2-PM1-P-023, p146
G. THAMPI, Santosh
HS20-D4-PM2-327-005, p275
GABO, Jillian Aira
SE13-D2-PM1-327-004, p132
SE13-D2-PM2-327-007, p133
SE25-D4-PM1-P-038, p327
SE25-D4-PM1-P-046, p328
GABRIELSE, Christine
ST04-13-21-D1-AM2-308-008, p82
ST10-03-17-19-D4-PM2-328-006,
p293
GADHAVI, Mahendrasinh
SE24-D1-PM1-311-003, p89
GAHERTY, James
SE16-D4-PM1-P-017, p321
GAIL, Hans-Peter
PS11-D5-PM1-P-021, p380
GAL, Frédérick
IG21-D5-PM1-P-011, p371
GALANG, Jan Albert Macario
IG01-D4-AM1-332-006, p276
GALANTI, Eli
PS04-D3-AM2-310-001, p193
GALELLI, Stefano
HS09-D2-PM1-P-008, p145
HS09-D3-PM2-334-003, p174
HS09-D3-PM2-334-004, p174
HS13-D5-AM2-310-013, p350
GALLAGER, Scott
OS19-D2-PM2-328-012, p125
GALLARDO-LACOURT, Bea
ST04-13-21-D1-AM2-308-008, p82
GALLENTES, AdonisOS22-D3-PM1-329-007, p192
GALLO, FlorianAS01-D2-AM1-308-001, p97
GALVEZ, Maria Cecilia
AS17-D5-AM1-332-008, p338
GAMMARU, Anabel
OS19-D2-PM1-328-001, p124
GAN, Bolan
OS13-D2-AM2-329-002, p120

GAN, Jianping
OS21-D5-AM2-328-005, p356
GAN, Weijun
SE12-D4-PM1-P-010, p318
SE05-D1-AM1-311-002, p86
GANBAT, Gantuya
AS02-D4-AM1-308-002, p250
AS34-D3-PM1-P-022, p232
GANGWOONG, Lee
AS40-D4-AM1-309-002, p263
GANSE, Urs
ST04-13-21-D1-AM1-308-005, p81
GAO, Bing
HS23-D2-PM1-P-013, p151
HS23-D3-AM1-330-004, p177
GAO, Chao
OS02-D4-PM1-P-022, p302
GAO, Guangyao
HS11-D5-AM2-327-013, p348
GAO, Jian
AS27-D4-PM2-309-003, p260
GAO, Jianhua
OS08-D3-AM1-329-005, p189
GAO, Jianyun
AS10-D2-PM1-333-019, p101
GAO, Jinwei
SE13-D4-PM1-P-014, p318
GAO, Libao
OS11-D4-PM1-P-012, p308
GAO, Qi
AS07-D2-AM1-309-004, p98
GAO, Shan
OS10-D4-PM1-P-009, p308
GAO, Wenhua
AS24-D4-PM1-336-015, p259
GAO, Xuejie
AS31-D5-AM2-335-008, p341
GAO, Yubin
HS06-D3-AM1-334-002, p172
GARCIA, Mary Lance
SE25-D4-PM1-P-034, p327
GARCIA SANCHO, Candela
SE02-D5-AM1-311-003, p362
GARCÍA-ARTOLA, AneOS22-D3-AM2-329-003, p191
OS22-D4-PM1-P-019, p313
GARCIA-GARCIA, David
IG10-D5-PM1-P-011, p369
GARG, Nikhil
OS14-D2-PM2-329-015, p123
GARNETT MARQUES BRUM,
Christiano
AS41-D5-AM1-334-012, p345
AS41-D5-AM1-334-014, p345
GASC, Sebastien
PS11-D1-AM2-310-011, p79
GASNAULT, Olivier
PS14-16-D4-PM2-311-011, p288
GASTINE, Marie
IG21-D5-PM1-P-011, p371

399

399

GAUBERT, BenjaminAS40-D4-AM1-309-006, p264
AS40-D4-PM1-309-016, p265
GAUDEMER, Yves
SE02-D5-AM1-311-002, p362
GAUDET, Lauriana
AS36-D3-PM1-P-034, p236
AS36-D5-AM1-333-008, p343
GBODE, Imole Ezekiel
AS31-D3-PM1-P-024, p230
GE, Hongxing
BG01-02-D3-PM1-P-010, p240
GE, Jingwen
AS11-38-D2-AM1-335-018, p103
GE, Weipeng
SE04-D4-PM1-P-013, p314
GE, Xinlei
AS34-D1-AM1-330-001, p63
AS34-D3-PM1-P-020, p232
AS35-D3-PM1-P-019, p234
GENESTRETI, Kevin
ST09-D1-AM2-309-001, p82
GENG, Biao
AS14-D2-AM2-309-003, p106
AS14-D2-AM2-309-004, p107
AS14-D2-PM1-309-005, p107
AS14-D3-PM1-P-012, p219
GENT, Frederick
ST12-D4-PM1-329-003, p294
GERARD, Jean-Claude
PS08-D5-AM1-331-008, p359
GERELCHULUUN, Bayasgalan
IG04-D5-PM1-P-018, p367
IG04-D5-PM1-P-021, p367
GERSHMAN, Daniel
PS03-D4-PM1-311-007, p282
PS03-D4-PM1-311-009, p282
PS08-D5-AM1-331-005, p358
ST09-D1-AM2-309-001, p82
GESULGA, Myre Adrienne Jade
SE27-D4-PM1-P-007, p329
GHADERI, Majid
SE25-D3-AM1-311-009, p209
GHAN, Steve
AS24-D4-PM1-336-015, p259
GHANI, Azman
SE27-D4-PM1-P-006, p329
GHEBREYESUS, Dawit
HS10-D3-AM2-334-005, p175
GHOSH, Anwesha
BG03-D3-AM1-335-004, p170
GHOSH, Sourima
HS16-04-D1-AM1-334-001, p69
GHOSH, Subimal
HS21-D2-AM1-330-008, p114
GIBAGA, Reven
SE25-D4-PM1-P-041, p327
SE25-D4-PM1-P-043, p328
GIBBONS, Matthew
AS36-D5-AM1-333-008, p343
AS36-D5-AM1-333-009, p343

GIBE, Hezron
AS42-D3-PM1-P-014, p239
GILBERT, Lin
PS05-13-D2-PM2-310-026, p129
GILBUENA, Romeo
HS14-D4-AM1-327-008, p272
GILES, Barbara
ST09-D1-AM2-309-001, p82
ST09-D2-PM1-P-017, p155
ST10-03-17-19-D4-PM1-328-005,
p293
GILES, David
AS40-D3-PM1-P-018, p237
GILMANOVA, Gulshat
SE25-D3-PM2-311-011, p209
SE25-D4-PM1-P-024, p325
GIN-RONG, Liu
AS17-D3-PM1-P-010, p221
GIOVANNINI, Leandro
HS23-D3-AM2-330-007, p177
GIRACH, Imran
AS41-D4-PM2-334-007, p267
GIRI, Gautham
AS03-D1-PM1-331-016, p57
GLADSTONE, G. Randy
PS08-D5-AM1-331-008, p359
GLADSTONE, Randy
PS08-D5-AM1-331-009, p359
PS08-D5-PM1-P-011, p378
GLEIN, Chris
PS07-D3-PM2-310-012, p196
GLEIXNER, StephanieOS18-D3-AM1-328-002, p190
GLOCER, Alex
PS05-13-D2-PM2-310-026, p129
ST05-15-D2-PM1-P-013, p153
GO, Dae-Hong
IG04-D5-PM1-P-015, p367
IG04-D5-PM1-P-016, p367
GO, Sujung
AS40-D3-PM1-P-024, p237
AS40-D4-AM1-309-003, p263
GODAD, Shital
OS07-D5-AM1-328-004, p354
GOEL, Vikas
AS41-D4-PM2-334-005, p266
GOETZ, Charlotte
PS10-D4-PM2-310-002, p284
GOFF, James
IG01-D5-PM1-P-014, p365
GOGOI, Abhijit
SE13-D4-PM1-P-018, p319
GOGOI, Mukunda M.
AS06-D5-PM1-308-002, p335
AS06-D5-PM1-308-003, p335
AS06-D5-PM1-308-005, p335
GOMBOSI, Tamas
PS11-D1-AM2-310-011, p79
GOMI, Takashi
HS18-D4-PM1-327-005, p274
GONG, Dao-Yi
AS16-D5-AM2-332-001, p335

GONG, Jiancun
ST16-D5-AM2-309-008, p360
GONG, Wei
HS01-D1-AM1-333-008, p66
GONG, Xiang
BG03-D3-PM1-P-009, p240
GONG, Xiuqiang
IG15-D2-PM1-332-002, p116
IG15-D5-PM1-P-007, p370
GONG, Zheng
SE04-D2-PM1-311-011, p131
SE05-D1-AM1-311-006, p86
GONZALEZ, Walter
ST04-13-21-D1-AM2-308-010, p82
GONZÁLEZ, José Juan
ST07-D3-AM1-309-006, p200
ST12-D4-PM1-329-003, p294
GONZALEZ-HERRERO, Diego
ST04-13-21-D1-AM1-308-004, p81
GOODKIN, Nathalie
AS14-D3-PM1-P-014, p219
OS10-D1-PM1-328-003, p77
OS10-D4-PM1-P-008, p307
GOOSSENS, Marcel
ST07-D3-AM1-309-002, p199
ST12-D4-PM1-329-006, p295
GOPALSWAMY, Nat
ST02-D4-AM1-328-002, p291
ST16-D5-AM1-309-001, p360
GOPALSWAMY, Natchimuthuk
PS12-ST23-D4-PM1-310-008, p290
GORDON, Arnold L.
OS01-D1-AM1-328-002, p75
OS04-D1-AM2-328-006, p76
GORDON, Christopher
AS28-D3-PM1-P-017, p228
GOSAIN, Ashvani
HS11-D5-AM1-327-001, p347
GOSWAMI, Kartika
OS22-D4-PM1-P-012, p312
GOTO, Hideaki
SE04-D2-AM2-311-002, p129
GOTO, Kazuhisa
IG01-D5-PM1-P-014, p365
OS22-D3-AM2-329-001, p191
GOTO, Tomoko
IG06-D4-PM1-332-001, p278
OS22-D3-AM2-329-001, p191
GOU, XiaohuaAS01-D3-PM1-P-012, p212
GOURAMANIS, Christos
IG01-D4-AM2-332-012, p277
IG01-D4-AM2-332-013, p277
IG04-D4-PM2-332-007, p278
SE20-D4-PM1-P-006, p321
GOURBESVILLE, Philippe
HS01-D2-PM1-P-023, p141
GOVERS, Rob
SE02-D5-AM1-311-003, p362
SE21-D2-AM1-327-005, p134
GOYAL, Rishav
AS10-D2-AM2-333-012, p100

400

400

GOYAL, Shiv Kumar
PS05-13-D2-PM2-310-028, p129
PS12-ST23-D4-AM2-310-004, p289
PS12-ST23-D4-PM1-310-007, p290
PS12-ST23-D4-PM1-310-010, p290
GOZO, Emil
AS31-D3-PM1-P-023, p230
AS31-D5-AM1-335-003, p340
AS31-D5-AM1-335-006, p341
GOZO, Emilio
AS31-D5-PM1-335-018, p342
GOZU, Katsuyuki
HS14-D4-AM1-327-002, p272
GRAF, Hans F.
AS19-D3-PM1-P-027, p223
GRAHAM, Daniel
ST09-D1-AM2-309-005, p83
GRAHAM, Georgina
ST02-D4-AM1-328-004, p291
GRANDEY, BenjaminAS03-D1-AM2-331-012, p56
GRANGER, Darryl
SE04-D2-PM1-311-008, p130
GRANJON, Richard
SS06-D3-PM1-331-001, p211
GRATALOUP, Sandrine
IG21-D5-PM1-P-011, p371
GREATHOUSE, Thomas
PS08-D5-AM1-331-008, p359
GREBOWSKY, Joseph
PS03-D4-AM2-311-005, p281
PS05-13-D2-PM2-310-026, p129
GREEN, James
PS12-ST23-D4-AM2-310-003, p289
GREENHAGEN, BenjaminPS04-D3-PM1-310-007, p193
PS14-16-D4-AM1-311-003, p287
PS14-16-D4-PM2-311-014, p288
GREER, Anthony
BG08-D3-PM1-335-001, p171
GRIFFITHS, James
HS12-D5-PM1-327-001, p348
GRODENT, Denis
PS08-D5-AM1-331-008, p359
ST10-03-17-19-D2-PM1-P-017,
p156
GRÖLLER, Hannes
PS05-13-D2-AM1-310-002, p126
PS10-D4-PM2-310-006, p285
GROSS, Richard
SE09-D3-AM1-327-004, p204
GROVE, M.
SE25-D4-PM1-P-016, p325
GRUBISIC, Vanda
AS02-D4-AM2-308-008, p251
GRUENBURG, Laura
OS04-D1-AM2-328-006, p76
GU, Bin
AS13-D3-PM1-P-018, p218
GU, Dasa
AS40-D4-AM2-309-010, p264

GU, HaoPS10-D5-PM1-P-011, p379
PS10-D5-PM1-P-012, p379
GU, Rongrong
AS34-D1-AM1-330-006, p63
GU, Sheng-Yang
AS04-D4-PM1-334-018, p254
GU, Xiaoli
AS16-D3-PM1-P-012, p220
GU, YuAS29-D4-PM2-308-009, p261
GUAN, Chih-Ray
IG19-D3-AM1-333-007, p182
GUAN, Shoude
OS14-D2-AM1-329-005, p122
GUAN, Zhaoyong
AS04-D4-AM2-334-012, p253
AS19-D1-AM2-329-010, p61
GUBALLA, Jose Dominick
SE25-D4-PM1-P-028, p326
GUENTHER, Alex
AS40-D4-AM1-309-006, p264
AS40-D4-AM2-309-010, p264
GUERREIRO, Kévin
OS19-D4-PM1-P-022, p311
GUERRIN, Gilles
SE21-D4-PM1-P-029, p323
GUILLEVIC, Pierre
IG28-D2-AM1-332-001, p117
GUITING, Song
AS14-D2-PM1-309-009, p107
AS28-D3-PM1-P-017, p228
OS17-D4-PM1-P-006, p310
GUL, Chaman
AS35-D3-PM1-P-023, p234
GULKIS, SamuelPS08-D5-AM1-331-003, p358
PS08-D5-PM1-P-012, p378
GULYAEV, Sergei
SE15-D5-AM2-311-001, p363
GUNARDI, Gunardi
AS01-D2-AM1-308-007, p97
IG04-D5-AM1-330-010, p352
GUNAWAN, Dodo
AS31-D5-AM1-335-007, p341
AS31-D3-PM1-P-023, p230
AS31-D3-PM1-P-028, p231
AS31-D5-AM1-335-002, p340
AS31-D5-AM1-335-003, p340
AS31-D5-AM1-335-004, p340
GUNAWAN, Erry
ST22-D2-PM1-P-011, p159
GUNAWAN, Hendra
SE10-D4-PM1-P-017, p317
GUNG, YuanchengIG05-D2-PM2-332-004, p115
GUNNING, Merrie-Ellen
IG21-D3-AM1-332-004, p182
GUNSON, Michael R.
BG06-07-D4-AM2-335-001, p270
GUO, Guijun
OS11-D5-AM1-329-004, p355

GUO, Hao
AS34-D1-PM1-330-015, p64
AS34-D3-PM1-P-018, p232
GUO, Jianping
AS24-D4-PM1-336-016, p259
GUO, Junming
AS35-D2-PM1-335-001, p112
AS35-D2-PM1-335-003, p112
AS35-D2-PM1-335-005, p112
AS35-D2-PM2-335-012, p113
AS35-D3-PM1-P-015, p233
AS35-D3-PM1-P-022, p234
GUO, Lijia
ST02-D4-AM1-328-001, p291
GUO, Mingzhe
ST07-D3-AM1-309-001, p199
ST12-D2-PM1-P-016, p156
GUO, Ruilong
PS09-D4-AM1-310-006, p283
ST10-03-17-19-D2-PM1-P-017,
p156
GUO, Weidong
BG03-D3-AM1-335-002, p170
GUO, Xinyu
OS18-D3-AM1-328-007, p190
GUO, Xueliang
AS24-D4-AM1-336-003, p257
GUO, Yafang
AS23-D3-PM1-P-010, p226
GUO, Yan
AS16-D5-AM2-332-001, p335
GUO, Ying
HS01-D2-PM1-P-018, p141
GUO, Yipeng
AS04-D4-AM2-334-012, p253
GUO, Zhen
IG05-D5-PM1-P-011, p368
GUOTANA, Juan MiguelSE27-D1-AM2-311-001, p90
SE27-D1-AM2-311-004, p90
GUPTA, M.K.
SE11-D5-PM1-311-003, p363
GUPTA, Pawan
AS15-D1-AM1-335-005, p60
AS15-D3-PM1-P-009, p220
AS40-D4-PM1-309-015, p265
GUPTA, Sandeep
IG06-D4-PM1-332-003, p279
GURNETT, Donald
PS08-D5-AM1-331-007, p359
GURNEY, Jessica
IG21-D5-PM1-P-013, p371
GUSMAN, Aditya
IG06-D4-PM1-332-001, p278
GUSMAYANTI, Evi
BG01-02-D4-AM1-335-001, p268
GUTERRES, Helio
SS07-D2-PM1-330-003, p138
GUZMÁN, Francisco
ST07-D3-AM1-309-006, p200
ST12-D4-PM1-329-003, p294

401

401

GWIAZDA, Roberto
OS08-D4-PM1-P-017, p307
GYAKUM, John
AS02-D4-AM1-308-006, p250

H.
HA, Chang Young
HS19-D2-PM1-P-013, p150
HS19-D3-PM1-330-001, p176
HA, Kyung-Ja
AS11-38-D2-AM2-335-021, p103
SS09-D4-PM1-331-004, p301
HA, Seung Min
AS32-D3-PM1-P-011, p232
HABERKERN, Julia
SE20-D4-PM1-P-008, p322
HABERZETTL, Torsten
SE20-D4-PM1-P-008, p322
HADA, Tohru
ST04-13-21-D1-AM1-308-001, p81
HADID, Lina Z.
ST12-D4-PM2-329-012, p296
HAEUSLER, Bernd
PS05-13-D2-AM1-310-004, p126
HAFIDZ, Abdul
SE20-D3-PM1-311-003, p206
HAGELIN, Susanna
AS14-D2-PM1-309-009, p107
HAGGERTY, Colby
ST09-D1-AM2-309-001, p82
HAIDER, S.A.
PS05-13-D2-AM1-310-003, p126
PS05-13-D2-AM1-310-007, p126
PS05-13-D2-AM2-310-009, p127
PS05-13-D2-AM2-310-010, p127
PS05-13-D2-PM2-310-028, p129
PS05-13-D5-PM1-P-035, p377
PS12-ST23-D4-PM1-310-007, p290
PS14-16-D4-PM2-311-015, p288
HAIN, Christopher
HS10-D3-AM2-334-006, p175
HAIT, Arup Kumar
PS12-ST23-D4-AM2-310-004, p289
HAJAR SULISTYAWAN, Isnu
SE25-D3-AM1-311-007, p209
HAJRA, Raj Kumar
AS41-D5-AM1-334-014, p345
HALASAN, Oliver Paul
SE25-D4-PM1-P-038, p327
HALEKAS, Jared
PS08-D5-AM1-331-005, p358
HALEKAS, Jasper
PS03-D4-AM2-311-001, p281
PS03-D4-AM2-311-004, p281
PS03-D4-AM2-311-006, p281
PS03-D5-PM1-P-013, p375
PS10-D4-PM2-310-003, p284
PS10-D5-PM1-P-013, p379

HALL, Sarah
SS07-D2-PM1-330-002, p138
HALPIN, Jacqueline
SE13-D2-PM1-327-002, p132
HAM, Yoo-Geun
AS14-D3-PM1-P-016, p220
AS36-D3-PM1-P-019, p235
HAMADA, Atsushi
AS28-D2-PM2-308-010, p110
HAMADA, Jun-Ichi
AS14-D2-AM2-309-003, p106
AS14-D3-PM1-P-013, p219
HAMAHASHI, Mari
SE21-D4-PM1-P-029, p323
HAMAMOTO, Shoichiro
IG21-D5-PM1-P-010, p371
HAMILTON, Douglas
PS07-D3-AM1-310-004, p195
HAMILTON, Kevin
SS11-D4-PM2-330-001, p301
HAMM, Vincent
PS05-13-D2-PM1-310-020, p128
PS12-ST23-D5-PM1-P-015, p381
HAN, Bo
ST22-D2-PM1-P-011, p159
HAN, Chen
HS06-D3-AM1-334-001, p172
HAN, Congzheng
AS07-D2-AM1-309-005, p99
HAN, Dawei
HS06-D3-AM1-334-008, p172
HAN, Desheng
ST10-03-17-19-D2-PM1-P-016,
p155
HAN, Guoqi
OS02-D3-PM2-328-012, p187
HAN, Guoqing
OS02-D4-PM1-P-026, p302
HAN, Han
AS35-D2-PM2-335-007, p113
HAN, Jing
HS16-04-D2-PM1-P-017, p148
HAN, Jinpeng
ST04-13-21-D1-AM2-308-009, p82
HAN, Kun-Yeun
HS19-D2-PM1-P-013, p150
HS19-D2-PM1-P-014, p150
HS19-D3-PM1-330-001, p176
HS19-D3-PM1-330-006, p176
HAN, Myeong-Hee
OS13-D4-PM1-P-012, p309
HAN, Myoungsun
HS07-D2-PM1-P-010, p144
HAN, Shuangshuang
AS34-D3-PM1-P-024, p233
HAN, Xiao
BG01-02-D4-AM1-335-002, p268

HAN, Zheng
IG19-D3-AM1-333-006, p181
HANANTO, Nugroho D.
SE20-D4-PM1-P-007, p322
SE21-D3-AM2-311-018, p207
HANITTINAN, Patinya
HS13-D5-AM2-310-012, p350
HANSEN, Candice
PS08-D5-AM1-331-004, p358
PS08-D5-PM1-P-011, p378
HANSON, Elizabeth
ST12-D4-PM2-329-010, p295
HANTORO, Wahyoe
SE20-D4-PM1-P-010, p322
HANZELKA, Miroslav
ST18-D4-AM2-329-008, p297
HAO, Nan
AS15-D3-PM1-P-011, p220
AS15-D1-AM1-335-006, p60
HAO, Yixin
ST05-15-D2-PM1-P-015, p153
HARA, Takuya
PS03-D4-AM2-311-002, p281
PS03-D4-AM2-311-005, p281
HARADA, Tomoya
OS22-D3-AM2-329-001, p191
HARADA, Yuki
PS03-D4-AM2-311-003, p281
HARCOURT, Robert
OS11-D4-PM1-P-012, p308
HARLOW, George E.
SE25-D2-PM2-311-001, p136
HARMADI, Harmadi
AS14-D2-PM1-309-007, p107
AS14-D3-PM1-P-015, p219
HARRIS, Brett
IG21-D3-AM1-332-004, p182
HARRIS, Camilla
ST10-03-17-19-D4-PM2-328-006,
p293
HARRIS, Cooper
SS07-D2-PM1-330-003, p138
HARRIS, Ron
SS07-D2-PM1-330-002, p138
HARRISON, Richard
ST14-20-24-D2-PM1-P-010, p157
HARTANTO, Prayudha
SE15-D4-PM1-P-007, p319
SE15-D4-PM1-P-009, p319
SE15-D5-AM2-311-003, p363
HARTLIPP, PaulOS11-D5-AM1-329-007, p355
OS22-D3-PM1-329-006, p192
HARTOGH, Paul
PS04-D3-AM2-310-005, p193
PS04-D3-AM2-310-006, p193
PS04-D3-PM1-310-010, p194
PS04-D3-PM1-310-011, p194
PS04-D3-PM1-310-012, p194
PS04-D5-PM1-P-016, p376
PS04-D5-PM1-P-018, p376
PS04-D5-PM1-P-019, p376

402

402

HARUYAMA, Junichi
PS14-16-D4-PM2-311-012, p288
HASAN, Md Mobassarul
OS17-D2-AM2-328-002, p123
HASE, Haruko
SE25-D4-PM1-P-032, p326
HASEBE, Nobuyuki
PS11-D1-AM1-310-008, p78
PS11-D5-PM1-P-018, p380
PS11-D5-PM1-P-020, p380
PS14-16-D4-PM2-311-008, p287
PS14-16-D4-PM2-311-009, p288
PS14-16-D4-PM2-311-011, p288
PS14-16-D5-PM1-P-018, p381
HASEGAWA, Hiroshi
ST09-D1-AM2-309-003, p83
HASHIGUCHI, Hiroyuki
AS14-D2-PM1-309-007, p107
AS14-D3-PM1-P-015, p219
HASHIMOTO, George
PS05-13-D2-PM2-310-021, p128
PS05-13-D2-PM2-310-027, p129
PS05-13-D5-PM1-P-032, p377
PS05-13-D5-PM1-P-037, p377
HASHINO, Tempei
AS24-D3-PM1-P-026, p227
HASSIM, Muhammad Eeqmal
AS11-38-D1-AM2-335-006, p58
AS14-D2-PM1-309-010, p107
AS22-D3-PM1-P-010, p225
HASSLER, Donald M.
ST14-20-24-D1-AM1-309-005, p84
HASUMI, Hiroyasu
OS19-D2-PM1-328-004, p124
HATCH, Michael
SS07-D2-PM1-330-004, p138
HATTORI, Katsumi
HS03-D2-PM1-P-013, p142
HATTORI, Miki
AS14-D2-AM2-309-002, p106
HAU, Billy
HS23-D3-AM2-330-010, p177
HÄUSLER, Bernd
PS05-13-D2-PM2-310-022, p128
PS05-13-D2-PM2-310-024, p128
HAYASHI, Akihiro
IG06-D4-PM1-332-002, p279
HAYASHI, Hiroo
PS05-13-D5-PM1-P-038, p377
HAYASHI, Keiji
ST14-20-24-D1-AM1-309-003, p84
HAYASHI, Masahiro
ST02-D4-AM2-328-013, p292
HAYASHI, Masaki
HS23-D3-AM1-330-001, p176
HAYASHI, Taiichi
AS11-38-D1-PM1-335-009, p59
HAYASHIDA, Ryosuke
PS14-16-D4-PM2-311-008, p287
PS14-16-D4-PM2-311-009, p288

HAYASHIDA, SachikoAS41-D5-AM1-334-009, p344
BG06-07-D4-AM2-335-004, p270
HAYASHITANI, Akane
PS05-13-D5-PM1-P-037, p377
HAYNE, Paul
PS14-16-D4-PM2-311-014, p288
HE, Jiansen
ST02-D2-PM1-P-017, p152
ST02-D2-PM1-P-018, p152
ST02-D2-PM1-P-019, p152
ST02-D4-AM1-328-007, p291
ST02-D4-AM2-328-011, p292
ST09-D2-PM1-P-018, p155
ST09-D2-PM1-P-019, p155
ST12-D2-PM1-P-019, p156
ST12-D2-PM1-P-020, p156
ST12-D2-PM1-P-023, p157
HE, Liming
IG05-D2-PM2-332-007, p115
HE, Ruoying
OS21-D5-PM1-328-010, p357
HE, ShanAS13-D2-AM1-334-006, p104
AS13-D3-PM1-P-021, p218
HE, Shaoneng
AS14-D3-PM1-P-014, p219
HE, Xiaobo
AS35-D3-PM1-P-013, p233
HE, Yanhu
HS21-D2-AM1-330-003, p114
HE, Yijun
OS02-D4-PM1-P-031, p303
HE, Zhaohai
ST09-D1-PM1-309-010, p84
HECHT, James
ST25-D1-PM1-308-003, p85
HEELIS, Roderick
ST25-D2-PM1-P-010, p159
HEESU, Yang
PS12-ST23-D4-PM1-310-008, p290
HEFLIN, Mike
SE09-D3-AM1-327-004, p204
HEGERL, GabrielAS01-D2-AM1-308-006, p97
HEIN, David
AS01-D2-AM1-308-001, p97
HEKI, Kosuke
IG05-D2-PM2-332-007, p115
IG10-D1-AM1-332-005, p73
IG10-D5-PM1-P-010, p369
HELBERT, Jorn
PS14-16-D4-AM1-311-004, p287
PS14-16-D5-PM1-P-016, p381
HELLED, Ravit
PS08-D5-AM1-331-002, p358
HELLINGER, Petr
ST04-13-21-D2-PM1-P-013, p152
HELMBERGER, Don
SE16-D4-PM1-P-016, p320
SE16-D4-PM1-P-018, p321

HEMMI, Ryodo
PS05-13-D2-AM2-310-012, p127
HENDRICK, Francois
AS35-D2-PM2-335-008, p113
HENDRICKS, Eric
AS10-D3-AM1-331-028, p168
HENG, Boon Chong Peter
AS22-D3-PM1-P-010, p225
HENKE, Stephan
PS11-D5-PM1-P-021, p380
HENSTOCK, TimothySE21-D4-PM1-P-029, p323
HENZE, Daven K.
AS15-D1-AM1-335-004, p59
HEO, Jun-Haeng
HS19-D2-PM1-P-007, p149
HS19-D2-PM1-P-008, p149
HS19-D2-PM1-P-010, p149
HS19-D3-PM1-330-002, p176
HS19-D3-PM1-330-004, p176
HS19-D3-PM1-330-005, p176
HERIYANTO, Eko
AS13-D2-PM1-334-013, p105
HERMAN, Jay
AS40-D3-PM1-P-025, p238
AS40-D4-AM1-309-003, p263
HERMAN, Matthew
SE02-D5-AM1-311-005, p362
SE21-D2-AM1-327-002, p134
HERMAWAN, Eddy
AS21-D4-AM1-333-007, p255
HERNANDEZ, Pedro
IG12-D3-PM1-333-006, p181
HERRAIZ-BORREGUERO,
Laura
OS11-D4-PM1-P-012, p308
HERRERO, Tatum Miko
IG01-D4-AM1-332-006, p276
HERRIN, Jason
SE10-D1-AM1-327-008, p88
SE10-D4-PM1-P-018, p317
HIBBITTS, Charles
PS07-D5-PM1-P-018, p378
HIBIYA, Toshiyuki
OS04-D1-AM2-328-002, p76
OS21-D5-AM2-328-006, p357
HICK, Paul
ST14-20-24-D1-AM1-309-003, p84
ST14-20-24-D2-PM1-P-006, p157
ST14-20-24-D2-PM1-P-007, p157
HIDAYAT, Dannie
SE10-D4-PM1-P-017, p317
HIESINGER, Harald
PS11-D1-AM1-310-005, p78
SS04-D2-PM2-331-001, p137
HIETALA, Heli
ST04-13-21-D1-AM1-308-005, p81
HIGASHIO, Nana
ST05-15-D3-AM2-308-001, p197
ST05-15-D3-AM2-308-002, p197
ST18-D2-PM1-P-016, p158

403

403

HIGGITT, David
HS12-D5-PM1-327-001, p348
HIGUCHI, Arika
PS11-D1-AM1-310-003, p78
HIGUCHI, Atsushi
AS28-D2-PM1-308-006, p110
HIHARA, Tsutomu
OS07-D5-AM1-328-002, p354
OS18-D3-AM1-328-007, p190
HIKISHIMA, Mitsuru
ST18-D2-PM1-P-016, p158
ST05-15-D3-AM2-308-001, p197
ST18-D4-AM1-329-001, p296
HILARIO, Miguel Ricardo
AS42-D5-AM2-308-010, p346
HILL, Emma
SE04-D2-AM2-311-001, p129
SE21-D4-PM1-P-037, p324
HILL, Mathew
ST02-D4-AM1-328-008, p292
HINDELL, MarkOS11-D4-PM1-P-012, p308
HINO, Ryota
SE25-D3-PM2-311-013, p209
HIRABAYASHI, Masatoshi
PS11-D1-AM2-310-009, p79
HIRAHARA, Masafumi
ST05-15-D3-AM2-308-001, p197
ST05-15-D3-AM2-308-002, p197
HIRAMATSU, Yoshihiro
SE25-D4-PM1-P-020, p325
SE25-D4-PM1-P-022, p325
HIRANO, Naoto
SE27-D1-AM2-311-002, p90
SE13-D2-PM2-327-012, p133
HIRATA, Naoyuki
PS07-D5-PM1-P-017, p378
HIROSE, Nariaki
OS18-D3-AM1-328-001, p190
HIRTH, Greg
SE16-D4-PM1-P-017, p321
HISAKI, Yukiharu
OS19-D2-PM2-328-007, p124
HISAMATSU, Akifumi
IG06-D4-PM1-332-002, p279
HITACHI, Akira
PS11-D5-PM1-P-020, p380
HO, George
ST02-D4-AM1-328-006, p291
HO, Hao-Che
HS15-D5-PM1-310-003, p351
HO, Jui-Yi
HS07-D1-PM1-333-002, p68
HO, Shu-Peng
SS10-D2-PM1-331-001, p140
HO, Tse-Tsung
AS27-D3-PM1-P-010, p227
AS27-D4-PM2-309-004, p260
AS27-D4-PM2-309-008, p260
HO, Tungcheng
IG01-D5-PM1-P-024, p366

HO, Yi-Ying
IG05-D2-PM2-332-008, p115
HOANG, Do Tu Ngo
SE25-D3-AM1-311-006, p208
HOANG, T.N. Minh
HS14-D2-PM1-P-021, p147
HODGSON, Zara
SS06-D3-PM1-331-001, p211
HOFFMANN, Fabian
AS24-D4-AM1-336-001, p257
HOFSTADTER, Mark
PS07-D3-PM2-310-008, p195
HOILIJOKI, Sanni
ST04-13-21-D1-AM1-308-005, p81
HOLBEN, Brent
AS15-D1-AM1-335-007, p60
AS40-D3-PM1-P-018, p237
AS40-D3-PM1-P-019, p237
AS40-D4-AM1-309-003, p263
AS40-D4-AM2-309-007, p264
HOLDSWORTH, David
AS41-D4-PM2-334-001, p266
HOLSCLAW, Gregory
PS05-13-D2-AM1-310-002, p126
PS05-13-D2-PM1-310-018, p128
PS10-D4-PM2-310-005, p284
HOLST, Christopher Claus
AS19-D1-PM1-329-017, p62
HOLZWORTH, Robert
ST05-15-D2-PM1-P-011, p153
HON, K.K.
AS02-D4-AM1-308-002, p250
AS34-D3-PM1-P-022, p232
HONDA, Hiroyuki
IG21-D5-PM1-P-012, p371
HONDA, Naoto
OS03-D4-PM1-P-007, p304
HONG, Gi-Hoon
AS15-D3-PM1-P-012, p220
HONG, Jaemin
AS40-D4-AM2-309-007, p264
HONG, Ji-Hyung
AS40-D3-PM1-P-025, p238
AS40-D4-AM1-309-003, p263
AS40-D4-AM2-309-007, p264
HONG, Jing-Shan
AS17-D3-PM1-P-013, p221
AS24-D3-PM1-P-024, p226
AS36-D4-PM2-333-004, p262
HONG, Jinhy
ST10-03-17-19-D4-PM2-328-011,
p294
HONG, Jinsil
AS13-D3-PM1-P-026, p219
HONG, Junseok
ST14-20-24-D2-PM1-P-008, p157
HONG, Song-Yee
AS31-D5-AM2-335-010, p341
HONG, Song-You
AS31-D3-PM1-P-021, p230
AS31-D3-PM1-P-022, p230
AS31-D3-PM1-P-031, p231

AS31-D5-AM2-335-011, p341
AS31-D5-AM2-335-012, p342
HONG, Yingying
AS34-D3-PM1-P-023, p233
HONG, Youdeog
AS40-D4-AM1-309-002, p263
HONGSRESAWAT, Sutatcha
SE02-D5-AM1-311-007, p362
HOOGENDOORN, Bob
HS03-D1-AM2-334-003, p68
HOPP, Jens
PS11-D5-PM1-P-021, p380
HORANYI, Mihaly
PS07-D3-AM1-310-006, p195
HORI, Takane
SE06-D4-PM1-P-006, p315
SE12-D2-AM1-311-004, p131
SE12-D4-PM1-P-011, p318
HORI, Tomoharu
HS14-D4-AM1-327-004, p272
HORIKAWA, Keiji
OS07-D4-PM1-P-019, p306
HORIUCHI, Misa
PS05-13-D5-PM1-P-033, p377
HORTON, Ben
OS22-D3-AM2-329-002, p191
OS22-D3-AM2-329-003, p191
OS22-D3-AM2-329-004, p191
OS22-D4-PM1-P-013, p312
OS22-D4-PM1-P-016, p312
OS22-D4-PM1-P-019, p313
SS02-D4-PM2-331-004, p300
HOSHI, Hyuga
HS14-D2-PM1-P-016, p147
HOSHIBA, Yasuhiro
OS19-D2-PM1-328-004, p124
HOSHINO, Masahiro
ST09-D1-PM1-309-007, p83
HOSOKAWA, Keisuke
ST10-03-17-19-D2-PM1-P-016,
p155
HOSOKAWA, Manami
PS05-13-D5-PM1-P-033, p377
HOSPODARSKY, George
PS08-D5-AM1-331-007, p359
PS08-D5-PM1-P-013, p378
ST05-15-D2-PM1-P-011, p153
ST05-15-D3-PM1-308-010, p198
ST18-D4-AM1-329-003, p296
HOSSAIN, Muhammad
IG21-D3-AM1-332-004, p182
HOSSEN, Md Jakir
SE12-D2-AM1-311-006, p132
HOTEIT, Ibrahim
AS20-D2-PM2-309-004, p108
AS20-D3-PM1-P-013, p224
HOTTA, Hideyuki
ST14-20-24-D1-AM1-309-004, p84
HOU, Jianjun
SE04-D2-PM1-311-008, p130
HOU, Jinxin
SE21-D4-PM1-P-026, p323

404

404

HOU, Weizhen
AS42-D3-PM1-P-013, p238
AS42-D5-AM1-308-002, p345
HOU, Xiaolin
HS08-D3-PM2-330-001, p173
HOUSE, Brian
SE21-D4-PM1-P-029, p323
HOUTHUYSEN, Lauren
SS07-D2-PM1-330-001, p138
HOWELL, Ellen
PS11-D5-PM1-P-022, p380
HSIAO, Ling-Feng
AS17-D3-PM1-P-013, p221
AS17-D5-AM1-332-003, p337
HSIEH, Bieng-Zih
IG21-D3-AM1-332-006, p182
HSIEH, Cheng-I
BG04-D3-PM1-P-015, p241
HSIEH, Jheng-Yu
IG27-D5-PM1-P-011, p373
HSIEH, Ming-Che
SE21-D3-AM2-311-019, p207
HSIEH, Wen-Chi
SE15-D5-AM2-311-002, p363
HSIEH, Yi-Huan
AS10-D3-PM1-P-035, p215
HSIEH, Yikai
ST18-D2-PM1-P-014, p158
HSU, Chun-Chieh
SE27-D4-PM1-P-006, p329
HSU, Hsiang-Wen
PS07-D3-AM1-310-006, p195
HSU, Huai-Houh
IG24-D5-PM1-P-005, p371
IG24-D5-PM1-P-009, p372
IG27-D5-PM1-P-012, p373
HSU, Huang-Hsiung
AS10-D2-PM1-333-016, p100
AS29-D4-PM2-308-009, p261
AS36-D4-PM2-333-001, p262
AS36-D4-PM2-333-002, p262
AS36-D4-PM2-333-003, p262
AS36-D5-AM1-333-010, p343
HSU, Kuolin
AS28-D2-PM1-308-001, p109
HSU, Ming-Kai
IG01-D5-PM1-P-019, p365
HSU, Nien-Sheng
HS16-04-D1-AM1-334-004, p69
HSU, Ruei-Ron
AS07-D2-AM1-309-001, p98
AS07-D3-PM1-P-009, p215
HSU, Shen-Cha
AS17-D3-PM1-P-010, p221
AS17-D3-PM1-P-009, p221
AS32-D2-PM2-334-004, p111
AS32-D3-PM1-P-009, p232
HSU, Sheng Ting
IG24-D5-PM1-P-005, p371
HSU, Shihmeng
IG04-D4-PM2-332-006, p278

HSU, Shu-Kun
IG24-D3-AM2-333-001, p183
IG24-D3-AM2-333-002, p183
IG24-D3-AM2-333-003, p183
IG27-D5-PM1-P-012, p373
HSU, Shuwei
AS36-D3-PM1-P-031, p236
HSU, Ya-Ju
SE02-D5-AM1-311-006, p362
SE06-D4-PM1-P-005, p315
HTAY, Khaing Nyein
SE21-D2-AM2-327-008, p135
HTUN, Than
SE13-D2-PM2-327-008, p133
HTWE, Yin Myo Min
SE24-D1-PM1-311-004, p89
HU, Chia-Hao
IG27-D5-PM1-P-011, p373
HU, Chih-Chi
AS10-D3-PM1-P-052, p217
HU, Chundi
AS13-D2-AM1-334-005, p104
HU, Dingzhu
AS04-D4-AM2-334-012, p253
HU, Jianlin
AS34-D1-AM2-330-011, p64
AS34-D1-PM1-330-015, p64
AS34-D1-PM1-330-016, p65
AS34-D3-PM1-P-018, p232
HU, Jianyu
OS03-D4-PM1-P-011, p305
HU, Jia-Tang
OS18-D3-AM1-328-005, p190
OS19-D2-PM2-328-009, p125
HU, JunSE05-D1-AM1-311-005, p86
HU, Junxiang
ST02-D2-PM1-P-015, p152
ST08-D3-PM2-308-003, p200
HU, Kaiyan
HS03-D2-PM1-P-013, p142
HU, MinAS03-D1-AM1-331-007, p55
HU, Qiang
ST06-D3-AM1-308-008, p199
ST16-D5-AM1-309-003, p360
HU, Renyu
PS05-13-D2-AM2-310-014, p127
HU, Xiaogong
IG10-D5-PM1-P-008, p369
IG10-D5-PM1-P-012, p369
IG15-D2-PM1-332-003, p116
HU, XieSE05-D4-PM1-P-010, p315
HU, Xiewen
IG01-D4-AM1-332-005, p276
IG01-D4-AM1-332-008, p277
IG27-D3-PM2-333-008, p185
HU, Yongxiang
AS24-D4-PM1-336-018, p259

HU, Zejun
ST10-03-17-19-D2-PM1-P-016,
p155
HUA, Wenjian
AS18-D3-PM1-P-016, p222
HUANG, Bor-Shouh
SE19-D1-PM1-327-001, p88
SE19-D1-PM1-327-004, p89
SE19-D4-PM1-P-007, p321
SE19-D4-PM1-P-008, p321
HUANG, Can
ST09-D1-PM1-309-012, p84
ST09-D2-PM1-P-013, p154
ST09-D2-PM1-P-014, p154
HUANG, Cheng-Li
SE16-D4-AM1-331-001, p299
HUANG, Chi Chao
IG04-D4-PM2-332-006, p278
HUANG, Chi-Chieh
BG04-D3-PM1-P-021, p242
HUANG, Chien-Lin
HS16-04-D1-AM1-334-004, p69
HUANG, Ching-Tang
IG27-D3-PM2-333-003, p185
HUANG, Ching-Yuang
AS29-D4-PM1-308-002, p261
AS32-D2-PM2-334-003, p111
HUANG, Chuen-Ming
IG19-D3-AM1-333-002, p181
HUANG, Chung
IG21-D3-AM1-332-006, p182
HUANG, Fei
OS05-D5-PM1-329-003, p353
HUANG, Fuxiang
AS34-D3-PM1-P-024, p233
HUANG, Gang
IG01-D4-AM1-332-003, p276
HUANG, Guoru
HS12-D5-PM1-327-002, p349
HS21-D2-AM1-330-004, p114
HUANG, Hao
AS02-D3-PM1-P-014, p212
HUANG, Hsiao-Ching
AS10-D2-PM2-333-021, p101
OS14-D4-PM1-P-017, p309
HUANG, Huijun
AS19-D1-AM2-329-011, p61
HUANG, Jeanne Jinhui
HS06-D3-AM1-334-001, p172
HS06-D3-AM1-334-002, p172
HUANG, Jianping
AS16-D5-AM2-332-005, p336
HUANG, Jie
AS35-D2-PM1-335-001, p112
AS35-D2-PM2-335-012, p113
AS35-D3-PM1-P-015, p233
AS35-D3-PM1-P-021, p234
AS35-D3-PM1-P-022, p234
HUANG, Jifeng
OS11-D5-AM1-329-006, p355
HUANG, Jinlong
AS04-D4-AM1-334-007, p252

405

405

AS04-D4-AM1-334-002, p252
HUANG, Jinshui
PS05-13-D2-PM2-310-025, p129
SE16-D4-AM1-331-007, p299
HUANG, Ke
OS02-D3-AM2-328-001, p186
HUANG, Lei
SS09-D4-PM1-331-002, p300
HUANG, LilingIG21-D5-PM1-P-013, p371
HUANG, Ling
AS19-D1-AM2-329-012, p61
HUANG, MuQun
AS29-D3-PM1-P-023, p230
HUANG, Peng
HS17-D1-PM1-334-002, p70
HUANG, Ping
OS14-D2-AM1-329-003, p122
HUANG, Qinghua
HS03-D2-PM1-P-013, p142
SE24-D1-PM1-311-002, p89
HUANG, Runqiu
IG19-D3-AM1-333-001, p181
HUANG, Shao-Yang
HS03-D1-AM2-334-002, p67
HS03-D1-AM2-334-005, p68
HUANG, Shih-Ming
AS18-D5-PM1-334-006, p339
HUANG, Shiyong
ST09-D1-AM2-309-005, p83
ST12-D2-PM1-P-023, p157
ST12-D4-PM2-329-012, p296
HUANG, Tai-Yin
AS07-D2-AM1-309-002, p98
AS41-D5-AM1-334-013, p345
HUANG, Tzu-Yu
HS10-D3-PM1-334-010, p175
HUANG, Wei-Kai
IG19-D3-AM1-333-002, p181
IG27-D5-PM1-P-010, p373
HUANG, Wen-Chao
IG27-D5-PM1-P-011, p373
HUANG, Wen-Cheng
HS13-D5-AM1-310-003, p349
HS13-D5-AM1-310-004, p349
HUANG, Wenyu
AS11-38-D2-AM1-335-015, p102
AS11-38-D3-PM1-P-027, p217
HUANG, Win-Gee
SE19-D1-PM1-327-004, p89
HUANG, Xiang
HS11-D2-PM1-P-021, p145
HUANG, Xianglei
AS18-D5-AM2-334-004, p338
HUANG, Xiang-Yu
AS14-D2-PM1-309-009, p107
AS20-D2-PM2-309-007, p109
AS28-D3-PM1-P-017, p228
OS17-D4-PM1-P-006, p310
HUANG, Xiaorong
OS14-D4-PM1-P-019, p309

HUANG, Yaoxian
AS18-D5-AM2-334-003, p338
HUANG, Yingying
AS04-D4-PM1-334-019, p254
HUANG, Yong
PS05-13-D2-AM1-310-008, p127
PS14-16-D5-PM1-P-019, p382
HUANG, Zhijun
HS10-D3-PM1-334-008, p175
HUBBARD, Judith
SE04-D4-PM1-P-016, p314
SE21-D4-PM1-P-034, p324
HUDA, Safirotul
SE15-D4-PM1-P-007, p319
SE15-D4-PM1-P-009, p319
SE15-D5-AM2-311-003, p363
HUE, Vincent
PS08-D5-AM1-331-008, p359
HUEPERS, Andre
SE21-D4-PM1-P-029, p323
HUETE, Alfredo
HS23-D3-AM2-330-007, p177
HUEY, Greg
AS40-D4-AM2-309-011, p265
HUFFMAN, George
AS28-D2-PM1-308-001, p109
HS13-D5-AM1-310-002, p349
HUI, Chiwing
OS21-D5-AM2-328-005, p356
HUI, Debrup
ST25-D1-PM1-308-006, p85
ST26-27-D3-AM2-309-001, p202
HUI, Fengming
OS11-D4-PM1-P-011, p308
HUI, Hung Hong
HS23-D3-AM2-330-010, p177
HULSWAR, Shrivardhan
AS06-D3-PM1-P-008, p214
AS06-D5-PM1-308-004, p335
HUMAIDA, Hanik
SE10-D1-AM1-327-005, p88
SE10-D4-PM1-P-010, p316
HUNANA, Peter
ST12-D4-PM2-329-007, p295
ST12-D4-PM2-329-013, p296
HUNG, Chih-Wen
AS21-D4-AM1-333-002, p254
HUNG, Chin-Chang
OS21-D5-PM1-328-008, p357
HUNG, Chung-Min
AS16-D5-AM2-332-003, p336
HUNG, Hui-Ming
AS27-D3-PM1-P-012, p227
AS27-D4-PM2-309-004, p260
AS27-D3-PM1-P-013, p227
AS27-D4-PM2-309-007, p260
HUNG, Shu-Huei
SE16-D4-PM1-P-017, p321
HUNG, Wei-Ting
AS36-D3-PM1-P-018, p235

HUNG, Wen-Yi
IG27-D3-PM2-333-004, p185
IG27-D5-PM1-P-011, p373
HUNT, Randall
HS23-D3-AM1-330-001, p176
HUO, Xueli
HS01-D1-AM1-333-008, p66
HUR, Jina
AS03-D1-AM2-331-014, p56
AS28-D2-PM1-308-003, p109
AS31-D5-AM1-335-005, p341
IG04-D4-PM2-332-004, p278
IG04-D5-AM1-330-011, p352
IG26-D3-PM2-332-001, p184
HUR, Youngteck
HS15-D2-PM1-P-006, p148
HS20-D4-PM2-327-002, p274
HUSSEIN, Saber
HS08-D3-PM2-330-001, p173
IG04-D4-PM2-332-005, p278
HUTHNANCE, John
OS14-D2-AM1-329-005, p122
HUYAN, Lidou
AS22-D5-PM1-333-001, p339
HUYNH, Hoai Nguyen
AS02-D4-AM1-308-005, p250
AS28-D3-PM1-P-016, p228
HWANG, Bernard
AS02-D4-AM2-308-008, p251
HWANG, Cheinway
HS03-D2-PM1-P-012, p142
SE15-D4-PM1-P-007, p319
SE15-D5-AM2-311-002, p363
SE15-D5-AM2-311-003, p363
SE15-D5-AM2-311-004, p364
HWANG, Junga
ST10-03-17-19-D4-PM2-328-012,
p294
ST22-D3-PM2-309-003, p201
HWANG, Junsik
HS14-D4-AM1-327-007, p272
HWANG, Seok Hwan
HS06-D2-PM1-P-014, p143
HS06-D2-PM1-P-018, p143
HWANG, Shinbum
HS07-D1-PM1-333-006, p69
HS19-D2-PM1-P-019, p150
HWANG, Xiu-Man
HS07-D1-PM1-333-002, p68
HWANG, Yeon Ji
AS14-D3-PM1-P-016, p220
HYER, Edward
AS40-D3-PM1-P-021, p237
AS40-D4-AM1-309-001, p263
HYODO, Mamoru
SE06-D4-PM1-P-006, p315
SE12-D2-AM1-311-004, p131
SE12-D4-PM1-P-011, p318
HYONO, Hiroyuki
AS03-D3-PM1-P-024, p213

406

406

HYUNGON, Cho
HS19-D2-PM1-P-015, p150
HS19-D2-PM1-P-016, p150
HS19-D2-PM1-P-017, p150
HS19-D2-PM1-P-018, p150
HYUN-IN, Joong
PS07-D3-PM2-310-008, p195

I.

IBADURRAHMAN, Hanif
SS07-D2-PM1-330-002, p138
IBAÑEZ, Jackie
AS34-D1-AM1-330-004, p63
ICHII, Kazuhito
BG01-02-D4-AM1-335-005, p268
BG06-07-D4-AM2-335-003, p270
BG01-02-D4-AM1-335-007, p268
ICHII, Koji
IG27-D3-PM2-333-002, p185
ICHIKAWA, Yutaka
HS13-D5-AM2-310-010, p350
HS13-D5-AM2-310-011, p350
HS13-D5-AM2-310-012, p350
ICHIMURA, Tsuyoshi
SE06-D4-PM1-P-006, p315
SE12-D2-AM1-311-004, p131
ICHIYANAGI, Kimpei
AS11-38-D3-PM1-P-029, p217
IDA, Shigeru
PS05-13-D2-PM1-310-015, p127
PS11-D1-AM1-310-003, p78
IEDA, Akimasa
ST10-03-17-19-D4-PM2-328-008,
p294
IGARASHI, Hiromichi
OS18-D3-AM1-328-001, p190
IGARASHI, Toshihiro
SE25-D4-PM1-P-027, p326
IGETA, Yosuke
OS03-D4-PM1-P-007, p304
IGUCHI, Takamichi
AS28-D2-PM2-308-009, p110
IGUCHI, Toshio
AS28-D2-PM1-308-002, p109
IIJIMA, Byron
SS10-D2-PM1-331-002, p140
IIJIMA, Haruhisa
ST14-20-24-D1-AM1-309-004, p84
IIJIMA, Junichi
IG06-D4-PM1-332-005, p279
IINUMA, Takeshi
SE25-D3-PM2-311-013, p209
IIZUMI, Toshichika
SS02-D4-PM2-331-003, p300
IKEDA, Keisuke
SE13-D2-PM1-327-003, p132
IKEDA, Mikiko
AS24-D4-AM1-336-008, p258
IKEMI, Hiroaki
IG21-D5-PM1-P-012, p371

IKENAGA, Toshinori
PS11-D5-PM1-P-017, p379
IKUTA, Yasutaka
AS28-D2-PM2-308-010, p110
ILDEFONSO, Sorvigenaleon
SE04-D2-PM1-311-007, p130
SE21-D3-AM2-311-016, p207
ILORETA, Joahnna Marie
SE25-D4-PM1-P-042, p328
IM, Eun-Soon
AS18-D3-PM1-P-015, p222
AS18-D5-PM1-334-008, p339
IM, Jungho
AS13-D3-PM1-P-019, p218
IMACHI, Tomohiko
ST18-D4-AM1-329-001, p296
IMADA, Shinsuke
ST14-20-24-D1-AM1-309-004, p84
IMADA, Yukiko
AS13-D2-AM2-334-009, p105
AS13-D2-AM2-334-012, p105
IMAI, Masafumi
PS08-D5-AM1-331-007, p359
PS08-D5-PM1-P-013, p378
IMAMURA, FumihikoIG06-D4-PM1-332-002, p279
IG06-D4-PM1-332-005, p279
IG06-D5-PM1-P-006, p368
IG06-D5-PM1-P-007, p368
IMAMURA, Takeshi
PS05-13-D2-PM2-310-022, p128
PS05-13-D2-PM2-310-023, p128
PS05-13-D2-PM2-310-027, p129
PS05-13-D5-PM1-P-032, p377
PS05-13-D5-PM1-P-037, p377
PS12-ST23-D5-PM1-P-015, p381
IMAZATO, Mayuko
PS14-16-D4-PM2-311-008, p287
IMBER, Suzanne
PS03-D4-PM1-311-009, p282
IMRAN, Andi Muhammad
IG11-D3-PM1-332-007, p180
INGERSOLL, Andrew
PS08-D5-AM1-331-002, p358
PS08-D5-AM1-331-003, p358
PS08-D5-AM1-331-004, p358
PS08-D5-PM1-P-011, p378
INIGUEZ DE HEREDIA, Maria
HS23-D2-PM1-P-016, p151
INNOCENTI, Maria Elena
ST04-13-21-D1-AM1-308-003, p81
ST09-D1-AM2-309-006, p83
INOUE, Satoshi
ST06-D3-AM1-308-001, p198
INOUE, Tomohiro
ST18-D4-AM2-329-012, p298
INOUE, Tomoshige
AS14-D2-AM2-309-003, p106
IP, Wing-Huen
PS04-D5-PM1-P-013, p375
PS07-D3-AM1-310-006, p195
PS07-D5-PM1-P-019, p378

PS11-D1-AM1-310-002, p78
IRAQUI, Oussama
AS03-D1-AM2-331-010, p56
IRELAND, Thomas
OS07-D5-AM1-328-007, p354
IRIANA, Windy
AS03-D1-PM1-331-016, p57
IRIE, Hitoshi
AS40-D4-AM1-309-003, p263
AS40-D4-PM1-309-012, p265
IRIGUCHI, Takeshi
AS10-D3-PM1-P-048, p216
AS28-D3-PM1-P-014, p228
IRINGAN, Timothy
BG04-D3-PM1-P-016, p241
BG04-D3-PM1-P-018, p242
SE25-D4-PM1-P-035, p327
SE25-D4-PM1-P-036, p327
IRSYAM, Masyhur
IG27-D3-PM2-333-007, p185
IRZON, Ronaldo
SE25-D4-PM1-P-031, p326
ISHAK, Asnor Muizan
SS08-D2-PM2-330-004, p139
ISHIBASHI, Jun-Ichiro
SE13-D2-PM2-327-009, p133
ISHIBASHI, Toshiyuki
AS32-D2-PM2-334-005, p111
ISHIBE, Takeo
IG06-D4-PM1-332-001, p278
ISHIHARA, Yoshiaki
SE25-D4-PM1-P-022, p325
ISHII, Junya
PS11-D1-AM1-310-008, p78
PS11-D5-PM1-P-018, p380
PS11-D5-PM1-P-020, p380
ISHII, Masayoshi
AS13-D2-AM2-334-012, p105
ISHII, Shoken
AS32-D2-PM2-334-005, p111
ISHIKAWA, Yoichi
OS18-D3-AM1-328-001, p190
ISHIKAWA, Yutaka
AS20-D2-PM2-309-001, p108
ISHIKAWA, Yuzo
SE25-D3-AM1-311-005, p208
ISHIMARU, Satoko
SE27-D1-AM2-311-005, p90
ISHIMURA, Daisuke
OS22-D4-PM1-P-015, p312
SE21-D2-AM2-327-013, p135
ISHISAKA, Keigo
ST18-D4-AM1-329-001, p296
ISHIZU, Miho
OS18-D3-AM1-328-007, p190
ISKANDAR, Irwan
SE25-D4-PM1-P-030, p326
ISKANDAR, Iskhaq
OS01-D1-AM1-328-005, p75
OS13-D2-AM2-329-005, p120
IG28-D5-PM1-P-009, p373
OS01-D4-PM1-P-009, p302

407

407

OS04-D1-AM2-328-004, p76
ISKANDARSYAH, Teuku Yan
WalianaIG04-D5-PM1-P-014, p366
ISTALKAR, Prashant
HS01-D1-AM1-333-006, p66
ISTIQOMAH, Istiqomah
PS11-D5-PM1-P-015, p379
ITO, Junshi
AS10-D2-PM2-333-027, p102
AS36-D3-PM1-P-020, p235
ITO, Kosuke
AS10-D2-PM2-333-023, p101
OS14-D2-AM1-329-006, p122
ITO, RuiAS31-D5-PM1-335-015, p342
ITO, Shin-Ichi
OS18-D3-AM1-328-003, p190
ITOH, Masayuki
AS34-D1-AM2-330-013, p64
ITOH, Sachihiko
OS19-D2-PM1-328-004, p124
IVANOV, Valeriy
HS23-D3-AM1-330-002, p177
IVINS, Erik
IG10-D1-AM1-332-003, p73
IWAGAMI, Naomoto
PS05-13-D2-PM2-310-027, p129
PS05-13-D5-PM1-P-032, p377
IWAHANA, Go
BG01-02-D4-AM1-335-004, p268
IWAI, Hironori
AS10-D2-AM1-333-008, p99
IWAI, Kazumasa
ST14-20-24-D2-PM1-P-011, p157
IWAMI, Yoichi
AS28-D3-PM1-P-013, p228
HS11-D5-AM2-327-011, p348
HS15-D5-PM1-310-002, p351
IWAMORI, Hikaru
SE16-D4-AM1-331-006, p299
IWATA, Takahiro
PS05-13-D2-PM1-310-020, p128
PS11-D1-AM1-310-007, p78
PS12-ST23-D5-PM1-P-015, p381
PS12-ST23-D5-PM1-P-016, p381

J.
JACKISCH, Dominik
AS14-D3-PM1-P-014, p219
JACKSON, Bernard
ST14-20-24-D1-AM1-309-003, p84
ST14-20-24-D2-PM1-P-006, p157
ST14-20-24-D2-PM1-P-007, p157
ST14-20-24-D2-PM1-P-009, p157
JACKSON, Gail
AS28-D2-PM1-308-001, p109
JACOBSON, Abram
ST05-15-D2-PM1-P-011, p153

JADAV, Abhigna
PS05-13-D2-AM1-310-007, p126
JAGONOY, Arvin
AS34-D1-AM1-330-004, p63
JAIN, Nirmala
PS05-13-D2-AM2-310-011, p127
JAIN, Sonal
PS05-13-D2-AM1-310-002, p126
PS05-13-D2-PM1-310-018, p128
PS10-D4-PM2-310-004, p284
PS10-D4-PM2-310-005, p284
JAISWAL, Manoj Kumar
OS22-D4-PM1-P-012, p312
JAKKA, Ravi S.
IG01-D4-AM2-332-009, p277
SE14-D3-PM2-327-003, p205
SE14-D3-PM2-327-004, p205
JAKOSKY, Bruce
PS03-D4-AM2-311-001, p281
PS03-D4-AM2-311-005, p281
PS05-13-D2-AM1-310-002, p126
PS05-13-D2-PM1-310-018, p128
PS10-D4-PM2-310-003, p284
PS10-D4-PM2-310-004, p284
PS10-D4-PM2-310-005, p284
PS10-D4-PM2-310-006, p285
JAMALUDDIN, Ahmad Fairudz
AS21-D4-AM2-333-012, p255
JAMES, H. Gordon
PS12-ST23-D5-PM1-P-017, p381
JANG, Bong-Joo
HS06-D2-PM1-P-018, p143
JANG, Cheol Hee
HS20-D2-PM1-P-009, p151
JANG, Im-Suk
AS40-D4-AM1-309-002, p263
AS40-D4-AM1-309-003, p263
JANG, Jaedong
AS28-D2-PM1-308-005, p109
OS05-D4-PM1-P-008, p305
JANG, Jia-Pu
OS07-D4-PM1-P-011, p305
OS07-D4-PM1-P-012, p305
OS07-D4-PM1-P-013, p306
OS07-D4-PM1-P-015, p306
JANG, Suhyung
HS15-D2-PM1-P-006, p148
HS20-D4-PM2-327-002, p274
JANKAEW, Kruawun
IG01-D4-AM2-332-013, p277
IG04-D4-PM2-332-007, p278
JANSEN, Frank
SS06-D3-PM1-331-001, p211
JANSSEN, Michael
PS07-D3-PM2-310-011, p196
PS08-D5-AM1-331-002, p358
PS08-D5-AM1-331-003, p358
PS08-D5-PM1-P-012, p378
PS08-D5-PM1-P-011, p378
JANZ, Scott
AS40-D3-PM1-P-020, p237
AS40-D4-AM1-309-003, p263

JARIHANI, Ben
HS18-D4-PM1-327-003, p274
JARVINEN, Riku
ST04-13-21-D1-AM1-308-005, p81
JARVIS, Gary
SE16-D4-PM1-P-011, p320
JASINSKI, Michael
HS10-D3-PM1-334-007, p175
JASKULEK, Steve
ST02-D4-AM1-328-008, p292
JAUMANN, Ralf
PS07-D3-PM2-310-011, p196
PS11-D1-AM1-310-005, p78
PS11-D1-AM1-310-006, p78
PS12-ST23-D5-PM1-P-016, p381
PS15-D1-PM1-310-005, p80
SS04-D2-PM2-331-001, p137
SS04-D2-PM2-331-002, p137
JAYA, Indra
OS04-D1-AM2-328-003, p76
JAYACHANDRAN, P. T.
ST10-03-17-19-D2-PM1-P-016,
p155
ST25-D1-PM1-308-004, p85
ST25-D2-PM1-P-008, p159
JAYACHANDRAN, V.
AS06-D5-PM1-308-002, p335
JAYANARAYANAN,
KuttippurathOS21-D5-AM2-328-004, p356
JAYARAMU, Yogeesha
IG06-D5-PM1-P-006, p368
JAYAWARDENA, A.W.
HS01-D1-AM1-333-001, p66
JAYNES, Allison
PS03-D5-PM1-P-013, p375
ST05-15-D3-AM2-308-004, p197
ST05-15-D3-PM1-308-008, p198
JEGOU, Fabrice
AS04-D4-PM1-334-016, p253
JELLEMA, Willem
PS04-D5-PM1-P-017, p376
JENKINS, Susanna
IG01-D5-PM1-P-021, p365
JENNINGS, Donald
PS07-D3-PM2-310-010, p195
JEON, Woo-Hyun
HS08-D2-PM1-P-007, p144
HS11-D2-PM1-P-016, p145
HS17-D2-PM1-P-008, p149
HS20-D2-PM1-P-008, p151
JEONG, Daun
AS40-D4-AM2-309-010, p264
JEONG, Ha-Gyu
IG04-D5-PM1-P-018, p367
IG04-D5-PM1-P-021, p367
JEONG, Hyeri
AS02-D4-AM1-308-004, p250
JEONG, Jaehwan
HS06-D2-PM1-P-017, p143
JEONG, Jong-Hoon
AS17-D3-PM1-P-012, p221

408

408

AS19-D1-AM1-329-001, p60
JEONG, Ju-Hee
AS02-D3-PM1-P-019, p212
JEONG, Ukkyo
AS40-D3-PM1-P-025, p238
JEOUNG, Hwayoung
AS28-D2-PM1-308-005, p109
JEPPSON, Tamara
SE21-D4-PM1-P-029, p323
JEWELL, Laura
PS08-D5-AM1-331-003, p358
JHUNJHUNWALA, Dhiraj
HS07-D2-PM1-P-009, p144
JI, Jianghui
PS04-D5-PM1-P-013, p375
JI, Jin-Lin
OS02-D4-PM1-P-023, p302
OS02-D4-PM1-P-025, p302
OS12-D2-AM1-328-002, p119
JI, Jungwon
HS19-D3-PM1-330-003, p176
JI, Yinlin
SE14-D3-PM2-327-001, p205
JI, Zhanbo
SE21-D4-PM1-P-026, p323
JI, Zhenming
AS35-D2-PM1-335-001, p112
AS35-D2-PM1-335-003, p112
AS35-D2-PM2-335-006, p113
AS35-D3-PM1-P-014, p233
JIA, Dong
SE04-D2-PM1-311-011, p131
JIA, Xianzhe
PS03-D4-PM1-311-009, p282
PS03-D4-PM1-311-012, p282
PS07-D3-AM1-310-007, p195
JIA, Xiaojing
AS11-38-D2-AM1-335-018, p103
JIA, Yonggang
OS08-D3-AM1-329-002, p188
OS08-D3-PM2-329-013, p189
JIAN, Yuntao
AS13-D3-PM1-P-023, p218
JIAN, Zhimin
IG11-D3-PM1-332-008, p180
JIANG, Guoqing
OS04-D1-AM2-328-006, p76
JIANG, Guoyan
SE12-D2-AM1-311-002, p131
JIANG, Jiping
HS06-D3-AM1-334-003, p172
JIANG, Rengui
HS16-04-D1-AM1-334-003, p69
HS23-D2-PM1-P-015, p151
JIANG, Wei
ST09-D1-AM2-309-006, p83
JIANG, Xianling
AS10-D3-AM1-331-030, p168
JIANG, XiaolingAS24-D3-PM1-P-023, p226
JIANG, Xiuyang
IG11-D3-PM1-332-007, p180

JIANG, Yubo
AS16-D5-AM2-332-003, p336
JIANG, Ze
HS23-D3-AM2-330-011, p178
IG04-D4-PM2-332-004, p278
IG04-D5-AM1-330-011, p352
JIANPING, Li
AS13-D3-PM1-P-018, p218
JIANYU, Jerry Liu
AS28-D3-PM1-P-017, p228
OS17-D4-PM1-P-006, p310
JIAO, Liqing
SE02-D5-AM1-311-002, p362
SE10-D1-AM1-327-002, p87
JIAO, Yang
AS11-38-D3-PM1-P-025, p217
JIAO, YutianOS11-D5-AM1-329-004, p355
JIMENEZ, Gustavo
IG12-D3-PM1-333-002, p180
JIMENEZ, Jeremy James
SE13-D4-PM1-P-017, p319
SE25-D4-PM1-P-037, p327
JIN, Chun-Sil
AS10-D3-AM1-331-029, p168
JIN, Fei-Fei
AS10-D2-PM2-333-021, p101
OS14-D2-AM1-329-005, p122
OS14-D4-PM1-P-017, p309
JIN, Ge
SE16-D4-PM1-P-017, p321
JIN, Jing
SE16-D4-AM1-331-002, p299
JIN, Qinjian
AS11-38-D1-PM1-335-007, p58
JIN, Shuanggen
PS05-13-D2-AM1-310-001, p126
SE05-D1-AM1-311-001, p86
JING, Zhao
OS03-D4-PM1-P-009, p304
OS03-D4-PM1-P-010, p304
JING, Zhefan
AS35-D3-PM1-P-013, p233
JING, Zhiyou
OS03-D4-PM1-P-008, p304
JIN-PING, Chen
IG11-D3-AM2-332-003, p179
JINYAO, Chin
SE10-D4-PM1-P-015, p316
JO, Eun-Byeol
ST26-27-D2-PM1-P-011, p160
JO, Hyun-Young
AS16-D5-PM1-332-010, p337
AS16-D5-PM1-332-011, p337
AS40-D4-AM2-309-011, p265
JO, Jun Beom
HS19-D2-PM1-P-009, p149
JO, Sera
AS31-D5-AM2-335-012, p342
JO, Yu-Jin
AS16-D3-PM1-P-017, p221
AS16-D5-PM1-332-010, p337

AS16-D5-PM1-332-011, p337
JOH, Minsu
AS10-D3-AM1-331-029, p168
JOHNSON, K.
SE25-D3-AM1-311-008, p209
JOHNSON, Nathaniel
OS14-D2-PM2-329-011, p122
JOHNSON, Robert E.
PS07-D3-AM1-310-003, p194
JONES, Geraint
ST10-03-17-19-D2-PM1-P-017,
p156
JONES, Richard
AS01-D2-AM1-308-001, p97
JOO, Kyungwon
HS19-D2-PM1-P-007, p149
HS19-D3-PM1-330-002, p176
JOO, Sangwon
AS32-D2-PM2-334-007, p111
AS32-D2-PM2-334-008, p111
JORDANOVA, Vania
ST25-D2-PM1-P-010, p159
JORGENSEN, John
PS08-D5-AM1-331-005, p358
PS08-D5-AM1-331-006, p359
PS08-D5-PM1-P-010, p378
JORGENSEN, Peter
PS08-D5-AM1-331-005, p358
JOSEPH, EveretteAS36-D3-PM1-P-032, p236
AS36-D3-PM1-P-033, p236
AS36-D4-PM2-333-001, p262
AS36-D5-AM1-333-013, p343
JOSHI, Manish Kumar
AS11-38-D2-AM2-335-021, p103
JOSHI, Rutambhara
AS34-D3-PM1-P-020, p232
JOU, Ben
AS17-D3-PM1-P-014, p221
AS19-D1-AM1-329-003, p60
AS29-D4-PM2-308-007, p261
JOUSSET, PhilippeSE21-D2-AM1-327-001, p134
JOVANOSKI, Zlatko
OS22-D3-PM1-329-006, p192
JOY, SteveSS04-D2-PM2-331-004, p137
JOYCE, Robert
AS28-D2-PM1-308-001, p109
JU, Jian-Hua
AS21-D4-AM2-333-011, p255
JUAN, Joon Ching
BG04-D3-PM1-P-014, p241
JUANG, Jehn-Yih
AS18-D5-PM1-334-005, p338
JUANG, Jyh-Ching
SS10-D2-PM1-331-004, p140
JUDD, Laura
AS40-D3-PM1-P-020, p237
JUHN, Yujin
AS20-D3-PM1-P-012, p224

409

409

JULIUS, Dony
BG08-D3-PM1-335-001, p171
JUN, Changhyun
HS15-D2-PM1-P-005, p147
JUNG, Chang Hoon
AS16-D3-PM1-P-014, p220
JUNG, Je Ryong
HS19-D3-PM1-330-006, p176
JUNG, Jinseok
HS19-D2-PM1-P-008, p149
JUNG, Kyung Tae
OS14-D4-PM1-P-016, p309
OS19-D4-PM1-P-016, p311
JUNG, Martin
BG01-02-D4-AM1-335-005, p268
JUNG, Myung-Pyo
AS18-D5-PM1-334-007, p339
IG04-D5-PM1-P-021, p367
JUNG, Namjae
AS13-D2-PM1-334-015, p106
JUNG, Sung-A
AS17-D3-PM1-P-011, p221
AS17-D3-PM1-P-016, p222
JUNG, Sung-Hwa
AS17-D3-PM1-P-011, p221
AS17-D3-PM1-P-012, p221
AS17-D3-PM1-P-016, p222
JUNG, Taeho
HS19-D2-PM1-P-019, p150
JUNG, Woo-Sik
AS02-D3-PM1-P-017, p212
AS16-D3-PM1-P-015, p220
AS36-D3-PM1-P-023, p235
JUNG, Younghun
HS19-D2-PM1-P-007, p149
HS19-D3-PM1-330-002, p176
HS19-D3-PM1-330-004, p176
HS19-D3-PM1-330-005, p176
JURNALIAH, Lia
IG04-D5-PM1-P-014, p366
JUUSOLA, Liisa
ST04-13-21-D1-AM1-308-005, p81

K.
K., SujithAS11-38-D2-AM2-335-022, p103
K. M., SreejithST08-D2-PM1-P-010, p154
SE12-D2-AM1-311-005, p131
K. PAULL, Charles
OS08-D4-PM1-P-017, p307
K. RAI, Vinai
PS14-16-D5-PM1-P-021, p382
KACHOVICH, Sarah
SE21-D4-PM1-P-029, p323
KADARSAH, Kadarsah
AS13-D2-PM1-334-013, p105
KAFATOS, Menas
IG01-D4-AM1-332-004, p276

IG04-D5-AM1-330-009, p352
KAIHOTSU, Ichirow
HS07-D1-PM1-333-001, p68
HS10-D2-PM1-P-013, p145
KAJINO, Mizuo
AS16-D5-AM2-332-002, p336
KAKO, Shinichirou
OS07-D5-AM1-328-002, p354
KALBERNATTER, Daniel
AS42-D5-AM1-308-006, p346
KALI, Elise
SE21-D3-AM2-311-016, p207
KALISCH, Silvio
AS21-D4-PM1-333-016, p256
KALNAY, Eugenia
AS28-D2-PM2-308-007, p110
KAM, Hosik
AS23-D3-PM1-P-011, p226
KAMACHI, Masafumi
OS18-D3-AM1-328-001, p190
KAMATA, Shunichi
PS07-D3-PM2-310-014, p196
KAMEDA, Shingo
PS05-13-D5-PM1-P-033, p377
KAMENETSKY, Vadim
SE25-D3-AM1-311-009, p209
KAMIDAIRA, Yuki
OS02-D3-PM1-328-011, p187
OS02-D3-PM2-328-015, p187
KAMIDE, Kazumi
AS20-D2-PM2-309-001, p108
KAMIGUCHI, Kenji
AS28-D2-PM1-308-006, p110
KAMMER, Joshua
PS08-D5-AM1-331-008, p359
KANAE, Shinjiro
HS01-D2-PM1-P-025, p142
KANAO, Masaki
SE25-D4-PM1-P-022, p325
KANAYA, Yugo
AS03-D1-AM2-331-009, p56
AS40-D4-PM1-309-012, p265
AS40-D4-PM1-309-016, p265
KANDA, Shota
AS10-D2-PM2-333-023, p101
KANEDA, Kazutaka
ST14-20-24-D2-PM1-P-011, p157
KANEKAL, Shri
ST05-15-D3-AM2-308-004, p197
ST05-15-D3-PM1-308-008, p198
KANEKO, Yuki
AS28-D2-PM1-308-002, p109
AS28-D2-PM2-308-012, p110
KANG, Daehyun
AS13-D3-PM1-P-019, p218
KANG, Hee Jung
AS32-D2-PM2-334-008, p111
KANG, Heejung
AS32-D2-PM2-334-007, p111
KANG, Hyeongung
HS15-D2-PM1-P-006, p148

KANG, Hyun-Suk
AS11-38-D2-AM1-335-014, p102
AS31-D3-PM1-P-021, p230
AS31-D3-PM1-P-022, p230
AS31-D3-PM1-P-031, p231
AS31-D5-AM2-335-010, p341
AS31-D5-AM2-335-011, p341
AS31-D5-AM2-335-012, p342
KANG, Jeong-Eon
AS16-D3-PM1-P-016, p221
KANG, Kiryong
OS05-D4-PM1-P-007, p305
OS05-D5-PM1-329-002, p353
KANG, Kyungin
PS12-ST23-D4-AM2-310-005, p289
PS14-16-D4-PM2-311-011, p288
KANG, Ling
BG01-02-D3-PM1-P-010, p240
KANG, Mina
AS40-D3-PM1-P-027, p238
KANG, Min-Jee
AS04-D3-PM1-P-024, p214
AS21-D4-PM1-333-016, p256
KANG, Minseok
HS06-D2-PM1-P-013, p143
HS07-D2-PM1-P-008, p144
KANG, Mi-Young
AS19-D1-AM1-329-001, p60
KANG, Nam-Young
AS10-D3-PM1-P-050, p216
KANG, Narae
HS16-04-D2-PM1-P-010, p148
KANG, Shaozhong
BG06-07-D4-PM1-335-012, p271
HS08-D3-PM2-330-002, p173
KANG, Shichang
AS35-D2-PM1-335-001, p112
AS35-D2-PM1-335-003, p112
AS35-D2-PM1-335-004, p112
AS35-D2-PM1-335-005, p112
AS35-D2-PM2-335-011, p113
AS35-D2-PM2-335-012, p113
AS35-D3-PM1-P-013, p233
AS35-D3-PM1-P-015, p233
AS35-D3-PM1-P-017, p234
AS35-D3-PM1-P-018, p234
AS35-D3-PM1-P-020, p234
AS35-D3-PM1-P-021, p234
AS35-D3-PM1-P-022, p234
AS35-D3-PM1-P-023, p234
AS35-D3-PM1-P-014, p233
KANG, Suchul
AS18-D3-PM1-P-013, p222
KANG, Suk-Bin
ST05-15-D2-PM1-P-013, p153
KANG, Tae-Seob
SE25-D4-PM1-P-048, p328
KANG, Younhee
AS02-D4-AM1-308-004, p250
KANG, Yunhee
AS02-D4-AM2-308-009, p251
AS19-D1-AM1-329-001, p60

410

410

KANN, AlexanderAS28-D2-PM2-308-011, p110
KANO, Shinobu
BG06-07-D4-AM2-335-003, p270
KANO, Yasuyuki
SE11-D5-PM1-311-001, p363
KANTHILATHA, Nelum
SE25-D3-PM2-311-015, p210
KAO, Hong-Ming
HS07-D1-PM1-333-004, p68
KAO, Ricky
SE15-D4-PM1-P-011, p320
SE15-D5-AM2-311-002, p363
KAPUR, Vivesh V.
SE22-D3-AM2-327-004, p208
SE22-D3-PM1-327-005, p208
SE22-D4-PM1-P-008, p324
KAR, Ratan
IG25-D5-PM1-P-004, p372
KARAKAS, Cagil
SE04-D2-PM1-311-007, p130
SE21-D3-AM2-311-016, p207
KARAN, Deepak
ST08-D3-PM2-308-008, p201
ST26-27-D3-PM1-309-007, p203
KARANAM, Durga Prasad
PS05-13-D2-AM2-310-009, p127
PS05-13-D2-AM2-310-010, p127
PS05-13-D5-PM1-P-035, p377
PS12-ST23-D4-PM1-310-007, p290
PS14-16-D4-PM2-311-015, p288
PS14-16-D5-PM1-P-021, p382
KARATO, Shun-Ichiro
SE06-D1-AM2-327-004, p87
KARTHIKEYAN, AnandasabariOS22-D3-PM1-329-010, p192
KASABA, Yasumasa
PS05-13-D2-PM2-310-021, p128
PS12-ST23-D5-PM1-P-015, p381
ST05-15-D3-AM2-308-001, p197
ST18-D4-AM1-329-001, p296
KASAHARA, Satoshi
ST05-15-D3-AM2-308-001, p197
PS05-13-D5-PM1-P-033, p377
ST05-15-D3-AM2-308-002, p197
ST18-D2-PM1-P-016, p158
KASAHARA, Yoshiya
ST05-15-D3-AM2-308-001, p197
ST18-D2-PM1-P-016, p158
ST18-D4-AM1-329-001, p296
KASAI, Yasuko
AS40-D3-PM1-P-024, p237
AS41-D5-AM1-334-009, p344
PS04-D3-AM2-310-003, p193
PS04-D5-PM1-P-019, p376
PS04-D5-PM1-P-020, p376
KASENDA, Adolfientje
SE15-D4-PM1-P-007, p319
KASHIMA, Motohiko
OS02-D3-PM2-328-015, p187
KASPI, Yohai
PS04-D3-AM2-310-001, p193

KATAOKA, Ryuho
ST18-D4-AM2-329-012, p298
KATO, Hideki
PS11-D1-AM1-310-007, p78
KATO, Tomomichi
IG03-D1-AM2-332-004, p72
KATOH, Yuto
PS03-D4-PM1-311-010, p282
ST04-13-21-D2-PM1-P-015, p153
ST05-15-D3-AM2-308-001, p197
ST14-20-24-D2-PM1-P-011, p157
ST18-D2-PM1-P-013, p158
ST18-D2-PM1-P-016, p158
ST18-D4-AM1-329-005, p297
KATRIANA, Trita
IG04-D5-PM1-P-019, p367
KATSUMATA, Masaki
AS14-D2-AM2-309-003, p106
AS14-D2-AM2-309-004, p107
AS14-D2-PM1-309-005, p107
AS14-D2-PM1-309-008, p107
AS14-D3-PM1-P-012, p219
AS14-D3-PM1-P-013, p219
AS14-D3-PM1-P-015, p219
KAWABATA, Koji
PS12-ST23-D5-PM1-P-014, p381
KAWABE, Yoshishige
BG04-D3-PM1-P-008, p240
KAWAGOE, Seiki
HS06-D2-PM1-P-010, p143
HS06-D2-PM1-P-011, p143
HS07-D2-PM1-P-007, p144
HS10-D3-PM1-334-012, p175
KAWAGUCHI, Jun-Ichiro
PS11-D1-AM1-310-007, p78
KAWAGUCHI, Shinji
SE13-D2-PM2-327-009, p133
KAWAGUCHI, Yusuke
OS03-D4-PM1-P-007, p304
KAWAHARA, Shintaro
AS10-D3-PM1-P-048, p216
KAWAMURA, Akira
HS14-D2-PM1-P-019, p147
HS14-D4-AM2-327-009, p273
HS14-D4-AM2-327-011, p273
HS14-D4-AM2-327-013, p273
KAWAMURA, Hideyuki
OS02-D3-PM1-328-011, p187
KAWAMURA, Kimitaka
AS35-D2-PM1-335-005, p112
KAWAMURA, Ryuichi
AS02-D3-PM1-P-020, p212
KAWANO, Tetsuya
AS02-D3-PM1-P-020, p212
AS14-D2-PM1-309-008, p107
KAWASE, Hiroaki
AS31-D5-PM1-335-015, p342
AS31-D5-PM1-335-016, p342
KAWASHIMA, Ayumi
PS05-13-D5-PM1-P-033, p377
KAYANNE, Hajime
OS22-D3-AM2-329-001, p191

KAZAMA, So
HS14-D2-PM1-P-015, p147
HS14-D2-PM1-P-018, p147
HS14-D4-AM1-327-005, p272
HS14-D4-AM1-327-006, p272
KAZAMA, Takahito
SE15-D4-PM1-P-010, p319
SE15-D5-AM2-311-001, p363
KAZAMA, Yoich
ST05-15-D3-AM2-308-001, p197
ST05-15-D3-AM2-308-002, p197
KE, Chingyin
AS20-D2-PM2-309-006, p108
KE, Ching-Yin
AS36-D3-PM1-P-030, p236
KE, Daoxun
OS14-D2-PM2-329-010, p122
KE, Ming-Chun
IG01-D5-PM1-P-018, p365
IG27-D5-PM1-P-009, p373
KE, Siao-Syun
IG01-D5-PM1-P-019, p365
KECORIUS, Simonas
AS34-D1-AM1-330-004, p63
KEENLYSIDE, Noel
OS18-D3-AM1-328-002, p190
KEIKA, Kunihiro
ST18-D4-AM2-329-008, p297
KELLER, Horst Uwe
PS04-D3-PM1-310-011, p194
KELLEY, Michael
PS11-D5-PM1-P-019, p380
KELLY, Graeme
AS20-D2-PM2-309-007, p109
KEMP, Andrew
OS22-D3-AM2-329-003, p191
OS22-D4-PM1-P-019, p313
KENG, Fiona Seh-Lin
BG04-D3-PM1-P-012, p241
BG04-D3-PM1-P-013, p241
BG04-D3-PM1-P-014, p241
KENIGSBERG, Abby
SE21-D4-PM1-P-029, p323
KENNETT, Brian
SE06-D1-AM2-327-003, p87
KEPKAR, Ankur
ST26-27-D2-PM1-P-010, p160
KEPKO, E. Larry
ST10-03-17-19-D4-PM2-328-006,
p293
ST25-D1-PM1-308-001, p85
KEPPLER, Lydia
OS21-D5-AM2-328-003, p356
KERLOW, Isaac
IG01-D4-AM1-332-002, p276
IG04-D4-PM2-332-001, p277
KERVÉVAN, Christophe
IG21-D5-PM1-P-011, p371
KET, Pinnara
IG11-D5-PM1-P-012, p369
KEUM, Ho Jun
HS19-D2-PM1-P-013, p150

411

411

HS19-D3-PM1-330-001, p176
KHAING, Saw Ngwe
SE21-D2-AM2-327-008, p135
SE21-D2-AM2-327-010, p135
SE21-D4-PM1-P-023, p322
SE21-D4-PM1-P-024, p323
KHAIROUTDINOV, Marat
AS24-D4-AM2-336-011, p258
KHAKIM, Muhammad
OS01-D4-PM1-P-009, p302
KHAN, Md Firoz
AS03-D1-PM1-331-016, p57
KHAN, Nicole
OS22-D3-AM2-329-004, p191
OS22-D3-PM1-329-007, p192
KHAN, Shahbaz
SS08-D2-PM2-330-003, p139
KHAN, Shakera Karim
HS01-D1-AM1-333-007, p66
KHARE, Deepak
HS11-D2-PM1-P-015, p145
KHARE, Neloy
IG25-D5-PM1-P-006, p372
IG25-D5-PM1-P-007, p372
KHAZANOV, George
PS05-13-D2-PM2-310-026, p129
KHOKIATTIWONG, Somkiat
OS07-D4-PM1-P-023, p307
KHOMUTOV, Sergey
IG04-D5-PM1-P-022, p367
KHOSLA, Ashu
SE22-D3-AM2-327-003, p208
KHOTYAINTSEV, Yuri
ST09-D1-AM2-309-004, p83
ST09-D1-AM2-309-005, p83
KHURANA, Krishan
PS03-D4-PM1-311-012, p282
KIDD, Chris
AS28-D2-PM1-308-001, p109
KIDGER, Mark
PS04-D3-AM2-310-004, p193
KIDO, Motoyuki
SE25-D3-PM2-311-013, p209
KIKUCHI, Hiroshi
PS05-13-D5-PM1-P-039, p377
KIKUCHI, Kazuyoshi
AS24-D4-AM1-336-008, p258
KIM, Baek-Jo
AS13-D3-PM1-P-024, p218
AS29-D3-PM1-P-019, p229
KIM, Beom Jin
HS19-D2-PM1-P-013, p150
KIM, Byunghyun
HS19-D2-PM1-P-013, p150
HS19-D3-PM1-330-001, p176
HS19-D2-PM1-P-014, p150
KIM, Chae Rin
HS19-D2-PM1-P-011, p149
KIM, Chang Hwan
SE25-D4-PM1-P-049, p328
KIM, Changryol
SE14-D4-PM1-P-008, p319

KIM, Cheol-Hee
AS16-D3-PM1-P-016, p221
AS16-D3-PM1-P-017, p221
AS16-D5-AM2-332-002, p336
AS16-D5-PM1-332-010, p337
AS16-D5-PM1-332-011, p337
AS40-D4-AM2-309-011, p265
KIM, Cho-Rong
HS01-D1-AM1-333-002, p66
HS01-D2-PM1-P-020, p141
KIM, Chungsoo
HS01-D1-AM1-333-002, p66
HS01-D2-PM1-P-020, p141
KIM, Daeun
HS06-D2-PM1-P-017, p143
KIM, Da-Eun
AS20-D3-PM1-P-011, p224
AS20-D3-PM1-P-012, p224
KIM, Dae-Young
AS29-D3-PM1-P-019, p229
KIM, Dongeon
HS01-D2-PM1-P-023, p141
HS23-D3-AM2-330-011, p178
KIM, Dong-Kyun
AS02-D4-AM2-308-009, p251
AS19-D1-AM1-329-001, p60
KIM, Dong-Min
HS01-D2-PM1-P-024, p141
KIM, Dong-Su
AS40-D4-AM2-309-008, p264
KIM, Eun-Byul
AS36-D3-PM1-P-023, p235
KIM, Eun-Hee
AS32-D2-PM2-334-007, p111
KIM, Eunhyeuk
PS14-16-D4-PM2-311-010, p288
KIM, Eunjin
AS32-D2-PM2-334-002, p111
KIM, Gayoung
AS31-D3-PM1-P-021, p230
AS31-D3-PM1-P-022, p230
AS31-D5-AM2-335-011, p341
KIM, Gil Young
IG25-D2-AM2-332-002, p116
KIM, Gildo
HS06-D2-PM1-P-013, p143
KIM, Gwangseob
HS19-D2-PM1-P-015, p150
HS19-D2-PM1-P-016, p150
HS19-D2-PM1-P-017, p150
HS19-D2-PM1-P-018, p150
KIM, Hanbeen
HS19-D2-PM1-P-007, p149
HS19-D3-PM1-330-004, p176
HS19-D3-PM1-330-005, p176
KIM, Hee-Eun
ST04-13-21-D2-PM1-P-012, p152
KIM, Hong-Joong
AS19-D3-PM1-P-028, p223
KIM, Hung Soo
HS16-04-D1-AM1-334-002, p69
HS16-04-D2-PM1-P-010, p148

HS21-D2-AM1-330-002, p114
KIM, Hye Young
AS32-D2-PM2-334-007, p111
KIM, Hyeji
AS10-D3-PM1-P-047, p216
KIM, Hyeonjoon
AS02-D4-AM2-308-009, p251
KIM, HyunIl
HS19-D3-PM1-330-001, p176
KIM, Hyunsu
AS02-D3-PM1-P-018, p212
AS18-D3-PM1-P-011, p222
KIM, Ick-Hoi
SS02-D4-PM2-331-001, p300
KIM, In-Won
AS11-38-D3-PM1-P-031, p217
AS11-38-D2-AM2-335-019, p103
AS13-D2-AM1-334-003, p104
KIM, Jaehun
ST14-20-24-D2-PM1-P-007, p157
KIM, Jaemin
AS04-D3-PM1-P-023, p213
KIM, Jang-Gyeong
HS19-D2-PM1-P-020, p150
KIM, Jeong Jik
HS11-D2-PM1-P-016, p145
KIM, Jeong Woo
SE15-D5-AM2-311-002, p363
KIM, Jeong Yeong
HS06-D2-PM1-P-017, p143
KIM, Jeong-Han
AS23-D3-PM1-P-011, p226
KIM, Jhoon
AS04-D3-PM1-P-023, p213
AS15-D1-AM1-335-007, p60
AS40-D3-PM1-P-018, p237
AS40-D3-PM1-P-019, p237
AS40-D3-PM1-P-023, p237
AS40-D3-PM1-P-024, p237
AS40-D3-PM1-P-025, p238
AS40-D4-AM1-309-003, p263
AS40-D4-AM2-309-007, p264
KIM, Jihui
OS14-D2-AM1-329-002, p121
KIM, Jihun
PS12-ST23-D4-PM1-310-008, p290
KIM, Ji-Hyeon
AS17-D5-AM1-332-004, p337
KIM, Jin-Guk
HS16-04-D2-PM1-P-018, p149
KIM, Jinuk
AS01-D2-AM1-308-005, p97
KIM, Jinwon
IG01-D4-AM1-332-004, p276
KIM, Jin-Young
HS16-04-D2-PM1-P-018, p149
KIM, Jisoo
AS32-D2-PM2-334-002, p111
KIM, Jongsung
HS16-04-D1-AM1-334-002, p69
HS16-04-D2-PM1-P-010, p148

412

412

KIM, Joowan
AS10-D3-AM1-331-029, p168
KIM, Jung Hyun
AS40-D3-PM1-P-025, p238
KIM, Jung Soo
HS19-D2-PM1-P-009, p149
HS19-D2-PM1-P-011, p149
KIM, Jungmin
HS15-D2-PM1-P-006, p148
KIM, Khan-Hyuk
ST04-13-21-D2-PM1-P-012, p152
KIM , Kwanghee
OS07-D4-PM1-P-012, p305
KIM, Kwonil
AS29-D4-PM2-308-012, p262
KIM, Kyeong Ja
IG25-D2-AM2-332-002, p116
PS11-D5-PM1-P-020, p380
PS14-16-D4-PM2-311-011, p288
KIM, Kyeong Ok
OS14-D4-PM1-P-016, p309
OS19-D4-PM1-P-016, p311
KIM, Mijin
AS15-D1-AM1-335-007, p60
AS40-D3-PM1-P-019, p237
AS40-D3-PM1-P-023, p237
AS40-D4-AM1-309-003, p263
KIM, Min-Ji
HS13-D2-PM1-P-016, p146
KIM, Min-Soo
IG04-D5-PM1-P-015, p367
KIM, Mujong
OS19-D2-PM1-328-005, p124
OS19-D4-PM1-P-018, p311
KIM, Myojeong
HS19-D2-PM1-P-015, p150
HS19-D2-PM1-P-016, p150
HS19-D2-PM1-P-017, p150
HS19-D2-PM1-P-018, p150
KIM, Najin
AS40-D4-AM2-309-008, p264
KIM, Saewung
AS40-D4-AM1-309-006, p264
AS40-D4-AM2-309-010, p264
KIM, Sang Ho
HS07-D1-PM1-333-006, p69
HS19-D2-PM1-P-019, p150
KIM, Sang Joon
PS14-16-D5-PM1-P-017, p381
KIM, Sang-Kyun
AS40-D3-PM1-P-025, p238
AS40-D4-AM2-309-007, p264
KIM, Seongkyun
HS06-D2-PM1-P-016, p143
KIM, Seo-Yeon
AS01-D2-AM2-308-008, p98
KIM, Seung Hee
IG01-D4-AM1-332-004, p276
IG04-D5-AM1-330-009, p352
KIM, Shin Tae
HS19-D2-PM1-P-010, p149

KIM, Si-Wan
AS40-D4-AM2-309-011, p265
KIM, Soojun
HS16-04-D1-AM1-334-002, p69
HS16-04-D2-PM1-P-010, p148
HS21-D2-AM1-330-002, p114
KIM, Sung Hun
OS14-D2-AM1-329-002, p121
KIM, Sung Yong
OS19-D2-PM2-328-008, p125
KIM, Sung-Ho
IG04-D5-PM1-P-015, p367
KIM, Sunghun
HS19-D3-PM1-330-002, p176
KIM, Sungsoo
PS14-16-D4-AM1-311-007, p287
KIM, Sung-Wook
IG04-D5-PM1-P-015, p367
IG04-D5-PM1-P-016, p367
KIM, Sung-Yoon
AS24-D4-AM1-336-005, p257
KIM, Tae
ST14-20-24-D2-PM1-P-007, p157
KIM, Tae Jeong
HS06-D2-PM1-P-015, p143
HS13-D2-PM1-P-017, p146
KIM, Tae Jun
AS31-D3-PM1-P-025, p231
KIM, Tae Rim
OS19-D4-PM1-P-019, p311
KIM, Taereem
HS19-D3-PM1-330-004, p176
HS19-D3-PM1-330-005, p176
KIM, Thomas
PS08-D5-AM1-331-009, p359
KIM, Won Bum
HS19-D2-PM1-P-012, p150
KIM, Won-Hyuck
SE25-D4-PM1-P-049, p328
KIM, Wonsik
SS02-D4-PM2-331-003, p300
KIM, Woogyung
AS40-D3-PM1-P-025, p238
AS40-D4-AM1-309-003, p263
KIM, Woo-Seok
HS01-D2-PM1-P-024, p141
IG04-D5-PM1-P-017, p367
KIM, Yeon Su
HS07-D1-PM1-333-006, p69
KIM, Yeon-Hee
AS01-D2-AM2-308-010, p98
AS13-D3-PM1-P-024, p218
AS29-D3-PM1-P-019, p229
KIM, Yeonjoo
HS15-D2-PM1-P-004, p147
KIM, Yong Pyo
AS16-D3-PM1-P-014, p220
KIM, Yongha
AS23-D3-PM1-P-011, p226
ST14-20-24-D2-PM1-P-008, p157
ST26-27-D2-PM1-P-011, p160

KIM, Yong-Kwon
PS14-16-D4-PM2-311-011, p288
KIM, Yong-Tak
HS13-D2-PM1-P-017, p146
KIM, Yoo-Keun
AS02-D3-PM1-P-018, p212
AS02-D3-PM1-P-019, p212
AS18-D3-PM1-P-011, p222
KIM, Young Hyun
IG04-D5-PM1-P-018, p367
IG04-D5-PM1-P-021, p367
KIM, Young-Ha
AS04-D3-PM1-P-024, p214
KIM, Yumi
AS13-D3-PM1-P-024, p218
KIM-HAK, David
AS34-D1-AM1-330-008, p64
BG01-02-D3-PM1-P-011, p240
KIMOTO, Masahide
AS13-D2-AM2-334-012, p105
KIMURA, Jun
PS07-D3-PM2-310-014, p196
KING, Gregory
OS02-D3-PM1-328-007, p186
KING, Gregory P.
OS02-D4-PM1-P-025, p302
KING, John W.
SE20-D3-PM1-311-005, p206
KINOSHITA, Sawako
SE25-D4-PM1-P-027, p326
KINOSHITA, Takenari
AS04-D4-AM1-334-008, p252
KINOUCHI, Kento
AS03-D3-PM1-P-024, p213
KIRANA, Kartika
SE20-D3-PM1-311-004, p206
SE20-D3-PM1-311-005, p206
KIRANMAYI, Landu
AS10-D2-AM2-333-012, p100
KIRBY, Eric
SE04-D2-AM2-311-005, p130
KIRCHENGAST, Gottfried
AS28-D2-PM2-308-011, p110
KIRSTETTER, Pierre-EmmanuelAS28-D2-PM2-308-011, p110
KIS, Arpad
ST04-13-21-D1-AM1-308-001, p81
KISS, Andrew
OS13-D2-PM1-329-011, p121
KITAHARA, Masahiro
ST18-D4-AM1-329-005, p297
KITAMURA, Keigo
IG21-D5-PM1-P-012, p371
KITOH, Akio
AS04-D4-PM1-334-017, p253
KIVELSON, Margaret
PS07-D3-AM1-310-007, p195
KJELLSTROM, Erik
AS31-D5-AM1-335-001, p340
KLEKOCIUK, Andrew
AS04-D4-PM1-334-015, p253

413

413

KLETZING, Craig
ST05-15-D3-PM1-308-006, p198
ST05-15-D3-PM1-308-010, p198
ST18-D4-AM1-329-003, p296
ST18-D4-AM2-329-008, p297
KLIMA, Rachel
PS07-D3-PM2-310-015, p196
PS14-16-D4-AM1-311-003, p287
KLIMONT, Zbigniew
AS03-D1-AM1-331-007, p55
KLINGER, Yann
SE04-D2-PM1-311-007, p130
KNEISSL, Thomas
PS11-D1-AM1-310-005, p78
KNIGHT, Joe
SE13-D2-PM1-327-005, p132
KNOTE, Christoph
AS40-D4-AM1-309-006, p264
AS40-D4-AM2-309-009, p264
KO, Chul Min
AS10-D3-AM1-331-032, p168
OS02-D4-PM1-P-035, p304
KO, Chung-Yu
HS17-D1-PM1-334-004, p70
KO, Eun Byeol
OS18-D4-PM1-P-013, p310
KO, Justin
SE16-D4-PM1-P-018, p321
KOBAYASHI, Hikeki
BG01-02-D4-AM1-335-004, p268
IG03-D1-AM2-332-004, p72
IG03-D1-PM1-332-008, p73
KOBAYASHI, Kenichiro
HS14-D4-AM1-327-001, p272
SS08-D2-PM2-330-001, p139
KOBAYASHI, Takuya
OS02-D3-PM1-328-011, p187
KOCH, Inka
AS35-D3-PM1-P-023, p234
KODAMA, Chihiro
AS10-D2-AM2-333-009, p100
KODAMA, Tetsuya
ST22-D2-PM1-P-010, p159
KODERA, Kunihiko
AS04-D4-PM1-334-017, p253
KOEHL, Armin
OS03-D4-AM1-330-005, p280
KOH, Tieh-Yong
AS02-D4-AM1-308-005, p250
AS28-D3-PM1-P-016, p228
AS31-D3-PM1-P-030, p231
KOH, Tracy
OS22-D3-PM1-329-007, p192
SE10-D4-PM1-P-015, p316
KOHKI, Sowa
OS22-D3-AM2-329-001, p191
KOICHI, Suto
BG04-D3-PM1-P-008, p240
KOIKE, Toshio
AS28-D3-PM1-P-013, p228
KOJIMA, Hirotsugu
ST18-D2-PM1-P-016, p158

PS12-ST23-D5-PM1-P-012, p380
PS12-ST23-D5-PM1-P-013, p381
ST05-15-D3-AM2-308-001, p197
ST18-D4-AM1-329-001, p296
KOLLMANN, Peter
PS07-D3-AM1-310-004, p195
PS07-D3-AM1-310-005, p195
ST02-D4-AM1-328-008, p292
PS03-D4-PM1-311-012, p282
KOLMASOVA, Ivana
AS07-D2-AM1-309-003, p98
KOMATSU, Chiharu
HS14-D2-PM1-P-017, p147
KOMAZAKI, Yuichi
AS03-D1-PM1-331-018, p57
AS40-D4-PM1-309-012, p265
KOMORI, Daisuke
AS18-D3-PM1-P-014, p222
HS14-D2-PM1-P-015, p147
HS14-D2-PM1-P-016, p147
KON, Masafumi
AS18-D3-PM1-P-014, p222
KONDAPALLI, Niranjan Kumar
AS41-D4-PM2-334-004, p266
AS41-D4-PM2-334-007, p267
KONDO, Keiichi
AS20-D2-PM2-309-001, p108
AS28-D2-PM2-308-007, p110
KONDO, Masayuki
BG01-02-D4-AM1-335-005, p268
BG01-02-D4-AM1-335-007, p268
KONDOH, Akihiko
HS07-D1-PM1-333-001, p68
IG03-D1-PM1-332-008, p73
KONDRAGUNTA, Shobha
AS42-D5-AM2-308-012, p346
KONG, Chang Hwan
SE25-D4-PM1-P-048, p328
KONG, Dali
PS09-D4-AM1-310-005, p283
KONISHI, Kensuke
SE16-D4-PM1-P-015, p320
KOO, Ja-Ho
AS40-D3-PM1-P-025, p238
AS04-D3-PM1-P-023, p213
AS40-D4-AM1-309-003, p263
AS40-D4-AM2-309-007, p264
KOPP, RobertOS22-D3-AM2-329-003, p191
OS22-D3-AM2-329-004, p191
KORNKANITNAN, Narumol
OS07-D4-PM1-P-023, p307
KORTH, Axel
PS11-D1-AM2-310-011, p79
KORTH, Haje
PS07-D3-PM2-310-015, p196
KOSAKA, Yu
AS13-D2-AM2-334-008, p105
AS13-D2-AM2-334-009, p105
KOSEKI, Shunya
AS11-38-D3-PM1-P-030, p217
OS18-D3-AM1-328-002, p190

KOSKINEN, Tommi
PS10-D5-PM1-P-008, p378
KOSTADINOV, TihomirIG03-D1-PM1-332-006, p72
KOSUWAN, Suwith
SE21-D2-AM1-327-002, p134
KOTA, Sri H.
AS34-D1-PM1-330-015, p64
KOTAMARTHI, Veerabhadra
AS41-D4-PM2-334-002, p266
KOTHARI, Richa
AS41-D4-PM2-334-005, p266
KOTNALA, R. K.
AS41-D4-PM2-334-005, p266
AS41-D4-PM2-334-006, p267
KOTSIAROS, Stavros
PS08-D5-AM1-331-005, p358
KOTSUKI, Shunji
AS28-D2-PM2-308-007, p110
KOU, Xingxia
BG06-07-D4-PM1-335-008, p271
KOUHESTANI, Hossein
SE25-D3-AM1-311-009, p209
KOUTSOYIANNIS, Demetris
HS01-D2-PM1-P-016, p141
HS06-D2-PM1-P-009, p143
HS06-D3-AM1-334-007, p172
HS20-D4-PM2-327-001, p274
KOUYAMA, Toru
PS04-D3-PM1-310-008, p194
PS05-13-D2-PM2-310-027, p129
PS05-13-D5-PM1-P-032, p377
PS05-13-D5-PM1-P-037, p377
KOWALEWSKI, Matthew
AS40-D3-PM1-P-020, p237
AS40-D4-AM1-309-003, p263
KOYAMA, Naoki
HS14-D2-PM1-P-020, p147
KOYANAGI, Kenta
HS18-D4-PM1-327-005, p274
KOZAKA, Yukiko
OS07-D4-PM1-P-019, p306
KOZAN, Osamu
AS03-D1-PM1-331-016, p57
KRAFT, Jason
AS40-D3-PM1-P-018, p237
KRAMAROVA, Natalya
SS11-D4-PM2-330-004, p301
KRESNA, Ida Bagus
SE20-D3-PM1-311-004, p206
KRIMIGIS, Stamatios
PS07-D3-AM1-310-005, p195
KRIPALANI, Ramesh
AS11-38-D2-AM2-335-019, p103
AS11-38-D2-AM2-335-021, p103
AS11-38-D2-AM2-335-024, p103
AS11-38-D3-PM1-P-031, p217
AS13-D2-AM1-334-003, p104
OS13-D2-PM1-329-009, p121
KRISHNA, R.P.M
AS21-D3-PM1-P-025, p225

414

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KRISHNA MOORTHY, K.
AS06-D5-PM1-308-003, p335
KRISHNAN, Sivakumar
OS22-D4-PM1-P-012, p312
KRISNANTO, Sugeng
IG27-D3-PM2-333-007, p185
KRUPAR, Vratislav
ST14-20-24-D2-PM1-P-010, p157
KRUPP, Norbert
PS03-D4-PM1-311-012, p282
PS07-D3-AM1-310-004, p195
PS07-D3-AM1-310-005, p195
KRYSZTOFIA, GisèleAS04-D4-PM1-334-016, p253
KU, Jungmo
HS07-D2-PM1-P-008, p144
KUAN, Yi-Jehng
PS04-D3-PM1-310-009, p194
KUANG, Weijia
SE09-D3-AM1-327-003, p204
SE16-D4-AM1-331-003, p299
KUANG, Ye
AS27-D3-PM1-P-011, p227
AS27-D4-PM2-309-001, p259
AS34-D1-AM2-330-009, p64
KUANG, Zhiming
AS24-D4-AM2-336-009, p258
KUBOTA, Hisayuki
AS10-D2-PM1-333-020, p101
AS21-D4-PM1-333-014, p256
AS11-38-D3-PM1-P-028, p217
AS10-D2-AM2-333-011, p100
KUBOTA, Masahisa
OS07-D5-AM1-328-002, p354
KUBOTA, Takuji
AS28-D2-PM1-308-002, p109
AS28-D2-PM2-308-010, p110
AS32-D2-PM2-334-005, p111
KUEH, Mien-Tze
AS31-D5-AM2-335-013, p342
KUG, Jong-Seong
SS09-D4-PM1-331-004, p301
KUIZOVA, Alzbeta
AS07-D2-AM1-309-003, p98
KULAWIK, Susan
AS40-D4-PM1-309-016, p265
AS40-D4-PM1-309-017, p266
KULSHRESTHA, Umesh
AS41-D3-PM1-P-017, p238
KULYGIN, Valerii
IG01-D5-PM1-P-017, p365
KUMAMOTO, Atsushi
ST18-D4-AM1-329-001, p296
KUMANOMIDO, Tsuyoshi
AS11-38-D3-PM1-P-029, p217
KUMAR, Aditya
AS18-D5-AM2-334-003, p338
KUMAR, Ajai
PS05-13-D2-AM1-310-007, p126
KUMAR, Ashok
SE14-D3-PM2-327-004, p205

KUMAR, Chandan
PS05-13-D2-AM2-310-009, p127
PS05-13-D5-PM1-P-035, p377
PS12-ST23-D4-PM1-310-007, p290
PS05-13-D2-AM2-310-010, p127
KUMAR, D. Nagesh
HS11-D5-AM2-327-010, p348
KUMAR, K. Niranjan
AS41-D4-PM2-334-002, p266
KUMAR, Kamlesh
IG25-D5-PM1-P-005, p372
KUMAR, Pankaj
IG25-D5-PM1-P-007, p372
KUMAR, Pawan
AS41-D3-PM1-P-019, p238
KUMAR, Prashant
PS12-ST23-D4-AM2-310-004, p289
AS41-D3-PM1-P-018, p238
AS41-D4-PM2-334-008, p267
KUMAR, Sanjeev
HS09-D2-PM1-P-005, p144
KUMAR, Sujay
HS10-D3-PM1-334-007, p175
KUMAR, Sushil
AS41-D3-PM1-P-019, p238
AS41-D5-AM1-334-015, p345
KUMARA, SumanajithSE25-D3-PM2-311-015, p210
KUMARESAN, Anbarasu
OS22-D4-PM1-P-012, p312
KUMARI GUPTA, Vandana
BG03-D3-PM1-P-007, p240
KUNDU, Shyam Sundar
AS02-D4-AM2-308-013, p251
AS06-D5-PM1-308-001, p335
KUNII, Masaru
AS20-D2-PM2-309-001, p108
OS14-D2-PM2-329-012, p123
KUNO, Haruyoshi
PS14-16-D5-PM1-P-018, p381
KUO, Ban-Yuan
OS07-D4-PM1-P-015, p306
OS07-D4-PM1-P-012, p305
KUO, Bill
AS36-D5-AM2-333-017, p344
SS10-D2-PM1-331-001, p140
KUO, Chaincy
AS18-D5-AM2-334-004, p338
KUO, Cheng-Liing
AS07-D2-AM1-309-001, p98
AS07-D2-AM1-309-004, p98
AS07-D3-PM1-P-009, p215
IG05-D2-PM2-332-008, p115
KUO, Chen-Min
HS11-D5-AM1-327-006, p347
HS13-D5-AM1-310-001, p349
HS13-D5-AM1-310-006, p349
HS21-D2-AM1-330-006, p114
KUO, Kuan-Ting
AS24-D4-AM1-336-006, p258
AS29-D4-PM1-308-003, p261

KURAGANO, TsuraneOS18-D3-AM1-328-001, p190
KURANAGA, Mebae
SE21-D4-PM1-P-029, p323
KURITA, Satoshi
ST18-D4-AM1-329-006, p297
KURODA, Takeshi
PS03-D4-AM2-311-005, p281
PS04-D3-AM2-310-003, p193
PS04-D5-PM1-P-020, p376
KUROSAWA, Kenta
OS18-D4-PM1-P-009, p310
KURTH, William
PS08-D5-AM1-331-007, p359
PS08-D5-AM1-331-009, p359
PS08-D5-PM1-P-013, p378
ST05-15-D3-PM1-308-010, p198
ST18-D4-AM1-329-003, p296
ST18-D4-AM2-329-008, p297
KUSANO, Kanya
ST14-20-24-D1-AM1-309-004, p84
KUSTERER, Martha
ST02-D4-AM1-328-008, p292
KUSWARDANI, Anastasia
OS01-D1-AM1-328-007, p75
KUSWARDANI, Anna
OS10-D1-PM1-328-006, p77
KUTEPOV, Alexander
PS04-D5-PM1-P-015, p376
KUTSUWADA, Kunio
OS07-D5-AM1-328-002, p354
KUTTEROLF, Steffen
SE21-D4-PM1-P-029, p323
KUWATA, Mikinori
AS03-D1-PM1-331-016, p57
AS03-D1-PM1-331-018, p57
AS03-D3-PM1-P-025, p213
AS27-D3-PM1-P-009, p227
AS27-D4-PM2-309-002, p259
AS34-D1-AM2-330-013, p64
KWAK, Young-Joo
HS11-D5-AM2-327-011, p348
KWAK, Young-Sil
ST22-D2-PM1-P-012, p159
ST22-D3-PM2-309-003, p201
KWEE, Ng Yin
OS14-D2-PM2-329-015, p123
KWON, Hyun-Han
HS06-D2-PM1-P-015, p143
HS13-D2-PM1-P-016, p146
HS13-D2-PM1-P-017, p146
HS13-D5-AM1-310-007, p350
HS16-04-D2-PM1-P-018, p149
HS19-D2-PM1-P-020, p150
KWON, OilHS01-D2-PM1-P-024, p141
KWON, Sang-Hoon
AS11-38-D2-AM1-335-012, p102
KWON, Soon Il
AS04-D3-PM1-P-025, p214
KWON, Yoo Jung
HS19-D2-PM1-P-012, p150

415

415

KYAW, Aung Myat
SE21-D2-AM2-327-010, p135
KYAW, Tezar
SE21-D2-AM2-327-008, p135
KYOKA, GamoAS32-D2-PM2-334-005, p111
KYUSHIMA, Moeto
AS10-D2-AM1-333-008, p99

L.
L. MAIER, Katherine
OS08-D4-PM1-P-017, p307
LABBATE, Maurizio
IG01-D4-AM2-332-012, p277
LABOW, Gordon
AS40-D4-AM1-309-003, p263
LACAZE, Roselyne
IG03-D1-AM2-332-001, p72
LADIYA, Tinkal
PS12-ST23-D4-AM2-310-004, p289
PS12-ST23-D4-PM1-310-010, p290
LAGMAY, Alfredo Mahar
IG01-D4-AM1-332-001, p276
IG01-D4-AM1-332-006, p276
LAGROSAS, Nofel
AS42-D3-PM1-P-015, p239
AS42-D3-PM1-P-016, p239
AS42-D5-AM2-308-010, p346
LAHYE, Nick
AS42-D5-AM1-308-003, p345
LAI, Anqi
AS34-D3-PM1-P-024, p233
LAI, Derrick
BG08-D3-PM1-335-003, p171
BG08-D3-PM1-335-005, p171
LAI, Eamon
IG21-D3-AM1-332-004, p182
LAI, You-Cheng
AS32-D3-PM1-P-009, p232
LAI, Yu-Ming
SE27-D4-PM1-P-006, p329
LAIT, Leslie
SS11-D4-PM2-330-004, p301
LAL, Kanji
IG25-D5-PM1-P-007, p372
LAL, Shyam
AS41-D4-PM2-334-008, p267
LALL, Upmanu
HS21-D2-AM1-330-002, p114
LAMBERT, Valere
SE02-D5-AM1-311-006, p362
SE06-D4-PM1-P-005, p315
LAMUNGKUN, Sarunyoo
IG06-D4-PM1-332-005, p279
LAN, Ching-Yomg
SE25-D4-PM1-P-016, p325
LAN, Hongping
AS10-D3-AM1-331-033, p168

LAN, Kuo-Wei
OS02-D4-PM1-P-036, p304
LAN, Radek
AS07-D2-AM1-309-003, p98
LANDU, Kiranmayi
AS16-D5-AM2-332-004, p336
LANG, Stephen
AS28-D2-PM2-308-009, p110
LANSING, J. Stephen
OS10-D1-PM1-328-003, p77
LAPENTA, Giovanni
ST04-13-21-D1-AM1-308-003, p81
ST04-13-21-D1-AM1-308-004, p81
ST09-D1-AM2-309-006, p83
LARSON, Davin
ST02-D4-AM1-328-005, p291
LARSSON, Richard
PS04-D3-AM2-310-003, p193
PS04-D5-PM1-P-020, p376
LATCHAROTE, Panon
IG06-D4-PM1-332-002, p279
IG06-D4-PM1-332-005, p279
IG06-D5-PM1-P-006, p368
LATIF, Mojib
AS13-D2-AM2-334-011, p105
OS22-D3-AM2-329-005, p191
LATIF, Talib
AS03-D1-PM1-331-016, p57
LATRUBESSE, Edgardo
HS01-D2-PM1-P-026, p142
SE04-D2-AM2-311-003, p130
LAU, Alexis
AS15-D1-AM1-335-008, p60
LAU, Annie
OS22-D3-PM1-329-007, p192
LAU, GabrielAS11-38-D1-PM1-335-010, p59
LAU, Ghar Ek
AS02-D4-AM1-308-002, p250
LAURO, Federico
IG01-D4-AM2-332-012, p277
LAUTENBACH, Jens
AS41-D5-AM1-334-012, p345
LAVRAUD, Benoit
ST09-D1-PM1-309-009, p83
ST09-D2-PM1-P-015, p154
LAVVAS, Panayiotis
PS07-D3-PM2-310-010, p195
PS10-D5-PM1-P-008, p378
LAWRENCE, David
SS04-D2-PM2-331-004, p137
LAWRENCE, Kenneth
PS07-D3-PM2-310-011, p196
LAWRENCE, Mark
AS35-D2-PM1-335-004, p112
LE, Guan
ST09-D2-PM1-P-017, p155
ST25-D1-PM1-308-001, p85
LE, Hieu Minh
SE25-D3-AM1-311-006, p208
LE, Huijun
ST08-D3-PM2-308-006, p201

ST26-27-D2-PM1-P-008, p159
LE, Thi Thanh Thuy
HS07-D2-PM1-P-007, p144
HS10-D3-PM1-334-012, p175
LE GALL, Alice
PS07-D3-PM2-310-011, p196
PS15-D5-PM1-P-009, p382
LE GUÉNAN, Thomas
IG21-D5-PM1-P-011, p371
LE MOIGNE, Nicolas
SE15-D5-AM2-311-002, p363
LE ROY, Lena
PS11-D1-AM2-310-011, p79
LEAÑO, Byron Terenz
AS34-D1-AM2-330-012, p64
LEBLANC, Francois
PS03-D4-AM2-311-005, p281
LECLERC, FredeiqueSE21-D3-AM2-311-018, p207
LEE, C.
PS03-D5-PM1-P-013, p375
ST02-D4-AM1-328-005, p291
LEE, Chaean
PS12-ST23-D4-AM2-310-005, p289
LEE, Changhee
HS07-D1-PM1-333-006, p69
HS19-D2-PM1-P-019, p150
LEE, Changsup
AS23-D3-PM1-P-011, p226
LEE, Chanhaeng
PS12-ST23-D4-AM2-310-005, p289
LEE, Cheng-Shang
AS10-D3-PM1-P-035, p215
LEE, Chieh-Han
HS15-D5-PM1-310-001, p351
LEE, Ching-Fang
IG19-D3-AM1-333-002, p181
IG27-D5-PM1-P-009, p373
IG27-D5-PM1-P-010, p373
LEE, Choon Weng
BG04-D3-PM1-P-020, p242
BG04-D4-PM2-335-002, p269
BG04-D4-PM2-335-003, p269
BG04-D4-PM2-335-004, p269
LEE, Chung-Te
AS27-D3-PM1-P-015, p228
LEE, Chyi-Tyi
IG19-D3-AM1-333-003, p181
IG19-D3-AM1-333-004, p181
LEE, Clifford
PS08-D5-AM1-331-006, p359
LEE, Dae-Young
ST10-03-17-19-D4-PM2-328-012,
p294
LEE, Dong Wook
PS14-16-D5-PM1-P-017, p381
LEE, Dong-Hun
ST04-13-21-D2-PM1-P-012, p152
LEE, Dong-In
AS02-D4-AM2-308-009, p251
AS17-D5-AM1-332-004, p337
AS19-D1-AM1-329-001, p60

416

416

LEE, Dong-Kyou
AS31-D3-PM1-P-021, p230
AS31-D3-PM1-P-022, p230
AS31-D3-PM1-P-031, p231
AS31-D5-AM2-335-011, p341
AS31-D5-AM2-335-012, p342
LEE, Dong-Ryul
HS06-D2-PM1-P-015, p143
HS06-D2-PM1-P-018, p143
HS07-D2-PM1-P-010, p144
LEE, Ebony
AS20-D3-PM1-P-009, p224
AS20-D3-PM1-P-010, p224
AS20-D3-PM1-P-011, p224
AS20-D3-PM1-P-012, p224
LEE, Ensang
ST04-13-21-D2-PM1-P-012, p152
ST10-03-17-19-D4-PM2-328-011,
p294
ST12-D2-PM1-P-022, p156
LEE, Eun Hee
AS32-D2-PM2-334-007, p111
LEE, Eun-Hee
AS32-D2-PM2-334-008, p111
LEE, Eunkyung
HS19-D3-PM1-330-003, p176
LEE, Fang-Yi
SE19-D1-PM1-327-003, p88
LEE, Gil
AS31-D3-PM1-P-021, p230
LEE, Gyu Won
AS29-D4-PM2-308-012, p262
LEE, Hana
AS04-D3-PM1-P-023, p213
AS40-D3-PM1-P-025, p238
AS40-D4-AM1-309-003, p263
LEE, Hao-Yang
SE27-D4-PM1-P-006, p329
LEE, Hee Jun
OS19-D4-PM1-P-018, p311
LEE, Ho Geon
HS20-D2-PM1-P-008, p151
LEE, Hoo Sang
HS19-D2-PM1-P-010, p149
LEE, Hsiang-He
AS03-D1-AM2-331-010, p56
AS03-D1-PM1-331-015, p57
AS03-D3-PM1-P-022, p213
LEE, Hsueh-Dien
HS13-D5-AM1-310-003, p349
LEE, Hyo-Jung
AS16-D3-PM1-P-016, p221
AS16-D5-PM1-332-010, p337
AS16-D5-PM1-332-011, p337
AS40-D4-AM2-309-011, p265
LEE, Hyomee
OS05-D4-PM1-P-007, p305
OS05-D5-PM1-329-002, p353
LEE, Hyunju
AS21-D3-PM1-P-022, p225
LEE, I-Hsien
HS03-D2-PM1-P-007, p142

HS03-D2-PM1-P-008, p142
HS03-D2-PM1-P-010, p142
HS03-D2-PM1-P-011, p142
LEE, I-Te
IG12-D3-PM1-333-005, p181
IG12-D5-PM1-P-008, p370
LEE, Jae Joon
HS19-D2-PM1-P-010, p149
LEE, Jae Yeong
HS19-D3-PM1-330-006, p176
LEE, Jae-Deok
AS10-D2-AM1-333-007, p99
LEE, Jaehwa
AS15-D1-AM1-335-007, p60
AS40-D3-PM1-P-019, p237
LEE, Jaehyeong
HS15-D2-PM1-P-004, p147
LEE, Jaejin
ST10-03-17-19-D4-PM2-328-012,
p294
ST22-D2-PM1-P-012, p159
ST22-D3-PM2-309-003, p201
LEE, Jeung Whan
AS20-D3-PM1-P-009, p224
AS20-D3-PM1-P-010, p224
LEE, Jin-Hyeok
IG04-D5-PM1-P-015, p367
IG04-D5-PM1-P-016, p367
LEE, Jinwook
HS20-D2-PM1-P-010, p151
LEE, Jin-Yong
HS08-D2-PM1-P-007, p144
HS08-D2-PM1-P-008, p144
HS11-D2-PM1-P-016, p145
HS17-D2-PM1-P-008, p149
HS20-D2-PM1-P-008, p151
LEE, Jiyi
AS16-D3-PM1-P-014, p220
LEE, Johan
AS01-D2-AM1-308-005, p97
LEE, Jong Jae
AS16-D3-PM1-P-017, p221
AS16-D5-AM2-332-002, p336
LEE, Jong-Hyun
IG04-D5-PM1-P-017, p367
LEE, Joon Lee
IG04-D5-PM1-P-018, p367
IG04-D5-PM1-P-021, p367
LEE, June-Yi
AS11-38-D2-AM1-335-014, p102
AS11-38-D2-AM2-335-021, p103
LEE, Junghwan
OS05-D4-PM1-P-008, p305
LEE, Jung-Rim
AS32-D2-PM2-334-007, p111
AS32-D2-PM2-334-008, p111
LEE, Jungwook
OS17-D2-AM2-328-002, p123
LEE, K.B
PS14-16-D4-PM2-311-011, p288
LEE, Kwan Tun
HS07-D1-PM1-333-002, p68

LEE, Kwon Ho
AS15-D3-PM1-P-012, p220
LEE, Kyunghwa
AS15-D1-AM1-335-002, p59
AS40-D3-PM1-P-026, p238
AS40-D4-PM1-309-014, p265
LEE, L. C.
IG05-D2-PM2-332-008, p115
LEE, Ming-An
HS23-D2-PM1-P-014, p151
LEE, Minkyu
AS10-D3-PM1-P-039, p215
LEE, Myong-In
AS10-D3-AM1-331-029, p168
AS13-D3-PM1-P-019, p218
AS24-D4-AM1-336-005, p257
LEE, Myoung Hoon
SE25-D4-PM1-P-049, p328
LEE, Myung Eun
OS17-D2-AM2-328-002, p123
LEE, Myungjin
HS16-04-D1-AM1-334-002, p69
HS16-04-D2-PM1-P-010, p148
LEE, Sang-Il
HS06-D3-AM1-334-006, p172
LEE, Sang-Yun
ST12-D2-PM1-P-022, p156
LEE, Seoyoung
AS40-D3-PM1-P-019, p237
AS40-D4-AM1-309-003, p263
AS40-D4-AM2-309-007, p264
LEE, Serena
OS02-D3-AM2-328-005, p186
LEE, Seung Yeon
AS20-D3-PM1-P-010, p224
AS20-D3-PM1-P-012, p224
LEE, Seung Yong
OS02-D4-PM1-P-035, p304
LEE, Seungun
AS40-D3-PM1-P-025, p238
LEE, Seung-Woo
AS02-D4-AM1-308-004, p250
AS04-D3-PM1-P-025, p214
LEE, Shihyu
IG11-D3-AM2-332-001, p179
LEE, Shing Yip
OS17-D2-AM2-328-005, p124
LEE, Sojin
AS15-D1-AM1-335-002, p59
AS40-D3-PM1-P-026, p238
LEE, Su Jeong
AS32-D3-PM1-P-011, p232
LEE, Sung Ho
HS19-D2-PM1-P-010, p149
LEE, Sungae
IG26-D3-PM2-332-004, p184
LEE, Sungsoon
PS14-16-D4-PM2-311-011, p288
LEE, Sun-Ki
AS17-D3-PM1-P-011, p221
AS17-D3-PM1-P-012, p221
AS17-D3-PM1-P-016, p222

417

417

LEE, T. C.
AS11-38-D1-PM1-335-010, p59
LEE, Taehyoung
AS40-D4-AM2-309-011, p265
LEE, Wei Kit
HS03-D1-AM2-334-003, p68
LEE, Wei-Liang
AS01-D2-AM2-308-009, p98
AS29-D4-PM2-308-009, p261
LEE, Wenchau
AS02-D4-AM2-308-008, p251
AS17-D5-AM1-332-001, p337
LEE, Wen-Chien
AS03-D3-PM1-P-025, p213
AS27-D3-PM1-P-009, p227
LEE, Woojeong
AS10-D3-PM1-P-046, p216
AS10-D3-PM1-P-050, p216
LEE, Woo-Kyun
IG01-D4-AM1-332-004, p276
IG04-D5-AM1-330-009, p352
LEE, Ya-Ting
SE21-D2-AM2-327-011, p135
LEE, Yeon Joo
PS05-13-D2-PM2-310-021, p128
LEE, Ying Sin
IG01-D4-AM2-332-013, p277
SE04-D4-PM1-P-016, p314
LEE, Yi-Wei
IG27-D3-PM2-333-006, p185
LEE, Young Ro
AS40-D4-AM2-309-010, p264
LEE, Youngju
HS11-D2-PM1-P-020, p145
LEE, Yuan-Hsi
SE15-D4-PM1-P-011, p320
LEE, Yun Gon
AS04-D3-PM1-P-023, p213
LEE, Yunbok
AS28-D2-PM1-308-005, p109
LEE, Yuni
PS10-D4-PM2-310-006, p285
LEE, Ziang
IG10-D5-PM1-P-012, p369
LEEDHAM ELVIDGE, Emma
BG04-D3-PM1-P-012, p241
BG04-D3-PM1-P-013, p241
BG04-D3-PM1-P-014, p241
LEELAWAT, Natt
IG06-D4-PM1-332-002, p279
IG06-D4-PM1-332-005, p279
IG06-D5-PM1-P-007, p368
LEFÈVRE, Franck
PS05-13-D2-AM1-310-002, p126
LEGRAS, Bernard
AS02-D4-AM1-308-005, p250
AS28-D3-PM1-P-016, p228
LEI, Huimin
HS01-D2-PM1-P-018, p141
HS10-D3-AM2-334-002, p174
HS23-D3-AM1-330-006, p177

LEI, Qiyun
SE04-D4-PM1-P-012, p314
LEMBEGE, Bertrand
ST04-13-21-D1-AM1-308-002, p81
ST04-13-21-D2-PM1-P-013, p152
ST04-13-21-D2-PM1-P-014, p153
LEMCKERT, Charles
OS02-D3-AM2-328-005, p186
OS03-D4-AM1-330-004, p280
OS17-D2-AM2-328-005, p124
OS21-D5-PM1-328-009, p357
LEMELIN, Myriam
PS14-16-D4-PM2-311-012, p288
LEMON, Colby
ST25-D1-PM1-308-003, p85
LENG, Liang
HS16-04-D1-AM1-334-008, p70
HS16-04-D2-PM1-P-017, p148
LENTZ, Christy
PS03-D5-PM1-P-013, p375
LEPPING, Ronald
ST06-D3-AM1-308-007, p199
LEROT, Christophe
AS15-D1-AM1-335-004, p59
LESKE, Richard
ST02-D4-AM1-328-005, p291
LESTARI, Deni Okta
OS13-D2-AM2-329-005, p120
LESTARI, R. Kartika
AS13-D2-AM2-334-009, p105
LESTARI, Sopia
AS14-D2-AM2-309-003, p106
LESTER, Mark
ST25-D2-PM1-P-008, p159
LETTMANN, Karsten
OS05-D5-PM1-329-004, p353
LEUNG, Gabrielle Frances
AS42-D3-PM1-P-015, p239
AS42-D5-AM2-308-010, p346
LEUNG, Wing Tuen Veronica
IG04-D4-PM2-332-002, p278
LEVASSEUR-REGOURD, AnnyChantal
PS11-D1-AM2-310-012, p79
LEVIN, Steven
PS08-D5-AM1-331-002, p358
PS08-D5-AM1-331-003, p358
PS08-D5-AM1-331-005, p358
PS08-D5-AM1-331-006, p359
PS08-D5-AM1-331-008, p359
PS08-D5-AM1-331-009, p359
PS08-D5-PM1-P-012, p378
PS08-D5-PM1-P-013, p378
PS08-D5-PM1-P-011, p378
PS08-D5-AM1-331-007, p359
LEVY, Robert
AS15-D1-AM1-335-005, p60
AS15-D3-PM1-P-009, p220
AS40-D4-PM1-309-015, p265
LEWAN, Prayat
AS31-D3-PM1-P-027, p231
AS31-D5-AM1-335-004, p340

LEYRAT, CedricPS11-D5-PM1-P-015, p379
LI, Anchun
OS08-D3-AM1-329-001, p188
LI, Bailing
HS10-D3-PM1-334-007, p175
LI, Bingxuan
ST22-D3-PM2-309-008, p202
LI, Binquan
HS01-D1-AM2-333-012, p67
HS21-D2-AM1-330-005, p114
LI, BoAS11-38-D2-AM1-335-016, p102
ST07-D3-AM1-309-001, p199
ST12-D2-PM1-P-016, p156
LI, ChaoSE25-D3-PM2-311-010, p209
LI, Chaoliu
AS35-D2-PM2-335-011, p113
AS35-D2-PM1-335-001, p112
AS35-D2-PM1-335-003, p112
AS35-D3-PM1-P-013, p233
LI, Cheng
PS08-D5-AM1-331-003, p358
LI, Chengxuan
BG04-D3-PM1-P-011, p241
LI, Chongyin
AS04-D4-PM1-334-019, p254
AS21-D4-AM1-333-001, p254
OS12-D2-AM1-328-006, p119
LI, Chuan
ST02-D4-AM1-328-003, p291
LI, Chunhui
OS02-D4-PM1-P-030, p303
LI, Chunxiang
OS14-D4-PM1-P-020, p310
LI, DandanAS34-D1-AM1-330-006, p63
LI, Delei
AS31-D3-PM1-P-020, p230
LI, Dongshuai
AS07-D3-PM1-P-007, p214
LI, Gang
ST02-D2-PM1-P-015, p152
ST02-D2-PM1-P-018, p152
ST02-D2-PM1-P-019, p152
ST02-D4-AM1-328-001, p291
ST02-D4-AM1-328-007, p291
ST08-D3-PM2-308-003, p200
AS35-D3-PM1-P-013, p233
LI, Gen
AS13-D3-PM1-P-023, p218
LI, Guangxin
AS10-D3-PM1-P-041, p215
LI, Guangxue
OS11-D5-AM1-329-006, p355
LI, GunST05-15-D3-PM1-308-009, p198
LI, GuohuiAS34-D3-PM1-P-021, p232

418

418

LI, He-Ping
ST09-D1-AM2-309-006, p83
LI, Hongli
OS02-D4-PM1-P-031, p303
LI, Hongyi
SE25-D4-PM1-P-018, p325
SE25-D4-PM1-P-047, p328
LI, Hsiu-Wen
AS32-D2-PM2-334-003, p111
LI, HuiSE25-D4-PM1-P-023, p325
LI, Huijun
AS04-D3-PM1-P-022, p213
AS04-D4-PM1-334-019, p254
LI, James
HS12-D5-PM1-327-003, p349
LI, Jianfeng
HS20-D4-PM2-327-006, p275
LI, Jiangtao
SE02-D5-AM1-311-004, p362
LI, Jianping
AS13-D2-AM1-334-002, p104
AS13-D2-AM2-334-010, p105
AS13-D3-PM1-P-022, p218
AS19-D3-PM1-P-025, p223
AS22-D3-PM1-P-009, p225
AS22-D5-PM1-333-001, p339
LI, Jianru
OS08-D4-PM1-P-017, p307
LI, Jian-Yang
PS11-D5-PM1-P-019, p380
SS04-D2-PM2-331-001, p137
LI, Jianying
AS21-D3-PM1-P-018, p224
AS21-D4-AM2-333-009, p255
LI, JiaoAS13-D3-PM1-P-022, p218
LI, Jiapeng
SE25-D4-PM1-P-018, p325
LI, Jiazheng
ST10-03-17-19-D4-PM2-328-010,
p294
LI, Jie
AS34-D1-PM1-330-014, p64
AS34-D3-PM1-P-019, p232
LI, Jin
IG10-D5-PM1-P-008, p369
IG10-D5-PM1-P-012, p369
OS11-D5-AM1-329-006, p355
LI, Jing
IG28-D2-AM1-332-002, p117
LI, Jinggang
SE21-D3-AM2-311-014, p206
LI, Jinxiao
OS12-D2-AM1-328-005, p119
LI, JundeOS02-D4-PM1-P-024, p302
OS02-D4-PM1-P-026, p302
LI, Kun
ST10-03-17-19-D2-PM1-P-015,
p155

LI, Kun-Che
IG27-D5-PM1-P-011, p373
LI, Lei
AS10-D3-PM1-P-041, p215
LI, LiST05-15-D2-PM1-P-015, p153
AS03-D1-PM1-331-020, p57
LI, Liming
PS08-D5-AM1-331-003, p358
LI, Linlin
IG01-D5-PM1-P-021, p365
IG26-D3-PM2-332-005, p184
SE21-D3-AM2-311-018, p207
LI, LuSE21-D4-PM1-P-026, p323
LI, Maoshan
HS10-D2-PM1-P-014, p145
LI, Mingting
OS04-D1-AM2-328-006, p76
LI, NaAS23-D3-PM1-P-009, p226
LI, Peijia
PS05-13-D2-AM1-310-008, p127
PS14-16-D5-PM1-P-019, p382
LI, Peng
HS23-D2-PM1-P-015, p151
LI, Ping
OS03-D4-AM1-330-001, p280
LI, QiIG21-D5-PM1-P-014, p371
IG21-D5-PM1-P-016, p371
LI, Qinglan
AS10-D3-AM1-331-033, p168
AS10-D3-PM1-P-041, p215
BG04-D4-PM2-335-007, p269
HS21-D2-PM1-P-009, p151
LI, Ran
IG15-D2-PM1-332-003, p116
LI, Rong
PS10-D5-PM1-P-009, p379
PS10-D5-PM1-P-010, p379
HS08-D3-PM2-330-006, p173
LI, RuiboAS42-D3-PM1-P-017, p239
LI, Ruimin
AS03-D1-AM1-331-008, p56
AS03-D1-AM2-331-013, p56
LI, Shaotian
OS07-D4-PM1-P-017, p306
LI, Shenshen
AS42-D5-AM2-308-011, p346
LI, Shiqin
SE04-D2-PM1-311-011, p131
LI, Shiyu
OS18-D3-AM1-328-005, p190
OS19-D2-PM2-328-009, p125
LI, Shuanglin
AS11-38-D2-AM1-335-013, p102
AS11-38-D3-PM1-P-032, p218
AS13-D2-AM1-334-004, p104
LI, Siyang
AS34-D1-AM1-330-003, p63

LI, TaoSE04-D2-PM1-311-011, p131
SE05-D1-AM1-311-006, p86
LI, TianOS11-D4-PM1-P-011, p308
OS11-D5-AM1-329-002, p355
LI, Tiejian
AS10-D3-AM1-331-033, p168
HS01-D2-PM1-P-021, p141
HS08-D3-PM2-330-004, p173
HS21-D2-PM1-P-010, p151
LI, Tsung-Chang
AS16-D5-PM1-332-009, p336
LI, Wei-Che
IG27-D5-PM1-P-010, p373
LI, Wei-Ci
HS03-D2-PM1-P-007, p142
HS03-D2-PM1-P-008, p142
LI, Weijun
AS03-D1-AM1-331-005, p55
AS34-D1-AM2-330-010, p64
LI, Weile
IG19-D3-AM1-333-001, p181
LI, Weiran
SE10-D4-PM1-P-018, p317
LI, Wenya
ST09-D1-AM2-309-003, p83
LI, Xiang
OS01-D1-AM1-328-003, p75
LI, Xianglan
BG01-02-D4-AM1-335-008, p269
LI, Xiaochun
IG21-D5-PM1-P-014, p371
LI, Xiaofan
AS24-D3-PM1-P-020, p226
LI, Xiaofei
AS35-D2-PM1-335-001, p112
AS35-D3-PM1-P-013, p233
AS35-D3-PM1-P-020, p234
AS35-D3-PM1-P-022, p234
LI, XiaohuiOS02-D3-PM2-328-012, p187
LI, Xiaojing
AS22-D5-PM1-333-006, p340
LI, Xiaopei
AS34-D3-PM1-P-026, p233
LI, Xiaying
IG21-D5-PM1-P-016, p371
LI, Xichen
AS22-D5-PM1-333-004, p339
LI, Xin
AS10-D3-AM1-331-031, p168
LI, Xinfu
SE25-D4-PM1-P-018, p325
SE25-D4-PM1-P-047, p328
LI, Xing
AS13-D3-PM1-P-027, p219
AS18-D3-PM1-P-016, p222
LI, Xinlin
PS12-ST23-D4-AM2-310-002, p289
ST05-15-D3-AM2-308-004, p197
ST05-15-D3-PM1-308-008, p198

419

419

LI, Xinyang
SE16-D4-AM1-331-005, p299
LI, Xiuping
HS16-04-D2-PM1-P-014, p148
HS23-D3-AM1-330-003, p177
LI, Xiuzhen
AS11-38-D1-PM1-335-010, p59
OS12-D2-AM1-328-006, p119
LI, Y.
ST02-D4-AM1-328-005, p291
LI, YanOS08-D3-AM1-329-006, p189
LI, Yang
SE16-D4-AM1-331-004, p299
AS35-D2-PM1-335-001, p112
AS35-D3-PM1-P-013, p233
LI, Yangchun
BG06-07-D4-AM2-335-006, p270
LI, Yange
IG19-D3-AM1-333-006, p181
LI, Yanjie
AS13-D2-AM1-334-002, p104
LI, YaoOS01-D1-AM1-328-003, p75
LI, YinSE04-D4-PM1-P-015, p314
LI, Yineng
OS07-D4-PM1-P-017, p306
OS18-D3-AM1-328-006, p190
LI, Ying
AS10-D2-AM2-333-013, p100
AS29-D4-PM2-308-011, p262
AS15-D1-AM1-335-008, p60
LI, Yuan-Heng
IG21-D3-AM1-332-006, p182
LI, Yuanpu
AS04-D4-AM1-334-002, p252
LI, Yunyue
SE14-D3-PM2-327-002, p205
LI, Zhangjun
SE12-D4-PM1-P-010, p318
LI, Zhanjie
HS13-D2-PM1-P-015, p146
HS06-D2-PM1-P-012, p143
LI, Zhanling
HS13-D2-PM1-P-015, p146
LI, Zhanqing
AS40-D4-AM1-309-004, p263
LI, Zhengqiang
AS15-D1-AM1-335-007, p60
AS42-D3-PM1-P-013, p238
AS42-D5-AM1-308-002, p345
LI, Zhenning
AS13-D2-AM1-334-006, p104
LI, Zhigang
SE04-D2-PM1-311-011, p131
SE05-D1-AM1-311-006, p86
LI, Zhijin
OS02-D4-PM1-P-031, p303
OS18-D3-AM1-328-008, p191

LI, Zhiwei
SE10-D4-PM1-P-009, p316
LI, ZhongAS03-D1-AM1-331-006, p55
LI, Zilong
HS11-D2-PM1-P-017, p145
LIAM, Pay
AS36-D4-PM2-333-005, p263
AS36-D5-AM1-333-013, p343
LIAN, Li-Jhih
OS02-D4-PM1-P-036, p304
LIAN, Tao
AS22-D3-PM1-P-011, p225
LIANG, BoOS18-D3-AM1-328-005, p190
LIANG, Chang-Xia
AS02-D3-PM1-P-022, p213
LIANG, Jun
ST09-D1-PM1-309-010, p84
ST10-03-17-19-D2-PM1-P-016,
p155
LIANG, Mingjian
SE21-D3-AM2-311-015, p206
SE21-D4-PM1-P-020, p322
SE21-D4-PM1-P-021, p322
LIANG, Naishen
BG08-D3-PM1-335-006, p171
LIANG, Qing
AS40-D4-PM1-309-013, p265
LIANG, Shiming
SE05-D4-PM1-P-008, p315
SE05-D1-AM1-311-002, p86
LIANG, Ting-Yu
AS18-D5-PM1-334-006, p339
LIANG, Yijia
IG11-D5-PM1-P-015, p370
LIANG, Zhaoming
AS24-D3-PM1-P-023, p226
LIANG, Zhongmin
HS21-D2-AM1-330-005, p114
HS01-D1-AM2-333-012, p67
LIBERTY, Lee
SE04-D4-PM1-P-016, p314
LIBISCH, ChristophHS09-D3-PM2-334-003, p174
LIBLIK, Taavi
OS19-D2-PM2-328-011, p125
LIEN, Chun-Chi
AS10-D2-PM2-333-021, p101
OS14-D2-AM1-329-003, p122
OS14-D4-PM1-P-017, p309
LIEN, Guo-Yuan
AS20-D2-PM2-309-001, p108
AS28-D2-PM2-308-007, p110
LIEW, Ju Neng
AS13-D2-PM1-334-014, p105
AS21-D4-AM2-333-012, p255
AS31-D3-PM1-P-028, p231
AS31-D3-PM1-P-029, p231
AS31-D5-AM1-335-002, p340
AS31-D5-AM1-335-003, p340
AS31-D5-AM1-335-004, p340

AS31-D5-AM1-335-007, p341
LIEW, Juneng
AS31-D3-PM1-P-023, p230
LILLIS, Robert
PS03-D4-AM2-311-003, p281
PS10-D4-PM2-310-006, p285
PS12-ST23-D4-PM1-310-006, p289
LIM, Alan
AS18-D3-PM1-P-012, p222
LIM, Benjamin
ST22-D3-PM2-309-008, p202
LIM, Chai Heng
OS05-D5-PM1-329-004, p353
LIM, Chul-Hee
IG01-D4-AM1-332-004, p276
IG04-D5-AM1-330-009, p352
LIM, Hak Soo
OS19-D2-PM1-328-005, p124
OS19-D4-PM1-P-018, p311
LIM, Hyunkwang
AS40-D3-PM1-P-019, p237
AS40-D3-PM1-P-024, p237
AS40-D4-AM1-309-003, p263
AS40-D4-AM2-309-007, p264
LIM, Jana
SE04-D2-AM2-311-003, p130
LIM, Joon Hai
BG04-D4-PM2-335-002, p269
BG04-D4-PM2-335-003, p269
LIM, Lucy
PS14-16-D4-PM2-311-011, p288
LIM, See Yee
AS21-D4-AM1-333-005, p254
LIM, Sehwa
AS40-D4-AM2-309-011, p265
LIM, Yong Kian
BG04-D3-PM1-P-012, p241
BG04-D3-PM1-P-013, p241
LIN, Changqing
AS15-D1-AM1-335-008, p60
LIN, Charles
IG26-D5-PM1-P-011, p373
ST08-D2-PM1-P-011, p154
ST26-27-D3-AM2-309-002, p202
LIN, Cheng-Horng
SE19-D4-PM1-P-006, p321
LIN, Che-Yu
AS29-D3-PM1-P-018, p229
AS29-D4-PM2-308-013, p262
LIN, Chia-Ying
AS29-D3-PM1-P-016, p229
LIN, Chih-Ping
IG19-D3-AM1-333-007, p182
SE14-D3-PM2-327-005, p205
LIN, Chin-An
AS27-D4-PM2-309-006, p260
LIN, Ching-Ren
OS07-D4-PM1-P-011, p305
OS07-D4-PM1-P-012, p305
OS07-D4-PM1-P-013, p306
OS07-D4-PM1-P-015, p306

420

420

LIN, Chi-Ping
HS03-D2-PM1-P-007, p142
HS03-D2-PM1-P-008, p142
LIN, Chuan-Yao
AS27-D3-PM1-P-013, p227
AS27-D4-PM2-309-004, p260
AS27-D4-PM2-309-005, p260
AS27-D4-PM2-309-007, p260
AS31-D5-AM2-335-013, p342
LIN, Chun-HungSE14-D3-PM2-327-005, p205
LIN, Chun-Te
HS10-D3-PM1-334-010, p175
LIN, Fang-Pang
HS03-D2-PM1-P-008, p142
LIN, Feng-Sheng
OS07-D4-PM1-P-015, p306
LIN, Gwo-Fong
HS07-D1-PM1-333-002, p68
LIN, Hai
AS11-38-D2-AM1-335-018, p103
LIN, Hao-Hua
HS06-D3-AM1-334-005, p172
LIN, Haosheng
PS12-ST23-D4-PM1-310-009, p290
LIN, Hong Ru
HS03-D1-AM2-334-002, p67
HS03-D1-AM2-334-005, p68
LIN, Hongyang
OS03-D4-PM1-P-011, p305
LIN, Hsing-Wen
PS11-D1-AM1-310-002, p78
LIN, I-I
AS10-D2-PM2-333-021, p101
OS14-D2-AM1-329-003, p122
OS14-D2-AM1-329-005, p122
OS14-D4-PM1-P-017, p309
LIN, Jianmin
IG05-D5-PM1-P-013, p368
LIN, Jing-Yi
IG24-D3-AM2-333-003, p183
IG24-D5-PM1-P-005, p371
IG24-D3-AM2-333-004, p183
IG24-D5-PM1-P-006, p372
IG27-D5-PM1-P-012, p373
OS07-D4-PM1-P-009, p305
LIN, Jintai
AS34-D1-AM1-330-002, p63
LIN, Kairong
HS21-D2-AM1-330-003, p114
LIN, Kuan-Jen
AS20-D2-PM2-309-003, p108
LIN, Kun-Hsiang
HS07-D1-PM1-333-005, p69
HS12-D2-PM1-P-005, p146
LIN, Li-Ching
IG05-D5-PM1-P-014, p368
LIN, Meng-Yue
AS17-D3-PM1-P-015, p222
AS32-D3-PM1-P-010, p232

LIN, Naiguo
ST04-13-21-D2-PM1-P-012, p152
LIN, Pay-Liam
AS24-D3-PM1-P-024, p226
AS24-D3-PM1-P-025, p227
AS24-D4-AM2-336-012, p258
AS29-D3-PM1-P-023, p230
AS36-D3-PM1-P-024, p235
AS36-D3-PM1-P-025, p235
AS36-D3-PM1-P-026, p236
AS36-D3-PM1-P-029, p236
AS36-D3-PM1-P-031, p236
AS36-D3-PM1-P-032, p236
AS36-D3-PM1-P-033, p236
AS36-D4-PM2-333-001, p262
AS36-D5-AM1-333-012, p343
AS36-D5-AM2-333-014, p344
AS36-D5-AM2-333-017, p344
LIN, Pei-Ying
OS07-D4-PM1-P-011, p305
OS07-D4-PM1-P-012, p305
OS07-D4-PM1-P-013, p306
SE16-D4-PM1-P-017, p321
LIN, Pengfei
OS03-D4-AM1-330-003, p280
LIN, Pin-Fang
AS29-D4-PM2-308-007, p261
LIN, Po-Hsiung
AS27-D4-PM2-309-007, p260
AS27-D3-PM1-P-013, p227
AS27-D4-PM2-309-004, p260
AS27-D4-PM2-309-006, p260
LIN, Renping
OS18-D3-AM1-328-004, p190
LIN, Shengchi
IG27-D5-PM1-P-009, p373
LIN, Sheng-Lun
AS16-D5-PM1-332-008, p336
LIN, Shian-Jiann
AS36-D4-PM2-333-002, p262
LIN, Shiao-Shan
IG24-D3-AM2-333-002, p183
LIN, Shih-Yuan
HS10-D3-PM1-334-010, p175
LIN, Shu-Jeng
AS29-D4-PM2-308-014, p262
LIN, Tang-Huang
AS17-D3-PM1-P-010, p221
LIN, Tsai-Wen
IG04-D4-PM2-332-003, p278
LIN, Weili
AS03-D1-AM1-331-007, p55
LIN, Weiren
IG21-D3-AM1-332-007, p183
LIN, Xiaopei
OS10-D1-PM1-328-001, p77
OS13-D2-AM2-329-002, p120
LIN, Xiayan
OS02-D4-PM1-P-028, p303
LIN, Xinwen
IG28-D5-PM1-P-012, p374

LIN, Xinyu
OS13-D2-PM1-329-010, p121
LIN, Yanluan
AS19-D1-AM2-329-008, p61
LIN, Yen-Tsu
IG04-D4-PM2-332-006, p278
LIN, Yi-Chin
IG24-D5-PM1-P-006, p372
LIN, Yi-Chiu
AS36-D3-PM1-P-021, p235
LIN, Yi-Kai
IG01-D5-PM1-P-018, p365
LIN, Yi-Wei
OS07-D4-PM1-P-015, p306
LIN, Yu-Cheng
HS13-D5-AM1-310-001, p349
LIN, Yuchun
OS07-D4-PM1-P-014, p306
LIN, Yu-Feng
HS07-D1-PM1-333-002, p68
LIN, ZhaohuiAS21-D4-PM1-333-013, p255
AS24-D3-PM1-P-027, p227
LINARKA, Ajie
AS13-D2-PM1-334-013, p105
LINDSEY, Eric
SE02-D4-PM1-P-009, p314
SE02-D5-AM1-311-006, p362
SE04-D2-AM2-311-001, p129
SE06-D4-PM1-P-005, p315
SE21-D4-PM1-P-037, p324
LING, Jian
AS21-D3-PM1-P-019, p224
AS21-D3-PM1-P-021, p224
LING, Zheng
OS14-D2-PM2-329-011, p122
LINSTEAD, Eric
AS42-D5-AM1-308-003, p345
LIONG, Shie-Yui
AS03-D1-AM1-331-008, p56
AS03-D1-AM2-331-013, p56
AS03-D1-AM2-331-014, p56
AS03-D1-PM1-331-015, p57
AS28-D2-PM1-308-003, p109
AS31-D5-AM1-335-005, p341
HS01-D1-AM2-333-014, p67
HS01-D2-PM1-P-023, p141
HS23-D3-AM2-330-011, p178
IG04-D4-PM2-332-004, p278
IG04-D5-AM1-330-011, p352
IG26-D3-PM2-332-001, p184
LIOU, Kan
ST06-D3-AM1-308-007, p199
ST26-27-D2-PM1-P-009, p160
LIOU, Kuo-Nan
AS29-D4-PM2-308-009, p261
LIOU, Yu-Chieng
AS10-D2-PM2-333-026, p102
AS29-D4-PM2-308-012, p262
AS36-D4-PM2-333-005, p263
LIPS, Urmas
OS19-D2-PM2-328-011, p125

421

421

LISTER, Tim
PS11-D5-PM1-P-019, p380
LIU, Alan
AS23-D3-PM1-P-010, p226
AS23-D4-PM2-336-007, p257
LIU, Benli
IG01-D5-PM1-P-015, p365
LIU, Binrong
AS10-D3-AM1-331-033, p168
LIU, Caicai
SE04-D2-AM2-311-004, p130
SE04-D4-PM1-P-014, p314
LIU, Chang
OS07-D5-AM1-328-007, p354
LIU, Char-Shine
IG05-D2-PM2-332-004, p115
LIU, Cheng-Chin
HS13-D5-AM1-310-001, p349
LIU, Chengming
ST09-D2-PM1-P-016, p154
LIU, Chian-Yi
AS17-D3-PM1-P-009, p221
AS17-D3-PM1-P-010, p221
AS17-D3-PM1-P-015, p222
AS17-D5-AM1-332-007, p338
AS24-D4-AM1-336-004, p257
AS32-D2-PM2-334-004, p111
AS32-D3-PM1-P-009, p232
AS32-D3-PM1-P-010, p232
LIU, Chuanyu
OS03-D4-AM1-330-005, p280
LIU, Chunxia
AS10-D3-AM1-331-033, p168
LIU, Dantong
AS34-D3-PM1-P-020, p232
LIU, Fei
AS07-D3-PM1-P-007, p214
AS11-38-D2-AM1-335-017, p103
AS21-D4-AM1-333-008, p255
SE21-D4-PM1-P-035, p324
LIU, Feifan
AS07-D3-PM1-P-008, p215
LIU, Fubin
OS11-D5-AM1-329-004, p355
LIU, Gang
SE05-D4-PM1-P-009, p315
LIU, Guangxin
IG11-D3-PM1-332-007, p180
IG11-D3-PM1-332-006, p179
LIU, Hailong
OS10-D1-PM1-328-005, p77
OS03-D4-AM1-330-003, p280
LIU, Hong-Ming
HS06-D3-AM1-334-005, p172
LIU, Hsiao-Wei
AS13-D2-AM1-334-007, p104
LIU, Hsin-Chang
SE14-D3-PM2-327-005, p205
LIU, Hua
IG26-D3-PM2-332-008, p184
LIU, Huixin
AS23-D4-PM2-336-006, p257

LIU, Jann-Yenq
IG12-D5-PM1-P-008, p370
LIU, Jann-Yenq (Tiger)
IG26-D5-PM1-P-011, p373
ST08-D2-PM1-P-012, p154
ST08-D3-PM2-308-007, p201
LIU, Jiajia
ST06-D3-AM1-308-002, p198
ST06-D3-AM1-308-005, p199
LIU, Jian
OS08-D4-PM1-P-019, p307
LIU, Jiandong
AS31-D5-AM1-335-005, p341
HS01-D1-AM2-333-014, p67
IG26-D3-PM2-332-001, p184
PS05-13-D2-AM1-310-001, p126
LIU, Jiang
ST10-03-17-19-D4-PM2-328-010,
p294
LIU, Jianxing
OS08-D4-PM1-P-019, p307
LIU, Jicheng
HS10-D3-AM2-334-006, p175
LIU, Jing
AS03-D1-PM1-331-020, p57
LIU, Jingpu (Paul)OS08-D3-PM2-329-008, p189
LIU, Jingxian
AS35-D2-PM2-335-007, p113
LIU, Jinrui
SE04-D4-PM1-P-012, p314
LIU, Jiping
OS11-D4-PM1-P-011, p308
OS11-D5-AM1-329-005, p355
LIU, Jun
AS03-D1-AM1-331-007, p55
LIU, Ka Chun
HS23-D3-AM2-330-010, p177
LIU, Kai
ST06-D3-AM1-308-005, p199
LIU, Kin Sik
AS10-D2-PM1-333-015, p100
LIU, Libo
ST08-D3-PM2-308-006, p201
ST26-27-D2-PM1-P-008, p159
LIU, Lijuan
ST06-D3-AM1-308-005, p199
LIU, Lili
HS08-D3-PM2-330-006, p173
LIU, Liu
HS08-D3-PM2-330-006, p173
LIU, Mian
SE02-D5-AM1-311-001, p362
LIU, Philip Li-Fan
IG26-D3-PM2-332-005, p184
LIU, Qinghui
PS05-13-D2-AM1-310-008, p127
LIU, Qingsong
OS08-D4-PM1-P-019, p307
LIU, Qinhuo
IG28-D2-AM1-332-002, p117

LIU, Qin-Yan
OS02-D3-AM2-328-001, p186
LIU, Rong
HS10-D3-AM2-334-004, p174
LIU, Rui
ST06-D3-AM1-308-005, p199
ST16-D5-AM1-309-002, p360
LIU, Shan Shan
OS14-D4-PM1-P-018, p309
LIU, Shaw Chen
AS36-D3-PM1-P-029, p236
LIU, Shengfa
OS07-D4-PM1-P-023, p307
OS07-D5-AM1-328-001, p354
LIU, Shuguang
OS08-D3-AM1-329-007, p189
OS08-D4-PM1-P-016, p307
LIU, Shuhua
IG11-D3-AM2-332-004, p179
LIU, Siqing
ST16-D5-AM2-309-008, p360
LIU, Ting
AS13-D2-AM1-334-002, p104
LIU, Tongya
OS02-D4-PM1-P-032, p303
LIU, W. Timothy
AS28-D2-PM2-308-008, p110
LIU, Wei
OS08-D4-PM1-P-015, p307
LIU, Wen-Cheng
HS06-D3-AM1-334-005, p172
LIU, Wenfeng
BG06-07-D4-PM1-335-011, p271
IG04-D5-AM1-330-013, p352
LIU, Wenlong
ST05-15-D2-PM1-P-014, p153
LIU, Xi
AS19-D1-AM2-329-010, p61
LIU, Xiantong
AS19-D1-AM2-329-011, p61
LIU, Xiaochen
AS36-D4-PM2-333-006, p263
LIU, Xiaohuan
AS03-D3-PM1-P-026, p213
LIU, XiaohuiOS02-D3-PM2-328-018, p188
OS14-D2-PM2-329-010, p122
OS02-D3-PM2-328-017, p188
LIU, Xiong
AS40-D3-PM1-P-027, p238
LIU, Xu
AS42-D5-AM1-308-007, p346
LIU, Xueping
IG03-D5-PM1-P-014, p366
IG12-D5-PM1-P-007, p370
LIU, YajingSE12-D2-AM1-311-002, p131
LIU, Yan
OS11-D4-PM1-P-011, p308
OS11-D5-AM1-329-002, p355
LIU, Yangang
AS24-D4-PM1-336-019, p259

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LIU, Yi
OS03-D4-AM1-330-001, p280
OS03-D4-AM1-330-006, p280
AS42-D5-AM1-308-005, p346
LIU, Yimin
OS12-D2-AM1-328-005, p119
LIU, Yiming
AS34-D3-PM1-P-023, p233
AS34-D3-PM1-P-024, p233
LIU, Ying
ST05-15-D2-PM1-P-015, p153
LIU, Yixiang
SE04-D4-PM1-P-016, p314
LIU, Yonggang
OS07-D5-AM1-328-005, p354
SE06-D1-AM2-327-001, p86
LIU, Yongsheng
SE19-D1-PM1-327-002, p88
LIU, Yongzheng
OS03-D4-PM1-P-010, p304
LIU, Yu
OS02-D3-PM2-328-016, p188
OS02-D3-PM2-328-018, p188
OS02-D4-PM1-P-025, p302
LIU, Yuling
IG28-D2-AM1-332-004, p117
IG28-D2-AM1-332-008, p118
LIU, Zac Yung-Chun
PS15-D1-PM1-310-006, p80
LIU, ZenghongOS14-D2-PM2-329-009, p122
LIU, Zhengyu
OS07-D5-AM1-328-005, p354
LIU, Zhiyu
OS03-D4-AM1-330-005, p280
OS03-D4-PM1-P-011, p305
LIU, Zhongfang
IG11-D3-PM1-332-008, p180
LIZARRALDE, Daniel
SE16-D4-PM1-P-017, p321
LLAMAS, Deo
SE21-D4-PM1-P-030, p324
LLANES, Francesca
IG01-D4-AM1-332-006, p276
LO, Daniel
PS05-13-D2-AM1-310-002, p126
LO, EdmondAS19-D1-AM1-329-005, p61
AS19-D1-AM1-329-006, p61
AS19-D1-PM1-329-018, p62
LO, Jeff
AS14-D2-PM1-309-009, p107
LO, Min-Hui
AS18-D3-PM1-P-015, p222
AS18-D5-PM1-334-005, p338
AS18-D5-PM1-334-008, p339
HS01-D1-AM2-333-015, p67
LOCKWOOD, Michael
ST05-15-D3-PM1-308-009, p198
ST25-D1-PM1-308-004, p85
LODKINA, Irina
ST16-D5-AM2-309-006, p360

LOEFFLER, Chad
PS08-D5-AM1-331-009, p359
LOEW, Eric
AS02-D4-AM2-308-008, p251
LOEWEMARK, Ludvig
IG11-D3-AM2-332-002, p179
LOGANATHAN, Parthiban
HS20-D2-PM1-P-011, p151
LOH, Jui Le
AS17-D5-AM1-332-004, p337
LOK, Charlie C. F.
AS10-D3-PM1-P-036, p215
LOLUPIMAN, Ticha
HS06-D3-AM1-334-004, p172
HS16-04-D1-AM1-334-007, p70
LONG, David
ST02-D4-AM1-328-004, p291
LONG, Feng
SE21-D3-AM2-311-015, p206
LONG, Russell
AS40-D4-AM2-309-009, p264
LONGOBARDO, Andrea
PS11-D5-PM1-P-015, p379
LONSDALE, Colin
ST14-20-24-D1-AM1-309-002, p84
LOPES, José A. Matias
PS11-D5-PM1-P-020, p380
LOPES, Rosaly
PS15-D1-PM1-310-001, p79
PS15-D5-PM1-P-007, p382
PS15-D5-PM1-P-008, p382
LOPES-GAUTIER, Rosaly
PS07-D3-PM2-310-011, p196
PS15-D1-PM1-310-005, p80
PS15-D5-PM1-P-009, p382
LOPEZ, Ramon
ST04-13-21-D1-AM2-308-010, p82
LORBIS, Andrew Vince
BG04-D3-PM1-P-017, p242
LORD, Mark
AS02-D4-AM2-308-008, p251
LORENZO, Genevieve
AS02-D3-PM1-P-015, p212
AS02-D4-AM2-308-012, p251
AS34-D1-AM1-330-004, p63
AS42-D3-PM1-P-016, p239
LOSCHETTER, Annick
IG21-D5-PM1-P-011, p371
LOU, Sha
OS08-D3-AM1-329-007, p189
OS08-D4-PM1-P-016, p307
LOU, Yu-Qing
PS09-D4-AM1-310-001, p283
LOUARN, Philippe
PS08-D5-AM1-331-007, p359
PS08-D5-AM1-331-009, p359
LOURENCO, Diogo
SE16-D4-PM1-P-012, p320
LOURENCO, Sergio
HS18-D4-PM1-327-002, p274
LU, Bo-Yi
AS36-D5-AM1-333-012, p343

AS36-D5-AM2-333-014, p344
LU, Chia-Yu
SE13-D4-PM1-P-016, p319
LU, Chuhan
AS13-D2-PM1-334-017, p106
AS13-D3-PM1-P-020, p218
LU, Chun-Chung
AS16-D5-PM1-332-009, p336
LU, Chunhui
AS04-D4-AM1-334-006, p252
LU, Daren
AS04-D4-PM1-334-020, p254
LU, Gang
ST25-D1-PM1-308-005, p85
LU, Gaopeng
AS07-D2-AM1-309-004, p98
AS07-D3-PM1-P-006, p214
AS07-D3-PM1-P-007, p214
AS07-D3-PM1-P-008, p215
LU, Haoyu
ST10-03-17-19-D4-PM2-328-009,
p294
LU, JunOS08-D4-PM1-P-014, p307
OS08-D4-PM1-P-015, p307
LU, Kuan Yu
AS10-D3-PM1-P-051, p217
LU, Mengmeng
AS13-D2-AM1-334-005, p104
AS13-D2-AM1-334-006, p104
LU, Minjiao
HS03-D1-AM2-334-001, p67
HS23-D3-AM2-330-008, p177
LU, Min-Ruey
AS07-D3-PM1-P-009, p215
LU, Mong-Ming
AS10-D2-PM2-333-021, p101
LU, Ping
SE21-D4-PM1-P-028, p323
LU, Quanming
ST09-D1-PM1-309-012, p84
ST09-D2-PM1-P-013, p154
ST09-D2-PM1-P-014, p154
LU, Sarah
AS36-D3-PM1-P-018, p235
AS36-D5-AM1-333-010, p343
AS42-D5-AM2-308-012, p346
LU, Shaolei
OS14-D2-PM2-329-009, p122
LU, Xiao-Ping
PS11-D5-PM1-P-019, p380
LU, Xingjie
BG08-D3-PM1-335-002, p171
LU, Xutao
IG21-D5-PM1-P-014, p371
LU, YiHS01-D1-AM1-333-009, p66
HS16-04-D2-PM1-P-013, p148
HS23-D3-AM2-330-010, p177
LU, ZhongSE05-D1-AM1-311-005, p86
SE05-D4-PM1-P-010, p315

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LUANGDILOK, Narongrit
HS06-D3-AM1-334-004, p172
HS16-04-D2-PM1-P-016, p148
OS02-D4-PM1-P-034, p303
LUCEY, Paul
PS14-16-D4-PM2-311-012, p288
PS14-16-D4-PM2-311-014, p288
LUHMANN, Janet
PS03-D4-AM2-311-001, p281
PS03-D4-AM2-311-002, p281
ST02-D4-AM1-328-005, p291
LUI, Anthony
ST09-D1-PM1-309-010, p84
ST10-03-17-19-D2-PM1-P-017,
p156
ST25-D2-PM1-P-007, p159
LUKMAN, Aminshani
SE25-D4-PM1-P-039, p327
LUKOVIC, Biljana
IG01-D5-PM1-P-022, p366
LUMONGSOD, Regina Martha
SE25-D4-PM1-P-028, p326
LUNDQVIST, P.-A
ST10-03-17-19-D4-PM1-328-005,
p293
LUNG, Shih-Chun CandiceAS27-D4-PM2-309-004, p260
IG04-D4-PM2-332-002, p278
SS09-D4-PM1-331-001, p300
LUNINE, Jonathan
PS07-D3-PM2-310-012, p196
PS08-D5-AM1-331-002, p358
PS08-D5-AM1-331-003, p358
LUO, Bingxian
ST16-D5-AM2-309-008, p360
ST16-D5-AM2-309-010, p361
LUO, Gan
AS36-D5-AM1-333-008, p343
AS36-D5-AM1-333-011, p343
LUO, Gang
SE04-D2-AM2-311-006, p130
SE04-D4-PM1-P-015, p314
IG27-D3-PM2-333-008, p185
LUO, Jhang-Shuo
AS10-D3-PM1-P-044, p216
LUO, Jiali
AS35-D3-PM1-P-017, p234
LUO, Shihao
OS03-D4-PM1-P-008, p304
LUO, Yali
AS19-D1-AM1-329-004, p61
AS19-D1-AM1-329-007, p61
AS19-D1-AM2-329-009, p61
AS19-D1-AM2-329-010, p61
AS19-D1-AM2-329-011, p61
AS19-D1-AM2-329-012, p61
AS19-D1-AM2-329-013, p62
AS19-D3-PM1-P-022, p223
AS19-D3-PM1-P-026, p223
LUO, Yiyong
OS13-D2-AM2-329-004, p120

LUO, Zhicai
IG10-D5-PM1-P-011, p369
LUPO, KevinAS24-D3-PM1-P-028, p227
LURTON, Thibaut
AS04-D4-PM1-334-016, p253
LUSSIER, Louis
AS02-D4-AM2-308-008, p251
LUU, Quang HungOS22-D4-PM1-P-017, p312
LUU, Quang-Hung
OS17-D2-AM2-328-002, p123
LYONS, Larry
ST04-13-21-D1-AM2-308-008, p82
LYU, Youngsook
AS16-D3-PM1-P-017, p221

M.
MA, Hedi
AS13-D3-PM1-P-027, p219
AS18-D3-PM1-P-016, p222
MA, Hsi-Yen
AS24-D4-AM2-336-013, p258
MA, Jianli
IG21-D5-PM1-P-014, p371
IG21-D5-PM1-P-016, p371
MA, Jin
HS10-D3-PM1-334-009, p175
IG03-D1-AM2-332-003, p72
IG28-D2-AM1-332-006, p117
MA, Jing
OS13-D2-AM2-329-006, p120
MA, Kuo-Fong
IG01-D5-PM1-P-019, p365
MA, Shengli
SE21-D4-PM1-P-021, p322
MA, Suhong
AS10-D3-PM1-P-045, p216
MA, Tianjiao
AS22-D3-PM1-P-007, p225
MA, Wenqian
AS11-38-D3-PM1-P-027, p217
AS11-38-D2-AM1-335-015, p102
MA, Xuanlong
HS23-D3-AM2-330-007, p177
MA, Y.J.
PS03-D4-AM2-311-001, p281
MA, Yanci
IG03-D1-AM2-332-005, p72
MA, Yaoming
AS35-D3-PM1-P-017, p234
MA, Yaping
AS27-D3-PM1-P-013, p227
AS27-D4-PM2-309-003, p260
MA, Ying
HS08-D3-PM2-330-005, p173
MA, Yongliang
BG01-02-D4-AM1-335-002, p268

MA, Yuzhang
ST25-D2-PM1-P-008, p159
MA, Yu-Zhang
ST10-03-17-19-D2-PM1-P-016,
p155
ST25-D1-PM1-308-004, p85
MACADAM, Ian
AS01-D2-AM1-308-001, p97
MACALALAD, Jeanne Myrtia
SE27-D1-AM2-311-004, p90
MACHIDA, Shinobu
ST10-03-17-19-D4-PM2-328-008,
p294
MACKINNON, Andrew
AS41-D4-PM2-334-001, p266
MACPHERSON, Bruce
AS20-D2-PM2-309-007, p109
MADERICH, VladimirOS19-D4-PM1-P-016, p311
MAEDA, Shuhei
AS13-D2-AM2-334-012, p105
MAEJIMA, Yasumitsu
AS20-D2-PM2-309-001, p108
MAENNEL, Benjamin
IG15-D2-PM1-332-001, p116
MAEZAWA, Hiroyuki
PS04-D3-AM2-310-003, p193
PS04-D5-PM1-P-020, p376
MAGDALENIC ZHUKOV,
Jasmina
ST14-20-24-D2-PM1-P-010, p157
MAGISTRALE, Harold
SE21-D2-AM1-327-003, p134
SE21-D2-AM1-327-004, p134
SE21-D2-AM1-327-007, p134
SE21-D4-PM1-P-022, p322
MAGNAYE, Angela Monina
AS31-D3-PM1-P-023, p230
AS31-D3-PM1-P-026, p231
AS31-D5-AM1-335-003, p340
MAGNES, Werner
ST25-D1-PM1-308-001, p85
MAGRI, Christopher
PS11-D5-PM1-P-022, p380
MAGYAR, Norbert
ST07-D3-AM1-309-008, p200
ST12-D4-PM1-329-006, p295
MAHAFFY, Paul
PS03-D4-AM2-311-001, p281
PS03-D4-AM2-311-005, p281
PS10-D4-PM2-310-006, p285
MAHAJAN, Ramakant
PS14-16-D4-PM2-311-015, p288
MAHARAJ, Angela
OS22-D3-PM1-329-006, p192
MAHATA, Khadak
AS35-D2-PM1-335-004, p112
MAI, Zi
AS29-D4-PM2-308-011, p262
MAITY, Rajib
HS11-D5-AM2-327-009, p348
HS11-D5-AM2-327-014, p348

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MAJEWSKI, Jedrzej
OS22-D3-AM2-329-002, p191
OS22-D4-PM1-P-013, p312
MAJEWSKI, Leon
OS13-D2-PM1-329-011, p121
MAJUMDAR, Dilip
SE13-D2-PM2-327-010, p133
SE13-D4-PM1-P-018, p319
MAKSYUTOV, Shamil
BG01-02-D4-AM1-335-006, p268
MALASKA, Michael
PS07-D3-PM2-310-011, p196
PS15-D5-PM1-P-007, p382
PS15-D5-PM1-P-008, p382
PS15-D5-PM1-P-009, p382
MALASPINA, David
ST05-15-D3-PM1-308-008, p198
MALIK, Javed
SE24-D1-PM1-311-003, p89
MALIN, Gill
BG04-D3-PM1-P-012, p241
BG04-D3-PM1-P-013, p241
BG04-D3-PM1-P-014, p241
MALINNIKOVA, Anastasia
PS08-D5-AM1-331-005, p358
MALL, R K
IG04-D5-PM1-P-020, p367
MALL, Urs
PS11-D1-AM2-310-011, p79
PS14-16-D5-PM1-P-020, p382
PS15-D1-PM1-310-003, p80
MALOVA, Helmi
PS03-D5-PM1-P-015, p375
MALVIYA, Shilpa
AS21-D3-PM1-P-025, p225
MANABE, Takeshi
PS04-D3-AM2-310-003, p193
PS04-D5-PM1-P-020, p376
MANDAL, Debayan
HS11-D2-PM1-P-023, p146
HS11-D5-AM1-327-008, p347
MANDAL, Subir
ST26-27-D3-PM1-309-007, p203
MANDAPAKA VENKATA,
Pradeep
AS19-D1-AM1-329-006, p61
AS19-D1-PM1-329-018, p62
MANDRIKOVA, Oksana
IG04-D5-AM1-330-012, p352
IG04-D5-PM1-P-022, p367
MANGLICMOT, Michelle
OS22-D3-PM1-329-007, p192
MANJULA, Lingala
IG04-D5-PM1-P-022, p367
MANN, MichaelOS22-D3-AM2-329-003, p191
MANNUCCI, Anthony
SS10-D2-PM1-331-002, p140
MANOR-CHAPMAN, Emily
PS08-D5-AM1-331-006, p359
MANTA, Fabio
SE10-D4-PM1-P-013, p316

SE10-D4-PM1-P-014, p316
SE10-D4-PM1-P-020, p317
SE10-D4-PM1-P-026, p318
MAO, Guozhu
HS11-D2-PM1-P-021, p145
MAO, Jiangyu
AS21-D4-AM2-333-009, p255
MAO, Zhu
SE16-D4-AM1-331-005, p299
MARCHAUDON, Aurelie
ST09-D2-PM1-P-015, p154
MARCHI, Simone
PS11-D1-AM2-310-009, p79
SS04-D2-PM2-331-004, p137
MARFITO, Bryan
SE21-D4-PM1-P-030, p324
MARINOV, Irina
IG03-D1-PM1-332-006, p72
MARRERO, Nieves
IG12-D3-PM1-333-002, p180
MARSHALL, David
PS04-D3-PM1-310-012, p194
PS04-D5-PM1-P-018, p376
MARSHALL, Sean
PS11-D5-PM1-P-022, p380
MARTIN, Patrick
BG03-D3-AM1-335-001, p170
OS19-D2-PM2-328-013, p125
MARTIN, Rubin
PS11-D1-AM2-310-011, p79
MARTIN, Stacey
SE21-D2-AM2-327-008, p135
MARTIN, Thomas
AS13-D2-AM2-334-011, p105
OS22-D3-AM2-329-005, p191
MARTINEZ-CALDERON,
Claudia
ST18-D4-AM2-329-008, p297
MARTÍNEZ-FRÍAS, Jesús
PS11-D5-PM1-P-020, p380
MARZUKI, Marzuki
AS14-D2-PM1-309-007, p107
AS14-D3-PM1-P-015, p219
MASON, Glenn
ST02-D4-AM1-328-006, p291
MASSON, Frederic
SS06-D3-PM1-331-001, p211
MASSON, FrédéricSE15-D5-AM2-311-002, p363
MASUDA, Minami
AS28-D2-PM1-308-006, p110
MASUDA, Satoshi
ST02-D2-PM1-P-016, p152
ST14-20-24-D2-PM1-P-011, p157
MASUNAGA, Eiji
OS02-D3-AM2-328-002, p186
MASUTI, Sagar
SE02-D5-AM1-311-006, p362
SE06-D1-AM2-327-004, p87
SE06-D4-PM1-P-005, p315
MATHER, James
ST07-D2-PM1-P-009, p153

MATHUR, Shashi
HS09-D2-PM1-P-007, p144
MATSOUKAS, Christos
PS07-D3-PM2-310-011, p196
MATSUDA, Shoya
ST18-D4-AM1-329-001, p296
MATSUKI, Atsushi
AS03-D3-PM1-P-024, p213
MATSUKIYO, Shuichi
ST04-13-21-D1-AM1-308-001, p81
MATSUMOTO, Haruhisa
ST05-15-D3-AM2-308-002, p197
MATSUMOTO, Hideaki
IG01-D5-PM1-P-014, p365
MATSUMOTO, Jun
AS11-38-D1-PM1-335-009, p59
AS11-38-D3-PM1-P-028, p217
AS14-D3-PM1-P-013, p219
PS11-D1-AM1-310-007, p78
PS12-ST23-D5-PM1-P-016, p381
MATSUMOTO, Yosuke
ST02-D4-AM2-328-013, p292
MATSUMURA, Soko
PS05-13-D2-PM1-310-015, p127
MATSUMURA, Yoshimasa
OS19-D2-PM1-328-004, p124
MATSUO, Tomoko
ST08-D2-PM1-P-011, p154
ST26-27-D3-AM2-309-002, p202
MATSUOKA, Ayako
ST05-15-D3-AM2-308-001, p197
ST18-D2-PM1-P-016, p158
ST18-D4-AM1-329-001, p296
MATSUOKA, Masashi
IG06-D5-PM1-P-007, p368
MATSUSHIMA, Dai
HS10-D2-PM1-P-013, p145
MATTHES, Katja
AS04-D4-AM2-334-013, p253
MATTOO, Shana
AS15-D1-AM1-335-005, p60
AS15-D3-PM1-P-009, p220
AS40-D4-PM1-309-015, p265
MATURILLI, Alessandro
PS14-16-D4-AM1-311-004, p287
MAUK, Barry
PS08-D5-AM1-331-007, p359
PS08-D5-AM1-331-009, p359
MAUNG, Phyo Maung
SE21-D2-AM2-327-008, p135
SE21-D3-AM2-311-017, p207
SE24-D1-PM1-311-004, p89
MAUZERALL, DeniseAS03-D1-AM1-331-007, p55
MAXWELL, Kathrine
OS22-D3-PM1-329-009, p192
OS22-D4-PM1-P-015, p312
SE21-D2-AM2-327-013, p135
MAYCOCK, Adam
AS20-D2-PM2-309-007, p109
MAYS, M. Leila
PS03-D5-PM1-P-013, p375

425

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ST02-D4-AM1-328-005, p291
MAYYASI, Majd
PS05-13-D2-AM1-310-002, p126
PS10-D4-PM2-310-005, p284
MAZELLE, ChristianPS03-D4-AM2-311-002, p281
PS03-D4-AM2-311-003, p281
MAZEPA, Valeriy
HS23-D3-AM1-330-002, p177
MCCARTHY, Michael
ST05-15-D2-PM1-P-011, p153
MCCLINTOCK, William
PS05-13-D2-AM1-310-002, p126
PS05-13-D2-PM1-310-018, p128
PS10-D4-PM2-310-004, p284
PS10-D4-PM2-310-005, p284
MCCOMAS, David
PS03-D4-PM1-311-011, p282
PS08-D5-AM1-331-009, p359
MCCREARY, Julian P.
OS19-D4-PM1-P-022, p311
MCFADDEN, James
PS03-D4-AM2-311-001, p281
PS03-D4-AM2-311-002, p281
PS03-D4-AM2-311-003, p281
PS10-D4-PM2-310-003, p284
PS10-D4-PM2-310-006, p285
MCFARLANE, Allayna
SS07-D2-PM1-330-002, p138
MCKEE, Chris
SE10-D4-PM1-P-019, p317
MCMAHON, Clive
OS11-D4-PM1-P-012, p308
MCMAHON, Jay
PS11-D1-AM2-310-009, p79
MCMANUS, Margaret
OS19-D2-PM1-328-002, p124
MCMILLAN, Martin
AS20-D2-PM2-309-007, p109
MCNEILL, Lisa
SE21-D4-PM1-P-029, p323
MCNUTT, Ralph
ST02-D4-AM1-328-008, p292
MCPHADEN, Michael
OS13-D2-AM2-329-001, p120
OS13-D2-AM2-329-002, p120
MCPHERRON, Robert
ST10-03-17-19-D4-PM1-328-002,
p293
MCPHIE, Jocelyn
SE25-D3-AM1-311-009, p209
MCQUEEN, Jeff
AS42-D5-AM2-308-012, p346
MCSWEEN, Harry
SS04-D2-PM2-331-001, p137
SS04-D2-PM2-331-004, p137
MCWILLIAMS, James C.
OS02-D3-PM2-328-013, p187
MEDVEDEV, Alexander S.
PS03-D4-AM2-311-005, p281
MEFFRE, Sebastien
SE25-D3-AM1-311-009, p209

MEHDI, Imran
AS23-D4-PM2-336-002, p256
MEHROTRA, Bharat Ji
AS06-D3-PM1-P-007, p214
MELE VEEDU, Deepa
SE12-D2-AM1-311-001, p131
MELIAN, Gladys
IG12-D3-PM1-333-006, p181
MELLES, Martin
SE20-D3-PM1-311-002, p206
SE20-D3-PM1-311-004, p206
MELLOUKI, Abdelwahid
AS34-D1-AM1-330-006, p63
MELTZNER, Aron
OS22-D3-AM2-329-002, p191
OS22-D4-PM1-P-013, p312
OS22-D4-PM1-P-016, p312
SE04-D2-AM2-311-001, p129
MENDOZA, Aran KhristianSE25-D4-PM1-P-044, p328
MENDOZA, CamilleSE25-D4-PM1-P-040, p327
MENDOZA, Chelsi Grace
SE25-D4-PM1-P-042, p328
MENDOZA, Jerico
IG01-D4-AM1-332-001, p276
MENDOZA, Raul BenjaminSE25-D4-PM1-P-028, p326
MENEMENLIS, Dimitris
OS05-D5-PM1-329-005, p353
MENESES, Casimiro
IG12-D3-PM1-333-002, p180
MENG, Fanqiao
BG01-02-D4-AM1-335-002, p268
MENG, Xuejiao
HS09-D2-PM1-P-006, p144
MENG, Zhiguo
PS04-D5-PM1-P-014, p375
MENK, Frederick
ST18-D4-AM2-329-011, p297
MENON, Harilal
AS06-D3-PM1-P-008, p214
AS06-D5-PM1-308-004, p335
MERAYO, Jose M.G.
PS08-D5-AM1-331-005, p358
PS08-D5-PM1-P-010, p378
MERCULOVA, Tanya
SE25-D4-PM1-P-024, p325
MERKOWITZ, Stephen
SE09-D3-AM1-327-005, p204
MEST, Scott
SS04-D2-PM2-331-002, p137
MÉTRICH, Nicole
SE10-D1-AM1-327-008, p88
MEWALDT, Richard
ST02-D4-AM1-328-005, p291
MEYER-DOMBARD, D'Arcy
BG04-D3-PM1-P-016, p241
BG04-D3-PM1-P-018, p242
BG04-D4-PM2-335-006, p269
SE25-D4-PM1-P-035, p327
SE25-D4-PM1-P-036, p327

MEYNECKE, Olaf
OS21-D5-PM1-328-009, p357
MIAO, Jyong-En
AS36-D5-AM2-333-016, p344
MICHAEL, Gregory
PS11-D1-AM1-310-005, p78
MICHEL, Karine
IG21-D5-PM1-P-011, p371
MICHEL, Van Roozendael
AS35-D2-PM2-335-008, p113
MICHELI, Marco
PS11-D5-PM1-P-019, p380
MII, Horng-Sheng
IG04-D4-PM2-332-003, p278
MILEWSKI, Adam
HS10-D3-AM2-334-005, p175
MILINDALEKHA S., Jaruthat
AS31-D3-PM1-P-027, p231
AS31-D5-AM1-335-004, p340
MILLER, Christopher
AS15-D1-AM1-335-004, p59
MILLER, MeghanSS07-D2-PM1-330-003, p138
MILLIKEN, Kitty
SE21-D4-PM1-P-029, p323
MILLOUR, Ehouarn
PS05-13-D2-AM1-310-005, p126
MIMASU, Yuya
PS11-D1-AM1-310-007, p78
MIN, Kyoung Wook
PS12-ST23-D4-AM2-310-005, p289
PS14-16-D4-PM2-311-011, p288
ST22-D2-PM1-P-009, p158
MIN, Min
AS17-D5-AM1-332-006, p337
MIN, Qilong
AS36-D4-PM2-333-001, p262
AS36-D5-AM1-333-008, p343
AS36-D5-AM1-333-009, p343
AS36-D5-AM1-333-010, p343
AS36-D5-AM1-333-013, p343
MIN, Seung-Ki
AS01-D2-AM2-308-008, p98
AS01-D2-AM2-308-010, p98
AS31-D3-PM1-P-021, p230
AS31-D3-PM1-P-022, p230
AS31-D3-PM1-P-031, p231
AS31-D5-AM2-335-011, p341
AS31-D5-AM2-335-012, p342
MIN, Soe
SE21-D2-AM2-327-008, p135
SE21-D4-PM1-P-023, p322
MINA, Usha
AS41-D4-PM2-334-005, p266
MINAKSHI, Devi
ST22-D2-PM1-P-010, p159
ST22-D3-PM2-309-007, p202
MINDA, Haruya
AS10-D2-AM1-333-008, p99
MING, Jie
AS10-D3-AM1-331-031, p168

426

426

MING, Yanfang
AS42-D3-PM1-P-017, p239
MING, Yi
AS14-D3-PM1-P-011, p219
MISAWA, Hiroaki
ST14-20-24-D2-PM1-P-011, p157
MISHIMA, Satoru
IG11-D3-AM2-332-003, p179
MISHRA, Ashish
SE22-D3-PM1-327-006, p208
MISHRA, Sanjeev
PS05-13-D2-AM2-310-009, p127
PS05-13-D2-AM2-310-010, p127
PS05-13-D5-PM1-P-035, p377
PS12-ST23-D4-PM1-310-007, p290
MISHRA, Saroj Kanta
AS11-38-D1-PM1-335-011, p59
AS11-38-D2-AM2-335-023, p103
MISHRA, Sumit
AS41-D4-PM2-334-005, p266
MISHRA, Sumit Kumar
AS41-D4-PM2-334-006, p267
MISHRA, Wageesh
ST16-D5-AM1-309-005, p360
MISRA, SiddarthPS08-D5-AM1-331-003, p358
MITANI, Takefumi
ST05-15-D3-AM2-308-001, p197
ST05-15-D3-AM2-308-002, p197
ST18-D2-PM1-P-016, p158
MITANI, Yasuhiro
IG21-D5-PM1-P-012, p371
MITARAI, Satoshi
OS02-D3-PM2-328-015, p187
MITCHELL, David
PS03-D4-AM2-311-001, p281
PS03-D4-AM2-311-002, p281
PS03-D4-AM2-311-003, p281
PS05-13-D2-PM2-310-026, p129
PS10-D4-PM2-310-003, p284
MITCHELL, Don
PS07-D3-AM1-310-004, p195
PS07-D3-AM1-310-005, p195
MITCHELL, Karl
PS15-D5-PM1-P-009, p382
MITCHELL, N.J.
AS23-D3-PM1-P-011, p226
MITCHISON, Freya
SE21-D4-PM1-P-029, p323
MITIAM, Emmanuelle
SE21-D4-PM1-P-030, p324
MITTERMAIER, Marion
AS28-D3-PM1-P-017, p228
MIURA, Satoshi
SE25-D3-PM2-311-013, p209
MIURA, Yayoi N.
PS05-13-D5-PM1-P-033, p377
MIYAKAWA, Takuma
AS03-D1-PM1-331-016, p57
AS03-D1-PM1-331-018, p57
AS40-D4-PM1-309-012, p265

MIYAKAWA, Tomoki
AS21-D4-PM1-333-014, p256
MIYAKE, Wataru
PS12-ST23-D5-PM1-P-011, p380
ST05-15-D3-AM2-308-002, p197
MIYAMA, Toru
OS18-D3-AM1-328-007, p190
MIYAMOTO, Hideaki
PS05-13-D2-AM2-310-012, p127
PS05-13-D5-PM1-P-039, p377
PS07-D5-PM1-P-017, p378
MIYAMOTO, Mamoru
HS01-D2-PM1-P-017, p141
HS15-D5-PM1-310-002, p351
SS08-D2-PM2-330-005, p139
MIYAMOTO, Mayu
PS05-13-D2-PM2-310-022, p128
MIYASHITA, Tomoyuki
PS11-D5-PM1-P-020, p380
MIYASHITA, Yukinaga
ST10-03-17-19-D4-PM2-328-008,
p294
MIYATA, Shusuke
HS18-D4-PM1-327-001, p273
MIYAWAKI, Kohei
HS13-D5-AM2-310-011, p350
MIYAZAKI, Kazuyuki
AS15-D3-PM1-P-010, p220
AS40-D4-PM1-309-012, p265
AS40-D4-PM1-309-016, p265
AS40-D4-PM1-309-017, p266
MIYAZAWA, Yasumasa
OS18-D3-AM1-328-007, p190
MIYOSHI, Takemasa
AS20-D2-PM2-309-001, p108
AS28-D2-PM2-308-007, p110
OS18-D4-PM1-P-009, p310
MIYOSHI, Yasunobu
AS23-D4-PM2-336-006, p257
MIYOSHI, Yoshizumi
ST02-D4-AM2-328-013, p292
ST05-15-D3-AM2-308-001, p197
ST10-03-17-19-D2-PM1-P-014,
p155
ST18-D2-PM1-P-016, p158
ST18-D4-AM1-329-001, p296
ST18-D4-AM1-329-006, p297
ST18-D4-AM2-329-008, p297
ST18-D4-AM2-329-012, p298
MIZONE, Miho
PS14-16-D5-PM1-P-018, p381
MIZUTA, Ryo
AS04-D4-PM1-334-017, p253
AS13-D2-AM2-334-012, p105
MIZZI, Arthur
AS40-D4-AM1-309-006, p264
MO, Shuhong
HS01-D2-PM1-P-019, p141
HS09-D2-PM1-P-006, p144
HS11-D2-PM1-P-017, p145
MOCANU, Victor
SE02-D4-PM1-P-010, p314

MOCKO, David
HS10-D3-PM1-334-007, p175
MODAK, Ashimananda
PS05-13-D5-PM1-P-034, p377
MOEN, Jøran Idar
ST10-03-17-19-D2-PM1-P-016,
p155
ST25-D1-PM1-308-004, p85
ST25-D2-PM1-P-008, p159
MOHAMMADI, Bijan
OS17-D2-AM2-328-004, p123
MOHANTA, YudhisthirSE25-D3-PM2-311-014, p210
MOHTADI, Mahyar
OS07-D4-PM1-P-020, p306
MOHYEDDIN, Noraini
AS34-D1-AM1-330-007, p63
MOJZSIS, Stephen
PS05-13-D2-PM1-310-015, p127
MOK, Derek K. H.
AS10-D3-PM1-P-043, p216
MOMARY, Thomas
PS08-D5-AM1-331-004, p358
PS08-D5-PM1-P-011, p378
MONTES RUBIO, Rocio
AS15-D3-PM1-P-011, p220
MONTMESSIN, Franck
PS05-13-D2-AM1-310-002, p126
PS05-13-D2-PM1-310-018, p128
PS10-D4-PM2-310-005, p284
MOON, Il-Ju
AS10-D3-AM1-331-032, p168
AS10-D3-PM1-P-046, p216
AS10-D3-PM1-P-047, p216
OS02-D4-PM1-P-035, p304
OS14-D2-AM1-329-002, p121
OS18-D4-PM1-P-012, p310
OS18-D4-PM1-P-013, p310
MOON, Jihong
AS10-D3-PM1-P-049, p216
AS10-D3-PM1-P-050, p216
MOON, Yong-Jae
PS12-ST23-D4-PM1-310-008, p290
MOORE, Gregory
SE21-D4-PM1-P-034, p324
MOORE, James
AS02-D4-AM2-308-008, p251
MOORE, James Daniel Paul
SE02-D5-AM1-311-006, p362
SE05-D4-PM1-P-007, p315
SE06-D4-PM1-P-005, p315
MOORE, John
OS11-D5-AM1-329-002, p355
MOORE, Kimberly
PS08-D5-AM1-331-005, p358
PS08-D5-PM1-P-010, p378
MOORE, Thomas
PS05-13-D2-PM2-310-026, p129
ST09-D1-AM2-309-001, p82
MORBIDELLI, Alessandro
PS11-D1-AM2-310-014, p79

427

427

MORENO, Raphael
PS04-D5-PM1-P-017, p376
MORGAN, John
ST14-20-24-D2-PM1-P-009, p157
MORGAN, Paul
SE04-D2-AM2-311-001, p129
MORI, Osamu
PS11-D1-AM1-310-007, p78
PS12-ST23-D5-PM1-P-016, p381
MORI, Shuichi
AS14-D2-AM2-309-002, p106
AS14-D2-AM2-309-003, p106
AS14-D2-AM2-309-004, p107
AS14-D2-PM1-309-008, p107
AS14-D3-PM1-P-012, p219
AS14-D3-PM1-P-013, p219
MORIMOTO, Akihiro
HS14-D4-AM2-327-009, p273
MORIMOTO, Keitaro
HS20-D4-PM2-327-004, p274
MOROOKA, Yoshimasa
HS14-D4-AM2-327-010, p273
MOROZ, Ljuba
PS11-D5-PM1-P-015, p379
MORTHEKAI, Paulramasamy
IG01-D4-AM2-332-011, p277
MOTEKI, Qoosaku
AS14-D2-AM2-309-003, p106
MOTSCHMANN, Uwe
PS03-D5-PM1-P-018, p375
MRIDULA, MridulaIG01-D4-AM2-332-009, p277
MU, MuOS21-D4-PM1-P-011, p311
MUELLER, Christof
IG01-D5-PM1-P-022, p366
MUELLER, ThomasAS34-D1-AM1-330-004, p63
MUHAMMAD, Fadel
OS01-D1-AM1-328-006, p75
MUHARSYAH, Robi
AS13-D2-PM1-334-013, p105
MUJAHID, Aazani
OS19-D2-PM2-328-013, p125
BG03-D3-AM1-335-001, p170
OS22-D3-AM2-329-002, p191
MUKHOPADHYAY,
Parthasarathi
AS21-D3-PM1-P-025, p225
MUKHOPADHYAY, Sandip
BG03-D3-PM1-P-007, p240
OS07-D4-PM1-P-010, p305
MUKOYOSHI, Hideki
SE21-D4-PM1-P-029, p323
MULLER, Moritz
OS19-D2-PM2-328-013, p125
OS22-D3-AM2-329-002, p191
MÜLLER, Denise
BG03-D3-AM1-335-001, p170
MÜLLER, Michael
PS04-D5-PM1-P-017, p376

MÜLLER, Moritz
BG03-D3-AM1-335-001, p170
MURA, Alessandro
PS08-D5-AM1-331-006, p359
MURAD, Ahmed
HS08-D3-PM2-330-001, p173
IG04-D4-PM2-332-005, p278
MURAKAMI, Go
PS03-D5-PM1-P-014, p375
MURAKAMI, Shigenori
AS04-D4-PM1-334-017, p253
MURATA, Akihiko
AS31-D5-PM1-335-015, p342
AS31-D5-PM1-335-016, p342
MURATA, Fumie
AS11-38-D1-PM1-335-009, p59
MURPHY, Pearse
ST02-D4-AM1-328-004, p291
MURRAY, Richard
OS07-D5-AM1-328-007, p354
MURTADHA, Sayed
SE27-D4-PM1-P-006, p329
MURTAGH, Donal
AS23-D4-PM2-336-001, p256
MURTUGUDDE, Raghu
BG06-07-D4-AM2-335-005, p270
MURTY, Sujata
OS10-D1-PM1-328-003, p77
MUSTAZA, Nurain Nasuha
BG04-D3-PM1-P-013, p241
BG04-D3-PM1-P-012, p241
MUSZYNSKI, Michel
SS06-D3-PM1-331-001, p211
MUTCHLER, Max
PS11-D5-PM1-P-019, p380
MUTO, Jun
SE25-D3-PM2-311-013, p209
MUZLI, Muzli
SE21-D2-AM1-327-001, p134
SE21-D4-PM1-P-037, p324
MYINT, Tin Aung
SE13-D2-PM1-327-005, p132
MYO, Ei Mhon Nathar
SE21-D2-AM2-327-008, p135

N.
N. B., Lakshmi
AS06-D5-PM1-308-003, p335
N. V. SATISH, Laveti
HS11-D5-AM1-327-005, p347
N.R., Chithra
HS11-D5-AM1-327-002, p347
NA, Hana
AS36-D3-PM1-P-023, p235
NA, Hyeyun
AS36-D3-PM1-P-019, p235
NA, Wooyoung
HS07-D2-PM1-P-008, p144

NADEAU, Robert
SE25-D3-AM1-311-008, p209
NADIMAPLLY, Kirankumar
AS02-D4-AM2-308-013, p251
NAGAI, TairaOS04-D1-AM2-328-002, p76
NAGAO, Hiromichi
OS18-D3-AM1-328-003, p190
NAGAOKA, Hiroshi
PS11-D1-AM1-310-008, p78
PS11-D5-PM1-P-018, p380
PS11-D5-PM1-P-020, p380
PS14-16-D4-PM2-311-008, p287
PS14-16-D4-PM2-311-009, p288
PS14-16-D4-PM2-311-011, p288
PS14-16-D5-PM1-P-018, p381
NAIDU, Divakar
OS07-D4-PM1-P-020, p306
OS07-D5-AM1-328-004, p354
NAING, Tun
SE21-D2-AM2-327-008, p135
NAING, Win
SE21-D2-AM2-327-010, p135
NAINGGOLAN, Lamtupa
IG03-D1-PM1-332-007, p72
NAIR, Nisha
SE21-D4-PM1-P-029, p323
NAITO, Masayuki
PS11-D1-AM1-310-008, p78
PS11-D5-PM1-P-018, p380
PS11-D5-PM1-P-020, p380
PS14-16-D4-PM2-311-008, p287
PS14-16-D4-PM2-311-009, p288
PS14-16-D5-PM1-P-018, p381
NAJA, Manish
AS35-D2-PM1-335-004, p112
AS41-D4-PM2-334-007, p267
NAKAEGAWA, Toshiyuki
SS02-D4-PM2-331-003, p300
NAKAGAWA, Hiromu
PS03-D4-AM2-311-005, p281
PS05-13-D2-PM1-310-020, p128
PS12-ST23-D5-PM1-P-015, p381
NAKAGAWA, Katsuhiro
AS14-D2-PM1-309-008, p107
AS14-D3-PM1-P-012, p219
AS28-D2-PM2-308-012, p110
NAKAGAWA, Kei
HS14-D4-AM2-327-014, p273
NAKAGAWA, Naoko
HS14-D4-AM2-327-011, p273
NAKAGAWA, Takashi
SE16-D4-AM1-331-006, p299
NAKAGUCHI, Kota
HS14-D2-PM1-P-015, p147
HS14-D2-PM1-P-016, p147
NAKAKITA, Eiichi
HS20-D4-PM2-327-003, p274
HS20-D4-PM2-327-004, p274
NAKAKUSHI, Takashi
PS12-ST23-D5-PM1-P-014, p381

428

428

NAKAMURA, Hisashi
AS04-D4-AM1-334-003, p252
NAKAMURA, Kenji
AS28-D2-PM1-308-002, p109
AS28-D2-PM1-308-004, p109
AS28-D2-PM2-308-012, p110
NAKAMURA, Mamoru
OS22-D3-AM2-329-001, p191
NAKAMURA, Masato
PS05-13-D2-PM2-310-027, p129
PS05-13-D5-PM1-P-032, p377
PS05-13-D5-PM1-P-037, p377
NAKAMURA, Rumi
ST09-D1-AM2-309-003, p83
ST10-03-17-19-D4-PM1-328-005,
p293
ST25-D1-PM1-308-001, p85
NAKAMURA, Takuma
ST09-D1-AM2-309-003, p83
ST10-03-17-19-D4-PM1-328-005,
p293
NAKAMURA, Tomoki
PS05-13-D2-PM1-310-020, p128
PS12-ST23-D5-PM1-P-015, p381
NAKANO, Masuo
AS10-D2-AM2-333-009, p100
AS10-D2-PM1-333-020, p101
AS10-D3-PM1-P-048, p216
AS21-D4-PM1-333-014, p256
AS24-D4-AM1-336-008, p258
NAKANO, Yuki
AS29-D4-PM1-308-001, p260
NAKAO, Shota
SE13-D2-PM2-327-011, p133
NAKARIAKOV, Valery
ST07-D3-AM1-309-004, p200
ST12-D4-PM1-329-001, p294
NAKASUKA, Shinichi
PS04-D3-AM2-310-003, p193
PS04-D5-PM1-P-020, p376
ST22-D3-PM2-309-005, p202
NAKATA, Ryoko
SE12-D4-PM1-P-011, p318
NAKATA, Takashi
SE21-D4-PM1-P-030, p324
NAKATANI, Yoshikazu
PS12-ST23-D5-PM1-P-014, p381
NAM, Sung-Hyun
OS13-D4-PM1-P-012, p309
NANJUNDIAH, Priyamvada
SE02-D4-PM1-P-009, p314
SE02-D5-AM1-311-006, p362
SE06-D4-PM1-P-005, p315
NANJUNDIAH, Ravi S
HS11-D5-AM2-327-010, p348
NARASIMALU, Srikanth
AS31-D3-PM1-P-030, p231
OS14-D2-PM2-329-015, p123
NARDI, Nardi
BG08-D3-PM1-335-001, p171
NAREN, A.
HS11-D5-AM2-327-014, p348

NARISMA, Gemma
AS31-D3-PM1-P-028, p231
AS31-D5-AM1-335-002, p340
AS31-D5-AM1-335-004, p340
AS31-D3-PM1-P-023, p230
AS31-D3-PM1-P-026, p231
AS31-D5-AM1-335-003, p340
AS31-D5-AM1-335-006, p341
AS31-D5-AM1-335-007, p341
AS31-D5-PM1-335-018, p342
AS34-D1-AM2-330-012, p64
NARIYUKI, Yasuhiro
ST12-D2-PM1-P-015, p156
NARVEKAR, Jayu
OS07-D4-PM1-P-010, p305
NASIRI BEZENJANI, Rasoul
SE25-D3-AM1-311-009, p209
NASUNO, Tomoe
AS10-D2-AM2-333-009, p100
AS10-D2-PM1-333-020, p101
AS10-D3-PM1-P-048, p216
AS21-D4-PM1-333-014, p256
AS24-D4-AM1-336-008, p258
NATAWIDJAJA, DannyOS22-D4-PM1-P-016, p312
NATH, Debashis
AS04-D4-AM1-334-004, p252
AS19-D3-PM1-P-027, p223
AS22-D3-PM1-P-007, p225
NATH, Reshmita
AS19-D3-PM1-P-027, p223
NATH, Supriya
AS41-D5-AM1-334-015, p345
NATHUES, Andreas
SS04-D2-PM2-331-001, p137
NATUSCH, Tim
SE15-D5-AM2-311-001, p363
NAVARRO, Thomas
PS05-13-D2-AM1-310-005, p126
NAYAK, PC
HS07-D2-PM1-P-009, p144
NEESEMANN, Adrian
PS11-D1-AM1-310-005, p78
SS04-D2-PM2-331-005, p138
NEI THIAM, Hrin
SE24-D1-PM1-311-004, p89
NELKIN, Eric
AS28-D2-PM1-308-001, p109
NEMECEK, Zdenek
ST12-D4-PM2-329-011, p295
ST16-D5-AM2-309-011, p361
NEUBERG, Jurgen
SE10-D4-PM1-P-021, p317
NEUMANN, WladimirPS11-D1-AM2-310-013, p79
PS11-D5-PM1-P-021, p380
NEWHALL, Chris
SE10-D1-AM1-327-003, p87
NEWMAN, Paul
AS40-D4-PM1-309-013, p265
NEWMAN, Paul A.
SS11-D4-PM2-330-002, p301

SS11-D4-PM2-330-004, p301
NEWSOM, Rob K.
AS41-D4-PM2-334-002, p266
NG, Daniel Hui Loong
AS03-D1-AM1-331-008, p56
AS03-D1-AM2-331-013, p56
AS03-D1-AM2-331-014, p56
AS15-D1-AM1-335-003, p59
NG, Eric K. W.
AS10-D2-AM1-333-005, p99
NG, Tze Ling
HS09-D3-PM2-334-001, p173
HS09-D3-PM2-334-002, p174
NGAI, Sheau Tieh
AS31-D3-PM1-P-029, p231
NGAN, Keith
AS02-D4-AM1-308-002, p250
AS34-D3-PM1-P-022, p232
NGKOIMANI, La Ode
SE20-D3-PM1-311-005, p206
NGO, Duc Anh
AS28-D2-PM1-308-004, p109
NGO-DUC, Thanh
AS31-D3-PM1-P-023, p230
AS31-D3-PM1-P-028, p231
AS31-D5-AM1-335-002, p340
AS31-D5-AM1-335-003, p340
AS31-D5-AM1-335-004, p340
AS31-D5-AM1-335-007, p341
NGUYEN, David
IG06-D4-PM1-332-002, p279
NGUYEN, Hiep
AS20-D2-PM2-309-003, p108
NGUYEN, Hong Quang
AS28-D2-PM1-308-004, p109
NGUYEN, Hung
HS09-D3-PM2-334-003, p174
HS13-D5-AM2-310-013, p350
NGUYEN, Ngoc Son
AS28-D2-PM1-308-003, p109
AS31-D5-AM1-335-005, p341
HS01-D1-AM2-333-014, p67
IG26-D3-PM2-332-001, p184
NGUYEN, Thi Hoan
AS20-D2-PM2-309-003, p108
NGUYEN, Thi Thu Thuy
IG03-D5-PM1-P-011, p366
NGUYEN, Tien Cong
IG03-D5-PM1-P-011, p366
NGUYEN, Van-Thanh-Van
HS20-D4-PM2-327-007, p275
NGUYEN XUAN, Nam
SE25-D3-AM1-311-006, p208
NGUYEN-XUAN, Thanh
AS18-D3-PM1-P-015, p222
NI, Chuen-Fa
IG03-D1-PM1-332-007, p72
HS03-D2-PM1-P-007, p142
HS03-D2-PM1-P-008, p142
HS03-D2-PM1-P-010, p142
HS03-D2-PM1-P-011, p142

429

429

NI, James
SE24-D1-PM1-311-004, p89
NI, RuijingAS34-D1-AM1-330-002, p63
NI, Shengnan
IG10-D5-PM1-P-008, p369
NI, SidaoIG05-D2-PM2-332-006, p115
NI, ZheSE12-D2-AM1-311-007, p132
NICKESON, Jaime
IG28-D2-AM1-332-001, p117
NIE, Xunwei
OS10-D4-PM1-P-009, p308
NIE, Zhaosheng
SE21-D4-PM1-P-032, p324
NIINO, Hiroshi
AS10-D2-PM2-333-027, p102
NIKITINA, Daria
OS22-D3-AM2-329-003, p191
OS22-D4-PM1-P-019, p313
NIKULIN, Grigory
AS31-D3-PM1-P-024, p230
AS31-D3-PM1-P-028, p231
AS31-D5-AM1-335-001, p340
AS31-D5-AM1-335-002, p340
AS31-D5-AM1-335-004, p340
AS31-D5-AM1-335-007, p341
NING, Jieyuan
SE06-D1-AM2-327-001, p86
NISHIBORI, Toshiyuki
PS04-D3-AM2-310-003, p193
PS04-D5-PM1-P-020, p376
NISHIDA, Kiwamu
SE25-D4-PM1-P-027, p326
NISHIGAI, Shigetatsu
HS14-D2-PM1-P-017, p147
NISHII, Kazuaki
AS04-D4-AM1-334-003, p252
NISHIJIMA, Jun
SE15-D5-AM2-311-001, p363
NISHIKAWA, Haruka
OS18-D3-AM1-328-001, p190
NISHIKAWA, Ken-Ichi
ST04-13-21-D2-PM1-P-014, p153
NISHIKAWA, Shiro
OS18-D3-AM1-328-001, p190
NISHIKAWA, Shiun
HS14-D4-AM1-327-004, p272
NISHIMORI, Motoki
AS31-D5-PM1-335-019, p343
SS02-D4-PM2-331-003, p300
NISHIMOTO, Eriko
AS04-D4-AM2-334-014, p253
NISHIMURA, Ko
BG06-07-D4-AM2-335-003, p270
NISHIMURA, Nobuhiko
ST14-20-24-D1-AM1-309-003, p84
NISHIMURA, Yukitoshi
ST04-13-21-D1-AM2-308-008, p82
NISHITANI, Nozomu
ST08-D3-PM2-308-004, p201

NISHIZAWA, Seiya
AS20-D2-PM2-309-001, p108
NIU, Dandan
PS10-D5-PM1-P-011, p379
PS10-D5-PM1-P-012, p379
NIU, Fenglin
SE19-D1-PM1-327-002, p88
NIU, Hewen
AS35-D2-PM2-335-009, p113
NIU, Jun
BG06-07-D4-PM1-335-012, p271
HS08-D3-PM2-330-002, p173
NIU, Xiaolei
IG28-D5-PM1-P-010, p373
NIU, Zhiyong
IG21-D5-PM1-P-014, p371
IG21-D5-PM1-P-016, p371
NIXON, Conor
PS07-D3-PM2-310-010, p195
NODA, Satoshi
AS04-D4-PM1-334-017, p253
NOGUCHI, Katsuyuki
PS05-13-D5-PM1-P-038, p377
NOH, Hui-Seong
HS06-D2-PM1-P-018, p143
NOH, Sungjun
ST10-03-17-19-D4-PM2-328-012,
p294
NOH, Yign
AS24-D4-AM1-336-001, p257
NOHARA, Daisuke
HS14-D4-AM1-327-004, p272
NOLL, Carey
SE09-D3-AM1-327-005, p204
NOMURA, Reiko
ST18-D4-AM2-329-012, p298
NONAKA, Masami
OS10-D1-PM1-328-004, p77
NORDHEIM, Tom
PS05-13-D2-PM2-310-026, p129
NORFORD, Leslie
AS02-D4-AM1-308-005, p250
AS28-D3-PM1-P-016, p228
NOROUZI, Hamidreza
HS10-D3-AM2-334-005, p175
NORTH, RachelAS28-D3-PM1-P-017, p228
NOSAKA, Masaya
AS31-D5-PM1-335-015, p342
AS31-D5-PM1-335-016, p342
NOSCHESE, RaffaellaPS08-D5-AM1-331-006, p359
NOSYREV, Mihkail
SE25-D3-PM2-311-011, p209
SE25-D4-PM1-P-024, p325
NOWLAN, Caroline
AS40-D3-PM1-P-020, p237
NOZAKI, Nishiki
ST14-20-24-D1-AM1-309-003, p84
NOZAKI, Tatsuo
SE13-D2-PM2-327-009, p133

NUGRAHA, Andri Dian
SE21-D2-AM1-327-001, p134
NURAINI, Tri Astuti
AS13-D2-PM1-334-013, p105
NURDIN, Irwandi
SE21-D2-AM1-327-001, p134
NURFIANI, Dini
SE10-D4-PM1-P-017, p317
NURHATI, Intan Suci
OS01-D1-AM1-328-006, p75
NURHAYATI, Nurhayati
AS14-D2-AM2-309-004, p107
NURIMAN, M.
BG01-02-D4-AM1-335-001, p268
NYEIN SINT, Nyein
SE13-D2-PM1-327-003, p132
NZEREM, Kechi
HS16-04-D1-AM1-334-001, p69

O.
O., Sungmin
AS28-D2-PM2-308-011, p110
OBARA, Takahiro
ST14-20-24-D2-PM1-P-011, p157
OBAYASHI, Masayuki
SE19-D1-PM1-327-002, p88
OBERST, Juergen
PS05-13-D2-PM1-310-019, p128
PS14-16-D4-AM1-311-002, p287
OBERST, Jürgen
PS04-D3-AM2-310-004, p193
OCHIAI, Satoshi
AS23-D4-PM2-336-001, p256
ODANI, Sachika
OS02-D3-PM2-328-015, p187
O'DRISCOLL, Leland J
SS07-D2-PM1-330-003, p138
ODSTRCIL, Dusan
ST14-20-24-D2-PM1-P-007, p157
ST02-D4-AM1-328-005, p291
OEURNG, Chantha
IG11-D5-PM1-P-012, p369
OEY, Leo
AS18-D5-PM1-334-006, p339
OEY, Lie-Yauw
OS07-D4-PM1-P-014, p306
OGAWA, Naoko
PS11-D1-AM1-310-007, p78
OGAWA, Yasunobu
PS12-ST23-D5-PM1-P-013, p381
OGAWA, Yoshiko
PS04-D3-PM1-310-008, p194
OGINO, Shin-Ya
AS14-D2-AM2-309-003, p106
OGOCHI, Koji
AS15-D3-PM1-P-010, p220
OGUNJOBI, Kehinde Olufunso
AS31-D3-PM1-P-024, p230

430

430

OH, Byunghwa
HS06-D2-PM1-P-014, p143
OH, Donggun
AS24-D4-AM1-336-001, p257
OH, Jaiho
AS10-D2-PM1-333-017, p101
AS11-38-D2-AM2-335-019, p103
AS11-38-D3-PM1-P-031, p217
AS13-D2-AM1-334-003, p104
AS34-D3-PM1-P-025, p233
OH, Jiwon
AS34-D3-PM1-P-025, p233
OH, Seok-Geun
AS31-D3-PM1-P-025, p231
IG01-D4-AM1-332-004, p276
AS18-D3-PM1-P-009, p222
AS31-D5-AM2-335-009, p341
OH, You Jung
AS10-D3-PM1-P-046, p216
OHBA, Masamichi
AS19-D3-PM1-P-024, p223
OHIGASHI, Tadayasu
AS10-D2-AM1-333-008, p99
OH'IZUMI, Mitsuo
AS31-D5-PM1-335-016, p342
OHNO, Sohsuke
SS02-D4-PM2-331-006, p300
OHNO, Tomoki
AS10-D2-AM1-333-006, p99
AS24-D3-PM1-P-021, p226
AS24-D4-AM2-336-010, p258
OHSHIMA, Kay
OS11-D4-PM1-P-012, p308
OHTA, Takeshi
BG01-02-D4-AM1-335-004, p268
OHTA, Toru
PS11-D5-PM1-P-020, p380
OHTA, Yusaku
SE25-D3-PM2-311-013, p209
OHTAKE, Makiko
PS11-D5-PM1-P-020, p380
PS14-16-D4-AM1-311-005, p287
PS14-16-D4-PM2-311-012, p288
OIZUMI, Tsutao
AS10-D2-PM2-333-027, p102
AS36-D3-PM1-P-020, p235
OJHA, Narendra
AS41-D4-PM2-334-002, p266
OKA, Mitsuo
ST02-D4-AM2-328-012, p292
ST04-13-21-D1-AM2-308-011, p82
OKADA, Nobue
OS02-D3-PM2-328-016, p188
OKADA, Tatsuaki
PS04-D3-PM1-310-008, p194
PS11-D1-AM1-310-006, p78
PS11-D1-AM1-310-007, p78
PS12-ST23-D5-PM1-P-016, p381
OKAL, Emile
SE21-D3-AM2-311-016, p207
OKAMOTO, Kozo
AS32-D2-PM2-334-001, p111

AS32-D2-PM2-334-005, p111
OKE, Peter
OS21-D5-PM1-328-007, p357
OKI, RikoAS28-D2-PM1-308-002, p109
AS28-D2-PM2-308-012, p110
OKUDA, Hiroki
ST18-D4-AM1-329-001, p296
OKUMURA, Shin-Ichiro
PS11-D5-PM1-P-017, p379
OKUNISHI, Takeshi
OS03-D4-PM1-P-007, p304
OKUZAWA, Koichi
IG21-D5-PM1-P-010, p371
OLAGUERA, Lyndon
AS31-D3-PM1-P-023, p230
AS31-D5-AM1-335-003, p340
OLAVERE, Erlington
SE19-D1-PM1-327-001, p88
SE19-D4-PM1-P-007, p321
SE19-D4-PM1-P-008, p321
OLFINDO, Valerie Shayne
SE25-D4-PM1-P-033, p326
SE27-D1-AM2-311-004, p90
OLIVERSEN, Ronald
PS08-D5-AM1-331-005, p358
OLSHEVSKY, Vyacheslav
ST09-D1-AM2-309-004, p83
OLSSON, Jonas
HS14-D4-AM2-327-009, p273
OMIDI, N.
PS03-D4-AM2-311-004, p281
OMINE, Kanako
IG11-D3-AM2-332-003, p179
OMURA, Yoshiharu
ST18-D2-PM1-P-014, p158
O'NEILL, Peggy
HS10-D3-AM2-334-001, p174
ONG, Geok Suat
HS23-D3-AM2-330-011, p178
ONG, Maria Rosabelle
AS14-D3-PM1-P-014, p219
ONISHI, Ryo
AS10-D3-PM1-P-048, p216
ONO, Marika
AS28-D3-PM1-P-018, p228
ONO, Shuhei
BG04-D3-PM1-P-018, p242
ONODERA, Shin-Ichi
HS07-D1-PM1-333-001, p68
OO, ChoSE21-D2-AM2-327-010, p135
OOI, See Hai
AS14-D2-PM1-309-006, p107
ORI, Takeshi
IG12-D3-PM1-333-001, p180
ORIOL, StephaneSS06-D3-PM1-331-001, p211
ORSOLINI, Yvan
AS04-D4-AM1-334-003, p252
AS23-D4-PM2-336-004, p257

ORTIZ, Iris Jill
IG01-D4-AM1-332-006, p276
ORTON, Glenn
PS08-D5-AM1-331-004, p358
PS08-D5-PM1-P-011, p378
PS08-D5-AM1-331-003, p358
OSAKADA, Yukari
HS20-D4-PM2-327-003, p274
OSCHLISNIOK, Janusz
PS05-13-D2-PM2-310-024, p128
OSPREY, Scott
SS11-D4-PM2-330-001, p301
OSTENDORF, Bertram
SS07-D2-PM1-330-004, p138
OSTRANDER, Chris
OS19-D2-PM1-328-002, p124
OTA, Mamoru
ST18-D4-AM1-329-001, p296
OTSUKA, Fumiko
ST04-13-21-D1-AM1-308-001, p81
OTSUKA, Shigenori
AS20-D2-PM2-309-001, p108
OTSUKA, Yuichi
ST18-D4-AM2-329-012, p298
ST26-27-D3-PM1-309-006, p203
OUARDA, Taha B.M.J.
AS41-D4-PM2-334-002, p266
OUDE ESSINK, Gualbert
HS03-D1-AM2-334-003, p68
OUYANG, Longbin
SE25-D4-PM1-P-018, p325
OWADA, Hiromi
AS28-D3-PM1-P-014, p228
OWARI, Satoko
SE21-D4-PM1-P-029, p323
OWEN, Tobias
PS08-D5-AM1-331-003, p358
OYAFUSO, Fabiano
PS08-D5-AM1-331-003, p358
PS08-D5-PM1-P-012, p378
OYAMA, K.
ST22-D3-PM2-309-004, p202
OYAMA, Koichiro
IG12-D3-PM1-333-001, p180
ST22-D2-PM1-P-010, p159
ST22-D3-PM2-309-001, p201
ST22-D3-PM2-309-007, p202
OYAMA, Ryo
AS10-D2-AM1-333-003, p99
AS32-D2-PM2-334-001, p111
OYOLA, Mayra
AS40-D3-PM1-P-021, p237
OZAKI, Mitsunori
PS12-ST23-D5-PM1-P-012, p380
ST10-03-17-19-D2-PM1-P-014,
p155
ST18-D4-AM1-329-001, p296
ST18-D4-AM2-329-008, p297
ST18-D4-AM2-329-012, p298
OZTURK, Doga
ST25-D2-PM1-P-009, p159

431

431

P.
P, AthiraHS11-D5-AM1-327-007, p347
P., Sivaprasad
AS02-D4-AM1-308-007, p250
AS16-D3-PM1-P-018, p221
P. A, Loka Bharathi
BG03-D3-AM1-335-003, p170
P. R., Jayakrishnan
AS02-D4-AM1-308-007, p250
AS14-D2-PM1-309-006, p107
AS16-D3-PM1-P-018, p221
P. S., Mithun Neelakandan
PS12-ST23-D4-AM2-310-004, p289
PS12-ST23-D4-PM1-310-010, p290
P. SAJI, Ajish
SE12-D2-AM1-311-005, p131
PABARI, Jayesh
PS04-D3-AM2-310-002, p193
PS05-13-D2-AM1-310-007, p126
PS12-ST23-D4-PM1-310-007, p290
PABITO, Edwin
SE25-D4-PM1-P-038, p327
PABROA, Preciosa Corazon
AS34-D1-AM1-330-004, p63
PACLE, Nichole Anthony
SE13-D2-PM1-327-004, p132
PADERNILLA, Ray
SE25-D4-PM1-P-041, p327
SE25-D4-PM1-P-043, p328
PADHEE, Suman Kumar
HS17-D2-PM1-P-009, p149
PADMANABHAN, Janardhan
PS12-ST23-D4-AM2-310-004, p289
PAHLEVI, Arisauna Maulidyan
SE15-D4-PM1-P-007, p319
SE15-D4-PM1-P-009, p319
SE15-D5-AM2-311-003, p363
PAIGE, David
PS04-D3-PM1-310-007, p193
PS14-16-D4-PM2-311-014, p288
PAIK, Kyungrock
HS16-04-D1-AM1-334-005, p69
IG05-D5-PM1-P-012, p368
PAK, Bernard
BG08-D3-PM1-335-002, p171
PAL, Debasish
HS09-D3-PM2-334-004, p174
PAL, Jogendra
HS08-D3-PM2-330-003, p173
PALLAMRAJU, Duggirala
ST08-D3-PM2-308-008, p201
ST26-27-D3-PM1-309-007, p203
PALMROTH, Minna
ST04-13-21-D1-AM1-308-005, p81
PALOMBA, Ernesto
PS11-D5-PM1-P-015, p379

PAN, Aijun
OS04-D1-AM2-328-001, p76
PAN, Dongxiao
ST10-03-17-19-D4-PM2-328-010,
p294
ST10-03-17-19-D4-PM2-328-007,
p294
PAN, Jiayi
OS22-D3-PM1-329-008, p192
PAN, Kun Cing
PS07-D3-AM1-310-006, p195
PAN, Wen Chi
IG04-D4-PM2-332-002, p278
PAN, Wen-Chi
BG04-D3-PM1-P-022, p242
PANANONT, Passakorn
SE21-D2-AM1-327-002, p134
PANDA, Dipak
PS14-16-D4-PM2-311-015, p288
PANDA, Jagabandhu
AS01-D2-AM1-308-003, p97
AS19-D1-PM1-329-019, p62
PANDAY, Arnico
AS35-D2-PM1-335-001, p112
AS35-D2-PM1-335-004, p112
AS35-D2-PM1-335-005, p112
AS35-D3-PM1-P-015, p233
PANDEY, Bhavesh
SE14-D3-PM2-327-004, p205
PANDEY, Brij Kishor
HS11-D2-PM1-P-015, p145
PANDEY, Satyendra Kumar
AS16-D5-AM2-332-004, p336
PANDEY, Shilpa
IG25-D2-AM2-332-003, p117
IG25-D5-PM1-P-005, p372
PANDEY, Sunita
BG03-D3-AM1-335-003, p170
PANDITHURAI, G.
AS11-38-D2-AM2-335-019, p103
AS13-D2-AM1-334-003, p104
PANDOE, Wahyu Widodo
OS01-D1-AM1-328-007, p75
PANDYA, Bhavinkumar
PS05-13-D2-AM1-310-007, p126
PANG, Chongguang
OS08-D3-AM1-329-003, p188
PANG, Jianzhang
SE04-D2-AM2-311-004, p130
PANG, Tianrui
HS06-D3-AM1-334-003, p172
PANG, Ye
ST09-D1-AM2-309-005, p83
PANGASTUTI, Dyah
SE15-D4-PM1-P-007, p319
SE15-D4-PM1-P-009, p319
SE15-D5-AM2-311-003, p363
PANGILINAN, Angelita
SE25-D4-PM1-P-042, p328

PANMEI, Champoungam
OS07-D4-PM1-P-020, p306
OS07-D5-AM1-328-004, p354
PANSINO, Stephen
SE10-D4-PM1-P-013, p316
SE10-D4-PM1-P-020, p317
SE10-D4-PM1-P-024, p317
SE10-D4-PM1-P-026, p318
PANT, Vimlesh
OS10-D1-PM1-328-002, p77
OS14-D4-PM1-P-021, p310
PAPACHARALAMPOUS,
Georgia
HS01-D2-PM1-P-016, p141
HS06-D3-AM1-334-007, p172
PAPALE, Dario
BG01-02-D4-AM1-335-005, p268
PAPPALARDO, Robert
PS07-D3-PM2-310-015, p196
PARANICAS, Chris
PS07-D3-AM1-310-004, p195
PS07-D3-AM1-310-005, p195
PARCHETA, Carolyn
PS15-D5-PM1-P-010, p382
PARHAM, Peter
OS22-D3-AM2-329-002, p191
PARIPURNO, Eko
SS07-D2-PM1-330-002, p138
PARK, Chan HongSE25-D4-PM1-P-049, p328
PARK, Chang-Hwan
AS17-D3-PM1-P-016, p222
PARK, Changyong
AS31-D3-PM1-P-021, p230
AS31-D3-PM1-P-022, p230
PARK, Doo-Sun R.
SS02-D4-PM2-331-002, p300
PARK, Edward
HS01-D2-PM1-P-026, p142
SE04-D2-AM2-311-003, p130
PARK, Gyesoon
SE14-D4-PM1-P-008, p319
PARK, Hae-Li
AS21-D3-PM1-P-023, p225
PARK, Hyeon Yeong
SE25-D4-PM1-P-049, p328
PARK, Hyesun
HS15-D2-PM1-P-004, p147
PARK, Jaeheung
ST22-D3-PM2-309-003, p201
ST22-D2-PM1-P-012, p159
PARK, Jaehyun
IG06-D4-PM1-332-005, p279
PARK, Jeong-Hoo
AS40-D3-PM1-P-025, p238
AS40-D4-AM1-309-002, p263
AS40-D4-AM2-309-007, p264
PARK, Jeong-Hyun
AS04-D3-PM1-P-025, p214
PARK, Jina
AS36-D3-PM1-P-022, p235

432

432

PARK, Jinhyeog
HS15-D2-PM1-P-006, p148
HS20-D4-PM2-327-002, p274
PARK, Jin-Soo
AS40-D4-AM2-309-011, p265
PARK, Jinyoung
AS10-D3-PM1-P-049, p216
PARK, Jong-Kil
AS36-D3-PM1-P-023, p235
PARK, Jongsung
AS40-D4-AM2-309-008, p264
PARK, Joonghee
AS04-D3-PM1-P-023, p213
PARK, Jun Dong
OS05-D4-PM1-P-008, p305
PARK, Jun Hyung
HS19-D3-PM1-330-006, p176
PARK, Junghun
PS14-16-D4-PM2-311-011, p288
PARK, Mijeong
SS11-D4-PM2-330-004, p301
PARK, Minsu
AS40-D4-AM2-309-008, p264
PARK, Moon-Soo
AS40-D3-PM1-P-022, p237
PARK, Rokjin J.
AS40-D3-PM1-P-025, p238
AS40-D4-AM1-309-005, p263
PARK, Ryan
SS04-D2-PM2-331-001, p137
PARK, S.C.
AS31-D3-PM1-P-031, p231
AS31-D5-AM2-335-012, p342
PARK, Sang-Hun
AS10-D3-AM1-331-029, p168
PARK, Sangwook
AS13-D2-PM1-334-015, p106
PARK, Sei Young
AS32-D2-PM2-334-008, p111
PARK, Seon Ki
AS20-D3-PM1-P-009, p224
AS20-D3-PM1-P-010, p224
AS20-D3-PM1-P-011, p224
AS20-D3-PM1-P-012, p224
PARK, Shin-Young
AS16-D3-PM1-P-016, p221
PARK, Sojung
AS20-D3-PM1-P-009, p224
AS20-D3-PM1-P-010, p224
AS20-D3-PM1-P-011, p224
AS20-D3-PM1-P-012, p224
PARK, Sung-Hwa
AS40-D3-PM1-P-022, p237
PARK, Wonsun
AS13-D2-AM2-334-011, p105
OS22-D3-AM2-329-005, p191
PARK, Yeon-Hee
AS16-D3-PM1-P-013, p220
PARK, Young-Deuk
PS12-ST23-D4-PM1-310-008, p290

PARK, Young-Je
AS15-D1-AM1-335-007, p60
PARK, Yunho
AS20-D3-PM1-P-009, p224
AS20-D3-PM1-P-010, p224
PARKER, Jay
SE09-D3-AM1-327-004, p204
PARKS, George
ST04-13-21-D2-PM1-P-012, p152
ST10-03-17-19-D4-PM2-328-011,
p294
PASCOE, David
ST07-D3-AM1-309-007, p200
ST12-D4-PM1-329-005, p295
PATADIA, Falguni
AS15-D1-AM1-335-005, p60
AS40-D4-PM1-309-015, p265
PATEL, Arpit
PS12-ST23-D4-AM2-310-004, p289
PS12-ST23-D4-PM1-310-007, p290
PS12-ST23-D4-PM1-310-010, p290
PATEL, Rhythm
HS07-D2-PM1-P-009, p144
PATGIRI, SamiranST22-D2-PM1-P-010, p159
PATHAK, Binita
AS06-D5-PM1-308-005, p335
PATHAK, Raju
AS11-38-D1-PM1-335-011, p59
AS11-38-D2-AM2-335-023, p103
PATNAIK, Jitendra
IG25-D5-PM1-P-007, p372
PATNAIK, Swagat
HS01-D1-AM2-333-011, p67
PATRA, Prabir
AS41-D5-AM1-334-009, p344
BG01-02-D4-AM1-335-007, p268
BG06-07-D4-AM2-335-002, p270
BG06-07-D4-AM2-335-003, p270
BG06-07-D4-AM2-335-004, p270
PATTANAYAK, Sonali
HS11-D5-AM2-327-010, p348
PATZOLD, Martin
PS05-13-D2-AM1-310-004, p126
PÄTZOLD, Martin
PS05-13-D2-PM2-310-022, p128
PS05-13-D2-PM2-310-024, p128
PAUDYAL, RukumeshAS35-D3-PM1-P-013, p233
AS35-D3-PM1-P-015, p233
AS35-D3-PM1-P-022, p234
PAUL, Madhusudan
OS07-D4-PM1-P-010, p305
PAULUIS, Olivier
AS10-D2-AM1-333-002, p99
AS11-38-D1-AM2-335-005, p58
PAVLIS, Erricos
SE09-D3-AM1-327-005, p204
PAWSON, StevenSS11-D4-PM2-330-002, p301
SS11-D4-PM2-330-004, p301

PAXTON, Larry
AS23-D4-PM2-336-005, p257
ST26-27-D3-AM2-309-004, p202
PAYNE, Vivienne
AS40-D4-PM1-309-017, p266
PAYOT, Betchaida
SE27-D1-AM2-311-005, p90
SE13-D2-PM1-327-004, p132
SE13-D2-PM2-327-007, p133
SE27-D1-AM2-311-001, p90
SE27-D1-AM2-311-004, p90
PEARLMAN, Michael
SE09-D3-AM1-327-005, p204
PEART, Mervyn
HS01-D1-AM1-333-009, p66
HS16-04-D2-PM1-P-012, p148
HS16-04-D2-PM1-P-013, p148
HS23-D3-AM2-330-010, p177
PEDEBOY, Stéphane
AS07-D2-AM1-309-003, p98
PEI, Zhongtian
ST12-D2-PM1-P-019, p156
ST12-D2-PM1-P-023, p157
PEIN, Johannes
OS19-D2-PM2-328-010, p125
PEI-ZHEN, Zhang
SE04-D2-AM2-311-004, p130
SE04-D2-PM1-311-011, p131
SE04-D4-PM1-P-012, p314
SE04-D4-PM1-P-014, p314
PELLEJERA-ORUGA, Nicole
BG04-D3-PM1-P-016, p241
SE25-D4-PM1-P-035, p327
SE25-D4-PM1-P-036, p327
PENG, Dongju
SE02-D5-AM1-311-006, p362
SE05-D4-PM1-P-007, p315
SE06-D4-PM1-P-005, p315
SE05-D1-AM1-311-003, p86
PENG, Peng
IG10-D5-PM1-P-011, p369
PENG, Shiqiu
AS02-D3-PM1-P-022, p213
OS03-D4-AM1-330-001, p280
OS03-D4-AM1-330-006, p280
OS07-D4-PM1-P-017, p306
OS18-D3-AM1-328-006, p190
PENG, Wei
AS03-D1-AM1-331-007, p55
PENG, Yi-De
SE21-D4-PM1-P-036, p324
PENG, Yiran
AS24-D4-PM1-336-019, p259
PENG, Zhen
BG06-07-D4-PM1-335-008, p271
PERALTA, Monica Joyce
SE25-D4-PM1-P-034, p327
PEREZ, Darwin
AS31-D3-PM1-P-023, p230
AS31-D5-AM1-335-003, p340
PEREZ, Larissa
OS03-D4-AM1-330-004, p280

433

433

PEREZ, Nemesio
IG12-D3-PM1-333-002, p180
IG12-D3-PM1-333-006, p181
PÉREZ-SUÁREZ, David
ST02-D4-AM1-328-004, p291
PERMANA, Haryadi
SE21-D3-AM2-311-018, p207
PERMANADEWI, Sam
SE25-D4-PM1-P-031, p326
PERRYMAN, Rebecca
PS07-D3-PM2-310-012, p196
PERSOGLIA, Sergio
IG21-D3-AM1-332-008, p183
PERTTU, Anna
SE10-D4-PM1-P-015, p316
SE10-D4-PM1-P-022, p317
SE10-D4-PM1-P-023, p317
PETER, Hardi
ST09-D2-PM1-P-019, p155
PETER, Kerstin
PS05-13-D2-AM1-310-004, p126
PETERSEN, Walter
AS28-D2-PM2-308-011, p110
PETERS-LIDARD, Christa
HS10-D3-PM1-334-007, p175
PETERSON, David
AS40-D3-PM1-P-021, p237
AS40-D4-AM1-309-001, p263
PETERSON, William
PS05-13-D2-PM2-310-026, p129
PETLEY, David
IG19-D5-PM1-P-008, p370
PETRONOTIS, Katerina
SE21-D4-PM1-P-029, p323
PETTERSSON, Jessica
SS07-D2-PM1-330-002, p138
PEVZNER, Roman
IG21-D3-AM1-332-004, p182
PFAU-KEMPF, Yann
ST04-13-21-D1-AM1-308-005, p81
PFISTER, Gabriele
AS40-D4-AM1-309-006, p264
PHAM, Dat
IG01-D4-AM2-332-013, p277
IG04-D4-PM2-332-007, p278
OS22-D4-PM1-P-013, p312
PHAM, Nga Thi Thanh
AS28-D2-PM1-308-004, p109
IG03-D5-PM1-P-011, p366
PHAM TIEN, Dat
AS03-D3-PM1-P-025, p213
PHAN, Tai
ST09-D1-AM2-309-001, p82
ST09-D2-PM1-P-017, p155
PHAN, Tan Van
AS31-D3-PM1-P-023, p230
AS31-D3-PM1-P-028, p231
AS31-D5-AM1-335-002, p340
AS31-D5-AM1-335-003, p340
AS31-D5-AM1-335-004, p340
AS31-D5-AM1-335-006, p341
AS31-D5-AM1-335-007, p341

PHANG, Siew Moi
BG04-D3-PM1-P-012, p241
BG04-D3-PM1-P-013, p241
BG04-D3-PM1-P-014, p241
PHANIKUMAR, D. V.
AS41-D4-PM2-334-002, p266
AS41-D4-PM2-334-004, p266
AS41-D4-PM2-334-007, p267
PHILIPPE, Sylvain
PS07-D3-PM2-310-011, p196
PS15-D1-PM1-310-005, p80
PHILLIPS, Helen
OS19-D4-PM1-P-022, p311
PHUA, Marcus
SE20-D4-PM1-P-007, p322
SE20-D4-PM1-P-009, p322
SE20-D4-PM1-P-010, p322
PHYU, Khin Mar
SE13-D2-PM2-327-006, p133
PI, Chia-Jung
AS24-D4-AM1-336-002, p257
PIAO, JinlingAS11-38-D2-AM2-335-020, p103
PICKERING, Kevin
SE21-D4-PM1-P-029, p323
PIERINI, Stefano
OS21-D4-PM1-P-011, p311
PIETERS, Carle
SS04-D2-PM2-331-001, p137
PILARCZYK, Jessica
OS22-D3-PM1-329-007, p192
OS22-D4-PM1-P-019, p313
PILE, JeremyOS22-D3-AM2-329-002, p191
OS22-D4-PM1-P-014, p312
PILORGET, CedricPS05-13-D2-PM1-310-020, p128
PS12-ST23-D5-PM1-P-015, p381
PING, Jinsong
PS04-D5-PM1-P-014, p375
PITLICK, John
SE04-D2-AM2-311-005, p130
PITNA, Alexander
ST16-D5-AM2-309-011, p361
PLASCHKE, FerdinandST25-D1-PM1-308-001, p85
POCH, Olivier
PS11-D5-PM1-P-015, p379
POGORELOV, Nikolai
ST14-20-24-D2-PM1-P-007, p157
POH, Gangkai
PS03-D4-PM1-311-008, p282
PS03-D4-PM1-311-009, p282
PS03-D5-PM1-P-017, p375
POKAVANICH, Tanuspong
IG06-D5-PM1-P-006, p368
POKHREL, Samir
AS11-38-D2-AM2-335-022, p103

POKHREL, Yadu
AS18-D5-AM2-334-002, p338
HS01-D1-AM2-333-015, p67
POLANSKEY, Carol
SS04-D2-PM2-331-004, p137
POLLOCK, Craig
PS08-D5-AM1-331-009, p359
ST09-D1-PM1-309-009, p83
ST10-03-17-19-D4-PM1-328-005,
p293
POLOZOV, Yury
IG04-D5-AM1-330-012, p352
IG04-D5-PM1-P-022, p367
POLUGARI, Epapra
HS11-D5-AM1-327-007, p347
PONOMARENKO, Pavlo
ST08-D3-PM2-308-004, p201
POPES, Marmelou
SE25-D4-PM1-P-041, p327
SE25-D4-PM1-P-043, p328
POPPE, Andrew
PS03-D4-AM2-311-006, p281
PORNSOPIN, Patinya
SE21-D2-AM1-327-002, p134
PORSON, Aurore
AS14-D2-PM1-309-009, p107
POST, Vincent
SS07-D2-PM1-330-001, p138
POTHURAJU, Thirupathaiah
PS05-13-D2-AM1-310-003, p126
PS05-13-D2-AM2-310-010, p127
POUDEROUX, Hugo
SE21-D4-PM1-P-029, p323
POULET, François
PS05-13-D5-PM1-P-030, p376
POULSEN, Niels
IG21-D3-AM1-332-008, p183
POWER, William
IG01-D5-PM1-P-022, p366
PRABHU, Amita
AS11-38-D2-AM2-335-019, p103
AS11-38-D2-AM2-335-024, p103
AS11-38-D3-PM1-P-031, p217
AS13-D2-AM1-334-003, p104
OS13-D2-PM1-329-009, p121
PRABOWO, Arief
SE25-D4-PM1-P-031, p326
PRAKASH, Kumar Ravi
OS14-D4-PM1-P-021, p310
PRASAD, G. V. R.
SE22-D3-PM1-327-005, p208
PRASAD, Midhun
OS22-D4-PM1-P-020, p313
PRASAD, Vandana
SE22-D3-AM2-327-001, p207
SE22-D3-PM1-327-006, p208
PRASANNA, Pothuganti
HS01-D1-AM1-333-006, p66
PRASETYADI, Carolus
SS07-D2-PM1-330-002, p138
PRATAMA, Aditya
SE10-D1-AM1-327-007, p88

434

434

PRATAMA, Edo
IG21-D3-AM1-332-005, p182
PRATAMA, Edo
IG21-D3-AM1-332-005, p182
PRATAMA, Febby Yudhi
SE13-D2-PM2-327-013, p133
PRECH, Lubomir
ST12-D4-PM2-329-011, p295
PRETTYMAN, Thomas
SS04-D2-PM2-331-001, p137
SS04-D2-PM2-331-004, p137
PREUSKER, Frank
PS11-D1-AM1-310-005, p78
PS14-16-D4-AM1-311-002, p287
PRIHATININGSIH, Isnaini
OS04-D1-AM2-328-003, p76
PROMJIRAPRAWAT, Kamphol
AS31-D3-PM1-P-027, p231
AS31-D5-AM1-335-004, p340
PRZYBYLSKI, Damien
ST07-D3-AM1-309-005, p200
PU, Zuyin
ST10-03-17-19-D2-PM1-P-017,
p156
ST10-03-17-19-D4-PM2-328-007,
p294
PULINETS, Sergey
ST08-D2-PM1-P-012, p154
PULUPA, Marc
ST02-D4-AM2-328-009, p292
PUN, Iam Fei
OS14-D2-AM1-329-005, p122
OS14-D4-PM1-P-017, p309
PUNITHA, Thillai
BG04-D3-PM1-P-014, p241
PUPPALA, Siva Praveen
AS35-D2-PM1-335-004, p112
AS35-D3-PM1-P-023, p234
PURWANDANA, Adi
OS04-D1-AM2-328-005, p76
PUTRA, Raden
IG28-D5-PM1-P-009, p373
PUTRA, Widy
SE15-D4-PM1-P-007, p319
SE15-D4-PM1-P-009, p319
SE15-D5-AM2-311-003, p363
PYNE-O'DONNELL, Sean
SE20-D4-PM1-P-007, p322
SE20-D4-PM1-P-009, p322
SE20-D4-PM1-P-010, p322

Q.
QI, Jia
HS23-D3-AM1-330-003, p177
QI, Yiquan
AS22-D5-PM1-333-005, p339
QIAN, Qifeng
AS19-D1-AM2-329-008, p61

QIAN, Yu-Kun
AS02-D3-PM1-P-022, p213
QIAO, Fangli
OS02-D4-PM1-P-038, p304
OS19-D4-PM1-P-016, p311
QIAO, Liping
AS03-D1-PM1-331-020, p57
AS03-D3-PM1-P-021, p213
QIE, LiliAS42-D3-PM1-P-013, p238
QIE, Xiushu
AS07-D2-AM1-309-004, p98
QILIN, Wan
AS10-D3-AM1-331-033, p168
AS19-D1-AM2-329-011, p61
QIN, Jun
IG28-D5-PM1-P-010, p373
QIN, Kai
AS15-D1-AM1-335-006, p60
QIN, Mingyue
AS11-38-D3-PM1-P-032, p218
QIN, Xiaosheng
HS15-D2-PM1-P-005, p147
QIN, Yanfang
SE21-D3-AM2-311-018, p207
QIN, Yue
HS23-D3-AM1-330-005, p177
SS02-D4-PM2-331-005, p300
QIN, Yujing
AS13-D3-PM1-P-020, p218
QIN, Zilong
AS07-D3-PM1-P-008, p215
QIU, Fuwen
OS13-D2-PM1-329-008, p121
QIU, Jiong
ST16-D5-AM1-309-003, p360
QIU, Linghua
HS16-04-D1-AM1-334-006, p69
HS21-D2-AM1-330-001, p114
QIU, Linjing
HS23-D3-AM2-330-012, p178
QIU, Qiang
SE02-D5-AM1-311-006, p362
QIU, Wenyu
AS10-D3-AM1-331-030, p168
QIU, XinghuaAS03-D1-AM1-331-007, p55
QIU, Yun
OS13-D2-PM1-329-010, p121
QU, Bin
AS35-D3-PM1-P-013, p233
QU, Jianjun
IG01-D5-PM1-P-015, p365
QU, Tangdong
OS10-D4-PM1-P-009, p308
QUEAÑO, Karlo
SE13-D2-PM1-327-004, p132
SE13-D2-PM2-327-007, p133
SE27-D1-AM2-311-001, p90
QUICK, Lynnae
SS04-D2-PM2-331-005, p138

QUIRICO, Eric
PS11-D1-AM2-310-010, p79
PS11-D5-PM1-P-015, p379
QUOC NGUYEN, HungSE25-D3-AM1-311-006, p208
QURESHI, M. F.
SE11-D5-PM1-311-002, p363
SE11-D5-PM1-311-003, p363

R.
RAASCH , Siegfried
AS24-D4-AM1-336-001, p257
RABOUDI, Naila
AS20-D2-PM2-309-004, p108
RADEBAUGH, Jani
PS15-D1-PM1-310-006, p80
PS15-D5-PM1-P-009, p382
RADIOTI, Aikaterini
ST10-03-17-19-D2-PM1-P-017,
p156
RADKE, Bruce
IG21-D3-AM1-332-004, p182
RAE, Jonathan
ST10-03-17-19-D2-PM1-P-017,
p156
RAFLIANA, Irina
SS07-D2-PM1-330-002, p138
RAGHAVAN, Srivatsan
AS03-D1-AM1-331-008, p56
AS03-D1-AM2-331-013, p56
AS03-D1-AM2-331-014, p56
AS28-D2-PM1-308-003, p109
AS31-D5-AM1-335-005, p341
HS01-D1-AM2-333-014, p67
IG04-D4-PM2-332-004, p278
IG04-D5-AM1-330-011, p352
IG26-D3-PM2-332-001, p184
RAHMAT, Raizan
AS02-D4-AM2-308-010, p251
AS22-D5-PM1-333-003, p339
RAHMATI, Ali
PS10-D4-PM2-310-006, p285
RAHMAWATI, Aulia
IG04-D5-PM1-P-019, p367
RAI, Archana
AS11-38-D2-AM2-335-022, p103
RAI, Jyotsana
SE22-D3-AM2-327-004, p208
SE22-D4-PM1-P-008, p324
RAINES, Jim
PS03-D4-PM1-311-007, p282
PS03-D4-PM1-311-008, p282
PS03-D4-PM1-311-009, p282
RAIZADA, Shikha
AS41-D3-PM1-P-018, p238
AS41-D5-AM1-334-012, p345
AS41-D5-AM1-334-014, p345
RAJEEV, K.
AS02-D4-AM2-308-013, p251

435

435

RAJPUT, Swati Singh
IG01-D4-AM2-332-009, p277
RAJU, N. JanardhanaHS03-D1-AM2-334-004, p68
RAJU, P. L. N
AS02-D4-AM2-308-013, p251
RAJU, P.L.N.
AS06-D5-PM1-308-001, p335
RAKHMANOVA, Lyudmila
ST12-D4-PM2-329-011, p295
ST16-D5-AM2-309-011, p361
RAKSHIT, Raghupratim
IG01-D4-AM1-332-007, p276
RAM, Arishma
HS17-D1-PM1-334-001, p70
RAMACHANDRAN, Krishna
Kumar
OS22-D3-PM1-329-010, p192
RAMDHANI, AndriAS21-D4-AM2-333-010, p255
RAMESH, D.S.
SE12-D2-AM1-311-005, p131
ST08-D2-PM1-P-010, p154
RAM-INDRA, Teerawat
HS16-04-D1-AM1-334-007, p70
RAMOS, Noelynna
IG24-D3-AM2-333-001, p183
SE13-D2-PM1-327-004, p132
SE13-D2-PM2-327-007, p133
OS22-D3-AM2-329-001, p191
OS22-D3-PM1-329-009, p192
OS22-D4-PM1-P-015, p312
SE21-D2-AM2-327-013, p135
SE21-D4-PM1-P-033, p324
SE27-D1-AM2-311-001, p90
RAMOS, Riovie
OS10-D4-PM1-P-008, p307
RAN, Liang
AS03-D1-AM1-331-002, p55
AS03-D1-PM1-331-017, p57
RANA, Arun
AS31-D5-AM1-335-001, p340
RANA, Prachi
HS08-D2-PM1-P-009, p144
RANDEL, William
SS11-D4-PM2-330-004, p301
RANKIN, Robert
ST05-15-D3-AM2-308-005, p197
RANSLEY, Tim
IG21-D3-AM1-332-004, p182
RAO, Lanlan
AS15-D1-AM1-335-006, p60
RAO, M. R.
SE22-D3-PM1-327-007, p208
RAO, Suryachandra A.
AS21-D3-PM1-P-025, p225
RAPONI, Andrea
SS04-D2-PM2-331-003, p137
RASMY, Mohamed
AS28-D3-PM1-P-013, p228
RASTOGI, Shantanu
AS06-D3-PM1-P-006, p214

RASTRULLO, Rasty
SE25-D4-PM1-P-041, p327
SE25-D4-PM1-P-043, p328
RATDOMOPURBO, Antonius
SE10-D1-AM1-327-003, p87
SE25-D4-PM1-P-031, p326
RATH, Sudhansu Sekhar
AS19-D1-PM1-329-019, p62
RATHEESH, Smitha
OS18-D4-PM1-P-010, p310
OS18-D4-PM1-P-011, p310
RAU, Ruey-Juin
SE21-D3-AM2-311-019, p207
RAUT, Bhupendra
HS01-D1-AM2-333-014, p67
RAVINE, Michael
PS08-D5-AM1-331-004, p358
RAY, Christine
PS07-D3-PM2-310-012, p196
RAY, Dwijesh
PS05-13-D2-AM2-310-013, p127
PS14-16-D4-PM2-311-015, p288
RAY, Kamaljit
HS14-D4-AM1-327-003, p272
RAY, Licia
ST10-03-17-19-D2-PM1-P-017,
p156
RAY, Richard
OS01-D1-AM1-328-004, p75
RAYMAN, Marc
SS04-D2-PM2-331-004, p137
RAYMOND, Carol
PS11-D1-AM1-310-005, p78
SS04-D2-PM2-331-001, p137
SS04-D2-PM2-331-002, p137
SS04-D2-PM2-331-003, p137
SS04-D2-PM2-331-004, p137
SS04-D2-PM2-331-005, p138
RAYNER, Peter
BG08-D3-PM1-335-002, p171
RAYO, Joshua Frankie
IG01-D4-AM2-332-010, p277
RAYSON, Matt
OS02-D3-AM2-328-002, p186
REAGER, John
IG10-D1-AM1-332-002, p73
REALMUTO, Vincent
BG06-07-D4-AM2-335-001, p270
REDFERN, FarranAS16-D5-PM1-332-008, p336
REED, KevinAS24-D3-PM1-P-021, p226
REFRAN, James Cesar
SE27-D1-AM2-311-003, p90
REGAN, Helen
HS11-D5-AM2-327-012, p348
REGNIER, Stephane
ST07-D3-AM1-309-006, p200
REICHSTEIN, Markus
BG01-02-D4-AM1-335-005, p268
REID, Iain
AS04-D4-PM1-334-015, p253

AS41-D4-PM2-334-001, p266
REID, Jeffrey
AS42-D3-PM1-P-015, p239
AS42-D5-AM2-308-010, p346
REINKE, Joshua
OS21-D5-PM1-328-009, p357
REME, Henri
PS11-D1-AM2-310-011, p79
REMER, Lorraine
AS15-D1-AM1-335-005, p60
AS15-D3-PM1-P-009, p220
REMOLADOR, John Kent
SE25-D4-PM1-P-046, p328
REMUS, Stefan
PS05-13-D2-PM2-310-024, p128
REN, Fumin
AS10-D3-AM1-331-030, p168
REN, Jinwei
SE12-D4-PM1-P-010, p318
REN, Juzhang
AS21-D4-AM2-333-011, p255
REN, Rongcai
AS04-D4-AM2-334-009, p252
AS29-D4-PM2-308-010, p261
REN, Yanqiong
PS11-D5-PM1-P-019, p380
REN, Yanqiu
ST05-15-D3-PM1-308-009, p198
REN, Ye
SE21-D4-PM1-P-035, p324
REN, Zhipeng
ST08-D3-PM2-308-006, p201
RENARD, Jean-Baptiste
AS04-D4-PM1-334-016, p253
RENGEL, Miriam
PS04-D3-AM2-310-004, p193
PS04-D3-AM2-310-005, p193
PS04-D5-PM1-P-017, p376
RENO, Michelle
PS08-D5-AM1-331-009, p359
RETINO, Alessandro
ST09-D1-AM2-309-004, p83
ST09-D1-AM2-309-005, p83
REZAC, Ladislav
PS04-D3-PM1-310-010, p194
PS04-D3-PM1-310-011, p194
PS04-D3-PM1-310-012, p194
PS04-D5-PM1-P-015, p376
PS04-D5-PM1-P-018, p376
PS04-D5-PM1-P-019, p376
RHIE, Junkee
SE25-D4-PM1-P-021, p325
RIAMA, Nelly Florida
AS21-D4-AM2-333-010, p255
RIAZANTSEVA, Maria
ST12-D4-PM2-329-011, p295
ST16-D5-AM2-309-011, p361
RIBBE, Joachim
OS21-D5-AM2-328-001, p356
OS21-D5-AM2-328-002, p356
RICHARDSON, Ian G.
ST16-D2-PM1-P-012, p158

436

436

RICHEY, Alexandra
IG10-D1-AM1-332-002, p73
RICHTER, Dirk
AS40-D4-AM2-309-009, p264
RIDGWAY, Ken
OS21-D5-PM1-328-007, p357
RIDHA, Syahrir
IG21-D3-AM1-332-005, p182
RIDLEY, Aaron
ST25-D2-PM1-P-010, p159
RIFAI, Hamdi
SE20-D4-PM1-P-007, p322
SE20-D4-PM1-P-009, p322
SE20-D4-PM1-P-010, p322
RIM, Hyoungrea
SE14-D4-PM1-P-008, p319
RINGOR, Virgilio III Elijah
SE25-D4-PM1-P-038, p327
RITTWEGER, Andreas
SS06-D3-PM1-331-002, p211
RIVA, Matthieu
AS03-D1-PM1-331-018, p57
AS34-D1-AM2-330-013, p64
RIVERA, Danikko John
SE10-D4-PM1-P-011, p316
RIZAL, Jose
AS13-D2-PM1-334-013, p105
RIZZA, Magali
SE04-D2-PM1-311-007, p130
RO, Yonghun
HS06-D2-PM1-P-013, p143
ROBERTS, Jennifer
IG21-D3-AM1-332-002, p182
ROBERTS, Tjarda
AS04-D4-PM1-334-016, p253
ROBERTSON, Robin
OS03-D4-AM1-330-002, p280
OS05-D5-PM1-329-005, p353
OS05-D5-PM1-329-006, p353
OS11-D5-AM1-329-007, p355
RODELL, Matthew
HS10-D3-PM1-334-007, p175
IG10-D1-AM1-332-002, p73
RODOLFO, KelvinIG01-D4-AM1-332-006, p276
RODRIGUEZ, Jose
OS13-D2-PM1-329-011, p121
RODRIGUEZ, Sébastien
PS07-D3-PM2-310-011, p196
PS15-D1-PM1-310-005, p80
RODRÍGUEZ, Fátima
IG12-D3-PM1-333-006, p181
ROEBER, Volker
IG06-D4-PM1-332-002, p279
ROEDER, James
ST18-D4-AM1-329-004, p296
ROGERS, John
PS08-D5-AM1-331-004, p358
ROGISTER, Yves
SE16-D4-PM1-P-010, p320
ROH, Joon-Woo
AS40-D3-PM1-P-022, p237

ROH, Woosub
AS24-D3-PM1-P-026, p227
ROHIMAN, Asep
SE25-D4-PM1-P-031, p326
ROLLAND, Lucie
ST08-D2-PM1-P-010, p154
ROMAN, Miguel
IG28-D2-AM1-332-001, p117
ROMEO, Giuseppe
ST02-D4-AM1-328-008, p292
ROMERO, Cristina
PS04-D3-AM2-310-004, p193
RONG, Yufang
SE21-D2-AM1-327-003, p134
SE21-D2-AM1-327-004, p134
SE21-D2-AM1-327-007, p134
SE21-D4-PM1-P-022, p322
RONG, Zhaojin
PS03-D5-PM1-P-016, p375
PS03-D5-PM1-P-017, p375
ST12-D2-PM1-P-020, p156
ROOSMAWATI, Nova
SS07-D2-PM1-330-002, p138
ROQUET, Fabien
OS11-D4-PM1-P-012, p308
ROSANA, Mega Fatimah
SE13-D2-PM2-327-011, p133
SE13-D2-PM2-327-013, p133
SE13-D4-PM1-P-015, p318
SE25-D3-AM1-311-007, p209
ROSEBROCK, Uwe
AS02-D4-AM1-308-003, p250
ROTH, Christian
HS18-D4-PM1-327-003, p274
ROUSSOS, Elias
PS03-D4-PM1-311-012, p282
PS07-D3-AM1-310-004, p195
PS07-D3-AM1-310-005, p195
ROUTH, Joyanto
IG04-D4-PM2-332-003, p278
ROVERE, Alessio
OS22-D3-AM2-329-004, p191
ROY, Rakesh
AS02-D4-AM2-308-013, p251
RUANGRASSAMEE, Piyatida
HS16-04-D1-AM1-334-007, p70
RUBIN, Charles
IG01-D4-AM2-332-013, p277
RUDERMAN, Michael
ST12-D4-PM1-329-003, p294
RUELO, Rio Jasper
SE13-D4-PM1-P-017, p319
RUESCH, Ottaviano
SS04-D2-PM2-331-005, p138
RUIZ, Juan
AS20-D2-PM2-309-001, p108
RUNOV, Andrei
ST10-03-17-19-D4-PM2-328-006,
p293
ST10-03-17-19-D4-PM2-328-007,
p294

ST10-03-17-19-D4-PM2-328-010,
p294
RUOHONIEMI, J. M.
ST25-D2-PM1-P-008, p159
RUPAKHETI, Dipesh
AS35-D3-PM1-P-015, p233
AS35-D2-PM1-335-001, p112
AS35-D2-PM1-335-004, p112
AS35-D2-PM1-335-005, p112
AS35-D3-PM1-P-021, p234
RUPAKHETI, Maheswar
AS35-D2-PM1-335-001, p112
AS35-D2-PM1-335-004, p112
AS35-D2-PM1-335-005, p112
AS35-D3-PM1-P-015, p233
RUSSELL, Chris
SS04-D2-PM2-331-001, p137
SS04-D2-PM2-331-004, p137
ST09-D2-PM1-P-017, p155
ST10-03-17-19-D4-PM1-328-005,
p293
RUSSELL, Christopher
PS11-D1-AM1-310-005, p78
SS04-D2-PM2-331-002, p137
SS04-D2-PM2-331-003, p137
SS04-D2-PM2-331-005, p138
ST25-D1-PM1-308-001, p85
RUSSELL, James
SE20-D3-PM1-311-002, p206
SE20-D3-PM1-311-003, p206
SE20-D3-PM1-311-004, p206
SE20-D3-PM1-311-005, p206
RUSSELL, Joshua
SE16-D4-PM1-P-017, p321
RUSSO, RaymondSE02-D4-PM1-P-010, p314
SE02-D5-AM1-311-007, p362
RUZHIN, Ya Yu
ST22-D3-PM2-309-007, p202
RYBAS, Oleg
SE25-D4-PM1-P-024, p325
RYKOVA, Tatiana
AS02-D4-AM1-308-003, p250
OS21-D5-PM1-328-007, p357
RYU, Dongryeol
IG10-D1-AM1-332-006, p74
RYU, Geon-Hwa
AS13-D3-PM1-P-024, p218
RYU, Geun-Hyeok
AS28-D2-PM1-308-005, p109
RYU, Han-Sun
HS08-D2-PM1-P-007, p144
RYU, Kwangsun
ST22-D2-PM1-P-010, p159

S.
S, Jeyakumar
SE22-D3-PM1-327-006, p208

437

437

S, Prasanna Kumar
OS07-D4-PM1-P-010, p305
S, Sithara
HS20-D4-PM2-327-005, p275
S, Sravanthi
SE24-D1-PM1-311-003, p89
S., Suresh Babu
AS16-D5-AM2-332-004, p336
S. NAIR, Vijayakumar
AS06-D5-PM1-308-003, p335
S.K., Pramada
HS20-D4-PM2-327-005, p275
SABADO, Jasmine
IG01-D4-AM1-332-006, p276
SABARUDDIN, Sabaruddin
IG28-D5-PM1-P-009, p373
OS13-D2-AM2-329-005, p120
SACHDEVA, Nishtha
ST06-D3-AM1-308-006, p199
SADANAGA, Yasuhiro
AS40-D4-PM1-309-012, p265
SADASIVAM, Senthil K.
OS22-D4-PM1-P-012, p312
SAEKI, Tazu
BG01-02-D4-AM1-335-007, p268
BG06-07-D4-AM2-335-004, p270
SAFRANKOVA, Jana
ST12-D4-PM2-329-011, p295
ST16-D5-AM2-309-011, p361
SAGANTI, Premkumar
PS12-ST23-D4-AM2-310-001, p289
SAGAWA, Hideo
PS04-D5-PM1-P-020, p376
SAHA, Abhishek
HS03-D1-AM2-334-003, p68
SAHA, Biswajit
AS02-D4-AM2-308-013, p251
SAHA, Subodh Kumar
AS11-38-D2-AM2-335-022, p103
SAHAGUN, Johann Joseph
SE25-D4-PM1-P-046, p328
SAHANY, Sandeep
AS11-38-D1-PM1-335-011, p59
AS11-38-D2-AM2-335-023, p103
SAHOO, Prabodha
SE25-D3-PM2-311-014, p210
SAHRAOUI, Fouad
ST09-D1-AM2-309-005, p83
ST12-D4-PM2-329-012, p296
SAHU, Netrananda
AS29-D3-PM1-P-017, p229
OS13-D4-PM1-P-014, p309
SAHU, Shovan
AS34-D1-PM1-330-015, p64
SAIBI, Hakim
IG04-D4-PM2-332-005, p278
SAIKI, Takanao
PS11-D1-AM1-310-007, p78
SAINI, Atul
AS29-D3-PM1-P-017, p229
OS13-D4-PM1-P-014, p309

SAITO, Kazuo
AS20-D2-PM2-309-002, p108
AS36-D3-PM1-P-020, p235
SAITO, Shinji
ST12-D2-PM1-P-015, p156
ST18-D4-AM1-329-006, p297
ST02-D4-AM2-328-013, p292
SAITO, Yoshifumi
PS12-ST23-D5-PM1-P-011, p380
PS12-ST23-D5-PM1-P-013, p381
SAITOH, Naoko
AS41-D5-AM1-334-009, p344
SAITOH, Yasuhiro
AS02-D3-PM1-P-020, p212
SAKAGUCHI, Kaori
ST18-D4-AM2-329-012, p298
SAKAI, Nanami
AS18-D3-PM1-P-014, p222
SAKAI, Shotaro
PS10-D4-PM2-310-003, p284
SAKAI, Yuma
IG03-D1-AM2-332-004, p72
SAKANOI, Takeshi
PS05-13-D2-PM1-310-020, p128
PS12-ST23-D5-PM1-P-015, p381
SAKATANI, Naoya
PS04-D3-PM1-310-008, p194
SALEHA, Siti
AS11-38-D1-AM2-335-004, p58
AS14-D2-PM1-309-006, p107
SALEM, Chadi
ST02-D2-PM1-P-019, p152
ST02-D4-AM2-328-009, p292
ST12-D4-PM2-329-010, p295
SALIMUN, Ester
AS13-D2-PM1-334-014, p105
AS21-D4-AM2-333-012, p255
AS31-D3-PM1-P-028, p231
AS31-D5-AM1-335-002, p340
AS31-D5-AM1-335-004, p340
SALINAS, Santo
AS42-D5-AM1-308-006, p346
SALMAN, Rino
SE21-D4-PM1-P-037, p324
SALUNKE, Kiran
AS21-D3-PM1-P-025, p225
SALVI, Kaustubh
HS11-D5-AM1-327-003, p347
SAMAH, Azizan Abu
AS02-D4-AM1-308-007, p250
AS11-38-D1-AM2-335-004, p58
AS11-38-D1-PM1-335-008, p58
AS14-D2-PM1-309-006, p107
AS34-D1-AM1-330-007, p63
OS05-D5-PM1-329-004, p353
SAMANTA, Sayantan
HS08-D2-PM1-P-009, p144
HS11-D2-PM1-P-022, p146
SAMARASINHA, Nalin
PS11-D5-PM1-P-019, p380
SAMOSA, Roxanne
HS17-D2-PM1-P-010, p149

SE25-D4-PM1-P-035, p327
SANA, Furrukh
AS20-D3-PM1-P-013, p224
SANCHEZ, Claudio
OS17-D4-PM1-P-006, p310
SANCHEZ, Dianne
AS40-D4-AM2-309-010, p264
SANDEEP, K. K.
OS10-D1-PM1-328-002, p77
SANDVOL, Eric
SE24-D1-PM1-311-004, p89
SANJAYA, Erick
SE25-D3-AM1-311-007, p209
SANTHAPPANVENKATACHALAM, Sangeetha
AS19-D1-AM1-329-005, p61
SANTIAGO, Joy
IG01-D4-AM1-332-001, p276
IG01-D5-PM1-P-023, p366
SANTISIRISOMBOON, Jerasron
AS31-D3-PM1-P-023, p230
AS31-D3-PM1-P-027, p231
AS31-D3-PM1-P-028, p231
AS31-D5-AM1-335-002, p340
AS31-D5-AM1-335-003, p340
AS31-D5-AM1-335-004, p340
AS31-D5-AM1-335-007, p341
SANTOLIK, Ondrej
AS07-D2-AM1-309-003, p98
ST05-15-D3-PM1-308-010, p198
ST18-D4-AM1-329-002, p296
ST18-D4-AM1-329-003, p296
ST18-D4-AM2-329-008, p297
SANTOS-COSTA, Daniel
PS08-D5-AM1-331-003, p358
PS08-D5-AM1-331-006, p359
PS08-D5-PM1-P-012, p378
SANTOSO, Agus
AS13-D2-AM2-334-011, p105
OS13-D2-AM2-329-001, p120
OS13-D2-AM2-329-002, p120
OS13-D2-AM2-329-003, p120
SANUKI, Hiroshi
IG26-D3-PM2-332-004, p184
SANWLANI, Nivedita
OS19-D2-PM2-328-013, p125
PS05-13-D2-AM2-310-011, p127
SANYAL, Prasun
BG03-D3-PM1-P-007, p240
SAPKOTA, Soma Nath
SE04-D2-PM1-311-007, p130
SAPUNOVA, Olga
ST16-D2-PM1-P-014, p158
SARANTOS, Menelaos
PS03-D4-PM1-311-007, p282
SARBADHIKARI, Amit Basu
PS14-16-D4-PM2-311-015, p288
SARI, Qurnia Wulan
OS04-D1-AM2-328-004, p76
SARKAR, Aveek
PS12-ST23-D4-AM2-310-004, p289

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SARKISSIAN, Edwin
PS08-D5-AM1-331-003, p358
SARMIENTO, Keanu Jershon
SE21-D4-PM1-P-033, p324
SASAI, Takahiro
AS31-D5-PM1-335-015, p342
SASAKI, Hideharu
OS10-D1-PM1-328-004, p77
SASAKI, Hidetaka
AS31-D5-PM1-335-015, p342
AS31-D5-PM1-335-016, p342
SASAKI, Wataru
AS10-D3-PM1-P-048, p216
SASAKI, Youhei
SE16-D4-PM1-P-009, p320
SASSI, Maximiliano
HS16-04-D1-AM1-334-001, p69
SATAKE, Kenji
IG01-D5-PM1-P-024, p366
IG06-D4-PM1-332-001, p278
OS22-D3-AM2-329-001, p191
SE12-D2-AM1-311-006, p132
SATO, Hisashi
BG01-02-D4-AM1-335-004, p268
SATO, Kaoru
AS04-D4-AM1-334-008, p252
SATO, Keiichi
AS16-D5-AM2-332-002, p336
SATO, Mitsuteru
PS05-13-D2-PM2-310-027, p129
PS05-13-D5-PM1-P-032, p377
PS05-13-D5-PM1-P-037, p377
SATO, Natsuo
ST10-03-17-19-D2-PM1-P-016,
p155
SATO, Riku
HS14-D2-PM1-P-018, p147
SATO, Shinji
IG26-D3-PM2-332-004, p184
SATO, Takao M.
PS05-13-D2-PM2-310-021, p128
PS05-13-D2-PM2-310-027, p129
PS05-13-D5-PM1-P-032, p377
PS05-13-D5-PM1-P-037, p377
PS12-ST23-D5-PM1-P-015, p381
SATO, Tsutomu
SE25-D4-PM1-P-032, p326
SATO, Yoshinobu
HS13-D2-PM1-P-018, p146
SATO, Yuki
SE27-D1-AM2-311-002, p90
SATOH, Masaki
AS10-D2-AM1-333-006, p99
AS10-D2-AM2-333-009, p100
AS21-D4-PM1-333-014, p256
AS21-D4-PM1-333-015, p256
AS24-D3-PM1-P-021, p226
AS24-D3-PM1-P-026, p227
AS24-D4-AM2-336-010, p258
AS28-D2-PM2-308-007, p110
SATOH, Shinsuke
AS20-D2-PM2-309-001, p108

SATOH, TakehikoPS05-13-D2-PM2-310-021, p128
PS12-ST23-D5-PM1-P-014, p381
SATYANINGSIH, Ratna
AS13-D2-PM1-334-013, p105
SAUFINA, Elfira
AS14-D2-PM1-309-007, p107
AS14-D3-PM1-P-015, p219
SAUREL, Jean-Marie
OS22-D3-AM2-329-001, p191
SAVE, Himanshu
IG10-D5-PM1-P-007, p369
SAWADA, Masahiro
AS10-D2-PM1-333-020, p101
AS10-D3-PM1-P-042, p216
AS10-D3-PM1-P-048, p216
AS28-D3-PM1-P-014, p228
OS14-D2-AM1-329-006, p122
SAWANT, V. A.
SE14-D3-PM2-327-006, p205
SAWYER, Virginia
AS15-D1-AM1-335-005, p60
AS40-D4-PM1-309-015, p265
SAXENA, Pallavi
AS41-D4-PM2-334-003, p266
AS41-D5-AM1-334-011, p344
SCANNELL, ClaireAS01-D2-AM1-308-001, p97
SCHAA, Ralf
IG21-D3-AM1-332-004, p182
SCHACHT, Ulrike
IG21-D3-AM1-332-004, p182
SCHAFER, Joel
AS40-D3-PM1-P-018, p237
SCHEERES, Daniel
PS11-D1-AM2-310-009, p79
SCHENK, Paul
SS04-D2-PM2-331-005, p138
SCHILLER, Quintin
ST05-15-D3-AM2-308-004, p197
SCHLECHT, ErichAS23-D4-PM2-336-002, p256
SCHMEDEMANN, Nico
PS11-D1-AM1-310-005, p78
SCHMIDT, Britney
SS04-D2-PM2-331-005, p138
SCHMIDT-HATTENBERGER,
Conny
IG21-D3-AM1-332-008, p183
SCHMITT, Bernard
PS07-D3-PM2-310-011, p196
PS15-D1-PM1-310-005, p80
PS11-D5-PM1-P-015, p379
SCHNEIDER, Nick
PS05-13-D2-AM1-310-002, p126
PS05-13-D2-PM1-310-018, p128
PS10-D4-PM2-310-004, p284
PS10-D4-PM2-310-005, p284
SCHNEIDER, Niklas
OS10-D1-PM1-328-004, p77
SCHODLOK, Michale
OS05-D5-PM1-329-005, p353

SCHOENBOHM, Lindsay
SE04-D2-PM1-311-008, p130
SCHOENFELD, Ashley
PS07-D3-PM2-310-011, p196
PS15-D5-PM1-P-008, p382
PS15-D5-PM1-P-007, p382
SCHOFIELD, Ian
ST18-D4-AM2-329-008, p297
SCHOFIELD, Oscar
OS11-D5-AM2-329-008, p356
OS11-D5-AM2-329-009, p356
SCHOLTES, Luc
SE02-D5-AM1-311-002, p362
SE10-D1-AM1-327-002, p87
SCHORGHOFER, Norbert
SS04-D2-PM2-331-004, p137
SCHREINER, William
SS10-D2-PM1-331-001, p140
SCHRIVER, David
ST18-D4-AM1-329-004, p296
SCHROEDER, Jason
AS40-D4-AM1-309-006, p264
AS40-D4-AM2-309-009, p264
SCHROEER, Katharina
AS28-D2-PM2-308-011, p110
SCHUH, Harald
IG15-D2-PM1-332-001, p116
SCHULZE, Nora
SE20-D4-PM1-P-008, p322
SCHWALM, Christopher
BG01-02-D4-AM1-335-005, p268
SCHWANDNER, Florian M.
BG06-07-D4-AM2-335-001, p270
PS15-D1-PM1-310-004, p80
SCHWARZ, Winfried
PS11-D5-PM1-P-021, p380
SCIFFER, Murray
ST18-D4-AM2-329-011, p297
SCULLY, Jennifer
SS04-D2-PM2-331-002, p137
SS04-D2-PM2-331-005, p138
SECO, Roger
AS40-D4-AM2-309-010, p264
SEHGAL, Akhilesh
AS41-D4-PM2-334-005, p266
SEIKI, Ayako
AS14-D2-AM2-309-003, p106
SEKHAR, Phani
IG04-D5-PM1-P-022, p367
SEKI, Kanako
ST02-D4-AM2-328-013, p292
ST05-15-D3-AM2-308-001, p197
SEKIYA, Takashi
AS15-D3-PM1-P-010, p220
AS40-D4-PM1-309-012, p265
AS40-D4-PM1-309-016, p265
SEKO, Hiromu
AS20-D2-PM2-309-001, p108
SELVADURAI, A.P.S.
SE25-D2-PM2-311-002, p136
SEMENKIN, Alexander
SS06-D3-PM1-331-001, p211

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SEMOLINI PILO, Gabriela
OS21-D5-PM1-328-007, p357
SEN, Areen
BG03-D3-PM1-P-010, p240
SEN GUPTA, AlexanderAS13-D2-AM2-334-011, p105
SENSHU, Hiroki
PS04-D3-PM1-310-008, p194
SENSKE, David
PS07-D3-PM2-310-015, p196
SEO, Arim
HS20-D2-PM1-P-008, p151
SEO, Ho Cheol
HS15-D2-PM1-P-004, p147
SEO, Jae Young
HS06-D3-AM1-334-006, p172
SEO, Ki-Weon
IG10-D1-AM1-332-006, p74
SEO, Kyong-Hwan
AS11-38-D2-AM1-335-014, p102
AS21-D3-PM1-P-022, p225
AS21-D3-PM1-P-023, p225
AS21-D4-AM1-333-004, p254
SEO, Seung-Nam
IG06-D4-PM1-332-004, p279
SEO, Yongmyung
PS12-ST23-D4-AM2-310-005, p289
SEO, Yongwon
HS14-D4-AM1-327-007, p272
SEOL, Woohyung
PS12-ST23-D4-AM2-310-005, p289
SEON, Jongho
PS12-ST23-D4-AM2-310-005, p289
SEOUGH, Jungjoon
ST02-D2-PM1-P-020, p152
ST02-D4-AM2-328-010, p292
SESHACHALAM, Srinivasalu
OS22-D3-PM1-329-010, p192
SETIABUDIDAYA, Dedi
OS01-D4-PM1-P-009, p302
OS04-D1-AM2-328-004, p76
SETIAD, Gelong
SS07-D2-PM1-330-002, p138
SETIAWAN, Agus
OS10-D1-PM1-328-006, p77
SETIAWAN, Ruly
SE25-D4-PM1-P-031, p326
SETO, Shinta
AS28-D3-PM1-P-015, p228
SEVILLA, Winchelle
SE21-D4-PM1-P-030, p324
SHAAD, Kashif
HS11-D5-AM2-327-012, p348
SHAEPMAN-STRUB, Gabriela
IG28-D2-AM1-332-001, p117
SHAH, Asif
ST18-D4-AM2-329-011, p297
SHAHID, Shamsuddin
HS12-D2-PM1-P-004, p146
SHAN, Haixia
OS02-D4-PM1-P-037, p304

SHAN, Kaiyue
IG26-D5-PM1-P-010, p373
SHAN, Yehua
SE21-D4-PM1-P-029, p323
SHANG, Yu
SE21-D4-PM1-P-028, p323
SHANGGUAN, Ming
AS04-D4-AM2-334-013, p253
SHANMUGAM, M.
PS12-ST23-D4-AM2-310-004, p289
PS12-ST23-D4-PM1-310-007, p290
PS12-ST23-D4-PM1-310-010, p290
SHAO, Hebib
OS07-D5-AM1-328-006, p354
SHAO, Yanxiu
SE04-D4-PM1-P-012, p314
SHARAF, Omran
PS12-ST23-D4-PM1-310-006, p289
SHARGORODSKY, Victor
SE09-D3-AM1-327-005, p204
SHARMA, Anupam
IG25-D5-PM1-P-005, p372
SHARMA, C.
AS41-D4-PM2-334-005, p266
SHARMA, Mukat
SE14-D3-PM2-327-004, p205
SE14-D3-PM2-327-007, p205
SHARMA, Priya
IG03-D1-PM1-332-006, p72
SHARMA, Priyanka
SE14-D3-PM2-327-006, p205
SHARMA, Sahil
AS06-D3-PM1-P-007, p214
SHARMA, Som Kumar
AS41-D3-PM1-P-016, p238
AS41-D3-PM1-P-018, p238
AS41-D4-PM2-334-002, p266
AS41-D4-PM2-334-006, p267
AS41-D4-PM2-334-008, p267
AS41-D5-AM1-334-010, p344
SHARMA, Vimal
HS01-D1-AM2-333-011, p67
SHARP, Iain
BG06-07-D4-PM1-335-010, p271
SHASTRI, Hiteshri
HS21-D2-AM1-330-008, p114
SHAW, TimothyOS22-D3-AM2-329-003, p191
OS22-D4-PM1-P-019, p313
SHAY, Michael
ST09-D1-AM2-309-001, p82
SHEEL, Varun
PS04-D3-AM2-310-002, p193
PS05-13-D5-PM1-P-034, p377
PS12-ST23-D4-PM1-310-007, p290
SS06-D3-PM1-331-004, p211
SHELYAG, SergiyST07-D3-AM1-309-005, p200
ST07-D3-AM1-309-006, p200
SHEN, Chao
PS03-D5-PM1-P-017, p375

SHEN, Chenglong
ST06-D3-AM1-308-002, p198
ST16-D2-PM1-P-013, p158
ST16-D5-AM1-309-004, p360
ST16-D5-AM2-309-010, p361
SHEN, Chien-Hao
IG21-D3-AM1-332-006, p182
SHEN, Chuan-Chou
IG11-D3-AM2-332-002, p179
IG11-D3-AM2-332-003, p179
OS22-D3-PM1-329-009, p192
SHEN, Chuanyang
AS27-D3-PM1-P-014, p228
SHEN, Fang
ST16-D2-PM1-P-012, p158
ST16-D5-AM2-309-007, p360
SHEN, Hong
HS23-D3-AM2-330-009, p177
SHEN, Huazhen
AS16-D5-AM2-332-003, p336
AS16-D5-PM1-332-009, p336
SHEN, Wen-Bin
IG10-D5-PM1-P-009, p369
SHEN, Zheng-Kang
SE21-D2-AM1-327-003, p134
SE21-D4-PM1-P-027, p323
SE05-D1-AM1-311-004, p86
SHENG, Hui
OS08-D3-AM1-329-005, p189
SHENG, Mingyang
HS23-D2-PM1-P-013, p151
SHENG, Yangfan
AS27-D4-PM2-309-005, p260
AS31-D5-AM2-335-013, p342
SHEVCHENKO, Boris
SE25-D3-PM2-311-011, p209
SE25-D4-PM1-P-024, p325
SHEVTSOV, Boris
IG04-D5-AM1-330-012, p352
SHI, Chuang
SE25-D4-PM1-P-050, p328
SHI, Chun-An
OS14-D2-AM1-329-003, p122
SHI, Haiyun
OS02-D4-PM1-P-022, p302
HS01-D1-AM1-333-009, p66
HS08-D3-PM2-330-004, p173
HS21-D2-PM1-P-010, p151
SHI, Huabin
IG26-D3-PM2-332-006, p184
SHI, Huijin
BG04-D3-PM1-P-019, p242
SHI, Jinsen
AS35-D3-PM1-P-019, p234
SHI, Jiuxin
OS11-D4-PM1-P-015, p308
OS11-D5-AM1-329-004, p355
SHI, Quanqi
ST10-03-17-19-D4-PM1-328-001,
p293
SHI, Quan-Qi
ST02-D2-PM1-P-017, p152

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SHI, Xuefa
OS07-D4-PM1-P-023, p307
OS07-D5-AM1-328-001, p354
OS08-D4-PM1-P-019, p307
SHI, Xuhua
SE04-D2-PM1-311-009, p130
SHI, Yanan
SE19-D4-PM1-P-005, p321
SHI, Yaolin
SE15-D4-PM1-P-008, p319
SHI, Yingxi
AS15-D3-PM1-P-009, p220
SHIBAMURA, Eido
PS11-D5-PM1-P-020, p380
PS14-16-D4-PM2-311-011, p288
SHIBAZAKI, Bunichiro
SE06-D4-PM1-P-005, p315
SHIBUO, Yoshihiro
IG26-D3-PM2-332-004, p184
SHIGA, Masashige
IG21-D3-AM1-332-007, p183
SHIGE, Shoichi
AS28-D2-PM2-308-010, p110
AS28-D3-PM1-P-020, p229
AS29-D4-PM1-308-001, p260
SHIH, Cheng-Peng
AS32-D2-PM2-334-003, p111
SHIH, Hsuan-Chang
SE15-D4-PM1-P-007, p319
SHIH, Yi-Cian
AS16-D5-PM1-332-007, p336
SHIH, Yung-Yen
OS21-D5-PM1-328-008, p357
SHIH-CHIAO, Tsai
IG04-D5-AM1-330-008, p352
SHIKISHIMA, Mana
PS11-D5-PM1-P-020, p380
SHIM, Kyo-Moon
AS18-D5-PM1-334-007, p339
IG04-D5-PM1-P-021, p367
SHIM, Sungbo
AS01-D2-AM1-308-005, p97
AS11-38-D2-AM1-335-012, p102
SHIMADA, Kazuhiro
SE13-D2-PM2-327-009, p133
SHIMADA, Udai
AS10-D3-PM1-P-042, p216
AS28-D3-PM1-P-014, p228
SHIMIZU, Kenya
ST09-D1-PM1-309-008, p83
SHIMIZU, Sota
PS11-D5-PM1-P-020, p380
SHIMOJI, Kazuki
AS10-D2-AM1-333-003, p99
AS32-D2-PM2-334-001, p111
SHIMOZUMA, Tatsuya
AS28-D3-PM1-P-015, p228
SHIN, Dae-Kyu
ST10-03-17-19-D4-PM2-328-012,
p294

SHIN, Goohwan
PS12-ST23-D4-AM2-310-005, p289
SHIN, Gyeong Seon
HS08-D2-PM1-P-008, p144
SHIN, Hongjoon
HS19-D2-PM1-P-008, p149
SHIN, Hye Jung
AS40-D4-AM2-309-008, p264
SHIN, Hyeonjin
AS10-D3-PM1-P-050, p216
SHIN, Hyun-Cheol
AS04-D3-PM1-P-025, p214
AS32-D2-PM2-334-007, p111
AS32-D2-PM2-334-008, p111
SHIN, Youra
ST10-03-17-19-D4-PM2-328-011,
p294
SHINAGAWA, Hiroyuki
ST26-27-D3-PM1-309-006, p203
SHINOHARA, Iku
ST05-15-D3-AM2-308-001, p197
ST09-D1-PM1-309-008, p83
ST18-D2-PM1-P-016, p158
ST18-D4-AM1-329-001, p296
SHINTANI, Tetsuya
HS14-D4-AM2-327-012, p273
SHIOGAMA, Hideo
AS13-D2-AM2-334-012, p105
SHIOKAWA, Kazuo
ST05-15-D3-AM2-308-001, p197
ST10-03-17-19-D2-PM1-P-014,
p155
ST18-D4-AM2-329-008, p297
ST18-D4-AM2-329-012, p298
ST26-27-D3-PM1-309-006, p203
SHIOTA, Daiko
ST14-20-24-D1-AM1-309-004, p84
SHIOTA, Daikou
ST12-D4-PM2-329-007, p295
SHIROOKA, Ryuichi
AS14-D3-PM1-P-012, p219
SHIU, Chein-Jung
AS24-D4-AM1-336-002, p257
SHIYATOV, Stepan
HS23-D3-AM1-330-002, p177
SHIZGAL, Bernard
ST08-D3-PM2-308-005, p201
SHOKR, Mohammed
OS11-D4-PM1-P-011, p308
SHRESTHA, Bhupal
AS36-D3-PM1-P-033, p236
SHRIVASTAVA, Manish
AS34-D1-PM1-330-017, p65
SHU, Qi
OS02-D4-PM1-P-038, p304
SHU, Yeqiang
OS12-D4-PM1-P-009, p308
SHUE, Jih-Hong
PS03-D5-PM1-P-016, p375

SHUKLA, Krishna
AS41-D3-PM1-P-016, p238
AS41-D4-PM2-334-008, p267
SHUKLA, Krishna Kumar
AS41-D4-PM2-334-002, p266
AS41-D5-AM1-334-010, p344
SHUM, C.K.
OS05-D5-PM1-329-005, p353
SHURMEIER, Lauren
PS15-D5-PM1-P-009, p382
SI, Pengfei
IG26-D5-PM1-P-009, p372
SIBECK, David
PS03-D4-AM2-311-004, p281
SIDLE, Roy
HS18-D4-PM1-327-003, p274
HS18-D4-PM1-327-005, p274
SIDORENKOV, Nikolay
SE09-D3-AM1-327-006, p204
SILLANPÄÄ, Mika
AS35-D2-PM2-335-011, p113
AS35-D3-PM1-P-015, p233
AS35-D3-PM1-P-022, p234
SILVA, Mark Daniel
HS07-D1-PM1-333-003, p68
SILVER, Jeremy
BG08-D3-PM1-335-002, p171
SIM, Chae Kyung
PS14-16-D4-AM1-311-007, p287
SIM, Jae-Seol
OS19-D2-PM1-328-005, p124
OS19-D4-PM1-P-018, p311
SIM, Tracy
AS19-D1-AM1-329-006, p61
SIMATUPANG, Pintor T.
IG27-D3-PM2-333-007, p185
SIMPAS, James
AS02-D3-PM1-P-015, p212
AS02-D4-AM2-308-012, p251
AS34-D1-AM1-330-004, p63
AS42-D3-PM1-P-015, p239
AS42-D3-PM1-P-016, p239
AS42-D5-AM2-308-010, p346
SIMPSON, IsobelAS40-D4-PM1-309-013, p265
SINGANG, Mikhail
SE10-D4-PM1-P-019, p317
SINGER, Howard
ST25-D1-PM1-308-001, p85
SINGH, Abhay K.
AS06-D3-PM1-P-007, p214
SINGH, Ajab
SE20-D3-PM1-311-001, p205
SINGH, Ajay Pratap
SE21-D2-AM2-327-012, p135
SINGH, Amit Kumar
HS03-D1-AM2-334-004, p68

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SINGH, AwneshIG03-D1-PM1-332-006, p72
OS21-D5-AM2-328-003, p356
SINGH, Kasturi
AS01-D2-AM1-308-003, p97
SINGH, N. P.
AS06-D3-PM1-P-007, p214
SINGH, Narendra
AS41-D4-PM2-334-002, p266
SINGH, Prayagraj
AS06-D3-PM1-P-006, p214
SINGH, Rajeev
AS06-D3-PM1-P-007, p214
SINGH, Rajesh Kumar
PS05-13-D2-AM1-310-007, p126
SINGH, Ravindra
ST26-27-D3-PM1-309-007, p203
SINGH, Satish
SE20-D4-PM1-P-007, p322
SINGH, Satish C.
SE21-D3-AM2-311-018, p207
SINGH, Shailesh
HS11-D2-PM1-P-018, p145
SINGH, Tarkeshwar
BG04-D4-PM2-335-001, p269
SINGH, Vijay
HS01-D1-AM2-333-010, p67
SINGHRUCK, Patama
AS31-D3-PM1-P-023, p230
AS31-D3-PM1-P-028, p231
AS31-D5-AM1-335-002, p340
AS31-D5-AM1-335-003, p340
AS31-D5-AM1-335-004, p340
AS31-D5-AM1-335-007, p341
SINHA, Rishitosh Kumar
PS14-16-D4-PM2-311-015, p288
SINVHAL, Amita
IG01-D4-AM2-332-009, p277
SINYUK, Aliaksandr
AS40-D3-PM1-P-018, p237
SIRINGAN, Fernando
OS22-D4-PM1-P-014, p312
OS22-D3-PM1-329-007, p192
SISOMPHON, Piyamarn
HS06-D3-AM1-334-004, p172
HS16-04-D1-AM1-334-007, p70
HS16-04-D2-PM1-P-016, p148
OS02-D4-PM1-P-034, p303
SISWANTO, Eko
OS04-D1-AM2-328-004, p76
SITCH, Stephen
BG01-02-D4-AM1-335-007, p268
SITHU, Kaung
SE21-D2-AM2-327-008, p135
SE21-D4-PM1-P-024, p323
SIVAKUMAR, Bellie
HS01-D1-AM1-333-003, p66
HS01-D1-AM1-333-005, p66
HS01-D1-AM1-333-006, p66
HS01-D1-AM1-333-007, p66
HS06-D3-AM1-334-003, p172

SIVAPALAN, Murugesu
HS11-D5-AM2-327-013, p348
SIVAPRAHASAM, Vijayan
PS14-16-D4-PM2-311-015, p288
SIVJEE, Abas
AS04-D4-PM1-334-015, p253
SIZEMORE, Hanna
SS04-D2-PM2-331-004, p137
SKOROV, Yuri
PS04-D3-PM1-310-011, p194
SKOTE, Martin
AS31-D3-PM1-P-030, p231
SKUDRA, Maris
OS19-D2-PM2-328-011, p125
SLAVIN, James
PS03-D4-PM1-311-007, p282
PS03-D4-PM1-311-008, p282
PS03-D4-PM1-311-009, p282
PS03-D5-PM1-P-017, p375
ST25-D1-PM1-308-001, p85
ST25-D2-PM1-P-009, p159
SLUTSKER, Ilya
AS40-D3-PM1-P-018, p237
SMETS, Bruno
IG03-D1-AM2-332-001, p72
SMIRNOV, Alexander
AS40-D3-PM1-P-018, p237
SMITH, Kirk
AS03-D1-AM1-331-007, p55
SMITH, Michael
PS05-13-D2-PM1-310-016, p127
PS12-ST23-D4-PM1-310-006, p289
SNOW, Ben
ST12-D4-PM1-329-003, p294
SO, Ying Kin
HS23-D3-AM2-330-010, p177
SOARES, Eugenio
SS07-D2-PM1-330-003, p138
SOHN, Eun-Ha
OS05-D4-PM1-P-008, p305
SOHN, Jongdae
PS12-ST23-D4-AM2-310-005, p289
ST22-D3-PM2-309-003, p201
SOJA, Benedikt
SE09-D3-AM1-327-004, p204
SOK, Chamroeun
HS23-D2-PM1-P-016, p151
SOKOLOVSKIY, Sergey
SS10-D2-PM1-331-001, p140
SOLERA, Leilani
OS19-D2-PM1-328-001, p124
SOLIDUM, Renato
SE19-D1-PM1-327-001, p88
SE19-D4-PM1-P-007, p321
SE19-D4-PM1-P-008, p321
SE21-D4-PM1-P-030, p324
SOLODUKHIN, Alexander
SS06-D3-PM1-331-001, p211
SOLOMONIDOU, Anezina
PS07-D3-PM2-310-011, p196
PS15-D1-PM1-310-005, p80
PS15-D5-PM1-P-007, p382

PS15-D5-PM1-P-008, p382
PS15-D5-PM1-P-009, p382
SOLORZANO, Natalia
AS10-D3-AM1-331-034, p169
SOLOVIEV, Igor
IG04-D5-PM1-P-022, p367
SOMAN, Arya
HS11-D5-AM1-327-002, p347
SON, Kwang Ik
HS19-D2-PM1-P-012, p150
SON, Seok-Woo
AS01-D2-AM2-308-008, p98
AS01-D2-AM2-308-010, p98
AS04-D4-AM1-334-005, p252
AS11-38-D2-AM1-335-014, p102
SS11-D4-PM2-330-003, p301
SONG, Chul Han
AS15-D1-AM1-335-002, p59
AS40-D3-PM1-P-026, p238
AS40-D4-PM1-309-014, p265
SONG, Eun-Ji
AS21-D4-AM1-333-004, p254
SONG, Fu
ST09-D1-AM2-309-005, p83
SONG, Hongqiang
ST06-D2-PM1-P-009, p153
ST06-D3-AM1-308-003, p199
SONG, In Ho
AS40-D4-AM2-309-008, p264
SONG, Insun
SE21-D4-PM1-P-029, p323
SONG, Jae Yeol
HS12-D2-PM1-P-004, p146
SONG, Jie
OS12-D2-AM1-328-006, p119
SONG, Juan
SE06-D1-AM2-327-002, p87
SONG, Kanghyun
AS04-D4-AM1-334-005, p252
AS11-38-D2-AM1-335-014, p102
SONG, Min
SE09-D4-PM1-P-008, p316
SONG, Mirong
OS11-D5-AM1-329-005, p355
SONG, Qing-Hai
BG08-D3-PM1-335-004, p171
SONG, Sang-Keun
AS16-D3-PM1-P-013, p220
SONG, Sunguk
HS11-D2-PM1-P-020, p145
HS20-D2-PM1-P-010, p151
SONG, TonyOS01-D1-AM1-328-004, p75
SONG, Xiaodong
SE02-D5-AM1-311-004, p362
SE16-D4-AM1-331-002, p299
SONG, Yangyang
AS36-D5-AM1-333-012, p343
SONG, Yu
AS03-D1-AM1-331-007, p55
BG01-02-D3-PM1-P-010, p240

442

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SONG, Yunyoung
AS40-D3-PM1-P-022, p237
SONG, Zhen
IG28-D2-AM1-332-003, p117
SONG, Zhenya
OS02-D4-PM1-P-038, p304
SONKAR, Geetika
IG04-D5-PM1-P-020, p367
SONWANI, Saurabh
AS41-D3-PM1-P-017, p238
AS41-D3-PM1-P-018, p238
SOPAHELUWAKAN, Ardhasena
AS13-D2-PM1-334-013, p105
AS13-D2-PM1-334-014, p105
SORAI, Masao
IG21-D3-AM1-332-007, p183
IG21-D5-PM1-P-017, p371
SORIA, Janneli Lea
OS22-D3-PM1-329-007, p192
OS22-D4-PM1-P-014, p312
SOROKIN, Mikhail
AS40-D3-PM1-P-018, p237
SOROOSHIAN, SorooshAS28-D2-PM1-308-001, p109
SOTIRELIS, Thomas
ST26-27-D2-PM1-P-009, p160
SOUTER, Nicholas
HS11-D5-AM2-327-012, p348
SPARGO, Andrew
AS04-D4-PM1-334-015, p253
AS41-D4-PM2-334-001, p266
SPARROW, Elissa
SS07-D2-PM1-330-004, p138
SPENCER, David
OS03-D4-AM1-330-004, p280
OS17-D2-AM2-328-005, p124
SPIESS, Volkhard
SE20-D4-PM1-P-008, p322
SPILKER, Linda
PS07-D3-AM1-310-001, p194
SPOHN, Tilman
PS11-D5-PM1-P-021, p380
SPRIGG, William
AS42-D5-AM1-308-003, p345
SPULAK, Ross
IG21-D3-AM1-332-004, p182
SRITAWAN, Ananya
AS18-D3-PM1-P-014, p222
SRIVASTAV, Roshan Karan
HS07-D2-PM1-P-009, p144
HS08-D2-PM1-P-009, p144
HS11-D2-PM1-P-022, p146
HS11-D2-PM1-P-023, p146
HS11-D5-AM1-327-008, p347
HS16-04-D2-PM1-P-011, p148
HS20-D2-PM1-P-011, p151
OS22-D4-PM1-P-020, p313
SRIVASTAVA, Abhishek Kumar
ST07-D3-AM1-309-003, p200
ST12-D4-PM1-329-002, p294

SRIVASTAVA, Ashok K.
SE20-D3-PM1-311-001, p205
SRIVASTAVA, Atul K.
AS06-D3-PM1-P-007, p214
SRIVASTAVA, Nandita
ST16-D5-AM1-309-005, p360
SRIVASTAVA, Neeraj
PS14-16-D4-PM2-311-015, p288
SRIVASTWA, Manoj K.
AS06-D3-PM1-P-007, p214
STAGPOOLE, Vaughan
SE15-D5-AM2-311-001, p363
STAINSBY, Richard
SS06-D3-PM1-331-001, p211
STALKER, Linda
IG21-D3-AM1-332-002, p182
IG21-D5-PM1-P-015, p371
STAMMER, Detlef
OS03-D4-AM1-330-005, p280
STANEV, Emil
OS19-D2-PM2-328-010, p125
STARK, Alexander
PS14-16-D4-AM1-311-002, p287
STEAD, Rowena
IG21-D3-AM1-332-008, p183
IG21-D5-PM1-P-011, p371
STECKIEWICZ, Morgane
PS10-D4-PM2-310-003, p284
STEFFES, Paul
PS08-D5-AM1-331-003, p358
STEINER, Andrea K.
SS10-D2-PM1-331-003, p140
STELCER, Eduard
AS34-D1-AM1-330-004, p63
STEPHAN, Katrin
PS07-D3-PM2-310-011, p196
PS15-D1-PM1-310-005, p80
STEVENS, Bjorn
AS24-D3-PM1-P-021, p226
STEVENS, Michael
PS05-13-D2-AM1-310-002, p126
PS10-D4-PM2-310-004, p284
STEWART, Ian
PS05-13-D2-AM1-310-002, p126
PS05-13-D2-PM1-310-018, p128
PS10-D4-PM2-310-004, p284
PS10-D4-PM2-310-005, p284
STIEPEN, Arnaud
PS05-13-D2-AM1-310-002, p126
PS05-13-D2-PM1-310-018, p128
PS10-D4-PM2-310-004, p284
PS10-D4-PM2-310-005, p284
STOICESCU, Stella-Theresa
OS19-D2-PM2-328-011, p125
STRAHAN, Susan
SS11-D4-PM2-330-004, p301
STRANGEWAY, Robert
ST25-D1-PM1-308-001, p85
STROBEL, Darrell
PS10-D4-PM2-310-001, p284
STURGES, William
BG04-D3-PM1-P-012, p241

BG04-D3-PM1-P-013, p241
BG04-D3-PM1-P-014, p241
SU, Chih-Chieh
IG24-D3-AM2-333-004, p183
IG24-D5-PM1-P-005, p371
IG24-D5-PM1-P-007, p372
IG24-D5-PM1-P-008, p372
SU, Chin-Lung
IG04-D5-AM1-330-008, p352
SU, Han-Tzong
AS07-D2-AM1-309-001, p98
AS07-D3-PM1-P-009, p215
SU, Heng-Yi
SE19-D4-PM1-P-007, p321
SU, Jiajia
AS01-D3-PM1-P-012, p212
SU, Jianfeng
OS08-D3-PM2-329-010, p189
OS08-D4-PM1-P-014, p307
SU, Jilan
OS02-D3-PM2-328-017, p188
SU, Li
AS42-D5-AM1-308-004, p345
SU, Lin
AS16-D5-AM2-332-006, p336
SU, Po-Li
SE19-D1-PM1-327-001, p88
SE21-D4-PM1-P-036, p324
SE25-D2-PM2-311-004, p136
SU QING, MIRANDA, Ong
SE10-D4-PM1-P-016, p316
SUAREZ, Estela
ST04-13-21-D1-AM1-308-004, p81
SUAREZ, John Kenneth
AS01-D2-AM1-308-002, p97
SUBBA, Tamanna
AS06-D5-PM1-308-005, p335
SUBRAMANIAM,
Kumarenthiran
AS19-D1-AM1-329-002, p60
SUBRAMANIAN, K. P.
PS12-ST23-D4-AM2-310-004, p289
SUBRAMANIAN, Prasad
ST06-D3-AM1-308-006, p199
SUDO, Kengo
AS15-D3-PM1-P-010, p220
AS40-D4-PM1-309-012, p265
AS40-D4-PM1-309-016, p265
SUEN, Jian-Ping
HS17-D1-PM1-334-004, p70
SUETO, Naho
AS28-D3-PM1-P-019, p229
SUGA, K.
SE25-D4-PM1-P-016, p325
SUGAWARA, Daisuke
IG01-D5-PM1-P-014, p365
SUGI, Masato
AS10-D2-AM2-333-009, p100
AS10-D3-PM1-P-048, p216
SUGIMOTO, Shiori
AS31-D5-PM1-335-015, p342

443

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SUGITA, Seiji
PS05-13-D5-PM1-P-033, p377
SUGIURA, Ai
HS23-D2-PM1-P-016, p151
IG04-D5-PM1-P-019, p367
SUGIYASU, Kazuya
IG06-D4-PM1-332-005, p279
SUH, Myoung-Seok
AS18-D3-PM1-P-009, p222
AS18-D5-AM2-334-001, p338
AS31-D3-PM1-P-021, p230
AS31-D3-PM1-P-022, p230
AS31-D3-PM1-P-025, p231
AS31-D3-PM1-P-031, p231
AS31-D5-AM2-335-009, p341
AS31-D5-AM2-335-011, p341
AS31-D5-AM2-335-012, p342
IG01-D4-AM1-332-004, p276
SUI, Chung-Hsiung
AS10-D3-PM1-P-035, p215
AS24-D3-PM1-P-022, p226
SUK, Mi-Kyung
AS17-D3-PM1-P-012, p221
SUKAMONGKOL, Yod
AS31-D3-PM1-P-027, p231
AS31-D5-AM1-335-004, p340
SULAIMAN, Sharizad
IG04-D5-PM1-P-019, p367
SULAPAS, Jolly
IG01-D4-AM1-332-006, p276
SULIA, Kara
AS36-D3-PM1-P-034, p236
AS36-D5-AM1-333-008, p343
AS36-D5-AM1-333-010, p343
SULISTYO, Budi
OS10-D1-PM1-328-006, p77
SULISTYOWATI, Reni
AS14-D2-AM2-309-003, p106
SUMARIYAH, Ade
SS07-D2-PM1-330-002, p138
SUMARTI, Sri
SE10-D1-AM1-327-005, p88
SUMIN, SyahrialAS03-D1-PM1-331-016, p57
SUN, Chang Wan
PS14-16-D4-PM2-311-011, p288
SUN, ChaohuiOS14-D2-PM2-329-009, p122
SUN, Cheng
AS13-D2-AM2-334-010, p105
AS19-D3-PM1-P-025, p223
SUN, Chuang
SE04-D2-PM1-311-011, p131
SUN, Daoyuan
SE16-D4-PM1-P-016, p320
SUN, Ji-Jen
AS24-D3-PM1-P-022, p226
SUN, Lei
AS34-D1-AM1-330-002, p63
SUN, Liang
OS14-D4-PM1-P-018, p309

SUN, Lin
AS42-D3-PM1-P-017, p239
IG03-D1-AM2-332-005, p72
SUN, Liqun
BG04-D4-PM2-335-007, p269
HS21-D2-PM1-P-009, p151
SUN, Minghua
AS10-D3-PM1-P-045, p216
SUN, Ningyu
SE16-D4-AM1-331-005, p299
SUN, Ruochen
HS01-D1-AM1-333-004, p66
SUN, Shanlei
AS13-D3-PM1-P-027, p219
AS18-D3-PM1-P-016, p222
SUN, Shiwei
AS35-D3-PM1-P-015, p233
SUN, Shuangwen
OS12-D2-AM1-328-007, p119
SUN, Tianran
ST04-13-21-D1-AM2-308-007, p81
ST04-13-21-D1-AM2-308-009, p82
SUN, Tongmei
OS19-D4-PM1-P-021, p311
SUN, Weijia
SE06-D1-AM2-327-003, p87
SUN, Weijie
PS03-D5-PM1-P-017, p375
PS03-D4-PM1-311-008, p282
PS03-D4-PM1-311-009, p282
SUN, Wenjin
OS02-D4-PM1-P-023, p302
SUN, Wenke
SE06-D4-PM1-P-007, p315
SE15-D5-AM2-311-005, p364
SE15-D5-AM2-311-006, p364
SUN, Wenwen
AS03-D3-PM1-P-021, p213
SUN, Xiangming
AS14-D2-PM1-309-009, p107
AS20-D2-PM2-309-007, p109
AS28-D3-PM1-P-017, p228
OS17-D4-PM1-P-006, p310
SUN, Xiaocan
HS21-D2-AM1-330-007, p114
SUN, Xuejun
AS35-D3-PM1-P-016, p234
SUN, Yabin
HS23-D3-AM2-330-011, p178
IG04-D5-AM1-330-011, p352
SUN, Yang-Yi
IG26-D5-PM1-P-011, p373
SUN, Yele
AS34-D3-PM1-P-020, p232
SUN, Yongming
OS11-D4-PM1-P-015, p308
OS11-D5-AM1-329-004, p355
SUN, Yunqiang
SE04-D2-AM2-311-006, p130
SUN, Zhenyu
OS03-D4-PM1-P-011, p305

SUNDARNINGSIH,
Sudarningsih
SE25-D4-PM1-P-030, p326
SUNDRIYAL, Y.P.
IG27-D3-PM2-333-001, p185
SUNIL, P.S.
SE12-D2-AM1-311-005, p131
ST08-D2-PM1-P-010, p154
SUOKHRIE, Thejasino
OS07-D4-PM1-P-021, p306
SUPARI, Supari
AS13-D2-PM1-334-014, p105
AS31-D3-PM1-P-028, p231
AS31-D5-AM1-335-002, p340
AS31-D5-AM1-335-004, p340
AS31-D5-AM1-335-007, p341
SUPPASRI, Anawat
IG01-D5-PM1-P-021, p365
IG06-D4-PM1-332-002, p279
IG06-D4-PM1-332-005, p279
IG06-D5-PM1-P-006, p368
SURRATT, Jason
AS03-D1-PM1-331-018, p57
AS34-D1-AM2-330-013, p64
SUSANTO, R. Dwi
OS01-D1-AM1-328-004, p75
OS10-D1-PM1-328-006, p77
SUSHKOVA, Julia
PS08-D5-AM1-331-006, p359
SUTANINGSIH, Euis
SE10-D1-AM1-327-005, p88
SUTO, Yushi
ST05-15-D3-AM2-308-002, p197
SUTRIYONO, Edy
IG28-D5-PM1-P-009, p373
OS13-D2-AM2-329-005, p120
SUWANNAPAT, Pimsri
AS18-D3-PM1-P-014, p222
SUWARGADI, Bambang
OS22-D4-PM1-P-016, p312
SUZUKI, Ayami
HS06-D2-PM1-P-010, p143
SUZUKI, Ken
HS06-D2-PM1-P-010, p143
HS06-D2-PM1-P-011, p143
SUZUKI, Kenichiro
IG21-D5-PM1-P-010, p371
SUZUKI, Kenji
AS02-D3-PM1-P-020, p212
AS14-D2-PM1-309-008, p107
AS28-D2-PM2-308-012, p110
SUZUKI, Makoto
AS23-D4-PM2-336-001, p256
PS05-13-D2-PM2-310-027, p129
PS05-13-D5-PM1-P-032, p377
SUZUKI, Ryutaro
IG19-D5-PM1-P-008, p370
SUZUKI, Takehito
SE21-D2-AM1-327-006, p134
SWART, Sebastiaan
OS11-D5-AM2-329-008, p356

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SWE, Ye Myint
SE13-D2-PM1-327-001, p132
SE13-D2-PM1-327-005, p132
SWEENEY RUTH, Dawn
SE10-D4-PM1-P-011, p316
SWINBOURNE, Michael
SS07-D2-PM1-330-004, p138
SWINNEN, Else
IG03-D1-AM2-332-001, p72
SWITZER, Adam
IG01-D4-AM2-332-012, p277
IG01-D4-AM2-332-013, p277
IG01-D5-PM1-P-021, p365
IG04-D4-PM2-332-007, p278
OS22-D3-AM2-329-002, p191
OS22-D3-PM1-329-007, p192
OS22-D4-PM1-P-013, p312
OS22-D4-PM1-P-014, p312
OS22-D4-PM1-P-016, p312
OS22-D4-PM1-P-018, p312
SYAMSUDIN, Fadli
AS14-D2-AM2-309-002, p106
AS14-D2-AM2-309-003, p106
AS14-D2-AM2-309-004, p107
AS14-D3-PM1-P-013, p219
SYIEMLIEH, Hiambok
AS11-38-D1-PM1-335-009, p59
SYU, Jia-Cheng
AS29-D3-PM1-P-020, p229
SZALAY, Jamey
PS03-D4-PM1-311-011, p282
PS08-D5-AM1-331-009, p359

T.
T. V., Vipindas
BG03-D3-PM1-P-008, p240
TA HUU, Chinh
AS10-D3-PM1-P-037, p215
TACHIKAWA, Yasuto
HS13-D5-AM2-310-010, p350
HS13-D5-AM2-310-011, p350
HS13-D5-AM2-310-012, p350
TACKLEY, Paul
SE16-D4-PM1-P-010, p320
SE16-D4-PM1-P-012, p320
TADURAN, Ian Dave Caezar
SE25-D4-PM1-P-039, p327
TAGGART, David
SS07-D2-PM1-330-004, p138
TAGUCHI, Bunmei
OS10-D1-PM1-328-004, p77
TAGUCHI, Makoto
PS04-D3-PM1-310-008, p194
PS05-13-D2-PM2-310-027, p129
PS05-13-D5-PM1-P-032, p377
PS05-13-D5-PM1-P-037, p377
PS12-ST23-D5-PM1-P-015, p381
TAGUCHI, Masakazu
AS04-D4-AM1-334-001, p251

TAI, Amos
AS18-D3-PM1-P-012, p222
TAILPIED, Dorianne
SE10-D4-PM1-P-022, p317
TAISNE, Benoit
SE10-D1-AM1-327-002, p87
SE10-D1-AM1-327-004, p87
SE10-D4-PM1-P-013, p316
SE10-D4-PM1-P-014, p316
SE10-D4-PM1-P-015, p316
SE10-D4-PM1-P-017, p317
SE10-D4-PM1-P-020, p317
SE10-D4-PM1-P-021, p317
SE10-D4-PM1-P-022, p317
SE10-D4-PM1-P-023, p317
SE10-D4-PM1-P-024, p317
SE10-D4-PM1-P-026, p318
TAJIMA, Yoshimitsu
IG26-D3-PM2-332-002, p184
IG26-D3-PM2-332-004, p184
TAKAGAKI, Naohisa
AS10-D2-PM2-333-023, p101
TAKAGI, Hiroshi
BG01-02-D4-AM1-335-006, p268
TAKAGI, Seiko
PS05-13-D2-PM2-310-027, p129
PS05-13-D5-PM1-P-032, p377
TAKAHASHI, Kazue
ST25-D1-PM1-308-001, p85
TAKAHASHI, Naoya
SE13-D2-PM2-327-012, p133
TAKAHASHI, Sakiko
HS14-D2-PM1-P-016, p147
TAKAMI, Akinori
AS16-D5-AM2-332-002, p336
TAKAMI, Kosuke
PS05-13-D2-PM2-310-021, p128
TAKAMURA, Mao
PS05-13-D2-PM2-310-027, p129
PS05-13-D5-PM1-P-032, p377
TAKASHIMA, Hisahiro
AS40-D4-PM1-309-012, p265
TAKASHIMA, Takeshi
ST05-15-D3-AM2-308-001, p197
ST05-15-D3-AM2-308-002, p197
ST18-D2-PM1-P-016, p158
ST18-D4-AM1-329-001, p296
TAKASUKA, Daisuke
AS21-D4-PM1-333-015, p256
TAKATAMA, Kohei
OS10-D1-PM1-328-004, p77
TAKATSUKI, Yasushi
OS18-D3-AM1-328-001, p190
TAKAYABU, Izuru
AS31-D5-PM1-335-015, p342
TAKAYABU, Yukari
AS28-D2-PM1-308-002, p109
AS28-D2-PM2-308-010, p110
AS28-D3-PM1-P-018, p228
AS28-D3-PM1-P-019, p229
TAKEDA, Hiraku
IG01-D5-PM1-P-014, p365

TAKEHIRO, Shin-Ichi
SE16-D4-PM1-P-009, p320
TAKEMI, Tetsuya
AS29-D4-PM1-308-005, p261
TAKEMURA, Takato
IG21-D5-PM1-P-010, p371
TAKEO, Minoru
SE25-D4-PM1-P-027, p326
TAKETANI, Fumikazu
AS40-D4-PM1-309-012, p265
TAKEUCHI, Miyuki
SE27-D1-AM2-311-005, p90
TAKEUCHI, Yoshiaki
AS10-D3-PM1-P-048, p216
TAKIGAWA, Masayuki
AS15-D3-PM1-P-010, p220
TAKIGUCHI, Hiroshi
SE15-D5-AM2-311-001, p363
TAKITA, Masato
ST02-D4-AM2-328-014, p292
TAM, Tuen Yee Tiffany
IG04-D4-PM2-332-002, p278
TAMUNTUAN, Gerald
SE20-D3-PM1-311-005, p206
TAMURA, Takeshi
OS11-D4-PM1-P-012, p308
OS11-D5-AM1-329-001, p355
TAN, Ashleen
BG03-D3-AM1-335-001, p170
TAN, Chechen
SE25-D4-PM1-P-046, p328
TAN, Chiou Ting
SE10-D4-PM1-P-021, p317
TAN, Darren
SE10-D4-PM1-P-014, p316
TAN, Eh
SE16-D4-PM1-P-013, p320
SE19-D1-PM1-327-003, p88
TAN, Hoe Teck
IG12-D3-PM1-333-003, p180
TAN, JacksonAS28-D2-PM1-308-001, p109
TAN, Kok Piang
IG21-D3-AM1-332-004, p182
TAN, Li
AS42-D5-AM1-308-006, p346
TAN, LiangchengIG11-D3-AM2-332-002, p179
TAN, Weijie
IG15-D2-PM1-332-006, p116
TAN, Xin
HS11-D2-PM1-P-021, p145
TAN, Yuechen
BG01-02-D4-AM1-335-002, p268
TANAKA, Kenji
AS28-D2-PM1-308-006, p110
TANAKA, Mamoru
OS19-D2-PM2-328-012, p125
TANAKA, Satoshi
PS04-D3-PM1-310-008, p194
TANAKA, Taichu
AS32-D2-PM2-334-005, p111

445

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TANAKA, Tomohiro
HS13-D5-AM2-310-010, p350
HS13-D5-AM2-310-011, p350
TANAKA, Yuki
OS21-D5-AM2-328-006, p357
TANAKA, Yusaku
IG10-D5-PM1-P-010, p369
TANAKA, Yusuke
OS18-D3-AM1-328-001, p190
TANAKA, Yuya
SE25-D4-PM1-P-022, p325
TANCIONGCO, Alexandria
SE25-D4-PM1-P-028, p326
TANG, Chengpan
IG15-D2-PM1-332-003, p116
TANG, Chi Kit
AS10-D3-PM1-P-038, p215
TANG, Chi-Chia
IG27-D3-PM2-333-003, p185
TANG, Chi-Hsien
SE02-D5-AM1-311-006, p362
SE06-D4-PM1-P-005, p315
TANG, Chuan
IG19-D3-AM1-333-001, p181
TANG, He
SE06-D4-PM1-P-007, p315
TANG, HuiOS22-D3-PM1-329-007, p192
TANG, Jianfei
ST12-D2-PM1-P-018, p156
TANG, Jieping
OS19-D4-PM1-P-020, p311
TANG, Qiuhua
OS07-D4-PM1-P-008, p305
TANG, Shihao
AS11-38-D2-AM1-335-016, p102
TANG, TiantianHS21-D2-AM1-330-005, p114
TANG, Wenjun
IG28-D5-PM1-P-010, p373
TANG, Yihuan
AS07-D2-AM1-309-004, p98
TANG, Youmin
OS21-D4-PM1-P-011, p311
AS22-D3-PM1-P-011, p225
AS22-D5-PM1-333-006, p340
TANGANG, Fredolin T.
AS13-D2-PM1-334-014, p105
AS21-D4-AM2-333-012, p255
AS31-D3-PM1-P-023, p230
AS31-D3-PM1-P-026, p231
AS31-D3-PM1-P-027, p231
AS31-D3-PM1-P-028, p231
AS31-D3-PM1-P-029, p231
AS31-D5-AM1-335-002, p340
AS31-D5-AM1-335-003, p340
AS31-D5-AM1-335-004, p340
AS31-D5-AM1-335-006, p341
AS31-D5-AM1-335-007, p341
TANIGUCHI, Hiroshi
AS24-D4-AM1-336-008, p258

TANIGUCHI, Kenji
AS32-D2-PM2-334-006, p111
IG26-D3-PM2-332-002, p184
TANIGUCHI, Kyoko
AS14-D3-PM1-P-012, p219
TANIGUCHI, Yoshiaki
PS11-D5-PM1-P-016, p379
TANIMOTO, Toshiro
IG05-D2-PM2-332-003, p115
IG05-D5-PM1-P-009, p368
TANOUCHI, Hiroto
HS14-D4-AM2-327-009, p273
TANOUE, Masahiro
AS11-38-D3-PM1-P-029, p217
TANZIL, Jani
OS22-D3-AM2-329-002, p191
TAO, Bai
HS13-D2-PM1-P-019, p146
TAO, Jiangchuan
AS27-D3-PM1-P-011, p227
AS27-D4-PM2-309-001, p259
TAO, Jiawei
ST02-D2-PM1-P-018, p152
ST02-D2-PM1-P-019, p152
ST02-D4-AM1-328-007, p291
ST02-D4-AM2-328-011, p292
TAO, Jinhua
AS42-D5-AM1-308-004, p345
AS42-D5-AM2-308-011, p346
TAO, Lijun
AS36-D4-PM2-333-003, p262
TAO, Minghui
AS42-D5-AM1-308-004, p345
TAO, Wei
SE21-D4-PM1-P-027, p323
TAO, Wei-Kuo
AS24-D4-AM1-336-005, p257
AS24-D4-AM1-336-007, p258
AS28-D2-PM2-308-009, p110
AS36-D5-AM2-333-014, p344
TAO, Xin
ST18-D2-PM1-P-015, p158
ST18-D4-AM1-329-007, p297
TAPLEY, Byron
IG10-D1-AM1-332-001, p73
IG10-D5-PM1-P-007, p369
TAPPONNIER, Paul
SE02-D4-PM1-P-009, p314
SE02-D5-AM1-311-002, p362
SE04-D2-PM1-311-007, p130
SE10-D1-AM1-327-002, p87
SE21-D3-AM2-311-016, p207
SE21-D3-AM2-311-018, p207
TASCHETTO, Andréa S.
AS13-D2-AM2-334-011, p105
TAUBENSCHUSS, Ulrich
ST18-D4-AM1-329-002, p296
TAXAK, Arun
HS11-D2-PM1-P-019, p145
TAY, Cheryl
SE10-D4-PM1-P-013, p316
SE10-D4-PM1-P-016, p316

TEBAKARI, Taichi
HS01-D2-PM1-P-017, p141
TEH, Wai-Leong
ST10-03-17-19-D4-PM1-328-005,
p293
ST26-27-D3-AM2-309-003, p202
TELLMANN, Silvia
PS05-13-D2-AM1-310-004, p126
PS05-13-D2-PM2-310-022, p128
PS05-13-D2-PM2-310-024, p128
TELLONI, Daniele
ST12-D4-PM2-329-007, p295
ST12-D4-PM2-329-008, p295
TEMERIN, Michael
ST05-15-D3-AM2-308-004, p197
TEMIMI, Marouane
AS02-D3-PM1-P-021, p212
HS10-D3-AM2-334-005, p175
TEMMER, Manuela
ST06-D3-AM1-308-005, p199
TENG, Shangchun
ST18-D4-AM1-329-007, p297
TENG, Wen-Hsin
AS32-D2-PM2-334-003, p111
TENTHOREY, Eric
IG21-D3-AM1-332-004, p182
TEO, Chee-Kiat
AS02-D4-AM1-308-005, p250
AS28-D3-PM1-P-016, p228
TEO, Elisha
IG01-D4-AM2-332-011, p277
TEOFILO, Luis
SS07-D2-PM1-330-003, p138
TEOLIS, Ben
PS07-D3-PM2-310-012, p196
TERADA, Kaori
PS03-D4-AM2-311-005, p281
TERADA, Naoki
PS03-D4-AM2-311-005, p281
TERAI, Shiori
HS14-D4-AM1-327-002, p272
TERAMOTO, Munemasa
BG08-D3-PM1-335-006, p171
TERAMURA, Toshiki
AS20-D2-PM2-309-001, p108
TERAO, Toru
AS11-38-D1-PM1-335-009, p59
TERASAKI, Koji
AS28-D2-PM2-308-007, p110
TERASHIMA, Katsuhito
SE13-D4-PM1-P-015, p318
TERENZI, Francesca
HS16-04-D1-AM1-334-001, p69
TERNG, Chuen-TeyrOS14-D2-PM2-329-014, p123
TERRY, JamesHS17-D1-PM1-334-001, p70
SS02-D4-PM2-331-001, p300
TESAURO, MagdalaSE02-D5-AM1-311-003, p362
TESCHL, Reinhard
AS28-D2-PM2-308-011, p110

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TETRICK, Sadie
PS08-D5-AM1-331-007, p359
TETT, Simon
AS01-D2-AM1-308-006, p97
TEYSSIER, David
PS04-D5-PM1-P-017, p376
THAJUDEEN, Jabir
BG03-D3-AM1-335-005, p170
BG03-D3-PM1-P-008, p240
THAKKAR, Mahesh
IG25-D2-AM2-332-001, p116
THALMANN, Julia
ST06-D3-AM1-308-005, p199
THAMARUX, Patcharavadee
IG06-D5-PM1-P-007, p368
THANATHANPHON, Watin
HS06-D3-AM1-334-004, p172
HS16-04-D1-AM1-334-007, p70
HS16-04-D2-PM1-P-016, p148
OS02-D4-PM1-P-034, p303
THANGJAM, Guneshwar
PS14-16-D5-PM1-P-020, p382
THANT, Myo
SE21-D2-AM2-327-008, p135
SE21-D2-AM2-327-009, p135
SE21-D2-AM2-327-010, p135
THATCHER, Marcus
AS02-D4-AM1-308-003, p250
THEMENS, David
ST25-D1-PM1-308-004, p85
THEULÉ, Patrice
PS11-D5-PM1-P-015, p379
THIANG, Ee Lean
BG04-D3-PM1-P-020, p242
THIEMANN, Ed
PS10-D4-PM2-310-004, p284
PS10-D4-PM2-310-005, p284
THOLEN, David
PS11-D5-PM1-P-019, p380
THOMAS, Jeremy
AS10-D3-AM1-331-034, p169
THOMAS, Maik
SE09-D3-AM1-327-002, p204
THOMPSON, Bijoy
OS10-D4-PM1-P-007, p307
OS17-D4-PM1-P-006, p310
THOMSEN, Michelle
PS03-D4-PM1-311-011, p282
PS08-D5-AM1-331-009, p359
THORNCROFT, Chris
AS36-D4-PM2-333-001, p262
THORNE, Richard
PS08-D5-AM1-331-006, p359
THORNHILL, Lee
AS40-D4-AM2-309-008, p264
THORPE, Livia
OS13-D2-PM1-329-011, p121
THU, Kyaw
SE25-D2-PM2-311-001, p136
THULASIRAM, Ramasamy
HS16-04-D2-PM1-P-011, p148

THWE AYE, May
SE13-D2-PM1-327-003, p132
TIAN, Di
AS16-D5-AM2-332-001, p335
TIAN, Heng
AS27-D3-PM1-P-013, p227
TIAN, Hui
ST02-D2-PM1-P-017, p152
ST12-D2-PM1-P-019, p156
ST12-D2-PM1-P-023, p157
ST12-D4-PM1-329-004, p295
TIAN, Jiwei
OS02-D3-PM1-328-009, p187
OS14-D2-AM1-329-005, p122
TIAN, Qing
OS02-D3-PM2-328-014, p187
TIAN, Qingying
SE05-D1-AM1-311-006, p86
TIAN, Wenshou
AS04-D4-AM1-334-002, p252
AS04-D4-AM1-334-007, p252
AS04-D4-AM2-334-012, p253
TIAN, Xiangjun
BG06-07-D4-PM1-335-008, p271
TIAN, Xin
HS09-D2-PM1-P-008, p145
TIBAY, Jennifer
AS31-D3-PM1-P-023, p230
AS31-D5-AM1-335-003, p340
AS31-D5-AM1-335-006, p341
TIEO, Jing-Jin
AS31-D3-PM1-P-030, p231
TIMBAL, Bertrand
AS01-D2-AM2-308-011, p98
AS11-38-D1-AM2-335-006, p58
AS22-D5-PM1-333-003, p339
AS31-D5-PM1-335-017, p342
TINDELL, Thomas
SE13-D2-PM2-327-009, p133
SE13-D2-PM2-327-011, p133
SE13-D4-PM1-P-015, p318
TING, Mingfang
AS13-D2-AM1-334-005, p104
TINTIN YUNINGSIH, Euis
SE25-D3-AM1-311-007, p209
TISHCHENKO, Pavel
OS19-D4-PM1-P-017, p311
TIWARI, Neeraj Kumar
PS12-ST23-D4-AM2-310-004, p289
TIWARI, Pravash
AS06-D3-PM1-P-007, p214
TIWARI, Suresh
AS06-D3-PM1-P-007, p214
TKALICH, Pavel
OS10-D4-PM1-P-007, p307
OS17-D2-AM2-328-002, p123
OS17-D4-PM1-P-006, p310
OS22-D4-PM1-P-017, p312
TODA, Shinji
IG06-D5-PM1-P-006, p368

TOFTE, Kristine
AS01-D2-AM1-308-004, p97
TOKUMARU, Munetoshi
ST14-20-24-D1-AM1-309-003, p84
ST14-20-24-D2-PM1-P-007, p157
ST14-20-24-D2-PM1-P-009, p157
TOKUNAGA, Yuya
PS12-ST23-D5-PM1-P-012, p380
TOMITA, Fumiaki
SE25-D3-PM2-311-013, p209
TOMITA, Hirofumi
AS20-D2-PM2-309-001, p108
AS28-D2-PM2-308-007, p110
TOMITA, Hiroyuki
OS07-D5-AM1-328-002, p354
TOMLINSON, Rodger
OS02-D3-AM2-328-005, p186
TONG, Ping
SE19-D1-PM1-327-002, p88
TONG, Yindong
HS11-D2-PM1-P-021, p145
TONIAZZO, Thomas
OS18-D3-AM1-328-002, p190
TONOKURA, Kenichi
AS03-D1-PM1-331-016, p57
TOPLIS, Michael
SS04-D2-PM2-331-001, p137
SS04-D2-PM2-331-004, p137
TORBERT, Roy B.
ST09-D1-PM1-309-009, p83
ST09-D2-PM1-P-017, p155
ST10-03-17-19-D4-PM1-328-005,
p293
ST25-D1-PM1-308-001, p85
TORII, Shoji
PS11-D5-PM1-P-020, p380
TORN, Ryan
AS24-D3-PM1-P-028, p227
AS36-D4-PM2-333-001, p262
TORRES, Marta
SE21-D4-PM1-P-029, p323
TOSI, Federico
PS11-D5-PM1-P-015, p379
TOSI, Maria
SS06-D3-PM1-331-001, p211
TOTH, Gabor
ST25-D2-PM1-P-010, p159
TOUGE, Yoshiya
HS20-D4-PM2-327-004, p274
TOUMI, Ralf
AS10-D2-AM1-333-001, p99
TOYE, Habib
AS20-D3-PM1-P-013, p224
TOYODA, Takahiro
OS18-D3-AM1-328-001, p190
TOYOSHIMA, Koichi
AS28-D2-PM1-308-006, p110
TRACY, Patrick
PS03-D4-PM1-311-007, p282
TRAMONTANA, Gianluca
BG01-02-D4-AM1-335-005, p268

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TRAN, Hai ThanhSE13-D2-PM1-327-002, p132
SE25-D3-AM1-311-006, p208
TRAN, Minh Canh
IG27-D3-PM2-333-004, p185
TRAN , Ngoc Huan
HS14-D2-PM1-P-021, p147
TRATTNER, Karlheinz
ST09-D2-PM1-P-017, p155
TRAUTMANN, Thomas
AS15-D3-PM1-P-011, p220
TRENGGONO, Mukti
OS10-D1-PM1-328-006, p77
TRIARAHMADHANA, Bagas
SE15-D4-PM1-P-007, p319
SE15-D4-PM1-P-009, p319
SE15-D5-AM2-311-003, p363
TRIELOFF, Mario
PS11-D5-PM1-P-021, p380
TRIPATHEE, Lekhendra
AS35-D2-PM1-335-001, p112
AS35-D2-PM1-335-004, p112
AS35-D2-PM1-335-005, p112
AS35-D3-PM1-P-013, p233
AS35-D3-PM1-P-015, p233
AS35-D3-PM1-P-021, p234
AS35-D3-PM1-P-022, p234
TRIYONO, Triyono
OS10-D1-PM1-328-006, p77
TRIYOSO, Wahyu
SE20-D3-PM1-311-003, p206
TRUONG, Ngoc Tu
HS14-D4-AM2-327-013, p273
TRUONG NGUYEN, Giang
SE13-D2-PM1-327-002, p132
TSAI, Chia-Lun
AS29-D3-PM1-P-022, p229
AS29-D4-PM2-308-012, p262
TSAI, Chih-Chien
AS36-D5-AM2-333-015, p344
TSAI, Ching-Hui
IG24-D3-AM2-333-002, p183
IG24-D3-AM2-333-003, p183
TSAI, Ho-Fang
IG26-D5-PM1-P-011, p373
TSAI, I-Chun
AS27-D3-PM1-P-012, p227
AS27-D4-PM2-309-004, p260
AS27-D3-PM1-P-013, p227
AS27-D4-PM2-309-007, p260
AS36-D4-PM2-333-003, p262
TSAI, Jui-Pin
HS03-D2-PM1-P-009, p142
HS03-D2-PM1-P-012, p142
TSAI, Peisang
AS02-D4-AM2-308-008, p251
TSAI, Tzu-Chin
AS36-D5-AM1-333-012, p343
AS24-D4-AM1-336-002, p257
AS36-D5-AM1-333-007, p343
TSAI, Victor
IG05-D2-PM2-332-002, p115

TSAI, Yi-Chen
AS36-D3-PM1-P-029, p236
TSAI, Yu-Chen
AS27-D3-PM1-P-015, p228
TSAI, Yu-Lin
OS14-D2-PM2-329-014, p123
TSANG, Louisa
SE04-D2-AM2-311-001, p129
TSAO, Ting-Chi
IG19-D3-AM1-333-002, p181
IG27-D5-PM1-P-010, p373
TSENG, Hung-Wei
HS11-D5-AM1-327-006, p347
HS13-D5-AM1-310-006, p349
HS21-D2-AM1-330-006, p114
TSENG, Po-Ching
SE21-D3-AM2-311-019, p207
TSENG, Shao Chun
HS13-D2-PM1-P-014, p146
TSENG, Wei-Ling
PS04-D3-PM1-310-009, p194
PS07-D3-AM1-310-003, p194
PS10-D5-PM1-P-011, p379
PS10-D5-PM1-P-012, p379
TSENG, Yu-Heng
AS22-D3-PM1-P-009, p225
OS02-D4-PM1-P-038, p304
TSUBOKI, Kazuhisa
AS10-D2-AM1-333-008, p99
TSUCHIYA, Fuminori
ST14-20-24-D2-PM1-P-011, p157
ST18-D4-AM1-329-001, p296
TSUDA, Toshitaka
PS05-13-D2-PM2-310-022, p128
TSUDA, Yuichi
PS11-D1-AM1-310-007, p78
PS11-D5-PM1-P-017, p379
TSURUMARU, Hiroshi
AS03-D3-PM1-P-024, p213
TSUTSUMI, Daizo
HS18-D4-PM1-327-004, p274
TSUTSUMI, Hiroyuki
OS22-D3-PM1-329-009, p192
TU, Chia-Ying
AS36-D4-PM2-333-002, p262
AS36-D4-PM2-333-003, p262
TU, Chuan-Chi
AS24-D3-PM1-P-025, p227
AS24-D4-AM2-336-012, p258
AS36-D3-PM1-P-025, p235
AS36-D5-AM2-333-017, p344
TU, Chuanyi
ST02-D2-PM1-P-017, p152
ST02-D2-PM1-P-018, p152
ST02-D2-PM1-P-019, p152
ST02-D4-AM1-328-007, p291
ST02-D4-AM2-328-011, p292
ST12-D2-PM1-P-019, p156
ST12-D2-PM1-P-023, p157
TU, Jien-Yi
AS29-D3-PM1-P-021, p229

TU, Junbiao
OS08-D4-PM1-P-014, p307
TU, Xiaoping
AS16-D3-PM1-P-012, p220
TUBBS, Robert
AS20-D2-PM2-309-007, p109
TUMIRAN, Siti AisyahHS01-D1-AM1-333-005, p66
TUN, Soe Thura
SE21-D2-AM2-327-010, p135
SE21-D4-PM1-P-023, p322
TUPAZ, Carmela Alen
HS17-D2-PM1-P-010, p149
SE25-D4-PM1-P-042, p328
TURKINGTON, Thea
AS02-D4-AM2-308-010, p251
AS22-D5-PM1-333-003, p339
TWEEDY, Olga
SS11-D4-PM2-330-004, p301
TYLER, RobertSE16-D4-AM1-331-003, p299
TYRALIS, Hristos
HS01-D2-PM1-P-016, p141
HS06-D2-PM1-P-009, p143
HS06-D3-AM1-334-007, p172
HS20-D4-PM2-327-001, p274
TZENG, Ren-Yow
AS36-D3-PM1-P-026, p236
TZOU, Chia-Yu
PS11-D1-AM2-310-011, p79
TZU-HSIUNG, Yen
AS19-D1-AM1-329-004, p61

U.
UBOAN, Xandr Neal
SE25-D4-PM1-P-040, p327
UCHIYAMA, Yusuke
OS02-D3-AM2-328-002, p186
OS02-D3-PM1-328-011, p187
OS02-D3-PM2-328-013, p187
OS02-D3-PM2-328-015, p187
OS02-D3-PM2-328-016, p188
OS02-D3-PM2-328-019, p188
OS18-D4-PM1-P-009, p310
UEDA, Hiromasa
AS16-D5-AM2-332-002, p336
UEDA, Mayu
PS05-13-D5-PM1-P-038, p377
UEMURA, Ryu
IG11-D3-AM2-332-003, p179
UENO, Munetaka
PS05-13-D2-PM2-310-027, p129
PS05-13-D5-PM1-P-032, p377
UHLIR, Ludek
AS07-D2-AM1-309-003, p98
ULAMEC, Stephan
PS12-ST23-D5-PM1-P-016, p381
ULIN, Sergey
PS11-D5-PM1-P-020, p380

448

448

UMAR, Muksin
SE21-D2-AM1-327-001, p134
UMBINA, Jalan Joy
SE27-D4-PM1-P-007, p329
UMEDA, Takayuki
ST12-D2-PM1-P-015, p156
UNO, Megumi
PS05-13-D5-PM1-P-033, p377
UPPALAPATI, Sruthi
PS14-16-D5-PM1-P-016, p381
URAKAWA, Seitaro
PS11-D5-PM1-P-017, p379
URANCHIMEG, Sumiya
HS13-D2-PM1-P-016, p146
HS13-D2-PM1-P-017, p146
HS13-D5-AM1-310-007, p350
URBINA, Julio
AS41-D5-AM1-334-013, p345
UROSEVIC, Milovan
IG21-D3-AM1-332-004, p182
USHIO, Tomoo
AS20-D2-PM2-309-001, p108
USHIYAMA, Tomoki
AS28-D3-PM1-P-013, p228
HS15-D5-PM1-310-002, p351
USUI, Norihisa
OS18-D3-AM1-328-001, p190
UTAMI, Herni
AS01-D2-AM1-308-007, p97
IG04-D5-AM1-330-010, p352
UTAMI, Sri Budhi
SE10-D4-PM1-P-010, p316
UTARI, Putri
OS01-D4-PM1-P-009, p302
UY, Sherdon Niño
AS34-D1-AM1-330-004, p63
AS42-D3-PM1-P-015, p239
AS42-D5-AM2-308-010, p346

V.
V.S. SRIPADA, Murty
PS14-16-D5-PM1-P-021, p382
VADAWALE, Santosh
PS12-ST23-D4-AM2-310-004, p289
PS12-ST23-D4-PM1-310-010, p290
VAIDESWARAN, Swapnamita
SE21-D3-AM2-311-016, p207
VAINIO, Rami
ST04-13-21-D1-AM1-308-005, p81
VAISHNAV, Rajesh
AS41-D3-PM1-P-018, p238
AS41-D3-PM1-P-016, p238
AS41-D4-PM2-334-008, p267
AS41-D5-AM1-334-010, p344
VAISHYA, Aditya
AS06-D3-PM1-P-006, p214
AS06-D5-PM1-308-002, p335
VAIVADS, Andris
ST09-D1-AM2-309-004, p83

ST09-D1-AM2-309-005, p83
VALEK, Philip
PS03-D4-PM1-311-011, p282
PS08-D5-AM1-331-007, p359
VALENSKI, Shevon
OS07-D4-PM1-P-016, p306
VALERA, Gabriel Theophilus
SE25-D4-PM1-P-034, p327
SE27-D1-AM2-311-004, p90
SE27-D1-AM2-311-005, p90
VALIN, Lukas
AS40-D4-AM2-309-009, p264
VALLAR, Edgar
AS17-D5-AM1-332-008, p338
VALLE-LEVINSON, Arnoldo
OS19-D2-PM2-328-010, p125
VALOVCIN, Annie
IG05-D2-PM2-332-003, p115
IG05-D5-PM1-P-009, p368
VAN BAAREN, Esther
HS03-D1-AM2-334-003, p68
VAN DER WOERD, Jerome
SE21-D3-AM2-311-016, p207
VAN DOORSSELAERE, Tom
ST07-D3-AM1-309-002, p199
ST07-D3-AM1-309-008, p200
ST12-D4-PM1-329-006, p295
VAN GASSELT, Stephan
PS11-D1-AM1-310-005, p78
VAN GENT, DominiqueIG21-D5-PM1-P-015, p371
VAN OGTROP, Floris
HS07-D1-PM1-333-003, p68
VANCE, Steven
PS07-D3-PM2-310-015, p196
VANDEGRIFF, Jon
ST02-D4-AM1-328-008, p292
VANE, Christopher
OS22-D4-PM1-P-019, p313
VANNUCCHI, Paola
SE21-D4-PM1-P-029, p323
VARATHARAJAN, Indhu
PS14-16-D4-AM1-311-004, p287
PS14-16-D5-PM1-P-016, p381
VARGAS, Marco
IG28-D2-AM1-332-005, p117
VARIANDY, Erfan Dany
SE15-D4-PM1-P-007, p319
SE15-D4-PM1-P-009, p319
SE15-D5-AM2-311-003, p363
VARLAMOV, Sergey
OS18-D3-AM1-328-007, p190
VASANTH, V.
ST06-D3-AM1-308-004, p199
VELDEN, Chris
AS10-D3-AM1-331-028, p168
VENKATESH, A.S.
SE25-D3-PM2-311-014, p210
VERGADOS, Panagiotis
SS10-D2-PM1-331-002, p140
VERGER, AleixanderIG03-D1-AM2-332-001, p72

VERKHOGLYADOVA, Olga
SS10-D2-PM1-331-002, p140
ST08-D3-PM2-308-003, p200
VERMA, Poonam
SE22-D3-PM1-327-007, p208
VERMA, Vivek
HS11-D2-PM1-P-022, p146
VERMEULEN, Peter
HS03-D1-AM2-334-003, p68
VERONIG, Astrid
ST06-D3-AM1-308-005, p199
VERSTEEG, Maarten
PS08-D5-AM1-331-008, p359
VERTH, Gary
ST07-D3-AM1-309-006, p200
ST12-D4-PM1-329-003, p294
VERVACK, Ronald
PS11-D5-PM1-P-022, p380
VERVOORT, Willem
HS07-D1-PM1-333-003, p68
VIJAYAN, Narayanasamy
AS41-D4-PM2-334-005, p266
VILELLA, Kenny
PS07-D3-PM2-310-013, p196
SE16-D4-AM1-331-004, p299
VILLAFUERTE II, Marcelino
AS01-D2-AM1-308-001, p97
VILLANOY, Cesar
OS19-D2-PM1-328-001, p124
VILLANUEVA, Edward
PS07-D3-PM2-310-011, p196
VILLAPLAZA, Barbie Ross
SE13-D2-PM1-327-004, p132
SE13-D2-PM2-327-007, p133
VILLARIN, Jose Ramon
AS42-D3-PM1-P-016, p239
VINCENT, Ceri
IG21-D3-AM1-332-008, p183
VINOJ, V.
AS16-D5-AM2-332-004, p336
VISAGA, Shane Marie
AS31-D3-PM1-P-023, p230
AS31-D5-AM1-335-003, p340
AS31-D5-PM1-335-018, p342
VITHALPURA, Manisha
OS18-D4-PM1-P-010, p310
OS18-D4-PM1-P-011, p310
VIVEKANANDAN, JothiramAS02-D4-AM2-308-008, p251
VOGEL, Hendrik
SE20-D3-PM1-311-002, p206
SE20-D3-PM1-311-003, p206
SE20-D3-PM1-311-004, p206
VOGT, Marissa
PS10-D4-PM2-310-003, p284
VOLLMER, Derek
HS11-D5-AM2-327-012, p348
VON ALFTHAN, SebastianST04-13-21-D1-AM1-308-005, p81

449

449

VONHOGEN, Laura
HS03-D1-AM2-334-003, p68
VONNISA, Mutya
AS14-D2-PM1-309-007, p107
AS14-D3-PM1-P-015, p219
VORBURGER, Audrey
PS14-16-D4-PM2-311-013, p288
VOURLIDAS, Angelos
ST06-D3-AM1-308-006, p199
VROLIJK, Peter
SE21-D4-PM1-P-029, p323
VU, Dao Anh
SE25-D3-AM1-311-006, p208
VU, Tue
IG04-D4-PM2-332-004, p278
VU THANH, Hang
AS28-D2-PM1-308-004, p109

W.
WACHI, Akifumi
PS04-D3-AM2-310-003, p193
PS04-D5-PM1-P-020, p376
WADA, Akiyoshi
AS10-D2-AM1-333-003, p99
AS10-D2-PM2-333-022, p101
AS10-D3-PM1-P-048, p216
OS14-D2-PM2-329-012, p123
WADA, Yoshihide
AS18-D5-PM1-334-008, p339
WAGAWA, Taku
OS03-D4-PM1-P-007, p304
WAHLIN, Anna
OS11-D5-AM2-329-008, p356
WAHYUDI, Aan Johan
OS01-D1-AM1-328-008, p75
WAHYUDI, Eko
SE25-D4-PM1-P-031, p326
WAITE, JR., J. Hunter
PS07-D3-PM2-310-012, p196
ST10-03-17-19-D2-PM1-P-017,
p156
WAKAMATSU, Tsuyoshi
OS18-D3-AM1-328-001, p190
WALDHAUSER, Felix
SE21-D2-AM1-327-002, p134
WALEGA, James
AS40-D4-AM2-309-009, p264
WALKER, Gordon
OS19-D2-PM1-328-002, p124
WALKER, Jennifer
OS22-D3-AM2-329-003, p191
OS22-D4-PM1-P-019, p313
WALL, Merlene
OS01-D1-AM1-328-006, p75
WALTER, SebastianPS11-D1-AM1-310-005, p78
WAN, Shiming
OS07-D5-AM1-328-007, p354

WAN, Weixing
AS04-D3-PM1-P-027, p214
PS03-D4-PM1-311-008, p282
PS03-D5-PM1-P-016, p375
PS03-D5-PM1-P-017, p375
PS03-D5-PM1-P-018, p375
ST08-D3-PM2-308-006, p201
ST12-D2-PM1-P-020, p156
ST26-27-D2-PM1-P-008, p159
WAN, Xin
AS35-D2-PM1-335-005, p112
AS35-D3-PM1-P-018, p234
WAN, Xiu Wen, Jeannette
OS22-D4-PM1-P-016, p312
WANG, Baoduo
OS08-D4-PM1-P-018, p307
WANG, Baoshan
IG05-D5-PM1-P-010, p368
SE16-D4-PM1-P-014, p320
SE21-D4-PM1-P-026, p323
WANG, Bin
HS16-04-D1-AM1-334-008, p70
HS16-04-D2-PM1-P-015, p148
BG06-07-D4-AM2-335-006, p270
AS11-38-D2-AM1-335-015, p102
AS11-38-D3-PM1-P-027, p217
WANG, Bo
SE11-D4-PM1-P-004, p318
WANG, Bo-Jhou
ST05-15-D3-AM2-308-002, p197
WANG, Chao
BG03-D3-AM1-335-002, p170
WANG, Chau-Chang
OS07-D4-PM1-P-011, p305
OS07-D4-PM1-P-012, p305
OS07-D4-PM1-P-013, p306
WANG, Cheng
SE25-D4-PM1-P-050, p328
WANG, Chenghao
OS08-D4-PM1-P-017, p307
OS08-D4-PM1-P-018, p307
WANG, Chengrui
ST05-15-D3-AM2-308-005, p197
WANG, Chenyu
ST18-D2-PM1-P-015, p158
WANG, Chi
ST04-13-21-D1-AM1-308-006, p81
ST04-13-21-D1-AM2-308-009, p82
ST04-13-21-D1-AM2-308-010, p82
ST09-D1-PM1-309-009, p83
ST09-D1-PM1-309-010, p84
ST09-D2-PM1-P-015, p154
WANG, Chia-Chi
AS01-D2-AM2-308-009, p98
AS29-D4-PM2-308-009, p261
WANG, Chien
AS03-D1-AM2-331-010, p56
AS03-D1-AM2-331-012, p56
AS03-D1-PM1-331-015, p57
AS03-D3-PM1-P-022, p213
AS11-38-D1-PM1-335-007, p58

WANG, Chin-Lun
IG27-D5-PM1-P-010, p373
WANG, Chung-Yin
AS24-D4-AM2-336-012, p258
WANG, Chunsheng
OS02-D4-PM1-P-029, p303
WANG, Chunzai
OS12-D4-PM1-P-010, p308
OS14-D2-AM1-329-007, p122
OS14-D2-PM2-329-008, p122
OS14-D4-PM1-P-020, p310
WANG, Dedong
ST09-D1-AM2-309-005, p83
WANG, Dong
OS02-D3-AM2-328-003, p186
WANG, Dongdong
IG28-D2-AM1-332-008, p118
WANG, Donghai
AS24-D3-PM1-P-023, p226
AS20-D2-PM2-309-008, p109
WANG, Dongxiao
OS02-D3-AM2-328-001, p186
OS12-D4-PM1-P-009, p308
OS12-D4-PM1-P-010, p308
WANG, ErchieSE04-D2-PM1-311-009, p130
WANG, Fan
OS02-D4-PM1-P-039, p304
OS03-D4-AM1-330-005, p280
WANG, Fang
OS11-D4-PM1-P-011, p308
WANG, Feiteng
AS35-D3-PM1-P-024, p235
WANG, Gang
SE04-D2-PM1-311-009, p130
WANG, Guangpeng
HS23-D3-AM1-330-003, p177
WANG, Guangqian
HS08-D3-PM2-330-004, p173
WANG, Guihua
OS14-D4-PM1-P-019, p309
OS14-D2-PM2-329-011, p122
WANG, Guojian
OS13-D2-AM2-329-002, p120
OS13-D2-AM2-329-003, p120
WANG, Hong
AS19-D1-AM2-329-011, p61
WANG, Hongli
AS03-D1-AM1-331-006, p55
AS03-D1-PM1-331-020, p57
AS03-D3-PM1-P-021, p213
WANG, Houjie
OS08-D4-PM1-P-018, p307
OS08-D3-PM2-329-011, p189
WANG, HuaOS13-D2-PM1-329-011, p121
WANG, Huanyu
ST09-D2-PM1-P-014, p154
WANG, Hui
AS21-D4-AM1-333-008, p255
WANG, Huimin
IG21-D3-AM1-332-003, p182

450

450

HS17-D1-PM1-334-003, p70
WANG, Huiqun
PS05-13-D5-PM1-P-036, p377
WANG, Jianguo
IG21-D3-AM1-332-003, p182
WANG, Jiangyan
ST04-13-21-D1-AM2-308-010, p82
WANG, Jianhua
ST09-D2-PM1-P-014, p154
WANG, Jianing
OS02-D4-PM1-P-039, p304
WANG, Jiapei
SE25-D4-PM1-P-023, p325
WANG, Jiexian
IG15-D5-PM1-P-008, p370
IG15-D5-PM1-P-009, p370
WANG, Jin
OS02-D3-AM2-328-004, p186
OS02-D4-PM1-P-020, p302
WANG, Jing
OS01-D1-AM1-328-003, p75
OS02-D3-PM1-328-006, p186
OS07-D4-PM1-P-022, p306
WANG, Jingfeng
HS23-D3-AM1-330-002, p177
WANG, Jingjing
ST16-D5-AM2-309-009, p361
WANG, Jiong
IG05-D2-PM2-332-003, p115
WANG, Jun
AS42-D5-AM1-308-005, p346
AS42-D5-AM2-308-008, p346
AS42-D5-AM2-308-012, p346
AS01-D2-AM1-308-006, p97
WANG, Junbo
SE20-D4-PM1-P-008, p322
WANG, Junfeng
AS34-D3-PM1-P-020, p232
AS35-D3-PM1-P-019, p234
WANG, K.L.
SE25-D4-PM1-P-016, p325
WANG, Kai
IG03-D1-AM2-332-005, p72
WANG, Kangming
HS21-D2-AM1-330-003, p114
WANG, Kun
AS21-D4-PM1-333-013, p255
WANG, Kuo-Nung
SS10-D2-PM1-331-002, p140
WANG, Lei
HS16-04-D2-PM1-P-014, p148
HS23-D3-AM1-330-003, p177
WANG, Lifeng
SE05-D4-PM1-P-011, p315
SE21-D4-PM1-P-021, p322
WANG, Liji
AS04-D4-PM1-334-020, p254
WANG, Lin
IG01-D4-AM1-332-003, p276
AS22-D3-PM1-P-007, p225
AS03-D1-PM1-331-020, p57

WANG, Lina
AS03-D1-PM1-331-020, p57
WANG, Lin-Chi
AS16-D5-PM1-332-008, p336
WANG, Linghua
ST02-D2-PM1-P-017, p152
ST02-D2-PM1-P-018, p152
ST02-D2-PM1-P-019, p152
ST02-D4-AM1-328-007, p291
ST02-D4-AM2-328-011, p292
ST09-D2-PM1-P-019, p155
ST12-D2-PM1-P-019, p156
ST12-D2-PM1-P-023, p157
WANG, Lu
OS12-D2-AM1-328-004, p119
WANG, Luyao
AS15-D1-AM1-335-006, p60
WANG, Mingjun
AS29-D4-PM1-308-006, p261
WANG, Minqi
AS24-D4-PM1-336-019, p259
WANG, PengSE21-D4-PM1-P-035, p324
WANG, Pinqiang
OS18-D3-AM1-328-006, p190
WANG, Pucai
AS03-D1-AM1-331-002, p55
AS03-D1-PM1-331-017, p57
AS35-D2-PM2-335-008, p113
WANG, Puyu
HS11-D5-AM1-327-004, p347
WANG, Qiang
OS21-D4-PM1-P-011, p311
WANG, Qingqing
AS34-D3-PM1-P-020, p232
WANG, Qingshuai
PS04-D5-PM1-P-014, p375
WANG, Qingxin
AS42-D3-PM1-P-017, p239
WANG, Qingyue
OS02-D4-PM1-P-024, p302
WANG, Qiuyu
SE15-D5-AM2-311-005, p364
SE15-D5-AM2-311-006, p364
WANG, Qiwei
AS02-D4-AM1-308-001, p250
WANG, Quan
IG11-D3-PM1-332-009, p180
IG03-D1-AM2-332-005, p72
WANG, Rongsheng
ST09-D1-AM2-309-002, p82
WANG, Ruyun
OS02-D4-PM1-P-023, p302
WANG, Sen
OS12-D4-PM1-P-011, p309
WANG, Sheng-Hsiang
AS36-D5-AM1-333-013, p343
WANG, Shengpeng
OS03-D4-PM1-P-009, p304
WANG, Shiang-Yu
PS11-D1-AM1-310-001, p78
ST05-15-D3-AM2-308-001, p197

ST05-15-D3-AM2-308-002, p197
WANG, Shih-Wei
IG04-D4-PM2-332-003, p278
WANG, Shiou-Ya
IG24-D3-AM2-333-002, p183
WANG, Shuhong
OS19-D4-PM1-P-015, p310
WANG, Taihua
HS23-D3-AM1-330-005, p177
WANG, Tao
AS34-D1-AM1-330-002, p63
AS03-D1-AM2-331-011, p56
WANG, Teng
SE02-D4-PM1-P-009, p314
SE02-D5-AM1-311-006, p362
SE05-D1-AM1-311-003, p86
SE05-D4-PM1-P-007, p315
SE05-D4-PM1-P-010, p315
SE06-D4-PM1-P-005, p315
SE21-D2-AM1-327-001, p134
SE21-D4-PM1-P-037, p324
WANG, Tian
HS23-D2-PM1-P-015, p151
WANG, Ting
AS35-D2-PM2-335-008, p113
WANG, Weibo
OS05-D4-PM1-P-009, p305
WANG, Wei-Ching
AS36-D3-PM1-P-031, p236
WANG, Wei-Chyung
AS36-D4-PM2-333-001, p262
AS36-D4-PM2-333-003, p262
AS36-D5-AM1-333-010, p343
AS36-D5-AM1-333-012, p343
WANG, Weidong
IG19-D3-AM1-333-006, p181
WANG, Weitao
SE04-D2-AM2-311-004, p130
SE04-D4-PM1-P-014, p314
IG05-D5-PM1-P-010, p368
SE16-D4-PM1-P-014, p320
WANG, Wensi
ST16-D5-AM1-309-002, p360
WANG, Wenxing
AS34-D1-AM1-330-002, p63
AS34-D1-AM1-330-006, p63
WANG, Wuke
AS04-D4-AM2-334-013, p253
WANG, Xianfeng
IG11-D3-AM2-332-002, p179
IG11-D3-PM1-332-006, p179
IG11-D3-PM1-332-007, p180
IG11-D3-PM1-332-010, p180
IG11-D5-PM1-P-013, p369
OS22-D3-AM2-329-002, p191
WANG, Xiaochun
OS02-D4-PM1-P-031, p303
OS05-D5-PM1-329-005, p353
WANG, Xiaoming
IG01-D5-PM1-P-022, p366
WANG, Xin
SE10-D4-PM1-P-017, p317

451

451

OS12-D2-AM1-328-003, p119
OS12-D4-PM1-P-010, p308
OS19-D2-PM1-328-003, p124
WANG, Xiujun
BG04-D3-PM1-P-010, p241
BG04-D3-PM1-P-019, p242
BG04-D4-PM2-335-005, p269
BG06-07-D4-AM2-335-005, p270
WANG, Xuebin
HS09-D2-PM1-P-006, p144
WANG, Xuemei
AS34-D3-PM1-P-023, p233
WANG, Ya PingOS19-D2-PM2-328-014, p125
OS19-D4-PM1-P-020, p311
WANG, Yan
IG01-D4-AM1-332-005, p276
WANG, Yang
SE04-D2-PM1-311-008, p130
WANG, Yi Chen
HS23-D2-PM1-P-014, p151
WANG, Yidong
HS17-D1-PM1-334-003, p70
WANG, Yiguo
OS18-D3-AM1-328-002, p190
WANG, Yimin
HS11-D2-PM1-P-017, p145
HS01-D2-PM1-P-019, p141
HS09-D2-PM1-P-006, p144
WANG, Ying
ST12-D2-PM1-P-019, p156
WANG, Yingping
BG08-D3-PM1-335-002, p171
WANG, Yin-Mao
AS29-D4-PM2-308-008, p261
WANG, Yong
ST05-15-D3-PM1-308-009, p198
ST10-03-17-19-D2-PM1-P-016,
p155
ST25-D1-PM1-308-004, p85
ST25-D2-PM1-P-008, p159
WANG, Yongfu
ST02-D2-PM1-P-017, p152
ST05-15-D3-AM2-308-005, p197
WANG, Yongjin
IG11-D3-PM1-332-009, p180
IG11-D5-PM1-P-015, p370
WANG, Yu
SE21-D2-AM2-327-008, p135
SE21-D2-AM2-327-011, p135
SE21-D4-PM1-P-023, p322
WANG, Yuan
AS02-D3-PM1-P-014, p212
AS10-D3-AM1-331-031, p168
WANG, Yuebin
SE05-D1-AM1-311-002, p86
SE12-D2-AM1-311-002, p131
WANG, Yuehua
HS13-D2-PM1-P-015, p146
WANG, Yuejun
SE04-D4-PM1-P-012, p314

WANG, Yu-Feng
IG27-D3-PM2-333-005, p185
IG27-D3-PM2-333-006, p185
WANG, Yuhan
HS23-D3-AM1-330-004, p177
WANG, Yujia
IG03-D1-AM2-332-003, p72
WANG, Yu-Ju
IG01-D5-PM1-P-019, p365
SE21-D2-AM2-327-011, p135
WANG, Yuming
ST06-D3-AM1-308-002, p198
ST06-D3-AM1-308-005, p199
ST16-D2-PM1-P-013, p158
ST16-D5-AM1-309-002, p360
ST16-D5-AM1-309-004, p360
ST16-D5-AM1-309-005, p360
ST16-D5-AM2-309-010, p361
WANG, Yuxi
AS24-D3-PM1-P-027, p227
WANG, Zhaomin
OS11-D5-AM1-329-003, p355
WANG, Zhendong
SE12-D4-PM1-P-008, p318
SE12-D2-AM1-311-007, p132
WANG, Zheng
OS01-D1-AM1-328-003, p75
WANG, Zhiwen
OS08-D4-PM1-P-017, p307
OS08-D4-PM1-P-018, p307
WANG, Zhousen
IG28-D2-AM1-332-001, p117
WANG, Zhuo
AS10-D2-AM2-333-010, p100
WANG, Zifeng
AS42-D5-AM1-308-004, p345
WARNER, Brian
PS11-D5-PM1-P-022, p380
WASSON, Robert
IG01-D4-AM2-332-011, p277
IG27-D3-PM2-333-001, p185
WATADA, Shingo
IG01-D5-PM1-P-024, p366
WATANABE, Koichiro
SE13-D2-PM1-327-003, p132
SE13-D2-PM2-327-009, p133
WATANABE, Kyoko
ST02-D2-PM1-P-016, p152
WATANABE, Masahiro
AS13-D2-AM2-334-012, p105
WATANABE, Sei-Ichiro
PS11-D1-AM1-310-006, p78
WATANABE, Takahiro
SE13-D2-PM2-327-012, p133
WATERS, Colin
ST18-D4-AM2-329-011, p297
WATTRUS, Nigel
SE20-D3-PM1-311-003, p206
WEBER, Ulrich
BG01-02-D4-AM1-335-005, p268
WEHBE, Youssef
HS10-D3-AM2-334-005, p175

WEI, Chen
SE21-D4-PM1-P-025, p323
WEI, Daiyun
PS05-13-D2-PM2-310-025, p129
WEI, Dongping
SE19-D4-PM1-P-005, p321
WEI, Jing
AS42-D3-PM1-P-017, p239
WEI, Jun
OS04-D1-AM2-328-006, p76
OS14-D2-PM2-329-013, p123
WEI, Lun-Wei
IG19-D3-AM1-333-002, p181
IG27-D5-PM1-P-010, p373
WEI, Na
AS10-D2-AM2-333-013, p100
AS29-D4-PM2-308-011, p262
WEI, Rongqiang
SE06-D1-AM2-327-001, p86
WEI, Shengji
SE02-D4-PM1-P-009, p314
SE02-D5-AM1-311-006, p362
SE06-D4-PM1-P-005, p315
SE10-D1-AM1-327-002, p87
SE10-D4-PM1-P-017, p317
SE21-D2-AM1-327-001, p134
SE21-D3-AM2-311-017, p207
SE21-D4-PM1-P-037, p324
SE16-D4-PM1-P-018, p321
WEI, Shih-Wei
AS42-D5-AM2-308-012, p346
WEI, Wenwen
ST16-D5-AM2-309-007, p360
WEI, Xiaochen
IG21-D5-PM1-P-016, p371
WEI, Xing
PS09-D4-AM1-310-007, p283
WEI, Ying
AS34-D3-PM1-P-019, p232
WEI, Yong
PS03-D4-PM1-311-008, p282
PS03-D5-PM1-P-016, p375
PS03-D5-PM1-P-017, p375
PS03-D5-PM1-P-018, p375
PS09-D4-AM1-310-006, p283
PS10-D5-PM1-P-009, p379
PS10-D5-PM1-P-010, p379
ST09-D2-PM1-P-019, p155
ST12-D2-PM1-P-020, p156
WEIBRING, Petter
AS40-D4-AM2-309-009, p264
WEIDNER, Scott
PS08-D5-AM1-331-009, p359
WEIJING, Qu
IG15-D2-PM1-332-005, p116
WEIL-ACCARDO, Jennifer
OS22-D3-AM2-329-001, p191
WEINHEIMER, Andrew
AS40-D4-AM2-309-011, p265
WEISS, RobertOS22-D3-PM1-329-007, p192

452

452

WEN, Jet-Chau
HS03-D1-AM2-334-002, p67
HS03-D1-AM2-334-005, p68
WEN, Jianguang
IG28-D5-PM1-P-012, p374
WEN, Jun
HS10-D3-AM2-334-003, p174
WEN, Liang
AS34-D1-AM1-330-006, p63
WEN, Mingzheng
OS08-D3-AM1-329-002, p188
WEN, Xuefa
HS17-D1-PM1-334-003, p70
WEN, Xueze
SE21-D4-PM1-P-020, p322
SE21-D4-PM1-P-021, p322
WEN, Yangmao
SE05-D1-AM1-311-005, p86
SE12-D2-AM1-311-002, p131
WEN, Yi-Ying
SE21-D3-AM2-311-019, p207
WENG, Chun-Hsiung
AS10-D2-PM1-333-016, p100
WENG, Fuzhong
HS10-D3-AM2-334-006, p175
WENG, Huihui
SE12-D2-AM1-311-003, p131
WEY, Hao-Wei
AS18-D5-PM1-334-008, p339
WEYGAND, James
ST10-03-17-19-D4-PM1-328-002,
p293
WHITE, Sara
SS07-D2-PM1-330-002, p138
WHITEHILL, Andrew
AS40-D4-AM2-309-009, p264
WICAKSONO, Satrio
IG11-D3-PM1-332-007, p180
WICKERT, Jens
ST26-27-D2-PM1-P-010, p160
ST26-27-D3-PM1-309-005, p203
WICKHUSEN, Kai
PS05-13-D2-PM1-310-019, p128
WIDIWIJAYANTI, Christina
SE10-D1-AM1-327-003, p87
SE10-D4-PM1-P-010, p316
SE10-D4-PM1-P-025, p317
WIDIYANTORO, Sri
SE21-D2-AM1-327-001, p134
WIDODO, Widodo
SE25-D4-PM1-P-030, p326
WIEDENSOHLER, Alfred
AS34-D1-AM1-330-004, p63
WIESER, Martin
PS14-16-D4-PM2-311-013, p288
WIGUNA, Alit
OS10-D1-PM1-328-003, p77
WIJAYANTI, Kemala
SE25-D3-AM1-311-007, p209
WILDENBORG, Ton
IG21-D3-AM1-332-008, p183

WILKINS, Daniel
SE20-D4-PM1-P-006, p321
WILLI, Exner
PS03-D5-PM1-P-018, p375
WILLIAMS, David
AS40-D4-AM2-309-009, p264
SS04-D2-PM2-331-001, p137
SS04-D2-PM2-331-002, p137
WILLIAMS, Guy
OS11-D4-PM1-P-012, p308
WILLIAMS, Michael
AS03-D1-PM1-331-018, p57
AS34-D1-AM2-330-013, p64
WILLIAMSON, Ross
PS08-D5-AM1-331-003, p358
WILLNER, Konrad
PS05-13-D2-PM1-310-019, p128
WILSON, Clark
IG10-D5-PM1-P-007, p369
IG10-D5-PM1-P-008, p369
WILSON, Rob
PS03-D4-PM1-311-011, p282
PS08-D5-AM1-331-009, p359
WIMMER-SCHWEINGRUBER,
Robert
ST02-D2-PM1-P-017, p152
ST02-D2-PM1-P-018, p152
ST02-D2-PM1-P-019, p152
ST02-D4-AM1-328-007, p291
WIN, Nang Tin Zar
SE10-D1-AM1-327-003, p87
SE10-D4-PM1-P-025, p317
WING, Allison
AS24-D3-PM1-P-021, p226
WING, BenjaminPS07-D5-PM1-P-018, p378
WINNINGHAM, John
PS05-13-D2-PM2-310-026, p129
WINSPEAR, Nigel
IG01-D5-PM1-P-021, p365
WITHERS, Paul
PS10-D4-PM2-310-003, p284
WITHNELL, Pete
PS12-ST23-D4-PM1-310-006, p289
WOEHLER, Christian
PS14-16-D5-PM1-P-020, p382
PS15-D1-PM1-310-003, p80
WOITHE, Jonathan
AS04-D4-PM1-334-015, p253
WOLFF, Joerg-Olaf
OS05-D5-PM1-329-004, p353
WOLFF, Michael
PS12-ST23-D4-PM1-310-006, p289
WON, Youjin
AS13-D3-PM1-P-025, p219
WONG, Mau
PS10-D5-PM1-P-011, p379
PS10-D5-PM1-P-012, p379
WONG, Yi You
BG04-D4-PM2-335-003, p269
BG04-D4-PM2-335-004, p269

WONG, Ying Qi
PS07-D5-PM1-P-016, p377
WONGSAREE, Waranyu
AS31-D3-PM1-P-027, p231
AS31-D5-AM1-335-004, p340
WOO, Ju
PS12-ST23-D4-AM2-310-005, p289
WOO, Jung-Hun
AS40-D4-AM2-309-011, p265
WOO, Nam C.
HS16-04-D1-AM1-334-009, p70
WOO, Yin San
HS16-04-D1-AM1-334-005, p69
WORDEN, John
AS40-D4-PM1-309-017, p266
WORMS, Jean-Claude
SS06-D3-PM1-331-001, p211
WORSNOP, Douglas
AS34-D3-PM1-P-020, p232
WOYCHEESE, Kristin
BG04-D3-PM1-P-018, p242
BG04-D3-PM1-P-016, p241
BG04-D4-PM2-335-006, p269
SE25-D4-PM1-P-035, p327
SE25-D4-PM1-P-036, p327
WRIGHT, Jonathon
AS11-38-D2-AM1-335-015, p102
AS11-38-D3-PM1-P-027, p217
WRIGHT, Robert
PS15-D1-PM1-310-002, p80
WU, Baolan
OS10-D1-PM1-328-001, p77
WU, BinIG15-D2-PM1-332-005, p116
IG15-D2-PM1-332-006, p116
WU, BingchengSE16-D4-AM1-331-007, p299
WU, Chien-Ming
AS24-D3-PM1-P-022, p226
AS24-D4-AM1-336-006, p258
AS24-D4-AM2-336-013, p258
AS27-D4-PM2-309-006, p260
AS29-D4-PM1-308-003, p261
WU, Chih-Da
BG04-D3-PM1-P-021, p242
BG04-D3-PM1-P-022, p242
HS10-D3-PM1-334-010, p175
IG04-D4-PM2-332-002, p278
WU, Chi-Hua
AS11-38-D1-AM2-335-002, p58
IG11-D3-AM2-332-001, p179
WU, Chin-Chun
ST06-D3-AM1-308-007, p199
WU, Chun-Chieh
AS10-D2-AM1-333-004, p99
AS10-D2-AM1-333-007, p99
AS10-D3-PM1-P-051, p217
AS10-D3-PM1-P-052, p217
AS19-D1-AM1-329-004, p61

453

453

WU, De-Jin
ST12-D2-PM1-P-017, p156
ST12-D2-PM1-P-021, p156
ST12-D4-PM2-329-014, p296
WU, Dong
AS23-D4-PM2-336-002, p256
WU, DuiAS34-D3-PM1-P-023, p233
WU, Fu-Yu
IG12-D3-PM1-333-005, p181
WU, Guangming
AS35-D2-PM1-335-005, p112
AS35-D3-PM1-P-018, p234
WU, Guiju
SE25-D4-PM1-P-023, p325
WU, Guoxiong
OS12-D2-AM1-328-005, p119
WU, Haichun
HS12-D5-PM1-327-002, p349
WU, Huaichun
OS07-D5-AM1-328-003, p354
WU, Huan
HS10-D3-PM1-334-008, p175
WU, Hui
OS02-D3-PM1-328-010, p187
WU, Jhong-Lin
AS16-D5-PM1-332-008, p336
WU, Jianfei
AS07-D2-AM1-309-004, p98
WU, Jiang
SE21-D4-PM1-P-020, p322
WU, Jiarui
AS34-D3-PM1-P-021, p232
WU, Kuan-Yu
HS17-D1-PM1-334-007, p71
WU, Liguang
AS10-D3-AM1-331-030, p168
WU, Linwei
OS14-D2-PM2-329-011, p122
WU, Lixin
OS03-D4-PM1-P-009, p304
OS03-D4-PM1-P-010, p304
OS13-D2-AM2-329-002, p120
OS13-D2-AM2-329-003, p120
WU, Mengwen
AS19-D1-AM1-329-004, p61
AS19-D3-PM1-P-022, p223
WU, NaHS06-D3-AM1-334-003, p172
WU, Pei-Ming
AS14-D2-AM2-309-002, p106
AS14-D2-AM2-309-003, p106
WU, Pei-Yu
HS12-D2-PM1-P-005, p146
WU, Po-Ling
SE14-D3-PM2-327-005, p205
WU, Qiaoyan
OS14-D4-PM1-P-018, p309
WU, Qing
OS22-D4-PM1-P-017, p312
WU, QiongOS02-D4-PM1-P-031, p303

WU, Renguang
AS11-38-D1-AM2-335-001, p58
AS11-38-D3-PM1-P-025, p217
AS13-D2-AM1-334-001, p104
WU, Ren-Jie
AS18-D5-PM1-334-008, p339
WU, Sheng-Yu
AS10-D2-PM2-333-024, p101
WU, Shiguo
SE13-D4-PM1-P-014, p318
WU, Shiliang
AS18-D5-AM2-334-003, p338
WU, Syuan-Cing
AS36-D3-PM1-P-026, p236
AS36-D3-PM1-P-031, p236
AS36-D3-PM1-P-032, p236
WU, TaoHS01-D2-PM1-P-021, p141
WU, Tso-Ren
OS14-D2-PM2-329-014, p123
WU, WeiSE14-D3-PM2-327-001, p205
IG26-D3-PM2-332-008, p184
WU, Wenliang
BG01-02-D4-AM1-335-002, p268
WU, Xiao
OS08-D3-PM2-329-011, p189
OS08-D4-PM1-P-017, p307
OS08-D4-PM1-P-018, p307
WU, Xiaodan
IG28-D5-PM1-P-012, p374
WU, Xiaoping
SE09-D3-AM1-327-004, p204
WU, Yangang
PS04-D5-PM1-P-014, p375
WU, Yangzhou
AS34-D3-PM1-P-020, p232
WU, Yao-Chu
AS10-D2-PM2-333-026, p102
WU, Yi-Chao
AS36-D3-PM1-P-018, p235
WU, Yih-Min
SE25-D4-PM1-P-029, p326
WU, Yihua
IG28-D2-AM1-332-003, p117
IG28-D2-AM1-332-005, p117
WU, Yiping
HS23-D3-AM2-330-012, p178
WU, Yuan-Chieh
HS03-D2-PM1-P-010, p142
HS03-D2-PM1-P-011, p142
WU, Yue
AS35-D2-PM2-335-007, p113
WU, Yulong
SE25-D4-PM1-P-023, p325
WU, Yun An
HS03-D2-PM1-P-007, p142
WU, ZhaoST06-D2-PM1-P-010, p153
WURZ, Peter
PS11-D1-AM2-310-011, p79
PS14-16-D4-PM2-311-013, p288

X.
XAVIER, PrinceAS21-D4-AM1-333-005, p254
XEI, Fei
AS04-D4-AM1-334-007, p252
AS04-D4-AM2-334-010, p252
AS19-D3-PM1-P-025, p223
XIA, Lidong
ST09-D2-PM1-P-019, p155
XIA, Qiong
OS12-D4-PM1-P-011, p309
XIA, Xiangao
AS03-D1-AM1-331-002, p55
XIA, Xiujun
SE11-D4-PM1-P-004, p318
XIA, Zhiyang
ST04-13-21-D1-AM2-308-009, p82
XIAN, Peng
AS40-D3-PM1-P-021, p237
AS40-D4-AM1-309-001, p263
XIANG, Liang
ST12-D2-PM1-P-017, p156
XIAO, Cunde
OS11-D4-PM1-P-014, p308
XIAO, Han
IG05-D2-PM2-332-005, p115
XIAO, Hui
AS19-D1-AM2-329-011, p61
AS19-D3-PM1-P-020, p223
XIAO, Jing
PS05-13-D2-AM1-310-006, p126
PS05-13-D5-PM1-P-031, p376
XIAO, Qianlu
OS02-D4-PM1-P-030, p303
XIAO, Qing
IG28-D5-PM1-P-012, p374
XIAO, Zhiyong
PS14-16-D4-AM1-311-006, p287
XIAO, Ziniu
AS18-D3-PM1-P-010, p222
AS21-D3-PM1-P-020, p224
AS21-D3-PM1-P-024, p225
AS21-D4-PM1-333-013, p255
XIE, Conghui
AS34-D3-PM1-P-020, p232
AS35-D3-PM1-P-019, p234
XIE, Dongfeng
OS08-D3-PM2-329-012, p189
XIE, Hong
ST16-D5-AM1-309-001, p360
XIE, Jiancang
HS16-04-D1-AM1-334-003, p69
XIE, Jinlin
ST09-D2-PM1-P-013, p154
XIE, Lingling
OS12-D2-AM1-328-004, p119
XIE, Pingping
AS28-D2-PM1-308-001, p109
XIE, Shang-Ping
AS13-D2-AM2-334-008, p105

454

454

OS13-D2-AM2-329-006, p120
XIE, Shaocheng
AS24-D3-PM1-P-023, p226
XIE, Xiaoning
AS24-D4-PM1-336-019, p259
XIE, Xiaosu
AS28-D2-PM2-308-008, p110
XIE, Yuanfu
AS20-D2-PM2-309-008, p109
XIE, Zunyi
HS23-D3-AM2-330-007, p177
XIN, Wang
SE21-D3-AM2-311-017, p207
XIN, Xiaozhou
IG28-D5-PM1-P-011, p374
XIN, Yan
AS21-D4-AM2-333-011, p255
XING, Li
AS34-D1-PM1-330-017, p65
XING, Lilin
PS04-D5-PM1-P-014, p375
XING, Yu
IG26-D3-PM2-332-001, p184
XING, Zanyang
ST10-03-17-19-D2-PM1-P-016,
p155
ST25-D2-PM1-P-008, p159
XIONG, Jianguo
SE04-D2-PM1-311-011, p131
SE05-D1-AM1-311-006, p86
XIONG, Jilian
OS19-D2-PM2-328-014, p125
XIONG, Ming
ST12-D2-PM1-P-016, p156
XIONG, Wei
IG01-D5-PM1-P-020, p365
XIU, Peng
OS02-D4-PM1-P-031, p303
XU, CaijunSE12-D2-AM1-311-002, p131
XU, Cong
BG01-02-D4-AM1-335-002, p268
XU, Difeng
AS16-D3-PM1-P-012, p220
XU, Hai
IG11-D3-AM2-332-005, p179
XU, Haiming
OS13-D2-AM2-329-006, p120
OS13-D4-PM1-P-013, p309
XU, Jian
AS15-D1-AM1-335-006, p60
XU, Jianzhong
AS35-D3-PM1-P-019, p234
AS35-D3-PM1-P-020, p234
XU, Jie
OS17-D2-AM2-328-001, p123
XU, Jingping
OS08-D3-PM2-329-011, p189
OS08-D4-PM1-P-017, p307
OS08-D4-PM1-P-018, p307
XU, Kai
SS02-D4-PM2-331-005, p300

XU, Kuan-Man
AS24-D4-PM1-336-017, p259
AS24-D4-PM1-336-018, p259
XU, Luyuan
PS07-D5-PM1-P-017, p378
XU, Mengjiao
ST16-D2-PM1-P-013, p158
ST16-D5-AM1-309-004, p360
XU, Mingjie
HS17-D1-PM1-334-003, p70
XU, Qian
HS01-D1-AM1-333-009, p66
HS16-04-D2-PM1-P-012, p148
HS16-04-D2-PM1-P-013, p148
HS23-D3-AM2-330-010, p177
XU, Qiang
IG19-D3-AM1-333-001, p181
XU, Shaosui
PS03-D4-AM2-311-001, p281
PS03-D4-AM2-311-002, p281
PS03-D4-AM2-311-003, p281
PS10-D4-PM2-310-003, p284
XU, Shiming
OS11-D5-AM1-329-005, p355
XU, Shuyang
HS12-D5-PM1-327-001, p348
XU, Wanyun
AS34-D1-AM1-330-005, p63
XU, Weiqi
AS34-D3-PM1-P-020, p232
XU, XiaoguangAS42-D5-AM1-308-005, p346
XU, XinAS02-D3-PM1-P-014, p212
XU, Xiwei
SE12-D2-AM1-311-002, p131
SE12-D4-PM1-P-009, p318
SE21-D2-AM1-327-003, p134
SE21-D2-AM1-327-004, p134
SE21-D4-PM1-P-022, p322
XU, Yihe
SE16-D4-PM1-P-014, p320
XU, YinST09-D2-PM1-P-016, p154
XU, Yinglong
AS10-D3-AM1-331-030, p168
XU, Yongfu
BG06-07-D4-PM1-335-009, p271
XU, Zeting
OS19-D2-PM2-328-009, p125
XU, Zhenhua
AS31-D3-PM1-P-020, p230
XU, Zigong
ST02-D4-AM1-328-003, p291
XUE, Feng
AS11-38-D3-PM1-P-033, p218
XUE, Jiaqing
AS22-D5-PM1-333-001, p339
XUE, Likun
AS34-D1-AM1-330-002, p63
AS34-D1-AM1-330-006, p63

XUE, Mei
IG05-D2-PM2-332-005, p115
IG05-D5-PM1-P-011, p368
XUE, Ming
AS02-D3-PM1-P-014, p212
AS02-D4-AM1-308-001, p250
AS10-D3-AM1-331-031, p168
AS19-D1-PM1-329-014, p62
XUE, Xianghui
AS07-D2-AM1-309-004, p98
AS23-D3-PM1-P-009, p226
XUE, Yong
IG28-D2-AM1-332-007, p117
XUE, Ziqiu
IG21-D3-AM1-332-001, p182

Y.
Y. SHAH, Siddhi
PS05-13-D2-AM1-310-003, p126
YABUSAKI, Shiho
HS06-D2-PM1-P-010, p143
YABUTA, Hikaru
PS11-D1-AM1-310-006, p78
YACOUB, Magdi
AS42-D5-AM1-308-003, p345
YADAV, BasantHS09-D2-PM1-P-007, p144
YADAV, Brijesh Kumar
HS03-D1-AM2-334-006, p68
HS08-D3-PM2-330-003, p173
YADAV, Narendra Kumar
HS08-D3-PM2-330-003, p173
YADAV, R.B.S.
IG06-D4-PM1-332-003, p279
SE21-D2-AM2-327-012, p135
YADAV, SudeshAS41-D3-PM1-P-019, p238
AS41-D5-AM1-334-015, p345
YAGI, Manabu
PS03-D4-PM1-311-010, p282
YAGITANI, Satoshi
PS12-ST23-D5-PM1-P-012, p380
ST05-15-D3-AM2-308-001, p197
ST10-03-17-19-D2-PM1-P-014,
p155
ST18-D4-AM1-329-001, p296
ST18-D4-AM2-329-012, p298
YAKAI, Sylvester
SS07-D2-PM1-330-001, p138
YAMADA, Hiroyuki
AS10-D2-AM1-333-008, p99
AS10-D2-PM1-333-020, p101
AS10-D3-PM1-P-042, p216
YAMADA, Tadashi
HS14-D4-AM1-327-002, p272
HS14-D4-AM2-327-010, p273
YAMADA, Takayoshi
PS04-D5-PM1-P-019, p376

455

455

YAMADA, Takeru
PS05-13-D5-PM1-P-032, p377
PS05-13-D2-PM2-310-027, p129
YAMADA, Tomohito J.
AS18-D5-AM2-334-002, p338
YAMADA, Yohei
AS10-D2-AM2-333-009, p100
AS24-D4-AM1-336-008, p258
YAMAGUCHI, Kohei
PS11-D5-PM1-P-017, p379
YAMAGUCHI, Kunihisa
OS19-D2-PM2-328-012, p125
YAMAGUCHI, Munehiko
AS10-D3-PM1-P-048, p216
AS28-D3-PM1-P-014, p228
OS14-D2-AM1-329-006, p122
YAMAJI, Moeka
AS28-D2-PM1-308-002, p109
AS28-D2-PM2-308-010, p110
YAMAMOTO, Kazuhiro
ST05-15-D3-AM2-308-002, p197
YAMAMOTO, Munehisa K.
AS28-D2-PM2-308-010, p110
AS28-D3-PM1-P-020, p229
AS29-D4-PM1-308-001, p260
YAMANAKA, Manabu D.
AS14-D2-AM2-309-003, p106
OS01-D1-AM1-328-001, p75
YAMASHITA, Kei
IG06-D4-PM1-332-002, p279
YAMASHITA, Naoyuki
SS04-D2-PM2-331-004, p137
YAMASHITA, Yoh
OS19-D2-PM1-328-004, p124
YAMAURA, Tsuyoshi
AS20-D2-PM2-309-001, p108
YAMAZAKI, Atsushi
PS12-ST23-D5-PM1-P-015, p381
YAMAZAKI, Hidekatsu
OS02-D3-AM2-328-002, p186
OS19-D2-PM2-328-012, p125
YAMAZAKI, Takeshi
AS31-D5-PM1-335-015, p342
YAN, Caiqing
AS03-D1-AM1-331-003, p55
YAN, Fangping
AS35-D2-PM2-335-011, p113
YAN, Hongming
AS21-D4-AM1-333-006, p255
YAN, Jianguo
SE25-D4-PM1-P-023, p325
YAN, Jing
OS18-D3-AM1-328-006, p190
YAN, Limei
ST09-D2-PM1-P-019, p155
ST12-D2-PM1-P-020, p156
YAN, Pangping
AS35-D3-PM1-P-013, p233
YAN, Wen
OS19-D4-PM1-P-015, p310
YAN, Wending
ST22-D3-PM2-309-008, p202

YANAGI, Yuji
BG01-02-D4-AM1-335-005, p268
YANAGISAWA, Toshifumi
PS11-D5-PM1-P-017, p379
YANAMANDRA, Rama Murthy
SE25-D3-PM2-311-014, p210
YANG, An
PS05-13-D2-PM2-310-025, p129
YANG, Che-Ming
IG27-D3-PM2-333-006, p185
YANG, Dawen
HS23-D2-PM1-P-013, p151
HS23-D3-AM1-330-004, p177
HS23-D3-AM1-330-005, p177
SS02-D4-PM2-331-005, p300
YANG, Dong
AS16-D3-PM1-P-012, p220
YANG, Dongxu
AS42-D5-AM1-308-005, p346
YANG, Hong
BG06-07-D4-PM1-335-011, p271
IG04-D5-AM1-330-013, p352
YANG, Hongfeng
SE12-D2-AM1-311-003, p131
YANG, Hongwei
AS31-D3-PM1-P-028, p231
AS31-D5-AM1-335-002, p340
AS31-D5-AM1-335-004, p340
AS31-D5-AM1-335-007, p341
YANG, Jiao
OS11-D4-PM1-P-014, p308
YANG, Jie
IG26-D3-PM2-332-005, p184
YANG, Jingsong
OS02-D3-PM2-328-012, p187
YANG, Junhua
AS35-D2-PM2-335-006, p113
AS35-D3-PM1-P-014, p233
YANG, Jyun-Min
PS07-D5-PM1-P-019, p378
YANG, Kenn-Ming
IG21-D3-AM1-332-006, p182
YANG, Kun
IG28-D5-PM1-P-010, p373
YANG, Lei
OS12-D4-PM1-P-010, p308
ST12-D2-PM1-P-021, p156
YANG, Liu
ST02-D2-PM1-P-018, p152
ST02-D4-AM1-328-007, p291
YANG, Liudongqing
AS27-D4-PM2-309-002, p259
YANG, Ming-Jen
AS10-D2-PM2-333-026, p102
AS29-D4-PM2-308-008, p261
AS36-D4-PM2-333-001, p262
AS36-D5-AM2-333-016, p344
YANG, Ming-Wei
IG21-D3-AM1-332-006, p182
YANG, Pan
HS09-D3-PM2-334-002, p174

YANG, Ping
AS18-D5-AM2-334-004, p338
YANG, Qing
AS24-D4-PM1-336-015, p259
YANG, Qingshu
OS19-D2-PM1-328-003, p124
YANG, Rong
SE04-D2-PM1-311-010, p131
YANG, Sainan
IG15-D2-PM1-332-004, p116
YANG, Shaohua
IG11-D5-PM1-P-016, p370
YANG, Shili
AS16-D5-AM2-332-001, p335
YANG, Shilun
OS02-D3-PM2-328-014, p187
YANG, Shouye
OS07-D5-AM1-328-006, p354
SE25-D3-PM2-311-010, p209
YANG, Shu-Chih
AS20-D2-PM2-309-003, p108
AS24-D3-PM1-P-028, p227
AS36-D3-PM1-P-028, p236
AS36-D4-PM2-333-001, p262
AS36-D4-PM2-333-005, p263
AS36-D5-AM2-333-015, p344
YANG, Shunan
AS19-D3-PM1-P-023, p223
YANG, Sinil
AS10-D2-PM1-333-017, p101
AS34-D3-PM1-P-025, p233
YANG, Song
AS13-D2-AM1-334-005, p104
AS13-D2-AM1-334-006, p104
AS13-D2-PM1-334-016, p106
AS13-D3-PM1-P-021, p218
AS13-D3-PM1-P-023, p218
AS21-D4-AM2-333-011, p255
YANG, Tao
SE21-D4-PM1-P-029, p323
YANG, Tao-Chang
HS11-D5-AM1-327-006, p347
HS13-D5-AM1-310-001, p349
HS13-D5-AM1-310-006, p349
HS21-D2-AM1-330-006, p114
YANG, Wei
IG03-D1-AM2-332-004, p72
IG03-D1-PM1-332-008, p73
YANG, Wenyu
HS11-D2-PM1-P-017, p145
YANG, Xiaodan
OS02-D4-PM1-P-038, p304
YANG, Xiaoyu
SE25-D4-PM1-P-018, p325
YANG, Xu
IG03-D1-AM2-332-005, p72
YANG, Yang
AS29-D4-PM2-308-010, p261
YANG, Yi
ST16-D2-PM1-P-012, p158
YANG, Yikun
AS42-D3-PM1-P-017, p239

456

456

YANG, Yuanjian
OS14-D4-PM1-P-018, p309
YANG, Zhengyu
AS03-D3-PM1-P-022, p213
YANG, Zicai
ST16-D2-PM1-P-012, p158
ST16-D5-AM2-309-007, p360
YANG, Zifan
AS11-38-D2-AM1-335-015, p102
AS11-38-D3-PM1-P-027, p217
YANG, Zongmou
AS16-D5-AM2-332-003, p336
YANKOVSKY, AlexanderOS19-D2-PM1-328-006, p124
YANO, Hajime
PS11-D1-AM1-310-007, p78
YAO, Jinglong
OS12-D4-PM1-P-009, p308
YAO, Lan
AS03-D1-AM1-331-006, p55
AS03-D3-PM1-P-021, p213
YAO, Qi
SE12-D4-PM1-P-009, p318
YAO, Risheng
AS16-D3-PM1-P-012, p220
YAO, Z. H.
PS03-D4-PM1-311-008, p282
PS09-D4-AM1-310-006, p283
ST10-03-17-19-D2-PM1-P-017,
p156
ST10-03-17-19-D4-PM2-328-009,
p294
YAO, Zhixiong
AS22-D5-PM1-333-006, p340
YAP, Wenshu
IG01-D4-AM2-332-012, p277
YASHIRO, Seiji
ST16-D5-AM1-309-001, p360
YASUNAGA, KazuakI
AS14-D2-AM2-309-004, p107
YASUNARI, Tetsuzo
SS09-D4-PM1-331-003, p301
YATAGAI, Akiyo
AS28-D2-PM1-308-006, p110
AS28-D3-PM1-P-019, p229
IG19-D5-PM1-P-008, p370
YAU, Andrew
PS12-ST23-D5-PM1-P-017, p381
ST08-D3-PM2-308-005, p201
YAU, Wing Ken
HS23-D3-AM2-330-011, p178
YBAÑEZ, Richard
IG03-D1-PM1-332-009, p73
YE, Sheng-Yi
PS08-D5-AM1-331-007, p359
YE, TaoSE24-D1-PM1-311-002, p89
YE, Zhaolian
AS34-D1-AM1-330-001, p63
YEE, Jeng-Hwa
AS23-D3-PM1-P-008, p226
AS23-D4-PM2-336-002, p256

AS23-D4-PM2-336-005, p257
YEE, Jogie Vera
IG03-D1-PM1-332-009, p73
YEH, Jim
HS03-D1-AM2-334-002, p67
HS03-D2-PM1-P-012, p142
YEH, Pat J.-F.
HS01-D1-AM2-333-015, p67
YEH, Sang-Wook
AS13-D3-PM1-P-025, p219
AS13-D3-PM1-P-026, p219
SS09-D4-PM1-331-004, p301
YEH, Tien-Chiang
AS17-D3-PM1-P-013, p221
AS17-D5-AM1-332-003, p337
YEH, Yi-Ching
IG24-D3-AM2-333-001, p183
IG24-D3-AM2-333-004, p183
IG24-D3-AM2-333-003, p183
YELLE, Roger
PS05-13-D2-AM1-310-002, p126
YEO, Jeff
IG01-D4-AM2-332-013, p277
YEO, Lik Khian
AS03-D1-PM1-331-015, p57
YEO, Shu Hui
SE10-D4-PM1-P-024, p317
YEON, Young-Kwang
PS14-16-D4-PM2-311-011, p288
YEONSU, Do
HS19-D2-PM1-P-015, p150
HS19-D2-PM1-P-016, p150
HS19-D2-PM1-P-017, p150
HS19-D2-PM1-P-018, p150
YERMOLAEV, Michael
ST16-D5-AM2-309-006, p360
YERMOLAEV, Yuri
ST16-D2-PM1-P-014, p158
ST16-D5-AM2-309-006, p360
ST16-D5-AM2-309-011, p361
YI, Eung Seok
PS14-16-D4-PM2-311-011, p288
YI, Guixi
SE21-D3-AM2-311-015, p206
YI, Jaeeung
HS19-D3-PM1-330-003, p176
YI, Shuang
IG10-D1-AM1-332-005, p73
SE15-D5-AM2-311-005, p364
SE15-D5-AM2-311-006, p364
YI, Wen
AS23-D3-PM1-P-009, p226
YIĞIT, Erdal
PS03-D4-AM2-311-005, p281
YIN, Baoshu
AS31-D3-PM1-P-020, p230
YIN, Jifu
HS10-D3-AM2-334-006, p175
YIN, Qing-Zhu
SE16-D4-AM1-331-008, p299
YIN, Xiufeng
AS35-D3-PM1-P-017, p234

YIN, Xunqiang
OS02-D4-PM1-P-020, p302
YING, Qi
AS34-D1-AM2-330-011, p64
AS34-D1-PM1-330-015, p64
AS34-D1-PM1-330-016, p65
AS34-D3-PM1-P-018, p232
YO, Ya-Wen
PS04-D3-PM1-310-009, p194
YODEN, Shigeo
AS04-D4-AM2-334-014, p253
AS04-D4-PM1-334-017, p253
YOKOI, Satoru
AS14-D2-AM2-309-003, p106
AS14-D2-AM2-309-004, p107
YOKOTA, Shoichiro
PS12-ST23-D5-PM1-P-011, p380
ST05-15-D3-AM2-308-001, p197
ST05-15-D3-AM2-308-002, p197
YOKOYAMA, Chie
AS28-D2-PM2-308-010, p110
YONEYAMA, Kunio
AS14-D2-AM2-309-002, p106
AS14-D2-AM2-309-003, p106
AS14-D2-AM2-309-004, p107
AS14-D2-PM1-309-008, p107
AS14-D3-PM1-P-013, p219
YONEZU, Kotaro
SE13-D2-PM1-327-003, p132
SE13-D2-PM2-327-009, p133
SE13-D2-PM2-327-011, p133
SE13-D2-PM2-327-013, p133
SE13-D4-PM1-P-015, p318
YOO, Chulsang
HS06-D2-PM1-P-013, p143
HS07-D2-PM1-P-008, p144
HS11-D2-PM1-P-020, p145
HS20-D2-PM1-P-010, p151
YOO, Hyun Jae
SE25-D4-PM1-P-048, p328
YOO, Jang Gon
OS19-D2-PM2-328-008, p125
YOON, Dong Hyuck
AS02-D3-PM1-P-016, p212
YOON, Jong-Min
AS40-D3-PM1-P-023, p237
YOON, Jungsoo
HS06-D2-PM1-P-014, p143
YOON, Peter H.
ST12-D2-PM1-P-022, p156
YOON, Sei Eui
HS19-D2-PM1-P-009, p149
HS19-D2-PM1-P-011, p149
YOON, Seyoung
PS12-ST23-D4-AM2-310-005, p289
YOON, Soon-Chang
SS09-D4-PM1-331-004, p301
YOROZU, Kazuaki
HS13-D5-AM2-310-010, p350
HS13-D5-AM2-310-011, p350
HS13-D5-AM2-310-012, p350

457

457

YOSHIDA, Kohei
AS04-D4-PM1-334-017, p253
YOSHIDA, Naohiro
PS04-D5-PM1-P-019, p376
YOSHIDA, Ryuji
AS10-D2-PM1-333-020, p101
YOSHIDA, Toshiya
AS29-D4-PM1-308-005, p261
YOSHIDA, Yasuhiro
BG06-07-D4-AM2-335-003, p270
YOSHIKAWA, Makoto
PS11-D1-AM1-310-007, p78
PS11-D5-PM1-P-017, p379
YOSHIKAWA, Sayaka
HS01-D2-PM1-P-025, p142
YOSHIMASA, Morooka
HS14-D4-AM1-327-002, p272
YOSHIMURA, Hiromasa
AS10-D3-PM1-P-048, p216
YOSHIMURA, Kei
AS11-38-D3-PM1-P-029, p217
YOSHIMURA, Kouhei
IG26-D3-PM2-332-004, p184
YOSHIOKA, Kiriko
HS14-D2-PM1-P-017, p147
YOSHIZUMI, Youko
AS02-D3-PM1-P-020, p212
YOSUKE, Saito
HS07-D2-PM1-P-007, p144
YOU, Cheol-Hwan
AS17-D5-AM1-332-004, p337
YOU, Gene J-Y
HS17-D1-PM1-334-005, p71
HS17-D1-PM1-334-006, p71
HS17-D1-PM1-334-007, p71
YOUNGER, Joel
AS04-D4-PM1-334-015, p253
YOUSUF, Jesmi
BG03-D3-PM1-P-008, p240
YU, Bingkun
AS07-D2-AM1-309-004, p98
YU, Cheng-Ku
AS10-D3-PM1-P-044, p216
AS28-D3-PM1-P-020, p229
AS29-D3-PM1-P-018, p229
AS29-D3-PM1-P-020, p229
AS29-D3-PM1-P-022, p229
AS29-D4-PM1-308-004, p261
AS29-D4-PM2-308-013, p262
YU, Daejung
ST07-D3-AM1-309-002, p199
YU, Fangqun
AS36-D5-AM1-333-008, p343
AS36-D5-AM1-333-010, p343
AS36-D5-AM1-333-011, p343
YU, Hang
SE02-D5-AM1-311-006, p362
SE06-D1-AM2-327-004, p87
SE06-D4-PM1-P-005, p315
YU, Hsiu-Shan
ST14-20-24-D1-AM1-309-003, p84
ST14-20-24-D2-PM1-P-006, p157

ST14-20-24-D2-PM1-P-007, p157
ST14-20-24-D2-PM1-P-009, p157
YU, Hui
ST07-D3-AM1-309-001, p199
ST12-D2-PM1-P-016, p156
YU, Hwa-Lung
HS03-D2-PM1-P-014, p142
HS15-D5-PM1-310-001, p351
YU, Jia-Yuh
AS24-D4-AM2-336-014, p258
AS13-D2-AM1-334-007, p104
YU, Jingshan
HS06-D2-PM1-P-012, p143
YU, Jingxing
SE04-D4-PM1-P-012, p314
SE04-D4-PM1-P-013, p314
YU, Jinhyeok
AS40-D3-PM1-P-026, p238
AS40-D4-PM1-309-014, p265
YU, Jin-Yi
AS22-D5-PM1-333-004, p339
YU, KaiOS02-D3-PM1-328-007, p186
YU, Liang Liang
PS04-D5-PM1-P-013, p375
YU, Pao-Shan
HS07-D1-PM1-333-005, p69
HS11-D5-AM1-327-006, p347
HS13-D5-AM1-310-001, p349
HS13-D5-AM1-310-006, p349
HS21-D2-AM1-330-006, p114
YU, Peng
IG28-D2-AM1-332-004, p117
YU, Shou Liang
AS19-D1-AM1-329-003, p60
YU, Xing
AS03-D1-AM2-331-014, p56
AS20-D2-PM2-309-005, p108
YU, Xiping
IG26-D3-PM2-332-003, p184
IG26-D3-PM2-332-006, p184
IG26-D5-PM1-P-009, p372
IG26-D5-PM1-P-010, p373
YU, Xuefeng
IG11-D5-PM1-P-011, p369
YU, Yang
OS02-D4-PM1-P-021, p302
YU, YaoIG10-D5-PM1-P-011, p369
YU, Yi-Chiang
AS36-D3-PM1-P-018, p235
YU, Yingli
AS34-D1-AM2-330-009, p64
YU, Yiqun
ST04-13-21-D1-AM1-308-006, p81
ST10-03-17-19-D4-PM2-328-009,
p294
ST25-D2-PM1-P-010, p159
YU, You
AS04-D3-PM1-P-027, p214
YU, Yun-Chen
HS03-D2-PM1-P-007, p142

HS03-D2-PM1-P-010, p142
HS03-D2-PM1-P-011, p142
YU, Yunyue
IG28-D2-AM1-332-003, p117
IG28-D2-AM1-332-004, p117
IG28-D2-AM1-332-005, p117
IG28-D2-AM1-332-008, p118
YU, Zhitong
BG04-D3-PM1-P-010, p241
BG04-D4-PM2-335-005, p269
YU, Zipeng
OS03-D4-AM1-330-003, p280
YUAN, Chung-Shin
AS16-D5-AM2-332-003, p336
AS16-D5-PM1-332-009, p336
YUAN, Daoyang
SE04-D2-AM2-311-004, p130
YUAN, Dongliang
OS01-D1-AM1-328-003, p75
OS02-D3-PM1-328-006, p186
OS07-D4-PM1-P-022, p306
YUAN, HuilingAS19-D1-PM1-329-014, p62
AS36-D4-PM2-333-005, p263
HS01-D1-AM1-333-004, p66
YUAN, Jiehao
SE12-D2-AM1-311-007, p132
SE12-D4-PM1-P-012, p318
YUAN, Jinchun
OS07-D4-PM1-P-016, p306
YUAN, Shufang
IG11-D3-PM1-332-007, p180
YUAN, Wei
OS07-D5-AM1-328-003, p354
YUAN, Yunbin
SE09-D4-PM1-P-008, p316
YUAN, Zhigang
ST09-D1-AM2-309-005, p83
ST12-D4-PM2-329-012, p296
YUE, Jia
IG26-D5-PM1-P-011, p373
YUEH, Simon
HS10-D3-AM2-334-001, p174
YUEN, David A.
SE10-D4-PM1-P-009, p316
YUI, Tzen-Fu
SE25-D4-PM1-P-016, p325
YUM, Seong Soo
AS40-D4-AM2-309-008, p264
YUMUL, JR., Graciano
IG24-D3-AM2-333-001, p183
SE13-D2-PM1-327-004, p132
SE13-D2-PM2-327-007, p133
SE27-D1-AM2-311-001, p90
YUN, Jongyeon
ST14-20-24-D2-PM1-P-007, p157
YUN, Sang Woong
HS08-D2-PM1-P-008, p144
HS20-D2-PM1-P-008, p151
YUNGFENG, Liang
IG21-D3-AM1-332-007, p183

458

458

YUSTIAN, Indra
OS04-D1-AM2-328-004, p76

Z.
ZABRODIN, VladimirSE25-D4-PM1-P-024, p325
ZAIKI, Masumi
AS11-38-D3-PM1-P-028, p217
ZALYAEV, Timur
IG04-D5-AM1-330-012, p352
ZANG, Shaoxian
SE06-D1-AM2-327-001, p86
ZANK, Gary
ST08-D3-PM2-308-003, p200
ST12-D4-PM2-329-007, p295
ST12-D4-PM2-329-013, p296
ZARKA, Philippe
PS08-D5-AM1-331-007, p359
ZASTENKER, Georgy
ST12-D4-PM2-329-011, p295
ST16-D2-PM1-P-014, p158
ST16-D5-AM2-309-011, p361
ZAW, Khin
SE13-D2-PM1-327-002, p132
SE13-D2-PM1-327-005, p132
SE25-D3-AM1-311-009, p209
ZEBKER, Howard
PS07-D5-PM1-P-016, p377
ZELENYI, Lev
PS03-D5-PM1-P-015, p375
ZENG, Jiangyuan
SE04-D4-PM1-P-013, p314
ZENG, Lingqi
AS04-D4-PM1-334-019, p254
ZENG, Yalan
IG11-D5-PM1-P-016, p370
ZENG, Zhao-Cheng
AS36-D3-PM1-P-024, p235
AS36-D3-PM1-P-033, p236
ZESTA, Eftyhia
ST10-03-17-19-D4-PM1-328-002,
p293
ZHA, Yuanyuan
HS03-D2-PM1-P-012, p142
ZHAN, Liyang
OS11-D5-AM2-329-010, p356
ZHAN, Peng
AS20-D3-PM1-P-013, p224
ZHAN, Xiwu
HS10-D3-AM2-334-006, p175
ZHAN, Zhongwen
SE16-D4-PM1-P-018, p321
ZHANG, Aoxing
AS27-D3-PM1-P-013, p227
ZHANG, Biao
OS02-D4-PM1-P-025, p302
ZHANG, Bo
SE04-D2-PM1-311-008, p130
SE21-D4-PM1-P-026, p323

ZHANG, Chidong
AS21-D3-PM1-P-021, p224
AS21-D3-PM1-P-019, p224
ZHANG, Fengrong
HS11-D2-PM1-P-021, p145
ZHANG, Fuqing
AS10-D2-AM1-333-002, p99
ZHANG, Gan
BG04-D3-PM1-P-020, p242
ZHANG, Guangbin
BG01-02-D3-PM1-P-009, p240
BG01-02-D4-AM1-335-003, p268
ZHANG, Guifu
AS17-D5-AM1-332-002, p337
ZHANG, Guoshuai
AS35-D2-PM1-335-001, p112
AS35-D3-PM1-P-017, p234
ZHANG, Haifeng
OS13-D2-PM1-329-011, p121
ZHANG, Han
HS21-D2-AM1-330-004, p114
OS14-D2-PM2-329-010, p122
ZHANG, Hanpei
AS01-D2-AM1-308-004, p97
ZHANG, He
AS19-D1-PM1-329-016, p62
BG01-02-D3-PM1-P-010, p240
ZHANG, Hongliang
AS34-D1-PM1-330-015, p64
AS34-D1-PM1-330-016, p65
AS34-D1-AM2-330-011, p64
AS34-D3-PM1-P-018, p232
ZHANG, Hongsheng
BG01-02-D3-PM1-P-010, p240
ZHANG, Hongxue
HS01-D2-PM1-P-019, p141
ZHANG, Huai
SE15-D4-PM1-P-008, p319
ZHANG, Hui
ST10-03-17-19-D4-PM1-328-003,
p293
ST08-D3-PM2-308-006, p201
ZHANG, Huiping
SE04-D2-AM2-311-004, p130
SE04-D2-AM2-311-005, p130
ZHANG, Jiankai
AS04-D4-AM1-334-007, p252
ZHANG, Jianyun
HS01-D1-AM2-333-012, p67
ZHANG, Jiaojiao
ST04-13-21-D1-AM1-308-006, p81
ZHANG, Jie
ST16-D2-PM1-P-012, p158
ZHANG, Jin
AS10-D3-PM1-P-045, p216
ZHANG, Jingyu
HS06-D2-PM1-P-012, p143
ZHANG, Jinjiang
SE04-D2-PM1-311-008, p130
ZHANG, JiutianIG21-D5-PM1-P-013, p371

ZHANG, Kaidi
OS08-D3-AM1-329-001, p188
ZHANG, Keke
PS09-D4-AM1-310-008, p283
ZHANG, Keliang
SE05-D1-AM1-311-002, p86
ZHANG, Kun
ST05-15-D3-AM2-308-004, p197
ZHANG, Lang
AS35-D3-PM1-P-017, p234
ZHANG, Lei
SE05-D1-AM1-311-005, p86
ST12-D2-PM1-P-019, p156
ZHANG, Leying
OS13-D4-PM1-P-013, p309
ZHANG, Li
AS10-D3-PM1-P-041, p215
AS36-D4-PM2-333-001, p262
ZHANG, Lianyi
OS13-D2-PM1-329-007, p121
ZHANG, Lifen
SE21-D3-AM2-311-014, p206
ZHANG, Lijuan
AS03-D3-PM1-P-023, p213
AS27-D3-PM1-P-013, p227
ZHANG, Lin
AS15-D1-AM1-335-004, p59
ZHANG, Meigen
BG06-07-D4-PM1-335-008, p271
ZHANG, Ming
OS07-D5-AM1-328-005, p354
ZHANG, Minghua
AS24-D3-PM1-P-023, p226
ZHANG, Peizhen
SE04-D2-AM2-311-005, p130
ZHANG, Qi
AS35-D3-PM1-P-019, p234
ZHANG, Qiang
AS03-D1-AM1-331-007, p55
ZHANG, Qianggong
AS35-D2-PM1-335-001, p112
AS35-D2-PM1-335-003, p112
AS35-D2-PM1-335-004, p112
AS35-D2-PM1-335-005, p112
AS35-D2-PM2-335-012, p113
AS35-D3-PM1-P-015, p233
AS35-D3-PM1-P-016, p234
AS35-D3-PM1-P-017, p234
AS35-D3-PM1-P-021, p234
AS35-D3-PM1-P-022, p234
ZHANG, Qinghe
ST05-15-D3-PM1-308-009, p198
ST10-03-17-19-D2-PM1-P-016,
p155
ST25-D1-PM1-308-004, p85
ST25-D2-PM1-P-008, p159
ZHANG, Quanhao
ST06-D3-AM1-308-005, p199
ZHANG, RenheAS19-D1-AM1-329-007, p61
ZHANG, Rongwang
OS05-D5-PM1-329-003, p353

459

459

ZHANG, Rui Jie
BG04-D3-PM1-P-020, p242
ZHANG, Shaotong
OS08-D3-AM1-329-002, p188
OS08-D3-PM2-329-013, p189
ZHANG, Shiqiu
AS03-D1-AM1-331-007, p55
ZHANG, Shunrong
ST05-15-D3-PM1-308-009, p198
ST10-03-17-19-D2-PM1-P-016,
p155
ZHANG, Shuting
AS34-D3-PM1-P-023, p233
ZHANG, Sijin
AS20-D2-PM2-309-007, p109
AS28-D3-PM1-P-017, p228
ZHANG, Tao
HS17-D1-PM1-334-003, p70
ZHANG, Tengyu
SE05-D1-AM1-311-001, p86
ZHANG, Tielong
PS05-13-D2-PM2-310-026, p129
ZHANG, Wei
OS07-D5-AM1-328-003, p354
ZHANG, Xian
IG21-D5-PM1-P-013, p371
ZHANG, Xiaodong
HS10-D3-PM1-334-009, p175
IG03-D1-AM2-332-003, p72
IG28-D2-AM1-332-006, p117
ZHANG, Xiaowei
AS16-D3-PM1-P-012, p220
ZHANG, Xiaoyang
AS42-D5-AM2-308-012, p346
ZHANG, Xinlin
SE25-D4-PM1-P-023, p325
ZHANG, Xu
OS02-D3-PM2-328-019, p188
ZHANG, Xuanze
BG08-D3-PM1-335-002, p171
ZHANG, Xunhua
OS08-D4-PM1-P-019, p307
ZHANG, Yanda
AS36-D5-AM1-333-008, p343
AS36-D5-AM1-333-011, p343
ZHANG, Yanlin
AS03-D1-AM1-331-001, p55
AS03-D1-AM1-331-004, p55
ZHANG, Yaqi
OS08-D3-PM2-329-013, p189
ZHANG, Yi
SE25-D4-PM1-P-023, p325
ZHANG, Ying
AS42-D5-AM1-308-002, p345
ZHANG, Yingjie
AS34-D3-PM1-P-020, p232
ZHANG, Yipeng
SE04-D2-PM1-311-011, p131
ZHANG, Yize
IG15-D2-PM1-332-004, p116
IG15-D5-PM1-P-007, p370
IG15-D5-PM1-P-009, p370

ZHANG, Yong Cun
ST09-D1-PM1-309-009, p83
ST09-D1-PM1-309-010, p84
ST09-D2-PM1-P-015, p154
ZHANG, Yongchui
OS02-D4-PM1-P-027, p303
ZHANG, Yongliang
AS23-D4-PM2-336-005, p257
ST10-03-17-19-D2-PM1-P-016,
p155
ST25-D1-PM1-308-004, p85
ST26-27-D3-AM2-309-004, p202
ZHANG, Yu
AS20-D2-PM2-309-008, p109
ZHANG, Yue
OS08-D4-PM1-P-014, p307
OS08-D4-PM1-P-015, p307
ZHANG, Yulan
AS35-D2-PM1-335-001, p112
AS35-D3-PM1-P-013, p233
AS35-D3-PM1-P-023, p234
AS35-D2-PM2-335-010, p113
ZHANG, Yunfei
OS11-D5-AM1-329-005, p355
ZHANG, Yunpeng
SE16-D4-PM1-P-014, p320
ZHANG, Zhenqiu
IG11-D5-PM1-P-015, p370
ZHAO, Chengyi
BG04-D4-PM2-335-005, p269
ZHAO, Chun
AS24-D4-PM1-336-015, p259
ZHAO, Chunsheng
AS27-D3-PM1-P-011, p227
AS27-D3-PM1-P-014, p228
AS27-D4-PM2-309-001, p259
AS34-D1-AM1-330-005, p63
AS34-D1-AM2-330-009, p64
ZHAO, Gang
AS34-D1-AM1-330-005, p63
ZHAO, Haikun
OS14-D2-PM2-329-008, p122
ZHAO, Hong
ST05-15-D3-AM2-308-004, p197
ST05-15-D3-PM1-308-008, p198
ZHAO, Hongjun
IG26-D3-PM2-332-005, p184
ZHAO, HuiOS02-D3-PM1-328-008, p187
ZHAO, Jian
AS34-D3-PM1-P-020, p232
ZHAO, Jinpeng
OS08-D4-PM1-P-015, p307
ZHAO, Kun
AS10-D3-AM1-331-031, p168
AS17-D5-AM1-332-002, p337
AS29-D4-PM1-308-006, p261
ZHAO, Liang
AS18-D3-PM1-P-010, p222
AS21-D3-PM1-P-020, p224
ZHAO, Lingling
PS10-D5-PM1-P-009, p379

ZHAO, Lulu
ST16-D5-AM2-309-007, p360
ZHAO, Qiang
AS42-D5-AM2-308-012, p346
ZHAO, Sen
AS13-D2-AM1-334-002, p104
ZHAO, Shaoshuai
AS42-D5-AM1-308-002, p345
ZHAO, Tianbao
OS14-D4-PM1-P-020, p310
ZHAO, Tianliang
AS35-D2-PM2-335-007, p113
ZHAO, Xi
AS19-D1-AM2-329-008, p61
ZHAO, Xia
OS02-D3-PM1-328-006, p186
ZHAO, XiaohuiOS14-D2-AM1-329-001, p121
ZHAO, Xixi
OS07-D5-AM1-328-003, p354
SE21-D4-PM1-P-029, p323
ZHAO, Yanan
AS03-D1-AM1-331-003, p55
ZHAO, Yannan
SE21-D3-AM2-311-014, p206
ZHAO, Yuanhong
AS15-D1-AM1-335-004, p59
ZHAO, Yuhui
PS04-D3-PM1-310-010, p194
ZHAOHUI, Chen
OS03-D4-PM1-P-009, p304
OS03-D4-PM1-P-010, p304
ZHDANOV, Pavel
ST22-D3-PM2-309-006, p202
ZHENG, Dewen
SE04-D2-AM2-311-004, p130
SE04-D2-PM1-311-009, p130
ZHENG, Fei
AS22-D5-PM1-333-004, p339
OS18-D3-AM1-328-004, p190
AS13-D2-AM1-334-002, p104
AS19-D3-PM1-P-025, p223
ZHENG, Hao
ST05-15-D2-PM1-P-011, p153
ZHENG, Hong
IG05-D5-PM1-P-013, p368
ZHENG, Jiayu
AS13-D2-AM1-334-002, p104
ZHENG, Jinlei
ST06-D3-AM1-308-008, p199
ZHENG, Mei
AS03-D1-AM1-331-003, p55
ZHENG, Quanan
OS03-D4-PM1-P-011, p305
ZHENG, Shuang
HS18-D4-PM1-327-002, p274
ZHENG, Weizhong
IG28-D2-AM1-332-003, p117
IG28-D2-AM1-332-005, p117
ZHENG, Wenjun
SE04-D2-AM2-311-004, p130
SE04-D2-PM1-311-011, p131

460

460

SE04-D4-PM1-P-012, p314
SE04-D4-PM1-P-013, p314
ZHENG, Xiaogu
BG08-D3-PM1-335-002, p171
ZHENG, Yongguang
AS02-D4-AM2-308-011, p251
ZHONG, Bo
IG28-D2-AM1-332-002, p117
ZHONG, Guihui
OS08-D3-AM1-329-007, p189
OS08-D4-PM1-P-016, p307
ZHONG, Jun
SE11-D4-PM1-P-004, p318
PS03-D5-PM1-P-016, p375
PS03-D5-PM1-P-017, p375
PS03-D5-PM1-P-018, p375
ST12-D2-PM1-P-020, p156
ZHONG, Min
IG10-D5-PM1-P-009, p369
ZHONG, Shanshan
AS10-D2-AM2-333-014, p100
ZHONG, YishenOS02-D3-PM1-328-009, p187
ZHONG, Yulong
IG10-D5-PM1-P-009, p369
ZHONGPING, Zhang
SE09-D3-AM1-327-005, p204
ZHOU, Feifan
AS29-D3-PM1-P-015, p229
ZHOU, Fenghua
OS12-D4-PM1-P-010, p308
OS18-D3-AM1-328-006, p190
ZHOU, Houyun
IG11-D3-AM2-332-004, p179
ZHOU, HuiOS02-D3-PM1-328-006, p186
ZHOU, Ji
HS10-D3-PM1-334-009, p175
IG03-D1-AM2-332-003, p72
IG28-D2-AM1-332-006, p117
ZHOU, Jianhua
IG15-D5-PM1-P-007, p370
ZHOU, Jing
HS23-D3-AM1-330-003, p177
ZHOU, Lei
OS12-D2-AM1-328-004, p119
OS14-D2-PM2-329-009, p122
OS14-D2-PM2-329-010, p122
ZHOU, Lihang
IG28-D2-AM1-332-008, p118
ZHOU, Li-Ping
IG12-D5-PM1-P-007, p370
ZHOU, Meng
ST09-D1-AM2-309-005, p83
ZHOU, Renjie
SE04-D2-PM1-311-008, p130
ZHOU, Shanshi
IG15-D2-PM1-332-002, p116
IG15-D2-PM1-332-003, p116
ZHOU, Shudao
AS04-D3-PM1-P-022, p213

ZHOU, Tian
AS03-D1-AM1-331-003, p55
ZHOU, Wen
AS19-D1-PM1-329-015, p62
AS21-D4-AM1-333-003, p254
IG01-D4-AM1-332-003, p276
OS12-D2-AM1-328-006, p119
OS12-D2-AM1-328-008, p119
OS12-D4-PM1-P-012, p309
ZHOU, Xinghua
OS07-D4-PM1-P-008, p305
ZHOU, Xueying
IG03-D1-AM2-332-005, p72
ZHOU, Xuhua
IG15-D2-PM1-332-005, p116
ZHOU, Xuzhi
ST05-15-D2-PM1-P-015, p153
ST10-03-17-19-D4-PM2-328-007,
p294
ST10-03-17-19-D4-PM2-328-010,
p294
ZHOU, Yaping
HS13-D5-AM1-310-002, p349
ZHOU, Yongsheng
SE06-D1-AM2-327-002, p87
ZHOU, Zhenjun
ST06-D3-AM1-308-005, p199
ZHOU, Zhihua
SE11-D4-PM1-P-004, p318
ZHU, Ailan
SE21-D4-PM1-P-035, p324
ZHU, Baoyou
AS07-D3-PM1-P-008, p215
ZHU, Jia
OS03-D4-PM1-P-011, p305
ZHU, Jiang
AS22-D5-PM1-333-004, p339
OS18-D3-AM1-328-004, p190
ZHU, Liping
SE20-D4-PM1-P-008, p322
ZHU, Lupei
SE02-D5-AM1-311-004, p362
ZHU, QianlinIG21-D5-PM1-P-009, p370
ZHU, Tong
AS03-D1-AM1-331-007, p55
ZHU, Weijun
OS12-D4-PM1-P-011, p309
ZHU, Xiaolin
IG03-D1-AM2-332-002, p72
ZHU, Xudong
BG04-D3-PM1-P-009, p241
ZHU, Xun
PS10-D4-PM2-310-001, p284
ZHU, Ye
AS35-D2-PM2-335-007, p113
ZHU, Yuhang
OS18-D3-AM1-328-006, p190
ZHUANG, Bin
ST06-D3-AM1-308-002, p198
ZHUANG, Bingliang
AS35-D2-PM2-335-007, p113

ZHUO, Lu
HS06-D3-AM1-334-008, p172
ZIEGLER, Alan
IG01-D4-AM2-332-011, p277
IG27-D3-PM2-333-001, p185
ZINK, Jenna
PS08-D5-AM1-331-009, p359
ZITZ, Anke
ST04-13-21-D1-AM1-308-004, p81
ZONG, Qiugang
ST02-D2-PM1-P-017, p152
ST02-D2-PM1-P-019, p152
ST05-15-D2-PM1-P-012, p153
ST05-15-D2-PM1-P-015, p153
ST05-15-D3-AM2-308-005, p197
ST10-03-17-19-D4-PM2-328-007,
p294
ST10-03-17-19-D4-PM2-328-010,
p294
ZOTOV, Leonid
SE09-D3-AM1-327-006, p204
ZOU, Bin
OS02-D4-PM1-P-025, p302
ZOU, Hong
ST05-15-D2-PM1-P-015, p153
ZOU, Jianjun
OS07-D5-AM1-328-001, p354
ZOU, Mingmin
AS42-D5-AM2-308-011, p346
ZOU, Shasha
ST25-D1-PM1-308-002, p85
ST25-D2-PM1-P-009, p159
ZURAIDA, Rina
SE20-D4-PM1-P-007, p322
OS04-D1-AM2-328-003, p76

461

461

462

Exhibitors & Booth Locations
AOGS 2017 Geosciences World Community Exhibition
Exhibitor Move In
07 August, Monday | Summit Room, Level 3 | 15:00 to 18:00
Welcome Reception / Exhibition Opens
07 August, Monday | Summit Room, Level 3 | 18:30 to 20:30
All Day Exhibition
08 to 11 August, Tuesday to Friday | Summit Room, Level 3 | 09:30 to 18:00
Exhibitor Move Out
11 August, Friday | Summit Room, Level 3 | 18:00 to 19:00
S/N

Organisation

Booth No.

1

Asia Oceania Geosciences Society

2

Beta Analytic Inc.

B01

3

COSPAR 2018

A03

4

Earth Observatory of Singapore, Nanyang Technological University

A12

5

Earth Science Research Promotion Center & TAO Journal

B03

6

Earth, Planets and Space

D04

7

European Geosciences Union (EGU)

D03

8Gangwon Convention & Visitors Bureau

D11

9

Hawaii Convention Center

D12

10

Isotopx Flexisolve

B04

11

Japan Geoscience Union (JpGU)

B02

12

Kinemetrics, Inc.

A08

13

Korean Meteorological Society

B06

14

LI-COR Biosciences

D05

15

METER Group, Inc.

A09

16

Nankai University

A02

17

NASA

18

Picarro, Inc

A11

19

Royal Society Publishing

A01

20

Skye Instruments Ltd

B05

21

Society of Exploration Geophysicists (SEG)

D10

22

Springer Nature

A10

23

Taiwan Earthquake Research Center (TEC)

D01

24

UGT - Umwelt-Geräte-Technik GmbH

D02

463

Registration Area

C01 - C04

AHU

Poster Boards

ROOM 329

FOYER 7

ROOM 328

FOYER 5

ROOM 327

FOYER 8ROOM 330

AHU

Exhibition Floor Plan
(Summit Room, Level 3)464

Exhibitors
Located at Registration Area
Asia Oceania Geosciences Society#06-23, ONE COMMONWEALTH, 1 Commonwealth Lane,
Singapore 149544
Tel: : +65 6472 3108 | Fax: +65 6472 3208
Email: info@asiaoceania.org
Web: http://asiaoceania.org
Asia Oceania Geosciences Society is an international society established in Singapore since 2003, formed bylike-minded individuals to promote geophysical science for the benefit of humanity in Asia and Oceania.
The Society participates actively and advances in this field through organizing an annual international
conference and publication of international journals and developing close connections with local andregional societies such as European Geosciences Union (EGU), American Geophysical Union (AGU),
Japan Geoscience Union (JpGU) and International Union of Geodesy and Geophysics (IUGG).
B01
Beta Analytic Inc.
4985 S.W. 74th Court Miami, FL USA 33155
Tel: +(1) 305 667 5167
Email: fgoren@betalabservices.com
Web: www.radiocarbon.com
ISO 17025-accredited Beta Analytic is a dedicated radiocarbon dating laboratory with standard turnaroundtime of 14 business days for its AMS Dating service. Expedited services are available (2-6 business days).
All analyses are performed in-house. Respected worldwide for accuracy, quality, and customer care.
Results are accessible 24/7 via web access.
A03
COSPAR 2018
300-1201 West Pender St, Vancouver, BC, Canada, VGE 2V2
Tel: +1 604 6393928
Email: cospar2018@icsevents.com
Web: http://cospar2018.org/
Committee on Space Research of the International Council for Science (ICSU), COSPAR was createdwith an emphasis on the exchange of results, information and opinions in space research. The California
Institute of Technology, home of the Jet Propulsion Laboratory, are the hosts of the 42nd COSPAR Scientific
Assembly; taking place Pasadena, California, on July 14 - 22, 2018.
A12
Earth Observatory of Singapore, Nanyang Technological University
50 Nanyang Avenue, Block N2-01a-11, Singapore 639798
Tel: +65 6592 7754 | Fax: +65 6792 2149
Email: yvsoon@ntu.edu.sg
Web: www.earthobservatory.sg
The Earth Observatory of Singapore is Singapore’s main hub for conducting research on geohazards,
focusing on tectonics, volcanoes, and climate change in and around Southeast Asia. The Observatory
is committed to acquiring knowledge of these natural hazards, passing this information on to affected
communities by contributing to forecasts of such natural phenomena and helping them adapt to theseenvironmental challenges.

465

Exhibitors
B03
Earth Science Research Promotion Center & TAO Journal
No. 300, Jhongda Rd., Jhongli District, Taoyuan City 32001 Taiwan (R.O.C)
Tel: +886 3 4276264 | Fax: +886 3 4227443
Email: esrpc@ncu.edu.tw
Web: http://esrpc.ncu.edu.tw
The Earth Science Research Promotion Center (ESRPC) is operated under the Ministry of Science andTechnology, Taiwan. Our mission is to promote collaborative research with global scientists in a broad
spectrum of earth sciences by supporting scientific activities of inviting visiting scholars to Taiwan andholding international conference in Taiwan. We also promote the circulation of Terrestrial, Atmosphericand Oceanic Sciences (TAO), a SCI journal since 1990.
D04
Earth, Planets and Space
301 Star Valley II, 3-20-8 Kita-Senzoku, Ota-Ku, Tokyo 145-0062, Japan
Tel: +81 3 6425 6450 | Fax: +81 3 6425 6509
Email: advertise@earth-planets-space.org
Web: http://earth-planets-space.springeropen.com
The open access journal Earth, Planets and Space (EPS) presents scientific articles in the earth and planetarysciences, in particular, geomagnetism, aeronomy, space science, seismology, volcanology, geodesy,and planetary science. EPS also welcomes articles in new and inter-disciplinary subjects, including
instrumentation.
D03
European Geosciences Union (EGU)
European Geosciences Union EGU Executive Office Luisenstrasse 37
Munich Germany
Tel: +49 (0) 89 2180 6549 | Fax: +49 (0) 89 2180 17855
Email: executive-secretary@egu.eu
Web: www.egu.eu
The European Geosciences Union (EGU) is, with over 12,000 members, Europe’s premier geosciences
union. It is dedicated to the pursuit of excellence in the earth, planetary, and space sciences for the benefitof humanity. The EGU has a current portfolio of 17 diverse Open Access journals and its annual General
Assembly is the largest European geosciences event.
D11
Gangwon Convention & Visitors Bureau
5, Jungang-ro, Chuncheon-S1, Gangwon-do South Korea
Tel: +82 332494455 | Fax: +82 332515495
Email: jjung@visitgangwon.or.kr
Web: visitgangwon.or.kr
A resorts paradise city, a pleasant convention in Gangwon South Korea. The Gangwon Convention Visitors& Bureau is an excellent partner for superior one-stop support service for international conference. As
testimony to its excellence, hosting the 2018 Pyeongchang Winter Olympic Games will propel Gangwon
Province to the top of the leisure convention destination.

466

Exhibitors
D12
Hawaii Convention Center
1801 Kalakaua Avenue, Honolulu, Hawaii 96815
Tel: +1 808 943 3572 | Fax: +1 808 943 3099
Email: jkuwata@hccaeg.com
Web: www.hawaiiconvention.com
Hawai’i’s breathtaking natural beauty inspires people to relax and see the world & their work in new ways.
Meetings held in Hawai‘i are inspiring, rewarding & successful. The state-of-the-art Hawaii Convention
Center offers a combination of breathtaking beauty, technologically advanced facility and experienced
staff ready to assist your event.
B04
Isotopx Flexisolve
194 Atterbury Ave, Painesville, Ohio, 44236 USA
Tel: +1 4406558994
Email: steve.shuttleworth@isotopx.com
Web: www.isotopx.com
Isotopx manufactures a range of thermal ionization and noble gas mass spectrometers for analysis in
isotope geochemistry. Flexisolve provides a number of products and solutions for Environmental andResearch Institutions as well as Oil & Gas industries in the ASEAN region. Flexisolve distributes Isotopx
products across SE Asia.
B02
Japan Geoscience Union (JpGU)
4F Gakkai Center Bldg., 2-4-16 Yayoi, Bunkyo-ku, Tokyo 113-0032, Japan
Tel: +81 3 6914 2080 | Fax: +81 3 6914 2088
Email: office@jpgu.org
Web: http://www.jpgu.org/index-e/
The Japan Geoscience Union (JpGU), with more than 8,500 members, is a multidisciplinary geoscienceorganization based in Japan promoting excellence in all fields related to Earth and planetary science. This
year we had the first joint meeting with AGU, the JpGU-AGU Joint Meeting 2017. The JpGU also publishes
a peer-reviewed open access e-journal, Progress in Earth and Planetary Science (PEPS) in partnership withSpringerOpen.
A08
Kinemetrics, Inc.
Kinemetrics, Inc. 222 Vista Avenue Pasadena, CA 91107 USA
Tel: +1 626 795 2220 | Fax: +1 626 795 0868
Email: ov@kmi.com
Web: www.kmi.com
Kinemetrics has been a leader in the earthquake instrumentation business for over forty years, creating
innovative products and solutions for seismic arrays and networks, for monitoring bridges, dams,
structures and nuclear power industry. We also support and run several large seismic networks including
DPC Italy, US Array, US PBO.

467

Exhibitors
B06
Korean Meteorological Society
1510 Renaissance Tower Bldg 14 Mallijae-ro, Mapo-gu, Seoul 04195 Korea
Tel: +82 2 835 1619 | Fax: +82 2 849 1541
Email: komes@komes.or.kr
Web: http://www.komes.or.kr/
The Korean Meteorological Society (KMS), with over 2,500 members, has been devoted to improving
our understanding of earth systems with a particular focus on atmospheric sciences, meteorology, andclimate change, and also communicating potential or predicted catastrophic events caused by severe
weather systems, climate change, and local/regional air pollution to the public. The KMS publishes bothinternational and domestic peer-reviewed journals, ‘Asia-Pacific Journal of Atmospheric Sciences’ and‘Atmosphere’. In this year (Oct. 23–24), KMS holds Asian Conference on Meteorology (ACM2017) in Busan,
Korea with co-organizing partners, Chinese Meteorological Society and Meteorological Society of Japan(http://komes.or.kr/acm2017).
D05
LI-COR Biosciences
4647 Superior Street Lincoln, NE 68504 USA
Tel: +1 402 467 0742 | Fax: +1 402 467 0819
Email: gloria.lekai@licor.com
Web: http://www.licor.com/env
Visit LI-COR’s booth (D05) to see the latest instrumentation for environmental research. LI-COR willfeature complete eddy covariance systems, including the LI-7500A Open Path CO2/H2O Analyzer, andsolutions for remote communications, solar power, and real-time flux processing hardware and software
packages.
A09
METER Group, Inc.
2365 NE Hopkins Court Pullman WA 99163
Tel: +1 509 332 2756 | Fax: +1 509 332 5158
Email: matt.galloway@metergroup.com
Web: www.metergroup.com
After years of collaboration, Decagon and UMS have formalized their relationship by merging. In doing
so, we have adopted a new name. We are excited to present our new company, METER Group, Inc., at the2017 AOGS meeting. METER Group, Inc. combines scientific and engineering expertise to create systems
for measuring water along the soil-plant-atmosphere continuum. This year, we are presenting several new
products, including an all-in-one weather station, solar-powered data logger with cell communication and
an automated soil particle size analyzer. Please stop by our booth to see these and other new products.

468

Exhibitors
A02
Nankai University
2-501 Building 7, Tianjiaoyuan, Yinshui Rd. Nankai District, Tianjin 300191
Tel: +86 22 8535 8816
Email: huangj@nankai.edu.cn
Web: www.nankai.edu.cn
Founded in 1919, Nankai University is one of the most renowned and prominent universities in China.
It features a balance between the Humanities and the Sciences, a solid foundation and a combinationof application and creativity. The university has 24 colleges, covering literature, history, philosophy,
economics, management, law, science, engineering, agriculture, medicine, education and arts.

C01 - C04
NASA
NASA Goddard Space Flight Center, Building 33, Room E112 Greenbell,
MD 20771
Tel: +1 301 614 5560 | Fax: +1 301 614 6530
Email: winnie.h.humberson@nasa.gov
Web: www.nasa.gov
NASA leads the United States on a great journey of discovery, seeking new knowledge and understandingof our Sun, Earth, solar system, and the universe. NASA, together with its domestic and international
partners, uses space observatories to conduct scientific studies of the Earth and Sun, to visit and returndata and samples from other planetary bodies, and to peer out into the universe.
A11
Picarro, Inc.
3105 Patrick Henry Drive Santa Clara CA 95054 USA
Tel: +1 408 4600688
Email: gabhun2015@gmail.com
Web: www.picarro.com
Picarro is the world’s leading provider of stable isotope and gas concentration measurement systems formany scientific applications. The ultra-precise and easy-to-use instruments are deployed across the globe
offering unmatched performance and enabling scientists around the world to measure GHGs, trace gases
and stable isotopes found in the air, water, and land.
A01
Royal Society Publishing
The Royal Society, 6-9 Carlton House Terrace, London SW1Y 5AG UK
Tel: +44 20 7451 2694
Email: raminder.shergill@royalsociety.org
Web: https://royalsociety.org/journals/
Be it themed issues or standalone articles, The Royal Society regularly publishes research covering thegeosciences. Our journals offer rigorous peer review, open access, promotion via a dedicated press teamand dissemination to a global audience. Come and find out what we’ve been publishing over the past 352
years.

469

Exhibitors
B05
Skye Instruments Ltd
21 Ddole Enterprise Park Llandrindod Wells, Powys LD1 6DF UK
Tel: +44 (0)1597 824811
Email: adam@skyeinstruments.com
Web: www.skyeinstruments.com
Skye Instruments Ltd has been designing and manufacturing instrumentation for Plant and Agricultural
Research, Environmental Monitoring and Remote Sensing since 1983. Our wide product base and services
are used for Plant and Crop Research; Global Climate Change Studies; Environmental Monitoring andControlled Environment Installations. We’re also proud to be an “Employee-Owned Company”.
D10
Society of Exploration Geophysicists (SEG)
8801 S Yale Ave, Ste 500 Tulsa, OK 74137 USA
Tel: +1 918 4975589
Email: jabbott@seg.org
Web: www.seg.org
Founded in 1930, the Society of Exploration Geophysicists is a not-for-profit organization committed toconnecting and inspiring the people and science of geophysics. With 27,000+ members in 138 countries,
SEG provides educational resources to the geosciences community through publications, books, events,
forums, professional development courses, and more. Visit www.seg.org
A10
Springer Nature
Room 408-412, Beijing Ideal Plaza, No. 58 Northwest 4th Ring
Road, Beijing 100080 China
Tel: +86 10 8267 0211 ext 838 | Fax: +86 10 8267 0212
Email: brenda.wang@springer.com
Web: www.springernature.com
Springer Nature is one of the world’s leading global research, educational and professional publishers,
home to an array of respected and trusted brands providing quality content through a range of innovative
products and services. Springer Nature is the world’s largest academic book publisher and numbers
almost 13,000 staff in over 50 countries. www.springernature.com
D01
Taiwan Earthquake Research Center (TEC)
128, Sec. 2, Academia Road, Nangang, Taipei 11529, Taiwan
Tel: +886 2 27839910 #103| Fax: +886 2 27839871
Email: tec@earth.sinica.edu.tw
Web: http://tec.earth.sinica.edu.tw/
TEC (Taiwan Earthquake Research Center), a platform to present our most state-of-the-art earthquake
science studies and to deliver our knowledge to the general public.

470

Exhibitors
D02
UGT - Umwelt-Geräte-Technik GmbH
Lise-Meitner-Str.30 85354 Freising, Germany
Tel: +49 8161 23464 41 | Fax: +49 8161 23464 43
Email: sascha.reth@ugt-online.de
Web: www.ugt-online.de
UGT - Umwelt-Geräte-Technik GmbH - founded in 1992 in Germany, develops, manufactures and installs
environmental measurement devices and long-term monitoring systems for pedologic, hydrologic andrelated environmental research questions for scientists and environmental managers of all industries. The
company’s core strength is providing customized innovative, high-quality instruments.

471

Innovation Theatre
By UGT GmbH
“Lysimeters – a Modern Tool to Investigate Transport Processes in Ecosystems”
Sascha RETHUGT GmbH
08 August, Tuesday
Summit Room, Level 3
12:45 – 13:15
Lysimeters are an important way of determining the water balance for ecosystems using water balanceparameters. In addition to the quantity, it is also possible to investigate the quality of soil and seepage
water. Soil monoliths of defined dimensions are taken from their natural environment and given definedboundary conditions. In combination with corresponding measurement technology, it is possible toinvestigate the function and mode of action of ecosystems in this way. The results can be transferred fromsmall to large scales and are amongst other things a good method to determine the evapotranspiration ofa defined area (typically 1-2 m²), of the water and solute transport in a defined volume (typically 1-5 m³)
and the degradation and conversion of substances under weathering influences. Due to the possibility oflong term outdoor investigations under real location conditions, statements may be made using lysimeter
tests on the water balance of certain climate scenarios, for example. Other possibilities are the comparisonof several similar lysimeters in areas with different weathering conditions or the comparison of different
soil types or different vegetation with the same weather over a longer time. These investigations provide
the foundation for many models to estimate the effect of climatic change, the spread of contamination in
the soil or the success of re-conditioning measures. Typical areas of use for lysimeters are agriculturalland locations, forest locations, landfills and post-mining landscapes as well as areas with existing waste
deposits in need of recultivation. The combination of several lysimeters is recommended for statisticallyverified statements.
Anthropogenic environmental changes threaten biodiversity as well as the interactions between trophic
levels and consequently alter their influence on ecosystem functions. New experimental platforms,“Ecotron”, were developed to investigate the mechanisms underlying the relationship between biodiversity
and ecosystem functioning by manipulating biodiversity at multiple trophic levels.
By Earth Science Research Promotion Center & TAO Journal“Innovative Earthquake Science and Technologies Developed in Taiwan”
J. Bruce H. SHYU
National Taiwan University
08 August, Tuesday
Summit Room, Level 3
16:00 – 16:30
In the past decade, the Taiwan Earthquake Research Center (TEC) has promoted a series of studies on realtime 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 longperiod 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.

472

Innovation Theatre
The P-Alert, a MEMS accelerometer that is specially designed for on-site earthquake early warning, hasbeen widely deployed island-wide in Taiwan. It can detect first P-wave arrival and provide an alert withpredicted 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, butalso presenting real-time earthquake information and creative and diversity tools and materials for seismic
education outreach.
By Earth Observatory of Singapore“Using Animation to Communicate Earth Science and Sustainability”
Isaac KERLOW
Earth Observatory of Singapore
09 August, Wednesday
Summit Room, Level 3
12:45 – 13:15
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 havemultiple 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 levelanimation 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 ResearchGroup at the Earth Observatory of Singapore. These animations have been used to communicate Earthscience and sustainability in a variety of interdisciplinary projects. The projects reviewed range fromscientific documentaries, to narrative shorts and interactive games.
By Earth, Planets and Space“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)
09 August, Wednesday
Summit Room, Level 3
16:00 – 16:30
I am the editor in chief of the journal Earth, Planets and Space (EPS) since 2013. EPS is published on behalfof 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, spacescience, seismology, volcanology, geodesy, and planetary science. EPS also welcomes articles in new andinterdisciplinary subjects, including instrumentations. Only new and original contents will be acceptedfor publication.

473

Innovation Theatre
EPS was established in 1998 as a continuation of the two journals, the Journal of Geomagnetism andGeoelectricity (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 asoftware 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 arewithin 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. Pleasecontact me if you have a plan for a special issue.

By Picarro, Inc.
“Picarro Product Portfolio Update: Recent Developments in Cavity
sRing-Down Spectroscopy”
David KIM-HAK
Picarro Inc.
10 August, Thursday
Summit Room, Level 3
12:45 – 13:15

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 theInternational 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 shedlight on our new concentration Ethane/Methane & isotopic Methane analyzer, a powerful tool to resolve
source attribution.

474

Innovation Theatre
By Isotopx Flexisolve“Next Generation Developments in Isotope Mass
Spectrometry for the Ocean and Geoscience Communities”
Stephen SHUTTLEWORTH
Isotopx
10 August, Thursday
Summit Room, Level 3
16:00 – 16:30
The scientists at Isotopx have a long history in designing advanced mass spectrometers for the ocean
and geoscience communities. With a history that dates back to the early VG companies there is a direct
lineage that extends from the mid 1970’s until today. In this talk we will introduce new technologies indetector design which when combined with a fresh look at high resolution mass spectrometry will expand
analytical capabilities across not only traditional isotope measurements but also elemental analysis andfor a wide range of matrices in ocean and geosciences. Isotopx is the leading supplier of both Thermal
Ionisation Mass Spectrometers and Noble Gas Mass Spectrometers, however the introduction of these newtechnology will further drive the measurements to higher levels of precision and at considerably lower
levels of concentration.
By LI-COR Biosciences“Next Generation Evapotranspiration Flux Stations: Full
Automation of Data Processing and Remote Management of ET Network”
Aaron SAATHOFF
LI-COR Biosciences
11 August, Friday
Summit Room, Level 3
12:45 – 13:15
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 theincreased number of ET stations and data from each station, modern tools are needed to effectively andefficiently 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 toanswering 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 andtested 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 aspecially 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-sitedata comparison by incorporating a GPS and Precision Time Protocol.
A data management server application was also developed to chart fully corrected real-time fluxes toassist 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 thathave occurred in the hardware and software tools used in flux station networks that range in size fromsingle sites to multiple flux stations.

475

Innovation Theatre
By Nankai University“Meeting with Nankai University for Your Future Career”
Jeanne HUANG
Nankai University
11 August, Friday
Summit Room, Level 3
16:00 – 16:30
Founded in 1919, Nankai University is one of the most renowned and prominent universities in China.
During the development of more than 90 years, Nankai University has been following the motto of“Dedication to public interests, acquisition of all-round capability and aspiration for progress with eachpassing day”, persisting in its glorious tradition of “patriotism, dedication, innovation and love of thecommunity” and the concept of “govern the country with arts, strengthen the country with science andenrich the country with business”. With the objective of “knowing China and serving for China”, Nankai
University dedicates to cultivating talents, promoting academic prosperity, strengthening the nation’s
power and inheriting civilization, and has obtained remarkable achievements.
Nankai University invites applications from outstanding candidates for full-time faculty positions(at associate/full professor level) in the broad area of eco-hydrology and environmental engineering
preferably including but not limited to remote Sensing and GIS watershed management, climate change,
environmental modeling, ecosystem restoration, wastewater treatment technology etc. Excellent English
communication skills and a commitment to teaching are necessary. Individuals with relevant working
experience are especially encouraged to apply. This information meeting will give more details on
qualification, the salary and benefit package etc.

476

NASA Hyperwall Science Stories
Presented by NASA Experts at the NASA BoothTime

Presenter

Presentation

Monday, August 7, 2017 (Opening Reception 18:30 - 20:30)
19:00 - 19:15
19:15 - 19:30
19:30 - 19:45
19:45 - 20:00

James Green, Director of the Planetary Science Division, NASA Headquarters

Ocean World Europa

Steve Platnick, Deputy Director for Atmospheres,
Earth Science Division, NASA Goddard Space Flight Center
Florian Schwandner, Research Scientist, Volcanology, Gas Geochemistry,NASA Jet Propulsion Laboratory
Richard Eckman, Program Manager, Atmospheric Composition Modeling &Analysis Program, NASA Headquarters

NASA's Earth Observation Capabilities: Meeting the
Challenges of Climate and Environmental Change
Studying the Response of the Carbon Cycle
to the 2015-16 El Niño with OCO-2 and GOSATIn Search of Ozone Recovery: Initial Resultsfrom SAGE III on the International Space Station

Tuesday, August 8, 2017 (Exhibit Hours 9:30 - 18:00)
10:45 - 11:00
13:00 - 13:15
13:15 - 13:30

Paul Newman, Chief Scientist for Atmospheric Sciences,
NASA Goddard Space Flight Center
Steve Graham, Senior Outreach Specialist for Earth Science,
NASA Goddard Space Flight Center
Steve Platnick, Deputy Director for Atmospheres, Earth Science Division,
NASA Goddard Space Flight Center

What's New with Earth's Ozone Layer?
Our Changing Planet at Night
Clouds and Climate

Jack Kaye, Associate Director for Research, Earth Science Division, NASA Headquarters

NASA Global Climate Observations:
Discover How Satellites See Climate Change

13:45 - 14:00

Rosaly Lopes, Section Manager for Planetary Science, NASA Jet Propulsion Laboratory

Titan: An Earth-Like World

15:45 - 16:00

To be announced later

13:30 - 13:45

Wednesday, August 9, 2017 (Exhibit Hours 9:30 - 18:00)
10:45 - 11:00
13:00 - 13:15
13:15 - 13:30
13:30 - 13:45
13:45 - 14:00
15:45 - 16:00

Steve Graham, Senior Outreach Specialist for Earth Science,
NASA Goddard Space Flight Center

Our Changing Planet at Night

Robert Levy, Atmospheric Scientist, NASA Goddard Space Flight Center

Aerosols Effects on Climate, Air Quality, and HealthGeorge Huffman, Deputy Project Scientist for the Global Precipitation Measurement(GPM) Mission, NASA Goddard Space Flight Center
Florian Schwandner, Research Scientist, Volcanology,
Gas Geochemistry, NASA Jet Propulsion Laboratory
Paul Newman, Chief Scientist for Atmospheric Sciences,
NASA Goddard Space Flight CenterJames Green, Director of the Planetary Science Division, NASA Headquarters

GPM Observes Global Precipitation
Studying the Response of the Carbon Cycle
to the 2015-16 El Niño with OCO-2 and GOSAT
What's New with Earth's Ozone Layer?
Role of Small Bodies in our Solar System

Thursday, August 10, 2017 (Exhibit Hours 9:30 - 18:00)
10:45 - 11:00

Jack Kaye, Associate Director for Research, Earth Science Division, NASA Headquarters

13:00 - 13:15

Steve Platnick, Deputy Director for Atmospheres,
Earth Science Division, NASA Goddard Space Flight Center

13:15 - 13:30
13:30 - 13:45
13:45 - 14:00
15:45 - 16:00

NASA Global Climate Observations:
Discover How Satellites See Climate Change
Take the A-Train:
The Afternoon Earth Observing Constellation

To be announced later
Richard Eckman, Program Manager, AtmosphericComposition Modeling & Analysis Program, NASA Headquarters
Paul Newman, Chief Scientist for Atmospheric Sciences,
NASA Goddard Space Flight Center
Steve Graham, Senior Outreach Specialist for Earth Science,
NASA Goddard Space Flight Center

In Search of Ozone Recovery: Initial Resultsfrom SAGE III on the International Space Station
What's New with Earth's Ozone Layer?
Our Changing Planet at Night

Friday, August 11, 2017 (Exhibit Hours 9:30 - 18:00)
10:45 - 11:00

James Green, Director of the Planetary Science Division, NASA Headquarters

13:00 - 13:15

Jack Kaye, Associate Director for Research, Earth Science Division, NASA Headquarters

13:15 - 13:30
13:30 - 13:45
13:45 - 14:00
www.nasa.gov

477

George Huffman, Deputy Project Scientist for the Global Precipitation Measurement(GPM) Mission, NASA Goddard Space Flight Center
Pawan Gupta, Research Scientist, Atmospheric Aerosols and Air Quality,
NASA Goddard Space Flight Center
Florian Schwandner, Research Scientist, Volcanology,
Gas Geochemistry, NASA Jet Propulsion Laboratory

Recent Discoveries in Planetary ScienceNASA Global Climate Observations:
Discover How Satellites See Climate Change
Hurricane Matthew Revealed in NASA Data
Air Pollution Measurements from Space
Studying the Response of the Carbon Cycle
to the 2015-16 El Niño with OCO-2 and GOSATContacts & Tel
Secretariat Services

Alex ANG / Cheng Hoon KHOOHP:
Email:

Exhibition Services

Edwiana GAN / Boon Hwang NG
HP:
Email:

Conference Services+65 9189 0822 / +65 9819 9462
admin@asiaoceania.org+65 9383 4931 / +65 9818 1561
geomeet@asiaoceania.org

Jolene TAN
HP:
Email:+65 9023 3438
info@asiaoceania.org

Suntec Singapore Convention & Exhibition Centre
Address: 1 Raffles Boulevard, Suntec City, Singapore 039593
Emergency Services
Police999

Police Hotline

1800 225 0000

Fire & Ambulance Services

995

Ambulance Service (Non-emergency)

1777

Emergency Road Service (24h)6748 9911

About Singapore

Conference Hotels

Tourist Information Hotline

1800 736 8900

Copthorne King’s Hotel+65 6733 0011

City Search1900 777 7777

Days Hotel+65 6808 6868

Singapore Hotel Association+65 6523 0233

Goodwood Park Hotel+65 6730 1881

Flight Information

1800 542 4422

Grand Park City Hall

+65 6336 3456

Holiday Inn Express+65 6589 8000

Holiday Inn Singapore Atrium+65 6733 0188

Holiday Inn® Singapore
Orchard City Centre+65 6730 0161

Hotel Miramar+65 9387 3721

Hotel Royal @ Queens+65 6725 9933

Ibis Singapore Bencoolen+65 6593 2888

Intercontinental Singapore+65 6338 7600

Mandarin Oriental+65 6338 0066

Marina Mandarin Singapore+65 6845 1000

Oasia Hotel Downtown+65 6812 6900

Transport Services
Comfort and City Cab+65 6552 1111

Premier Taxis+65 6214 8880

Prime Taxi

+65 6778 0808

SMRT Taxis+65 6555 8888

TransCab+65 6555 3333

MRT Information Centre

1800 336 8900

Credit Cards
American Express+65 6299 8133

Diners Club+65 6294 4222

Visa Card

1800 345 1345

Citibank+65 6225 5225

MasterCard+65 6533 2888

Pan Pacific+65 6336 8111

Park Avenue Rochester Hotel+65 6808 8600

Peninsula Excelsior+65 6337 2200

Ramada Singapore
At Zhongshan Park

+65 6808 6888

Rendezvous Hotel+65 6845 1000

Santa Grand Hotel Bugis+65 6298 8889

Summer View Hotel+65 6338 1122

Swissotel The Stamford+65 6338 8585

Village Hotel Bugis+65 6297 2828

478

Getting to SUNTEC

By Buses:
Bus Services: 36, 97, 106, 111, 133, 501, 502, 518, 857, 700
By MRT:
MRT stands for “Mass Rapid Transit”, and is Singapore’s train and subway system. Suntec Singapore isconnected to the MRT network through several MRT stations.
The nearest MRT Stations are Esplanade Station (CC3) and Promenade Station (CC4/DT15) via the Circle
Line which will bring you directly to Suntec Singapore.
Alternatively, take the MRT to City Hall Station (NS25/EW13), followed by a five to ten minutes walk via
an underpass to Suntec Singapore.
Walking from MRT station•
1 min from Promenade and Esplanade MRT•
5 - 10 mins from City Hall MRT

479

Transportation in Singapore

Singapore has one of the most extensive & efficient public transportation systems in the world. With theMass Rapid Transit (MRT) trains, buses & taxis, travelling in the city and suburbs can be a quick andaffordable affair. For a comprehensive guide that includes offline maps, estimated prices & time, download
free smart phone app Singapore Map by Street Directory Pte Ltd from Google Play or Apple App Store. If
you are using a Blackberry, you can still visit www.streetdirectory.com for the same services.
Train (MRT)The MRT is a fast and cost-effective way of getting around Singapore. You can take the MRT from Changi
Airport Terminal 3 to the city for a just couple of dollars. (If you are arriving at Terminal 1 or 2, you cantake the Skytrain to Terminal 3.) If your hotel is not walking distance from any MRT station & you wish tosave some dollars on transport, you can consider taking the MRT to the nearest MRT station before taking
a taxi. Services operate from about 5:30am and usually end before 1 a.m. daily.
Bus
There are currently more than 300 bus services which run daily from 5.30 to midnight. The suggested app
above will direct you to the exact bus-stop and the number to take.
Taxi
Taxis ply the island round the clock, bringing you wherever you want, anytime you want. However, donote that airport, peak-hour, city area & Electronic Road Pricing (ERP) gantry surcharges apply.
The hotlines for various taxi services in Singapore, are also listed below.

Comfort and City Cab+65 6552 1111

Premier Taxis+65 6214 8880

Prime Taxi

+65 6778 0808

SMRT Taxis+65 6555 8888

TransCab+65 6555 3333

MRT Information Centre

1800 336 8900

480

481

2

Tuas Link

FOOTNOTE:

EW26

Lakeside

BP2

South
View

BP3

EW22 Dover

6

BP7
BP8

Petir

9

EW18

Somerset NS23

Orchard NS22

8

NE4 DT19

Clarke Quay

Tanjong EW15
Pagar

DT18

10

Marina Bay NS27 CE2

DT17

NS28

Bayfront

CC6

Stadium

CC7

Nicoll Highway

Promenade

CC5

EW11 Lavender

Bugis

DT15 CC4

EsplanadeDT16 CE1

CC3

Bras Basah

EW12 DT14

DT13 Rochor

SE2

SE3

RumbiaBakau

DakotaKadaloor

EW3

EW2

Tanah
Merah

EW4

1
EW1

Expo

CG1

Simei

Tampines

Mass Rapid Transit System Map, C 2015

3
CG2

Singapore

Changi
AirportPasir Ris

Transfer at EW4 Tanah Merah
for journeys to & from CG2 Changi Airport

Note :

Legend :Kembangan

EW5

Riviera

EW7

PE4

PE5

Oasis

Bedok
EW6

PE3

PE6

Eunos

Mountbatten

CC8

EW8 CC9

Paya
Lebar

CC10

Coral Edge

PE2

PE7

Damai

Compassvale

MacPherson

SE4

Tai Seng

Aljunied

CC11

Bartley

EW9

CC12

EW10 Kallang

Potong Pasir

Marina South Pier

5

Downtown

Serangoon
NE12 CC13

SE5

7

PE1

MeridianCove

NE17 PTC

Punggol

Sam Kee *

SE1

PW1

Teck Lee*

Soo Teck

PW7

PW2

KangkarRanggung

Sengkang NE16 STC

RenjongCheng Lim

Farmway

SW1

SW2

KupangSumang PW6

Nibong PW5

SW8

SW3

Hougang NE14

Boon Keng

NE10

Farrer Park

NE9

Little India

City Hall EW13 NS25

CC2

Raffles Place EW14 NS26

Telok Ayer

Chinatown

NE5

NE7 DT12

NE8

Toa Payoh

NovenaNS19* Punggol Point PW3* Samudera PW4

Buangkok NE15

SW7

SW4

Kovan NE13

Woodleigh NE11

CC14

SW6

Tongkang

Layar

Lorong Chuan

Ang Mo Kio

ThanggamFernvale SW5

Yio Chu Kang

KhatibYishunNS17 CC15

Bishan

NS16

NS15

NS14

NS13

Braddell NS18

NS20

Newton NS21 DT11

DT10

Stevens

CC16

Marymount

NS11

Sembawang

Dhoby Ghaut NS24 NE6 CC1

12Botanic
Gardens

CC19 DT9

NS10

Admiralty

Caldecott CC17

Fajar

Outram Park EW16 NE3

Tiong Bahru EW17

Redhill

BP10

Bangkit

BP9

BP11

Farrer Road

Holland Village

CC20

DT8

Pending

EW20 Commonwealth

CC21

Queenstown EW19

HarbourFront NE1 CC29

Telok Blangah CC28

Labrador Park CC27

Pasir Panjang CC26

DT7

BP12

Jelapang Segar

NS9

Woodlands

BP13 Senja

Tan Kah Kee

Sixth Avenue

DT6

King Albert Park

DT3

DT2

DT1

BP6

DT5

one-north CC23

Haw Par Villa CC25

Cashew

Hillview

Buona Vista EW21 CC22

Kent Ridge CC24

4Chinese
GardenBP5

Phoenix

Bukit
Panjang

Beauty World

BP4

Teck
Whye

BP14

11

Marsiling

NS8

Ten Mile
Junction

EW23 Clementi

Keat
Hong

Jurong East

NS1 EW24

NS2

EW25

Bukit Batok

BP1

NS3

NS4

Bukit Gombak

Choa Chu Kang

NS5

* Denotes station which is currently not in operation along existing lines

Boon Lay

EW27

EW28 Pioneer

EW29 Joo Koon

EW30 Gul Circle

EW31 Tuas Crescent

EW32 Tuas West Road

EW33

Yew Tee

NS7

Kranji

System map
Singapore Mass Rapid Transit Map

Notes482

Notes483

Tiny Samples - Big Results
Sub-100 µg carbon upon consultation

01
B
#
h
t
o
Bo

Radiocarbon Dating
Consistent Accuracy, Delivered on Time484