OHOW 2022 – The 1st International Symposium on One Health, One World

Urban Safety, Disaster Mitigation, Infrastructure Management, Sustainable Built Environment, Climate Change, Green Recovery, Public Health

Welcome from the Chairs

Welcome to the OHOW2022!

Recognizing the importance of urban safety and urban environmental management, Institute of Industrial Science (IIS), the University of Tokyo and Regional Network office for Urban Safety (RNUS), Asian Institute of Technology (AIT) has been organizing an “International Symposium on New Technologies for Urban Safety of Mega Cities in Asia” (USMCA) since 2002 in Asian cities.
Recent outbreak of COVID-19, phenomena such as species loss, habitat degradation, pollution, invasive alien species, and global climate change are recognized as fundamentally altering life on our planet from terrestrial wilderness to the most densely populated cities. The concept " One health, One world (OHOW)" addressed as Manhattan principles in 2004 has been well recognized which is a comprehensive science of human and animal health, and the global environment along with urban safety and urban environmental management.
The OHOW symposium will extend the topics of USMCA to including natural disasters and infectious disease, transportation and human mobility, structural and geotechnical engineering for human safety, ecology and environment impact of human public health, climate change and green recovery, remote sensing and GIS etc.

Conference email: ohow2022@mdpi.com

Venue, Travel and Accommodation

Amari Pattaya

https://www.amari.com/pattaya

Map around

1. Grand Ball Room (Opening, Closing Sessions-1, 3, 5, and 7)
2. Meeting-1 (Sessions 2, 4, 6, and 8)
3. Grand Ball Room Foyer (Registration and Coffee Breaks)
4. Restaurant Amaya (Lunch)
5. Beach Lawn (Day 1 Dinner Banquet)

240 Beach Rd, Pattaya City, Bang Lamung District, 20150, Chon Buri, Thailand

Visa

Please check your visa requirement at the below website.

https://www.thaievisa.go.th/

Travelling to Thailand

Starting October 1, 2022 travelers entering Thailand are no longer required to show Proof of Vaccination or COVID-19 test result. All travelers can freely travel to Thailand.
Travel Insurance is still highly recommended when you travel to Thailand.

Travellers from/to Japan

Those who has vaccination more than three times, we highly recommend to register to visit Japan web for a smooth immigration into Japan.
Registrations 72 hours prior to your boarding is requested. Early registration before your travelling is also accepted.

Those who has vaccination two or one or none, you need to get PCR test negative proof document in Thailand.

Please kindly check the website below more in details.

https://www.vjw.digital.go.jp/

Event Gallery

Event Chairs

Professor Pennung Warnitchai

Asian Institute of Technology, Thailand

Professor Wataru Takeuchi

The University of Tokyo, Japan

Steering Committee

Chieko Kai

Professor, Institute of Industrial Science, The University of Tokyo, Japan

A.S.M. Maksud Kamal

Professor, Dhaka University, Bangladesh

Masahiro Hashizume

Professor, Graduate School of Medicine, The University of Tokyo

Mehedi Ahmed Ansary

Professor, Bangladesh University of Engineering and Technology, Bangladesh

Kimiro Meguro

Professor, Institute of Industrial Science, The University of Tokyo, Japan

Reiko Kuwano

Professor, Institute of Industrial Science, The University of Tokyo, Japan

Technical Committee

Pennug Warnitchai

Professor, AIT, Thailand

Manzul Kumar Hazarika

Director, Geoinformatics Center, AIT, Thailand

Somnuk Tangtermsirikul

Professor, Sirindhorn International Institute of Technology, Thailand

Raktipong Sahamitmongkol

Associate Professor, King Mongkut’s University of Technology Thonburi, Thailand

Chaitanya Krishna

Assistant Professor, AIT, Thailand

Wataru Takeuchi

Professor, IIS, UTokyo, Japan

Tsukasa Mizutani

Associate Professor, IIS, UTokyo, Japan

Registration

Registration Guideline

International registration fee 250 USD (regular) 150 USD (student).
Local registration fee 150USD (regular) 50USD (student).
The registration fee includes symposium proceedings, two lunches, four tea breaks, and one gala dinner.

Registration Policy

All accepted paper registration and payment should be made by 15 November, 2022, in order to be retained in the final program.
All accepted papers must be registered and presented at the symposium.
Your registration is not refundable. No refunds are given for no-shows.

	Regular Until 15th November 2022	Supported documents
International delegates	250.00 USD
International students	150.00 USD	Scanned copy or photograph of your current student ID is required.
Local delegates	150.00 USD
Local students	50.00 USD	Scanned copy or photograph of your current student ID is required.

Payment methods

Wire transfer, Credit card

Sessions

S1. Urban Safety and Disaster Mitigation
S2. Climate Change and Green Recovery
S3. Infrastructure Management and Sustainable Built Environment
S4. International Public Health Research in Asia

List of accepted submissions (77)

Id	Title	Authors	Poster PDF
sciforum-065784	DETECTING SPATIOTEMPORAL HEATWAVE IN URBAN, PERI-URBAN, AND RURAL AREAS OF THAILAND USING SATELLITE-BASED THERMAL ANOMALIES Thitimar Chongtaku , Salvatore G.P. Virdis , Sangam Shrestha , Thi Phuoc Lai Nguyen , Hiroyuki Miyazaki Submitted: 30 Sep 2022 Abstract: Show Abstract	Thitimar Chongtaku , Salvatore G.P. Virdis , Sangam Shrestha , Thi Phuoc Lai Nguyen , Hiroyuki Miyazaki	N/A	Show Abstract
Heatwaves cause mortality and morbidity worldwide. Critically, it contributes to various detrimental impacts on sustainable development, human safety, and the environment, but policymakers and the public pay little attention. During the heatwave period from 2015 to 2018, El Nio Southern Oscillation (ENSO) generated dry and warm temperatures in Thailand, leading to 158 deaths during the heatwave period. This study examines spatial and temporal heatwave variability (number, duration, frequency, magnitude, and amplitude). We also analyze the heatwave in urban, peri-urban, and rural Thailand. The result revealed that land surface temperature (LST) as a proxy for air temperature in heatwave assessment with a high correlation at r = 0.62 (HWN) and 0.71 (HWF) and a moderate relationship r = 0.48 (HWD), 0.39 (HWM), and 0.40 (HWA), respectively. It has been associated with heatwave occurrences far from the methodological station, especially duration and frequency. Northern Bangkok and Pathum Thani have the highest daytime and overnight heatwave intensities. Ultimately, our findings help decision-makers, and the public comprehends descriptive spatiotemporal heatwave trends, helping them to cope with extreme weather situations and contributing to future heatwave forecasts over Thailand's provinces.
sciforum-065833	Application of a latest-model ground water flow meter TSUYOSHI SHIGA , KATSUMASA YAMAMOTO , SHINJI HAGI Submitted: 16 Sep 2022 Abstract: Show Abstract	TSUYOSHI SHIGA , KATSUMASA YAMAMOTO , SHINJI HAGI	N/A	Show Abstract
Ground water plays an important role for civil works and underground environment. The latest model ground water flow meter is tested in laboratory to verify its applicability for Vietnam-made PVC pipes which have different slit shape and interval from Japanese pipes. The test result shows that the GWF Meter works propoerly even in Vietnam-made PVC pipe. Filed application in Japan shows that the GWF Meter is useful to solve water leakage problem of ponds or lakes resultinfg preservation of a historically siginificant emvironment.
sciforum-065841	IMPACT OF RESIDUE OPEN BURNING ON AIR QUALITY IN BANGKOK USING SENTINEL 2 DATA Danh Pham , Chitrini Mozumder , Sarawut Ninsawat Submitted: 16 Sep 2022 Abstract: Show Abstract	Danh Pham , Chitrini Mozumder , Sarawut Ninsawat	N/A	Show Abstract
Rice and sugarcane agriculture have been central to the economy, culture, and politics of Thailand, however, there are downsides as they also contribute to waste and pollution due to open burning practices. This study focuses on determining the impact of wind parameters and field burning area on the PM2.5 mass concentration recorded in the vicinity of the capital city of Thailand. The average daily PM2.5 data collected from ground stations located surrounding area of the capital city in 3 years from 2019 to 2021 is chosen to observe the trend of the air quality condition . Wind characteristic including wind velocity and wind path in the same period of study is investigated by statistical method. The results display the correlation between PM2.5 intensity in Bangkok city and the burning area from Northeastern and the Eastern with the correlation coefficient of 0.779 and 0.812. Wind direction shares similar outcome when there is a majority of moderate PM2.5 density found in the Northeast with the same time of the after harvesting progress. The findings are expected to be used for deploying the air quality, understanding the source of pollution and geospatial distribution of PM2.5 mass concentration in Bangkok, Thailand.
sciforum-066171	Collaboration with Vietnam national university in analytical chemistry and social implementation for smart city Kazuma Mawatari Submitted: 21 Sep 2022 Abstract: Show Abstract	Kazuma Mawatari	N/A	Show Abstract
Developing countries usually experience many social problems associated with rapid economic growth. Among them, environmental and food problems are the most significant issues. Due to rapid industrialization, the pollution of water and air is left untreated, and many accidents are threatening environmental and food safety and security. For example, in Vietnam, the GDP growth showed more than 6 % in 2022, despite the COVID-19 problems in the world. However, it was recently that the activities for environmental protection started. Vietnam government started to care the environmental issues when they established a basic law on environmental protection in 2014. Recently, the importance of environmental monitoring technology and human resources was emphasized, and new laws on environmental monitoring were issued in recent years. Due to the growing awareness of environmental issues, analytical chemistry is gathering much attention. However, due to the lack of analytical technologies and instruments, analytical chemistry education or training is not sufficient even in the top university. Based on the background, our team at The University of Tokyo started a collaboration of analytical chemistry education in 2015 with Vietnam National University, Hanoi University of Science (VNU-HUS), which is the top university in natural sciences in Vietnam. We established a new syllabus and curriculum for analytical chemistry education in two years. With a help of the analytical industry in Japan, we could install basic analytical instruments in VNU-HUS and opened a new analytical laboratory in 2018 (Figure 1). In 2019, we could start the student practice course for 300 undergraduate students in the Faculty of Chemistry and the Faculty of Environmental Sciences. The next step is to solve the social problems. Here, we first target environmental monitoring technology and human resource development. on-site Usually, analytical samples are transported to central analytical laboratories and analyzed. However, the analytical capacity using expensive analytical instruments is limited, and the analysis time (1-2 days) is also a significant problem when huge analytical samples are analyzed. Therefore, on-site monitoring technologies are required; however, the available technology is currently limited or they have several problems in the limit of detection and cost. Our team at The University of Tokyo has strong microfluidic technologies, where analytical laboratories are integrated, and sensitive and quick analysis becomes possible with small devices. Microfluidic technologies have also a high potential for cost reduction due to the low amount of reagent consumption. Human resource development is also another important aspect. The Vietnam government has more than 2000 central and local officers; however, the analytical training is insufficient. We agreed to establish a certified analytical training course in VNU-HUS. With these huge demands on analytical technologies and human resources, UTokyo, VNU-HUS, and MONRE (Ministry of Natural Resouces and Environment) agreed to start a SATREPS (Science and Technology Research Partnership for Sustainable Development) project, and the proposal was accepted in 2022. The university, governments, and industries in Japan and Vietnam are involved and collaborate. The final goal is to establish a smart sensing city with analytical technologies, human resources, IoT, and data science. In this talk, these activities are introduced, which have a relationship with “One Health One World” concept in the meaning of realizing environmental safety and security.
sciforum-066551	Reflectance Simulations of Voxel-Based Virtual Chinese Cabbage Farms Shuai Shao , Takumi Fujiwara , Wataru Takeuchi Submitted: 29 Sep 2022 Abstract: Show Abstract	Shuai Shao , Takumi Fujiwara , Wataru Takeuchi	N/A	Show Abstract
Chinese cabbage has been an essential daily vegetable supply both for human and livestock meals in Asian countries as it has various nutrients and is easy to cultivate. However, as global climate changes and anthropogenic industrialization bring challenges to global food security, monitoring the growth status of Chinese cabbage from a macroscopic way can be of much importance to ensure its yield. Remote Sensing has a great potential to provide timely, ubiquitous, and frequent observations of the land surface at a large range of spatial scales, nevertheless the effects of shadows could also result in incorrect estimation of object properties such as reflectance, especially for the sensors of the middle or high-resolution satellite. A voxel-based simulation way has been a potential tool for compensating shadow effects which considers the shielding ratio of direct and diffuse solar irradiance categorized as Cast Shadow (CS) and Self Cast Shadow (SCS). In this study. six voxel-based virtual Chinese Cabbage farms with lengths and widths of 100m of different cultivation ways were simulated the reflectance of the red band (645-685nm) ranging from 0.045186 to 0.124521. Such result showed the available accessibility of this methodology for the comparison analysis with global available Sentinel-2 imagery with corresponding reflectance of fields in Kawakami Village, Nagano County, Japan. This study tends to provide benchmarks for monitoring different growth statuses of Chinese Cabbage at a large scale by high-resolution satellite images.

Full List

List of Authors (151)

Yuta Arakawa

JIRATCHAYA AYAWANNA

Yuta BaBa

Bhakapong Bhadrakom

VIROTE BOONYAPINYO

Tirawat Boonyatee

Chinnapat Buachart

Samard Buddee

Murty C V R

SALISA CHAIYAPUT

Krisada Chaiyasarn

Kuo-Chieh Chao

Thanakorn Chompoorat

Thitimar Chongtaku

Tanyaporn Chouydamrong

Yotsawat Chunhakamolrat

Abul Kashem Fahim

Salvatore G.P. Virdis

Chaitanya Gadagamma

Muhammad Haidar

Kazuya HAYAKAWA

Toshiyuki HORIGUCHI

Instructions for Authors

Abstract Submission

Abstract Deadline: 11 November 2022.
Authors who wish to present at OHOW2022 are requested to submit the abstract via online.
The email submissions will NOT be considered.

Abstract Submission Rules

Submission of an extended abstract implies that the presenting author has the consent of all authors and has obtained necessary institutional clearances.
Submission of an extended abstract acknowledges acceptance for it to be published on the official OHOW2022 website.
Authors are required to indicate their presentation preference among oral or poster by checking the appropriate box on the submission web page. The Technical Program Committee, however, reserves the right to make the final decision on the presentation type.
The presenting author agrees to register, attend the symposium, and present the abstract as scheduled. The presenting author must register by 15^th November 2022.

The Technical Program Committee will review all submitted abstracts. The reviewing process is confidential, and decisions are final.
Authors may further edit and modify the submitted abstract until the submission deadline.

Information Required for Abstract Submission

Author(s) information: type of author, name(s), organization, country, email.
Abstract information: presentation type, the most appropriate two topics, title, extended abstract in PDF (format download), and keywords(at least 3 keywords).

Notification of Acceptance

Notification of acceptance for the abstract will be sent by e-mail to be corresponding authors by 14 November 2022.

Presentation instruction

All presentations are in oral sessions

Please check your presentation schedule in the program and identify yourself to the session char at the room 10 mins before the session starts.
Please carry your PC (laptop) with your presentaion file.

Student paper award

There will be four awards to young participating presenters younger than 35 and students. This award is to recognize upcoming researchers in the domain of One Health and One World.

Timetable and program

Timetable and program as of December 5, 2022 (Click to download pdf file)

Young awards

Eligible who are younger than 35 yrs old and students.
44 papers were carefully reviewed by three peer reviewers.
Evaluation criteria
Research quality: 1) originality of the content, 2) methodology and research design, 3) results and derived conclusions
Presentation: 1) time management, 2) oral speech quality, 3) ppt quality/visual aids, 4) performance in the discussion

[66681] Shuto Yotsumoto (Japan)
3D Visualization of Subsurface Pipes by Volume Image Processing of Ground Penetrating Radar Signals
[66709] Muhammad Haidar (Indonesia)
Tropical peatlands canal segmentation from high resolution optical image using U-net architecture
[67854] Abhishek Regmi (Nepal)
A study on seismic response estimation using measured acceleration data
[68125] Nartmongkhol Songserm (Thailand)
Sandbox Experiment of Subsoil Corrosion Detection using Geoelectrical Methods

Congratulations!!

Technical tour

Date: December 10 (Saturday), 2022 from 08:15 to 17:00

Khao Chee Chan (Buddha mountain)

NoongNooch Gardens (Tropical botanical garden)

Sanctuary of Truth (Hindu/Buddha temple)

Sponsors and Partners

The OHOW2022 offers sponsorship opportunities. Sponsor registration is $1,000, which includes:

Sponsor benefits:

- Logo on the homepage
- One registrations
- One booth at the conference venue
- Welcome address during dinner party

For information regarding sponsorship and exhibition opportunities, please contact us via email: ohow2022@mdpi.com

Organizers

Hosts

* This event is managed by external organizers. Sciforum is not responsible for the content posted on this website.

OHOW 2022 – The 1st International Symposium on One Health, One World

8–10 Dec 2022, Amari Pattaya Hotel, Thailand

Welcome from the Chairs

Venue, Travel and Accommodation

Event Gallery

Event Chairs

Steering Committee

Technical Committee

Registration

Payment methods

Sessions

List of accepted submissions (77)

List of Authors (151)

Instructions for Authors

All presentations are in oral sessions

Timetable and program

Young awards

Technical tour

Sponsors and Partners

Organizers

Hosts

S1. Urban Safety and Disaster Mitigation

Submissions

S2. Climate Change and Green Recovery

Submissions

S3. Infrastructure Management and Sustainable Built Environment

Submissions

S4. International Public Health Research in Asia

Submissions