We use cookies to improve your website experience. To learn about our use of cookies and how you can manage your cookie settings, please see our Cookie Policy. By closing this message, you are consenting to our use of cookies.

Submit a Manuscript to the Journal
Coastal Engineering Journal

For a Special Issue on
Coastal Disasters in Asia: Forecasting, Uncovering, Recovering, and Mitigation

Manuscript deadline
01 April 2022

Cover image - Coastal Engineering Journal

Special Issue Editor(s)

Hiroshi Takagi, Tokyo Institute of Technology, Japan
[email protected]

Mohammad Heidarzadeh, Brunel University London, UK

Submit an ArticleVisit JournalArticles

Coastal Disasters in Asia: Forecasting, Uncovering, Recovering, and Mitigation

We are pleased to announce that the Coastal Engineering Journal (CEJ) is accepting submissions for the 2023 Special Issues.

This special issue planned in 2023, entitled “Coastal Disasters in Asia: Forecasting, Uncovering, Recovering, and Mitigation,” invites research papers on coastal disasters in Asia from various perspectives.

With 60% of the world’s population, lowland deltas, numerous islands, and long coastlines, Asia is the most vulnerable region in the world to coastal disasters. No other part of the world has such a large number of dangerous plate boundaries that can generate giant tsunamis and warm ocean basins, resulting in massive tropical cyclones and storm surges. In addition to the aforementioned natural factors, rapid economic development and environmental degradation, such as coastal erosion, land subsidence, and mangrove deforestation, have increased the risk of disasters. In reality, the six worst coastal disasters of the 21st century in terms of number of casualties all occurred in Asia: the Indian Ocean Tsunami (2004), Cyclone Sidr (Bangladesh, 2007), Cyclone Nargis (Myanmar, 2008), the Great East Japan Earthquake and Tsunami (Japan, 2011), Typhoon Haiyan (the Philippines, 2013), and the Sulawesi Landslide and Tsunami (Indonesia, 2018). These six disasters have claimed more than 400,000 victims.

There are many developing countries in Asia, and the amount of scientific research and knowledge of the disaster risks may not be sufficient in these countries in the event of a disaster. For example, Vietnam’s 1997 Typhoon Linda killed more than 3,000 people, but the reality of the disaster is not well understood worldwide. Myanmar’s 2008 Cyclone Nargis killed more than 140,000 people, but the situation is not as well understood as the scale of the disaster. Recent advances in forecasting technologies, such as deployment of ocean instruments, high-resolution satellite imagery, artificial intelligence, advanced numerical analysis, trends in open data policy, and probabilistic approaches with big data have the potential to reveal the reality of the disasters that have not been previously studied.

In Asia, where major disasters occurred, recovery has begun, but the mid- and long-term responses are not straightforward. Hence, it is important to investigate how each region has recovered or faced problems after a major disaster, both technically and in policies. In countries with sufficient financial resources, the immediate recovery step will be to strengthen the coastal structures and embankments. However, there are not many countries in Asia that can take such a rigorous measure. It has also been pointed out that too many disasters can adversely reduce people’s awareness in preparing for disasters in this region.

On the other hand, the rich natural environment nurtured by Asia’s tropical and subtropical climates may become an asset for significantly improving disaster prevention infrastructure, depending on its utilization. For example, the mitigation functions of coastal forests have attracted attention in recent years and are known as ecological disaster mitigation or green infrastructure. The Asian experience may lead the world in the future by demonstrating advanced disaster mitigation planning and recovery.

We welcome the submission of research papers on various approaches focusing on coastal disasters in Asia. The topics covered by this special issue include, but are not limited to:

  • Uncovering past Asia’s coastal disasters using the latest scientific and technical developments
  • Forecasting coastal disasters with an emphasis on Asia's vulnerabilities
  • Instruments and sensory data for coastal disaster mitigation in Asia and neighbouring regions
  • Coastal disaster mitigation, planning, and recovering processes in Asia
  • Nature-based and/or community-based solutions implemented in Asian coasts
  • Characterizing Asia’s coastal disasters in comparison with other regions

Yours sincerely,

Hiroshi Takagi and Mohammad Heidarzadeh

Submission Instructions

Schedule:

  1. Expressing interest for submission, including potential title and author(s) information (no abstract is required) Deadline: November 1, 2021. Please visit the following website for registration: https://forms.gle/syA2Zi68DMmSj1Py6(In case you cannot access the Google form, you can send us the potential title of your paper and the expected month of submission to the email address below).
  2. Full paper submission, Deadline: April 1, 2022. Please submit your full paper through the Editorial Manager of Coastal Engineering Journal: https://www.editorialmanager.com/tcej/default.aspx.
  3.  Advance online publication: Immediately after acceptance.
  4. Publication date: Early 2023 Special Issue.

If you have any questions, please contact us at the email address below: [email protected].

Instructions for AuthorsSubmit an Article