Dr. Kit Miyamoto's Field Journals
  • Home
  • Kit’s Journals
    • Afghanistan
    • China
    • Ecuador
    • Haiti
    • Italy
    • Japan
    • Nepal
    • Philippines
    • Thailand
    • Ukraine
    • Guest Journals
  • About Miyamoto
    • Miyamoto International
    • Miyamoto Relief

Pacem in Maribus: Peace in the Ocean Conference

September 11, 2013November 13, 2018,
  • Prev
  • Next

I attended the tsunami-themed Pacem in Maribus Conference in Thailand where I was slated to be one of the keynote speakers. Thailand is especially interested in tsunamis after its Andaman Coast was ravaged by a particularly devastating one in 2004, killing more than 8,000 people on the southern coast. Pacem in Maribus is Latin for Peace in the Ocean.  The organization is an international forum on sustainable governance of the oceans with experts from countries all around the world.

During my speech, I discussed Tsunami Disaster Risk Reduction lessons learned from the engineering field as well as government policy and economic challenges as they relate to the reconstruction of Eastern Japan after the earthquake there.

The Deputy Prime Minister of Thailand, H.E. Dr. Plodprasop Suraswadi as well as the Minister of Science and Technology, Thailand, H.E. Dr. Phiraphan Phalusuk spoke at the welcoming ceremonies of the conference just before I gave my keynote speech.  Pacem in Maribus is Latin for Peace in the Ocean.  The organization is an international forum on sustainable governance of the oceans with experts from countries all around the world.

Discussions during the conference covered the impacts of climate change, water and flood management, a follow-up to the Rio +20, and implementation of United Nations Convention on the Law of the Sea (UNCLOS) in the Southeast Asia Region.

While at the conference I was part of an interview at the Centara Grand held by Ms. Darin Klong-ugkara, News Editor of the Thai Public Broadcasting Service (above). I was asked questions about the seismic risk it Bangkok and was accompanied by Dr. David Krause from Geosyntec Consultants.  Dr. Krause was one of the main toxicologist during the BP oil spill working for the Department of Health in Florida at the time.

On Sept. 4th after the official opening of the forum, I gave a Forum Plenary presentation on Tsunami Disaster Risk Reduction and Reconstruction of East Japan Earthquake.

The magnitude 9.0 March 2011, East Japan Earthquake had a strong motion that lasted over 90 seconds. This large earthquake was followed by a massive tsunami. Waves of up to 30 m and average 10 meter traveled 10 km inland. Although the coastal area was fortified by seawalls, most of these were overwhelmed by the tsunami and suffered damage.

1218441616_img_7126
An elderly couple walks through the devastation caused by the Sendai Tsunami.

As high as the casualties were, many lives were saved by the advanced tsunami warning system. Assessment of damage immediately after the tsunami showed that many newer industrial buildings and other structures constructed of reinforced concrete and built according to the modern seismic codes survived the event with no or minor damage. The experience obtained by this tragedy can provide guideline for future construction with emphasis on preserving life safety and the communities.

My lecture series was well attended and there were many great comments. At 2 p.m., I gave a leadership seminar on Engineering, Political and Economic Challenges in East Japan Tsunami Reconstruction followed by a question-and-answer session.

The East Japan Earthquake and ensuing tsunami caused loss of life and extensive
economic hardship. The casualties and economical damage by the tsunami was far greater than
expected. This is attributed to the size of the water surge, which was much higher than forecasted and overcame the sea walls. The Japan Meteorological Agency warning allowed hundreds of thousands of people to escape to higher grounds inland. Assessment of damage following the earthquake showed that properly designed structures performed well. Additionally, areas with taller buildings provided shelter for people and experienced lower casualty rates. This event affected an area of more than 400 square km. As such, governmental agencies alone were not able to reconstruct the impacted areas. Robust reconstruction planning requires participation from the commercial investment sector partnering with government agencies. It involves several key factors including reconstruction policies, availability of commercial and public funding and political leadership. If you are interested in the entire conference and the topics covered, you can download the program here.

 

Kit Miyamoto
  • Facebook
  • Twitter
  • Google Plus
  • Pinterest

Post navigation

   A Visit to the University of the Philippines
Miyamoto in Haiti: School Rebuilding and Construction Continues   

You may also like

Post 6.3 Magnitude Chiang Rai Earthquake Assessment

Continue Reading

ABOUT

Kit Miyamoto

As CEO of the structural engineering company Miyamoto International, Kit is dedicated to making the world a better place. In Kit's words: our responsibility as engineers is to make buildings safer by sharing what we know around the world. Join his journey to make the world a better, safer place.

Archives

  • February 2023
  • January 2023
  • October 2022
  • August 2022
  • July 2022
  • May 2022
  • January 2022
  • October 2021
  • August 2017
  • April 2016
  • May 2015
  • April 2015
  • March 2015
  • August 2014
  • February 2014
  • January 2014
  • September 2013
  • July 2013
  • June 2013
  • April 2013
  • February 2013
  • November 2012
  • March 2011
  • March 2010
  • January 2010
  • May 2008

miyamoto_international

Redlands Logistic Center: A LEED® Silver certifie Redlands Logistic Center: A LEED® Silver certified distribution center offering over 1 million sq. ft. of state-of-the-art space! Strategically located on 50+ acres in Redlands, CA, this Class A facility is designed with cutting-edge tilt-up construction to meet specialized furniture distribution needs, with easy access to West Coast ports. Originally planned as a speculative single- or multi-tenant industrial building, it found its perfect tenant before groundbreaking!
.
.
.
.
.
#LEEDCertified #SustainableDesign #LogisticsExcellence #Redlands #CA
📍Atlas High Mountains, Morocco Flat stone build 📍Atlas High Mountains, Morocco
Flat stone buildings are inexpensive seismic-resistant solutions—sometimes, the best answers are already here! @kitmiyamoto
Earthquake-resilient engineering plays a critical Earthquake-resilient engineering plays a critical role in safeguarding lives and property in regions prone to seismic activity. By combining innovative designs, advanced materials and smart technology, it minimizes damage, saves lives and strengthens communities against the impact of earthquakes.
.
.
.
.
.
#ResilientEngineering #EarthquakeSafety #SafeguardingLives
Discover the ancient #art of Flat Stone constructi Discover the ancient #art of Flat Stone construction - a time-tested technique proving its worthiness in earthquake-prone regions. This #ingenious method uses stacked flat stones, typically 15-40cm long and 2-4cm thick, to create walls that stand strong against seismic forces. With locally sourced mud mortar binding stones into 40-50cm thick, 2-3m high walls, these structures showcase the power of simple, sustainable design.

What makes Flat Stone construction stand out?💡
It consistently outperforms traditional round stone masonry; while not immune to damage, the interlocking nature of flat stones prevents catastrophic collapse.

🔆By embracing this ancient wisdom, we can create safer, more sustainable communities in earthquake-prone areas worldwide.

اكتشف فن البناء بالحجر المسطح القديم - تقنية مجربة أثبتت جدارتها في المناطق المعرضة للزلازل. تستخدم هذه الطريقة الذكية الأحجار المسطحة المكدسة، التي يتراوح طولها عادةً بين 15 و40 سم، وسماكتها بين 2 و4 سم، لإنشاء جدران قوية تقاوم قوى الزلازل. بفضل الخلطة الطينية المستخرجة محليًا التي تربط الأحجار في جدران بسماكة تتراوح بين 40 و50 سم، وارتفاع بين 2 و3 أمتار، تُظهر هذه الهياكل قوة التصميم البسيط والمستدام.

ما الذي يميز البناء بالحجر المسطح؟💡
إنه يتفوق باستمرار على البناء التقليدي بالحجر المستدير؛ وعلى الرغم من عدم مناعته من الأضرار، فإن الطبيعة المتشابكة للأحجار المسطحة تمنع الانهيار الكارثي.
من خلال تبني هذه المعرفة القديمة، يمكننا بناء مجتمعات أكثر أمانًا واستدامة في المناطق المعرضة للزلازل حول العالم.

#Morocco #AtlasMountains #construction #vernaculardesign #flatstone #MiyamotoMorocco
🏗️ Innovative design meets functionality! 🌟
 
The Riverside County Office of Education (RCOE) Conference Center is a state-of-the-art solution to meet the growing needs of education in the County. With its flexible design for indoor and outdoor events, breathtaking views of nearby mountain ranges and a ground-floor café for added convenience, this four-story facility is more than just a building—it's a community hub.
 
💡 Fun Fact: Miyamoto tackled the unique engineering challenge of creating a 200-stall parking garage beneath the center by designing innovative vibration-control and space-maximizing systems.
.
.
.
.
.
#structuralengineering #innovativedesign #communityimpact #riverside #ca
An exciting new project is underway! 🏗️ Phil An exciting new project is underway! 🏗️

Philip Yu introduces the upcoming Ford high-rise car dealership in downtown Los Angeles, an eight-story facility designed to enhance both customer and operational experiences. 

The ground floor will feature a modern office space and showroom, while the second floor will include advanced tech facilities, a conference room and a comfortable customer waiting area. The third and fourth floors will house vehicle service areas equipped with car lifts and a mezzanine-level parts storage system.

Stay tuned for more updates as we bring this innovative vision to life!
.
.
.
.
.
#structuralengineering #newconstruction #highrise #downtown #la #ca
Follow on Instagram

© Miyamoto International. All Rights Reserved.