Tsunami detection using commercial cargo ships

Researchers at the University of Hawaiʻi at Mānoa School of Ocean and Earth Science and Technology (SOEST) have begun equipping commercial cargo ships with low-cost tsunami sensors to provide real-time early detection data as they move through the North Pacific. The researchers, funded by the National Oceanic and Atmospheric Administration, are partnering with Matson, Maersk Line and the World Ocean Council to equip 10 ships with real-time geodetic GPS systems and satellite communications to enable each vessel to act as a tide gauge and send data to SOEST to analyze for indications of a tsunami wave.

The network has the potential to  be a low-cost and widely spread complement to existing detection systems.

Sources: Huffington Post and University of Hawaii, December 2015.

Photo credit: Aushiker on Flickr.

Article in Huffington Post — ‘Scientists Cleverly Use Cargo Ships For New Tsunami Warning System’, Overview from University of Hawaii
http://www.huffingtonpost.com/entry/cargo-ships-tsunami-warning_5678b016e4b014efe0d69ad3, http://www.hawaii.edu/news/2015/12/16/novel-tsunami-detection-network-uses-navigation-systems-on-commercial-ships/?c

Are you sure you want to delete this "resource"?
This item will be deleted immediately. You cannot undo this action.

Related Resources

Guidance material
20 Apr 2017
Online resources relevant to the Common Alerting Protocol (CAP), as selected by the author (Eliot Christian). An international standard (ITU Recommendation X.1303), CAP defines a kind of “standard form”, with fill-in boxes and check boxes...
Tags: Guidance material, Early Warning Systems
Report
17 Aug 2020
“METCAP Plus Freeware”presented September 30, 2020by Kemal Dokuyucu
Tags: Report, Early Warning Systems
Assessment or evaluation
27 Oct 2013
Radio interview that was aired on All India Radio about lessons from the preparedness and response to Cyclone Phailin in India. October 2013.
Tags: Assessment or evaluation, Early Warning Systems, Hurricane / Typhoon / Cyclone
Scroll to Top