Project Details

JST HOME SATREPS HOME ProjectsDisaster Prevention and Mitigation

Main content

Disaster Prevention and Mitigation

Problem image
  • SDGs11
  • SDGs17
  • SDGs13
Principal Investigator (Affiliation) japan Dr.
KONAGAI Kazuo
(Principal Researcher, Research Division, International Consortium on Landslides) researchmap
Democratic Socialist Republic of Sri Lanka Dr.
Asiri Karunawardena
(Director General National Building Research Organisation)
Research Institutions in Japan International Consortium on Landslides/Kyoto University/Tokyo Institute of Technology/ Forestry and Forest Products Research Institute / Kochi University
Research Institutions in Sri Lanka National Building Research Organisation
Adoption fiscal year FY 2019
Research Period 5 Years
ODA Recipient Country Democratic Socialist Republic of Sri Lanka
General Description of the Research Project

Developing a system for transmission of early warning information about long-travelling landslides and support of risk assessment
Landslides occur frequently in Sri Lanka, where there has been a marked increase in torrential rainfall with the onset of climate change. In order to make it possible to predict a day in advance the occurrence and range of rapid and long-travelling landslides, which are particularly severe, this project develops a system for early transmission of information predicting landslides and for supporting risk assessment, incorporating cutting-edge technology that predicts maximum accumulated rainfall within a 500-meter grid. It takes into consideration the influence of orographic turbulence in mountainous areas, and predicts the occurrence, spread, and range of landslides due to unsaturated seepage in highly weathered soil on hillsides in tropical forests.

Contributing to disaster prevention in monsoon region countries subject to frequent disasters due to torrential rainfall
The technology developed in this project, which predicts rainfall and the occurrence and range of landslides, is expected to be used in various fields, such as in mitigation of rapid and long-travelling landslides, flood control, and disaster prevention in rural and urban areas in Sri Lanka, as well as in other Southeast Asian nations in monsoon regions, where similar disasters are common.

Photo gallery
image1

The Aranayake landslide in 2016

image2

Simulation of rainfall and landslides in the Aranayake disaster

image3

A project strategy meeting with delegates from Sri Lankan Institutions

Research Project Web site -
Press Release -
Reports -
Links -

Project Map | Project List