Midterm Report Project in Physical Science entitled:
DOST’s PROJECT NOAH
Dinco, Claire G.
Lasala, Genilyn Grace I.
Marajas, Krizel M.
Nopuente, Ciapel Adora M.
Of section B-218
Professor Jo-ann E. Porillo
August 23, 2012
The Philippine government’s Department of Science and Technology or DOST Advanced Science and Technology Institute along with the help of the Philippine Atmospheric, Geophysical and Astronomical Services Administration (PAG-ASA), Philippine Institute of Volcanology and Seismology (PhilVolcs) and University of the Philippine’s National Institute of Geological Science and its College of Engineering launched its project called “National Operation Assessment of Hazards and Risk” known as “Project NOAH” last July 6, 2012 in the city of Marikina to promote and combine advance science and technology to enhance the disaster management and prevention capacity of the Philippines.
This project was designed to answer the need for a systematic early warning system for floods in the country. As we all know, the Philippines have experienced unexpected huge calamities these past few years examples of those were the Typhoon Ondoy happened last 2009 and the recent monsoon happened two weeks ago that caused great damages on the lives of our fellow countrymen, their properties and source of living which also affected the whole country’s economy. Due to this repetitious and unavoidable condition, this project would provide a more accurate, timely and easy to access warning about hazards that would affect the country for the safety of our people in every area of the Philippines.
With the use of advance technology, this project would be able to provide a six hour ahead of time warning in the communities subjected to danger against incoming floods by the use of a geo- hazard vulnerability map which will be accessed using the internet. Presently this project has only eight major components which will provide the Project NOAH quick, accurate and more reliable information about floods and disaster. These are the Hydromet Sensors Development, the Disaster Risk Exposure Assessment for Mitigation (DREAM), Flood information Network (FLOODNET), Weather Hazard Information Project (WHIP), Enhancing Geo- hazards Mapping through Light detection and ranging (LIDAR), Local Development of Doppler Radar Systems (LaDDeRS), Landslide Sensors Development Project and the Coastal Hazards and Storm Surge Assessment and Mitigation (CHASSAM).
This project was said to distribute Hydrometeorological (Hydromet) devices in different areas in the Philippines composed of 600 automated rain gauges (ARG) and 400 water level monitoring stations (WLMS) in 18 major river basins of the Philippines namely, the Marikina River Basin, the Cagayan de Oro River Basin, Iligan River Basin, Agno River Basin, Pampanga River Basin, Bicol River Basin, Cagayan River Basin, Agusan River Basin, Panay River Basin, Magaswang Tubig River Basin, Jalaur River Basin, Ilog- Hilabangan River Basin, Agus River Basin, Davao River Basin, Mindanao River Basin, Tagum- Libuganon River Basin, Tagaloan River Basin and Buayan- Malungun River Basin in December 2013 that will provide a better picture of the country’s surface waters which will be very helpful in detecting floods. It also aims to provide three- dimensional hazard maps in the major river systems and water sheds as well as in the flood prone areas like the city of Marikina throughout the country.
Building the Flood Information Network or FloodNet which will provide computer models for critical River Basins, automation of data gathering, modeling and distribution of information about flood forecasts was also said to be completed as well as the 50 sites in the Philippines to added by the newly adopted landslide sensors which the cities of San Francisco, Surigao del Norte, Tago, Surigao del Sur, Tublay Bugias, Bokod...