Philippines rides high-tech Project NOAH for disaster preparedness

Project NOAH helps provide early warnings for typhoons and disasters by using an IT network that seeks to automate data gathering, modelling, and information output for flood forecasts.

It is said that more than 10 typhoons visit the Philippines every year.

As such, disasters such as large-scale flooding and landslides have become almost routine challenges for the government.

For the hundreds of communities across the archipelago, typhoon season also means the looming threat of evacuation and the loss of home and property.

Due to the unpredictability of typhoons, disaster preparedness has become the priority of the government.

In the recent years, the Philippines has relied heavily on rescue equipment, emergency rations, and information dissemination activities to hopefully mitigate the effects of typhoons.

And fairly recently, a new "high-tech" tool has been added to the government arsenal in addressing disasters brought by typhoons.

Project NOAH (Nationwide Operational Assessment of Hazards), an initiative of the Department of Science and Technology, has been deployed as an early warning tool for typhoon preparedness.

According to the government, the project answers the call for "a more accurate, integrated, and responsive disaster prevention and mitigation system, especially in high-risk areas throughout the Philippines."

Project proponents have high hopes for Project NOAH because it is a collaboration of several science and technology, and weather agencies in the government, and the University of the Philippines, the premier state university in the country.

project-noah
(source: http://noah.dost.gov.ph)

Project NOAH seeks to deploy automated rain gauges, water level monitor stations, and combine these “traditional equipment” with 3D mapping of flood-prone areas and major river systems and watersheds.

One component of Project NOAH is a "flood information network" that seeks to automate data gathering, modelling, and information output for flood forecasts.

Although some of the project components are expected to be completed by December 2013, Project NOAH is getting positive attention as it also promises to provide computerized analysis of landslides and coastal erosion.

The other goals of Project NOAH may seem ambitious, such as a nationwide 3D hazard map, use of satellite information for broadcast in both TV and web, among others, which are all expected to be deployed by 2016.

Just recently, Project NOAH proponents also revealed that work is underway for an Android-powered tablet PC that will be made specifically to allow Project NOAH data sharing on the ground level.

Hopefully, Project NOAH will be able to somehow lessen the impact of typhoons and save lives during typhoon season in the Philippines.

This project is indeed a welcome development, considering that typhoon season in the Philippines runs for almost one half of the year.

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