Color Scale

Map Legend

    Flood Hazard


    Flood Hazard Map Legend is based on Manny Pacquiao's height of 1.69 meters or 5'6 1/2 ft.


    Sensors

      Rain Gauge
      Water Level
      AWS

    *AWS = Automated Weather Stations

    What to know?

      White Balloon - No Warning

      Indicates a 1-20 mosquito index; very few mosquito population

      Actions to be taken:

      - Continue information, education, communication (IEC) campaign on prevention and control; continue clean-up activities;

      - Continue monthly entomological survey by local health authorities

      Red Balloon - Alert!

      Indicates dense mosquito population; high probability of dengue cases

      Actions to be taken:

      - Intensify IEC campaign on prevention and control;

      - Mobilize residents of affected barangay and start clean-up campaign with the help of the Dengue Brigade;

      - Continue monthly entomological survey by health authorities; improve environmental sanitation;

      - Start community vigilance; search for more areas with HI of > 5% and BI is > 20%;

      - Apply larvicides


    NOAH

    I. Introduction

    The Philippines being a locus of typhoons, tsunamis, earthquakes and volcanic eruptions, is a hotbed of disasters. Natural hazards inflict loss of lives and costly damage to property. Last year, the devastating impacts of Pedring, Quiel and Sendong resulted in a high number of fatalities with economic losses amounting to billions of pesos. Extreme weather is the common factor in these latest catastrophes. Situated in the humid tropics, the Philippines will inevitably suffer from climate-related calamities similar to those experienced recently. With continued development in the lowlands, and growing populations, it is expected that damage to infrastructure and human losses would persist and even rise unless appropriate measures are immediately implemented by government.

    In response to President Aquino's instructions to put in place a responsive program for disaster prevention and mitigation, specifically, for the Philippines' warning agencies to be able to provide a 6 hour lead-time warning to vulnerable communities against impending floods and to use advanced technology to enhance current geo-hazard vulnerability maps, the Nationwide Operational Assessment of Hazards (NOAH) was launched by the Department of Science and Technology.

    NOAH's mission is to undertake disaster science research and development, advance the use of cutting edge technologies and recommend innovative information services in government's disaster prevention and mitigation efforts. Though the use of science and technology and in partnership with the academe and other stakeholders, the DOST through Program NOAH is taking a multi-disciplinary approach in developing systems, tools, and other technologies that could be operationalized by government to help prevent and mitigate disasters.

    NOAH's immediate task is to integrate current disaster science research and development projects and initiate new efforts within the DOST to achieve this objective. Presently there are nine(9) component projects under the NOAH program, namely:

    1. Hydromet Sensors Development
    2. DREAM-LIDAR 3-D Mapping Project
    3. Flood NET-Flood Modeling Project
    4. Hazards Information Media
      1. Strategic Communication Intervention
      2. Disaster Management using WebGIS
    5. Enhancing Geo-hazards Mapping through LIDAR
    6. Doppler System Development
    7. Landslide Sensors Development Project
    8. Storm Surge Inundation Mapping Project
    9. Weather Information - Integration for System Enhancement (WISE)

    The current NOAH Program team is composed of the scientist-leaders of these projects. The country's warning agencies: PAG-ASA and PHIVOLCS are also represented.

    Within two years, NOAH shall provide high-resolution flood hazard maps and install 600 automated rain gauges and 400 water level measuring stations for 18 major river basins of the Philippines, namely:

    The other river basins of the Philippines will follow soon after the work on the 18 major river basins is completed.

    The hazard maps are produced with computer simulations that reflect flood-prone areas discernible at a local scale or community level. Such maps are necessary for localized emergency response, identification of evacuation and access routes, road closures during disaster events, siting of key rescue facilities and comprehensive land use planning. The initial output of Project NOAH is focused on the Marikina Watershed. As of July 6, 2012, streaming data from the automated rain gauges and water level sensors, flood hazard maps overlain on Google Maps, graphical satellite radar and Doppler data forecasts, and translated rain intensity and volume measurements in terms of warning and evacuation level alarms, hours or days ahead of the flood event, are accessible online. The output on the Marikina Watershed will serve as the prototype of the efforts done by NOAH and will be replicated for the entire Philippines. Information generated shall also be transmitted using other media and communication channels. Through the use of advanced science and technology, NOAH aims to improve disaster management capacity of local governments and assure homeland security by reducing casualties and property loss from extreme hazard events.

    II. Mission

    The Nationwide Operational Assessment of Hazards (NOAH) program team will collaborate with government agencies to promote and integrate advanced science and technology to enhance disaster management and prevention capacity of the Philippine government. These include: the deployment of instruments and state-of-the-art methods to construct high resolution hazard maps that are relevant to the community and local government units; delivery of readily accessible, timely and accurate hazards information through various media and communication platforms; disaster research and development; integration of disaster efforts by the national government, academe and civil society organizations; and application of a bottom-up approach by communities to resilience against disasters.

    III. Vision

    To assure homeland security by reducing casualties and property loss from extreme hazard events and build disaster resilient communities in the Philippines by way of establishing research and development platforms and the promotion of frontier science and technology in disaster efforts.

    To become a world leader in programs that leverage on advanced science and technology to mitigate the impacts of natural hazards.

    Participating Agencies and Organizations

    1. PAGASA
    2. DOST-ASTI
    3. PHIVOLCS
    4. DOST-STII
    5. UP NIGS EML Laboratory
    6. ClimateX Project
    7. UP NIGS VTEC Laboratory
    8. nababaha.com
    9. UP DGE-TCAGP
    10. UP-MSI
    11. UP Computer Center
    12. British Council
    13. British Embassy
    14. UK Environment Agency
    15. Cabot Institute, Bristol University
    16. Institute of Earth and Environmental Sciences, University of Potsdam
    17. MediaQuest Holdings Inc.
    18. Manila Observatory
    19. DRRNet
    20. DILG
    21. MMDA
    22. DENR
    23. DPWH
    24. DOST PCHRD OLTrap Index
    25. Smart Communications, Inc.
    26. SUN Cellular
    27. Google Crisis Response
    28. Petron
    29. www.lifesomundane.net
    30. Rotary Club of Pinamalayan Central
    31. Silverworks
    32. EDC
    33. DSWD
    34. NDRRMC-OCD
    35. World Bank
    36. USAID
    37. Environmental Science for Social Change (ESSC)
    38. Pambansang Samahan sa Linggwistika at Literaturang Filipino, Ink.
    39. Safe Steps
    40. Consuelo Foundation
    41. International Organization for Migration
    42. Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ)

    Data Sources

    1. Australian AID: Metro Manila LiDAR data
    2. Collective Strengthening of Community Awareness for Natural Disasters (CSCAND): Metro Manila LiDAR data
    3. Government of Japan: JICA
    4. Government of Korea: KOICA
    5. Department of Education
    6. Department of Health

    Mobile Application Development

    1. Project NOAH Android: Rolly Rulete and SMART Communications
    2. Ateneo Java Wireless Competency Center: Flood Patrol app for Android
    3. ABS-CBN Corporation: Project NOAH app for IOS
    4. Pointwest Technologies: Flood Map app for Android/IOS

    NOAH Mirrors

    1. University of the Philippines, Diliman
    2. PSCIGRID
    3. Rappler
    4. GMA Network
    5. Globe Telecommunications
    6. Voyager Innovations

    Initial Web Development by Icannhas Inc.

    How to Use the Project NOAH Website

    1. Introduction
    2. Home Page
    3. Tools
      1. Search
      2. Overview
      3. Weather Outlook
      4. Doppler
      5. Weather Stations
      6. Flood Map
      7. Ondoy Map and Flood Report
      8. Flood Inundation
      9. Health
    4. Legend
    5. Blog
    6. About
    7. Flood Report

    I. Introduction

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    II. Home Page

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    III. Tools

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    Legend

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    Blog

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    About

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    Flood Report

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    The above model is a 90-hr storm surge forecast generated using Japan Meteorological Agency (JMA) numerical model. The model covers 12:00mn of 8 November 2013 to 06:00pm of 11 November 2013 (UTC).
    The legend indicates storm surge height in centimeters. A storm surge is a rise in the water level over and above the predicted astronomical tide due to the presence of the storm.

    For more details on specific coastal storm tide level details, please visit Project NOAH Website and look into the Weather Stations option, and click the YolandaPh Storm Tide Level.
    Clicking the pin ( ) will display the forecast storm tide levels for November 9 to 12 on that area.