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Double-click/tap on the map to start assessment [click here]()  Leaflet \| Powered by Esri \| Basemap: GoogleMap \| Data Sources: PHIVOLCS, MGB, PAGASA, DepEd, DOH, DPWH   [\+](https://hazardhunter.georisk.gov.ph/map "Zoom in")[−](https://hazardhunter.georisk.gov.ph/map "Zoom out")  200 km 100 mi Unavailable [Leaflet](http://leafletjs.com/ "A JS library for interactive maps") \| Powered by [Esri](https://www.esri.com/) \| Philippine Institute of Volcanology and Seismology (PHIVOLCS) [Close](https://hazardhunter.georisk.gov.ph/map) This site uses cookies and third-party service to analyze non-identifiable web traffic data. DOST-PHIVOLCS is committed to protect and respect your personal data privacy in compliance with the Data Privacy Act of 2012. ![Trivia]() ##### Cancel See Result ##### Methods and Limitations × Data Disclaimer and Terms of Use HazardHunterPH consumes existing information as provided by agencies to the GeoRiskPH Integrated System. Since some data used for calculations may be outdated, GeoRiskPH will not be liable for results that may differ from actual data. Also, hazards information may be refined and updated as new data become available to the system. For point data for schools and health facilities, they may not represent the actual location of the facility and may need further verification. Similarly, administrative boundaries and the scope of the hazard may not fit well when calculating for their intersection. Hence, users are advised to view the hazard map overlain with the administrative boundary layer to visually verify how much of the area is within the scope of the hazard. Lastly, it should be noted that administrative boundaries used are only an approximate and are not considered authoritative. Calculation Method Calculation for the level of exposure or proneness of barangays to hazards incorporates the slightest intersection between the barangay boundary and hazard layers. Values for prone population, schools, and health facilities per barangay, and prone barangays per municipality were summed up to obtain the values shown on the table. In the absence of data for built-up areas, population density figures per barangay were obtained by evenly distributing population across each barangay. Barangays prone to hazard = barangays ∩ hazard Population prone to hazard = population density \* (barangay area ∩ hazard area) Facilities prone to hazard = barangays ∩ hazard ∩ facilities (Note: Facilities may be schools or health facilities) Close **Disclaimer** × The NAMRIA generated the Open Spaces (for NCR) using the following criteria: 1) Land use is Open/Vacant Space; 2) Area at least 200 square meters; and 3) Located outside the radius of 1.5 x the height of the adjacent buildings/structures. The Open Spaces were checked using WorldView-3 (2017, NAMRIA), WorldView-4 (2018, DOST-ASTI) and Google recent imagery. The buildings were generated using the LiDAR Digital Terrain Model (DTM) and Digital Surface Model (DSM). The buildings were buffered by its height multiplied by 1.5. The buffered buildings were overlaid to Land Use, and the Open Spaces were determined outside the buffered areas. The Open Spaces with areas minimum of 200 sqm were extracted and checked with the recent imageries. The Open Spaces were assessed by PHIVOLCS from Earthquake-related hazards such as not transected by the Valley Fault System, no Tsunami, no Liquefaction and no Earthquake-Induced Landslides. The remaining open spaces without the said hazards are identified as the Safe Open Spaces (SOS). The SOS were categorized according to area: Small (200 - 500 sqm), Medium (\>500 - 5,000 sqm) and Large (\> 5,000 sqm). The SOS were also divided into 4 quadrants: North, South, East and West, taking into considerations a scenario predicted by the MMEIRS study which indicates that Metro Manila could be split into 4 parts due to collapses of main bridges and liquefaction hazards. The ground validations of SOS were conducted in 2019 by the concerned local government units of Metro Manila with the technical assistance of NAMRIA. The LGUs validation activity was monitored by the DILG-NCR. Close **Disclaimer** × Depending on the basemaps used and methods employed during mapping, discrepancies may be observed between location of hazards or exposure information and actual ground observations. For areas transected or are within 300 meters from active faults, we recommend that you refer to the Active Fault Map layouts produced by DOST-PHIVOLCS. Close **Disclaimer** × - Volcanic fissures identified are based on results from preliminary field investigations. Hazard assessment may change, depending on results of final mapping and analysis conducted by DOST-PHIVOLCS scientists. - Fissures may develop further if the condition that generated them persists, as a response to geological processes. For land-use planning and disaster risk reduction purposes, at least 5 meters on both sides of the fissure or at the edge of the deformation zone may be considered as a Zone of Avoidance. - Stakeholders are advised to report to the Institute any fissures that may be observed in the project site since fissure mapping is still ongoing as this may change the assessment. Close **Disclaimer** × While these maps provide valuable insights, they are scenario-based and should be used as a reference rather than an absolute prediction. Users are encouraged to complement these maps with real-time data, field assessments, and other relevant hazard information for a comprehensive risk assessment. Close **DISCLAIMER** **The Flood Impact Maps by DOST-ASTI were identified via Artificial Intelligence from a composite of three (3) Sentinel-1 SAR images. Please note that these have not been validated on the ground and the thematic accuracy might be lower in urban and forested areas due to inherent limitations of the SAR data and processing used. Please refer to [this paper](https://www.int-arch-photogramm-remote-sens-spatial-inf-sci.net/XLIII-B3-2020/1663/2020/isprs-archives-XLIII-B3-2020-1663-2020.pdf) to know more about the methodology. To optimize the use of this information in HazardHunterPH, DENR-MGB’s Flood Susceptibility information (violet shades) is displayed vis-a-vis DOST-ASTI's AI-generated flood information (red). The user may change basemaps to highlight areas and features of interest.** Close **Disclaimer** × Data provided by *Landslide Investigations on Geohazards and Timely Advisories in the Philippines* [(Project LIGTAS)](https://ligtas.uplb.edu.ph/), funded by DOST, is being monitored by DOST-PCIEERD under the Manila Economic and Cultural Office (MECO) – Taipei Economic and Cultural Office’s (TECO) call for Volcanoes, Oceans, Typhoons, and Earthquakes (VOTE) collaborative research, in partnership with DOST-PAGASA, DOST-PHIVOLCS, and DENR-MGB. Project LIGTAS is being implemented by UPLB-SESAM with support from IRNR-CFNR-UPLB, CEAT-UPLB, and Start Network together with partner local government units, and state universities and colleges. Close Assessment Results Choose a location and double click on the map to start assessment. | SEISMIC HAZARD ASSESSMENT | | |---|---| | Nearest Active Fault | | | Ground Rupture | | | [Ground Shaking](https://howsafeismyhouse.phivolcs.dost.gov.ph/ "For more information, click here!") | | | [Earthquake-Induced Landslide](https://www.phivolcs.dost.gov.ph/index.php/landslide/introduction-to-landslide) | | | [Liquefaction](https://www.phivolcs.dost.gov.ph/index.php/earthquake/earthquake-hazards "For more information, click here!") | | | [Tsunami](https://www.phivolcs.dost.gov.ph/index.php/tsunami/introduction-to-tsunami "For more information, click here!") | | | Distance from Nearest Fissure | | | VOLCANIC HAZARD ASSESSMENT | | | [Nearest Active Volcano](https://www.phivolcs.dost.gov.ph/index.php/volcano-hazard/volcanoes-of-the-philippines) | | | [Pyroclastic Flow](https://www.phivolcs.dost.gov.ph/index.php/volcano-hazard/introduction-to-volcanoes) | | | [Nearest Potentially Active Volcano](https://www.phivolcs.dost.gov.ph/index.php/volcano-hazard/volcanoes-of-the-philippines "For more information, click here!") | | | [Lava Flow](https://www.phivolcs.dost.gov.ph/index.php/volcano-hazard/introduction-to-volcanoes) | | | [Lahar](https://www.phivolcs.dost.gov.ph/index.php/volcano-hazard/introduction-to-volcanoes "For more information, click here!") | | | [Permanent Danger Zone](https://www.phivolcs.dost.gov.ph/index.php/volcano-hazard/introduction-to-volcanoes) | | | [Extended Danger Zone](https://www.phivolcs.dost.gov.ph/index.php/volcano-hazard/introduction-to-volcanoes) | | | [Ballistic Projectiles](https://www.phivolcs.dost.gov.ph/index.php/volcano-hazard/introduction-to-volcanoes) | | | [Base Surge](https://www.phivolcs.dost.gov.ph/index.php/volcano-hazard/introduction-to-volcanoes) | | | [Volcanic Tsunami](https://www.phivolcs.dost.gov.ph/index.php/volcano-hazard/introduction-to-volcanoes) | | | [Distance from Nearest Volcanic Fissure](https://www.phivolcs.dost.gov.ph/index.php/volcano-hazard/introduction-to-volcanoes) | | | [Ashfall](https://drive.google.com/file/d/0B8_KPQhbpktXQkFweEpiMG9NZ00/view) | | | [Nearest Inactive Volcano](https://www.phivolcs.dost.gov.ph/index.php/volcano-hazard/volcanoes-of-the-philippines "For more information, click here!") | | | HYDRO-METEOROLOGICAL HAZARD ASSESSMENT | | | Flood (MGB) | | | Rain-Induced Landslide (MGB) | | | [Storm Surge (PAGASA)](http://bagong.pagasa.dost.gov.ph/information/storm-surge) | | | Severe Wind (PAGASA) | | | NEAREST CRITICAL FACILITIES | | | Nearest Public Elementary School | | | Nearest Public Secondary School | | | Nearest Government Health Facility | | | Nearest Private Health Facility | | | Nearest Primary Road Network | | | Nearest Secondary Road Network | | [View Report with Recommendations]("For comprehensive hazard assessment, click here!") Legend Active Fault  Active Fault, Certain  Active Fault, Certain - Upthrown Area  Active Fault, Certain - Downthrown Area  Active Fault, Fault with fissures  Active Fault, Approximate  Active Fault, Approximate - Flexure / Warp  Active Fault, Approximate - Upthrown Area  Active Fault, Approximate - Downthrown Area  Active Fault, Concealed  Active Fault, Approximate Offshore Projection  Potentially Active Fault, Certain  Potentially Active Fault, Certain - Downthrown Area  Potentially Active Fault, Approximate  Potentially Active Fault, Approximate - Upthrown Area  Potentially Active Fault, Approximate - Downthrown Area  Potentially Active Fault, Approximate - Flexure / Warp Fissures  Downthrown Area, Dashed - violet  Downthrown Area, Hachures indicate downthrown area Trenches  Ground Shaking  VI, very strong ground shaking  VII, destructive ground shaking  VIII, very destructive to devastating ground shaking Earthquake-Induced Landslide  High Susceptibility  Moderate Susceptibility  Low Susceptibility  Depositional Zone Liquefaction  High Potential  Moderate Potential  Low Potential  Highly Susceptible  Moderately Susceptible  Least Susceptible  Generally Susceptible Tsunami  General inundation, Inundated  Inundation depth, \< 1 meter  Inundation depth, 1 to \< 2 meters  Inundation depth, 2 to \< 3 meters  Inundation depth, 3 to \< 4 meters  Inundation depth, 4 to \< 5 meters  Inundation depth, 5 to 6 meters  Inundation depth, \> 6 meters Volcano  Potentially Active  Active  Inactive Pyroclastic Density Currents  Highly Prone  Moderately Prone  Moderate to Least Prone  Pyroclastic Density Currents  Pyroclastic Flow  Pyroclastic Flow and Surges  Moderate-Low (Buffer 1000m)  Buffer Zone Volcanic Tsunami  Seiches Lahar  Highly Prone  Moderately Prone  Least Prone  Susceptible  Zone 1  Zone 2  Zone 3  Zone 4  Zone 5 Lava Flow  High lava flow hazard zone  Moderate lava flow hazard zone  Moderate to low lava flow hazard zone  Low lava flow hazard zone  Lava flow hazard zone Base Surge  Base Surge  Base Surge Buffer Ballistic Projectile  Ballistic Projectiles Volcanic Fissures  Fissures (Taal) Permanent Danger Zone  PDZ Extended Danger Zone  EDZ Danger Zone Kilometer Radius  Bulusan 1-4 km  Kanlaon 1-4 km  Mayon 1-6 km  Bulusan 5-16 km  Kanlaon 5-16 km  Mayon 7-16 km  Taal 1-19 km Flood  Very High Susceptibility  High Susceptibility  Moderate Susceptibility  Low Susceptibility Rain-Induced Landslide  Very High Susceptibility  High Susceptibility  Moderate Susceptibility  Low Susceptibility  Debris Flow/Possible Accumulation Zone Storm Surge  0\.1 - 1 meter  1\.1 - 2 meters  \>2 meters Philippine Area of Responsibility  Philippines Area of Responsibility Cyclone Track  Super Typhoon  Typhoon  Severe Tropical Storm  Severe Tropical Storm  Tropical Depression  Low Pressure Area Severe Wind 20-Year Return Period (Basic)  \< 60 kph  60\.1 - 120 kph  120\.1 - 170 kph  170\.1 - 220 kph  220\.1 - 270 kph  \> 270 kph Severe Wind 50-Year Return Period (Basic) Severe Wind 100-Year Return Period (Basic) Severe Wind 200-Year Return Period (Basic) Severe Wind 500-Year Return Period (Basic) Severe Wind 20-Year Return Period (Site Specific)  \< 60 kph  60\.1 - 120 kph  120\.1 - 170 kph  170\.1 - 220 kph  220\.1 - 270 kph  \> 270 kph Severe Wind 50-Year Return Period (Site Specific) Severe Wind 100-Year Return Period (Site Specific) Severe Wind 200-Year Return Period (Site Specific) Severe Wind 500-Year Return Period (Site Specific) Schools (DepEd)  Elementary Schools  Secondary Schools Health Facilities (DOH)  Government Health Facilities  Private Health Facilities Vaccination Facilities (DOH)  Covid Vaccination Site (hospital)  Covid Vaccination Site (non-hospital) Road Network (DPWH)  LRS RoadNetwork\_Secondary  LRS RoadNetwork\_Primary Safe Open Spaces (NAMRIA)  Small (200 - 500 sqm)  Medium (\> 500 - 5,000 sqm)  Large (\> 5,000 sqm) Boundary (PSA)  Boundaries IFSAR (NAMRIA) Chemical Hazards (NIH) Occupational Hazards (NIH)  Protection Agricultural Sub-Zone  Production Agricultural Sub-Zone  Residential Zone  General Commercial Zone  General Institutional Zone  Agri-Industrial Zone  Industrial (I-2) Zone  Utilities, Transportation & Services Zone  Buffer/Greenbelt Zone  Parks and Recreation Zone  Protection (Rivers & Creeks Sub-Zone)  PGA Map: 500-Year RP on Rock Site (Acceleration in g)  0\.1  0\.2  0\.3  0\.4  0\.5  0\.6  0\.62 PGA Map: 1000-Year RP on Rock Site (Acceleration in g)  0\.1  0\.2  0\.3  0\.4  0\.5  0\.6  0\.7 PGA Map: 2500-Year RP on Rock Site (Acceleration in g) PGA Map: 500-Year RP on Stiff Soil (Acceleration in g)  0\.1  0\.2  0\.3  0\.4  0\.5  0\.6  0\.64 SA Map: 0.2 seconds SA Map: 0.5 seconds SA Map: 0.8 seconds SA Map: 1.0 second SA Map: 3.0 seconds Main Crater Binintiang Malaki Binintiang Munti Off Calauit Pira-piraso Eruption Vents  Taal Volcano Eruption Vents Super Typhoon Rolly  Possible Area Flooded Typhoon Ulysses  Possible Area Flooded (11/17/2020)  Possible Area Flooded (11/13/2020) Typhoon Dante  Possible Area Flooded Typhoon Odette  Possible Area Flooded Climate Types Rainfall Projection (Dec, Jan, Feb) (2036-2065) Rainfall Projection (Mar, Apr, May) (2036-2065) Rainfall Projection (Jun, Jul, Aug) (2036-2065) Rainfall Projection (Sep, Oct, Nov) (2036-2065) Mean Temperature Projection (Dec, Jan, Feb) (2036-2065) Mean Temperature Projection (Mar, Apr, May) (2036-2065) Mean Temperature Projection (Jun, Jul, Aug) (2036-2065) Mean Temperature Projection (Sep, Oct, Nov) (2036-2065) Landslide Early Warning (20 km radius) Events Monitoring [Earthquake](https://hazardhunter.georisk.gov.ph/monitoring/earthquake) [Volcano](https://hazardhunter.georisk.gov.ph/monitoring/volcano) New EQ Event Alert *** Month & Year Date Range *Date Range filter can only search events for the **selected month**.* Magnitude Depth (km) Total earthquake count: Display Results *Earthquake events data shown on the map are derived from the Philippine Seismic Network. For more information, visit <https://earthquake.phivolcs.dost.gov.ph/>* | | | |---|---| | LEGEND | | | ![Earthquake Events]() | Latest Earthquake Event | | Magnitude Range | Depth (km) | | | | | |---|---|---| | **Volcano** | **Alert Level** | **Date Issued** | Hazard Assessment Overview Choose category VOLCANO ANALYTICS Volcano Hazard Taal Scenario-based Eruptions | | | | | |---|---|---|---| | Elements Prone to from \[Volcano\] | | | | | | Population | ~ | | | | Barangay | | | | | Elementary Schools | | | | | Secondary Schools | | | | | Government Health Facilities | | | | | Private Health Facilities | | | | | | | |---|---|---| | Distance of Barangays from Volcano Main Crater/Eruptive Center | | | | | Distance | Total | | | 0 to 1 kilometer | | | | \> 1 to 2 kilometers | | | | \> 2 to 3 kilometers | | | | \> 3 to 4 kilometers | | | | \> 4 to 5 kilometers | | | | \> 5 to 6 kilometers | | | | \> 6 to 7 kilometers | | | | \> 7 to 8 kilometers | | | | \> 8 to 9 kilometers | | | | \> 9 to 10 kilometers | | | | \> 10 to 11 kilometers | | | | \> 11 to 12 kilometers | | | | \> 12 to 13 kilometers | | | | \> 13 to 14 kilometers | | | | \> 14 to 15 kilometers | | | | \> 15 to 16 kilometers | | | | \> 16 to 17 kilometers | | Hazards and Danger Zones (PHIVOLCS); Administrative Boundaries (PSA, 2016), Population (PSA, 2015); Schools (DepEd, 2015); Health Facilities (DOH, 2016) [Click here to see Methods and Limitations](https://hazardhunter.georisk.gov.ph/map) [View Full Report]() [Download File](https://hazardhunter.georisk.gov.ph/map) - [Download Excel]() - [Download CSV]() EVENTS Download Maps Region Province/District Municipality/City Hazard Types Seismic Volcanic Others *** Search result/s:

Click to start drawing line. Double-click/tap on the map to start assessment  Leaflet \| Powered by Esri \| Basemap: GoogleMap \| Data Sources: PHIVOLCS, MGB, PAGASA, DepEd, DOH, DPWH   [\+](https://hazardhunter.georisk.gov.ph/map "Zoom in")[−](https://hazardhunter.georisk.gov.ph/map "Zoom out")  200 km 100 mi Unavailable [Leaflet](http://leafletjs.com/ "A JS library for interactive maps") \| Powered by [Esri](https://www.esri.com/) \| Philippine Institute of Volcanology and Seismology (PHIVOLCS)