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Made by: WFP - Region: PHILIPPINES

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Made by: GLCSC - Region: CENTRAL AFRICAN REPUBLIC

Made by: WFP - Region: PHILIPPINES

Made by: WFP - Region: PHILIPPINES

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Made by: WFP - Region: PHILIPPINES

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Made by: WFP - Region: CAMBODIA

This map illustrates satellite-detected areas of flood affected land along the White and Blue Nile rivers in the states of Khartoum and Al Jazeera, Sudan as detected by MODIS Terra acquired on 11 August 2013.
Notes: The exact limit of flood waters is uncertain because of the low spatial resolution of the satellite data used for this analysis. Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data (1): MODIS Terra
Imagery Dates: 09 August 2020
Resolution: 250m
Source: NASA

Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT

This map illustrates satellite-detected areas of flood affected land along the White and Blue Nile rivers in the states of Khartoum and Al Jazeera, Sudan as detected by MODIS Terra acquired on 11 August 2013.
Notes: The exact limit of flood waters is uncertain because of the low spatial resolution of the satellite data used for this analysis. Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data (1): MODIS Terra
Imagery Dates: 09 August 2020
Resolution: 250m
Source: NASA
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT

This map illustrates satellite-detected areas of flood affected land along the White and Blue Nile rivers in the states of Khartoum and Al Jazeera, Sudan as detected by MODIS Terra acquired on 11 August 2013.
Notes: The exact limit of flood waters is uncertain because of the low spatial resolution of the satellite data used for this analysis. Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data (1): MODIS Terra
Imagery Dates: 09 August 2020
Resolution: 250m
Source: NASA
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT

This report provides a rapid assessment of flooded areas visible in an area of Khartoum, Sudan. Satellite imagery acquired on 9 August 2020 and 4 February 2020 by the Pleiades satellite was used for this report. Review of the satellite imagery collected for a portion of the city of Khartoum indicates that little standing water was visible as of 9 August within areas of housing. The White Nile river is clearly at or near peak flow, with a bridge construction project partially submerged (see Figure 1) as well as proximate docks for boats along the river likewise underwater (see Figure 2). In addition, nearby agricultural fields along the White Nile are clearly submerged (see Figure 3). Finally, some indications of flash floods and standing water are visible in residential areas of Khartoum, as seen in Figure 4. Notably, along the White Nile and in other areas it seems that effective flood defences have protected many structures from being completely submerged though flash flooding may have impacted them.
Satellite Data (1): Pleiades
Imagery Dates: 09 Aug. 2013
Resolution: 50 cm
Copyright: Copyright CNES 2013 - Distribution Astrium Services / Spot Image
Source: Astrium
Satellite Data (2): Pleiades
Imagery Date: 04 Feb. 2013
Copyright: Copyright CNES 2013 - Distribution Astrium Services / Spot Image
Source: Astrium

This map illustrates satellite-detected water bodies in the area between Myawadi and the towns of Kyeikdon and Kyarinnseikkyi in Kayin State, Myanmar, as detected by RISAT-1 imagery acquired on 5 August 2020 at 11:29 GMT (17:29 local time). This analysis indicates a moderate flood extent in the area due to heavy rains over the past several days and local soil inundation. Multiple local towns and villages are likely affected by the flooding, and sections of primary secondary road are also most likely underwater. It is likely that flood waters have been systematically underestimated in areas of shallow water, areas of high-sedimentation, highly vegetated areas along main river banks, in mountainous areas, and within built-up urban areas due to the characteristics of the satellite data used. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data (1): RISAT-1
Imagery Dates: 05 August 2020
Resolution: 37 m
Copyright: Indian Space Research Organization
Source: National Remote Sensing Center
Satellite Data (2): DMCii
Imagery Date: 10 January 2021
Resolution: 22 m
Copyright: DMCii
Source: DMCii
Road Data: OSM
Other Data: USGS, UNCS, NASA, NGA
Analysis: UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This map illustrates satellite-detected water bodies in the Mawlamyine area of Mon and Kayin States, Myanmar, as detected by TerraSAR-X imagery acquired on 4 August 2020 at 23:32 GMT (05:32 local time). This analysis indicates a considerable flood extent due to heavy rains over the past several days and local soil inundation. Multiple local towns and villages are likely affected by the flooding, and sections of primary secondary road are also most likely underwater. It is likely that flood waters have been systematically underestimated in areas of shallow water, areas of high-sedimentation, highly vegetated areas along main river banks, in mountainous areas, and within built-up urban areas due to the characteristics of the satellite data used. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data (1): TerraSAR-X
Imagery Dates: 04 August 2020
Resolution: 8.25 m
Copyright: TerraSAR-X/TanDEM-X © 2013 German Aerospace Center (DLR), 2013 Astrium Services / Infoterra GmbH
Source: German Aerospace Center (DLR)
Satellite Data (2): DMCii
Imagery Date: 10 January 2021
Resolution: 22 m
Copyright: DMCii
Source: DMCii
Road Data: OSM
Other Data: USGS, UNCS, NASA, NGA
Analysis: UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This map illustrates satellite-detected areas of flood waters in the central area of the Maissan Governorate in eastern Iraq as detected by Resourcesat-2 AWIFS imagery collected on 7 May 2013. Several towns and villages in the analyzed area are potentially inundated or otherwise affected. Multiple sections of roadways are likewise potentially affected. It is likely that flood waters have been systematically underestimated in highly vegetated areas, along main river banks, within built-up urban areas, and in sparse areas of cloud shadow. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data (1): Resourcesat-2 (AWIFS)
Imagery Dates: 7 May 2020
Resolution: 56 meters
Copyright: Indian Space Research Organization (ISRO)
Source: ISRO and UNOOSA
Pre-Flood Data: SRTM Water Body Dataset
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT

This map illustrates satellite-detected areas of flood waters in the central area of the Wasit Governorate in eastern Iraq as detected by Resourcesat-2 LISS imagery collected on 7 May 2013. At least 55 towns and villages in the analyzed area are potentially inundated or otherwise affected. Multiple sections of roadways are likewise potentially affected. It is likely that flood waters have been systematically underestimated in highly vegetated areas, along main river banks, within built-up urban areas, and in sparse areas of cloud shadow. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data (1): Resourcesat-2 (LISS)
Imagery Date: 7 May 2020
Resolution: 23.5 meters
Copyright: Indian Space Research Organization (ISRO)
Source: ISRO and UNOOSA
Pre-Flood Data: SRTM Water Body Dataset
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This map illustrates satellite-detected areas of flood waters in the Wasit Governorate in eastern Iraq as detected by Resourcesat-2 imagery collected on 7 May 2013. At least 70 towns and villages in the analyzed area are potentially inundated. Multiple sections of roadways are likewise potentially affected. It is likely that flood waters have been systematically underestimated in highly vegetated areas, along main river banks, within built-up urban areas, and in sparse areas of cloud shadow. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data (1): Resourcesat-2
Imagery Dates: 7 May 2020
Resolution: 56 meters
Copyright: Indian Space Research Organization (ISRO)
Source: ISRO and UNOOSA
Pre-Flood Data: SRTM Water Body Dataset
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

Made by: OMEP - Region: IRAN

Made by: GLCSC - Region: CENTRAL AFRICAN REPUBLIC

Made by: WFP - Region: IRAN

Made by: OMEP - Region: ECUADOR

This web map compiles all UNOSAT flood data created in support of relief efforts in Mozambique using radar and optical satellite data acquired between 24 January and 2 February 2020 and at multiple resolutions. A cumulative flood layer is also provided, showing the maximum flood extents experienced along the Limpopo River over all stages of the flood. This web map is provided for visualization purposes only and in some areas simplifies the flooded area polygons. Users requiring the full detail of the geospatial data used for this web map are encouraged to download the source geodatabase.
Satellite Data (1): Radarsat-2
Imagery Dates: 2 February 2020
Resolution: 28 m
Copyright: MDA
Source: Canadian Space Agency
Satellite Data (2): TerraSAR-X
Imagery Dates: 24 January 2021
Resolution: 8.25 m
Copyright: DLR
Source: DLR
Satellite Data (3): SPOT-5
Imagery Dates:29 January 2013
Resolution: 10m
Copyright: CNES 2013
Source: CNES
Satellite Data (4): TerraSAR-X
Imagery Dates: 24 January 2021
Resolution: 8.25 m
Copyright: 2012 German Aerospace Center (DLR)
Source: DLR
Satellite Data (5): SPOT-5
Imagery Dates: 24 January 2021
Resolution: 10m
Copyright: Astrium Geo-Information Services
Source: CNES
Satellite Data (6): SPOT-5
Imagery Dates: 24 January 2021
Resolution: 10m
Copyright: Astrium Geo-Information Services
Source: CNES
Satellite Data (7): MODIS
Imagery Dates: 25 January 2021
Resolution: 250m
Copyright: NASA
Source: NASA

This map illustrates satellite-detected flood waters along the Limpopo River in the Guija and Chokwe districts of Gaza Province, Mozambique, as detected by Radarsat-2 imagery acquired 2 February 2020 and compared to SPOT-5 imagery acquired 24 January 2013. This analysis indicates floodwaters have receded considerably as of 2 February 2013. While several villages are still partially inundated by flood waters these have decreased considerably in recent days. Sections of road remain potentially affected or flooded, though are likely to become accessible as the water levels continue to recede. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data (1): Radarsat-2
Imagery Dates: 2 February 2020
Resolution: 28 m
Copyright: MDA
Source: Canadian Space Agency
Satellite Data (2): TerraSAR-X
Imagery Dates: 24 January 2021
Resolution: 8.25 m
Copyright: DLR
Source: DLR
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This map illustrates satellite-detected areas flood waters along the Limpopo River around the city of Xai Xai, Gaza Province, Mozambique, as detected by Radarsat-2 imagery acquired 02 February 2013. Between 20 January and 02 February 2020 water levels appear to have decreased. Multiple villages remain inundated by flood waters along the river however flood waters are expected to continue reducing from affected villages. Sections of road remain potentially affected or flooded, though are likely to become accessible as the water levels continue to recede. This is a preliminary analysis & has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.
Satellite Data (1): Radarsat-2
Imagery Dates: 02 February 2020
Resolution: 28m
Copyright: MDA
Source: Canadian Space Agency
Satellite Data (2): SPOT-5
Imagery Dates:29 January 2013
Resolution: 10m
Copyright: CNES 2013
Source: CNES
Road Data : OSM
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This map illustrates satellite-detected areas flood waters along the Limpopo River around the city of Xai Xai, Gaza Province, Mozambique, as detected by SPOT-5 imagery acquired 29 January 2013. Multiple villages are completely inundated by flood waters along the river. Flood waters have begun to encroach upon the city of Xai Xai, flooding the edges of the city to the north. Flood waters are expected to continue draining south towards Xai Xai, increasing the potential risk of the city becoming inundated. In addition, Xai Xai airport appears to be inundated. Agricultural areas are also flooded surrounding the city. Large sections of road and have also been potentially affected or flooded. This is a preliminary analysis & has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.
Satellite Data (1): SPOT-5
Imagery Dates:29 January 2013
Resolution: 10m
Copyright: CNES 2013
Source: CNES
Road Data : OSM
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This map illustrates satellite-detected areas flood waters along the Limpopo River around the city of Xai Xia, Gaza Province, Mozambique, as detected by SPOT-5 imagery acquired 29 January 2013. Multiple villages are completely inundated by flood waters along the river. Flood waters have begun to encroach upon the city of Xai Xai, flooding the edges of the city to the north. Flood waters are expected to continue draining south towards Xai Xai, increasing to potential risk of the city becoming inundated. In addition, Xai Xai airport appears to be inundated. Surrounding agricultural areas are also flooded surrounding the city. Large sections of road and have also been potentially affected or flooded. This is a preliminary analysis & has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.
Satellite Data: SPOT-5
Imagery Dates: 29 January 2020
Resolution:10m
Copyright: CNES 2013
Source: CNES
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, NASA, NGA, ESRI
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This map illustrates satellite-detected areas flood waters along the Limpopo River in the city of Chokwe of Gaza Province, Mozambique, as detected by WorldView-2 imagery acquired 26 January 2013. Multiple villages including the city of Chokwe are completely inundated by flood waters along the river. However flood waters appear to be receding in this area as they move south of Chokwe. Flood waters have reached as far as Xai Xai south of Chokwe city. East of the Limpopo River additional villages are inundated as flood waters progress south east from the river. Large sections of road and railroad are also affected. This is a preliminary analysis & has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.
Satellite Data: WorldView-2
Imagery Dates: 26 January 2021
Resolution: 0.5m
Copyright: Digital Globe 2013
Source: USGS
Other Data: USGS, NASA, NGA, ESRI
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This map illustrates satellite-detected flood waters along the Limpopo River in the Guija, Chokwe, Bilene, and Xai-Xai districts of Gaza Province, Mozambique, as detected by TerraSAR-X imagery acquired the 24 January 2021 at 16:14 GMT. This analysis indicates a considerable flood extent due to swelling of the Limpopo River as waters flow towards the coast. Waters are also flowing south of the river and into surrounding agricultural areas and town, particularly around Chokwe city and in Xai-Xai district.There was a dramatic increase of flood waters from the 23rd to 24th January 2013. Multiple villages and Chokwe city are inundated by flood waters along the river. Large sections of road and railroad are potentially affected, including highway 208 which runs along the east bank of the Limpopo River and appears to be inundated to the north and east of Chokwe. It is likely that flood waters have been systematically underestimated in highly vegetated areas along main river banks, and within built-up urban areas due to the characteristics of the satellite data used. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
<CLR>
Satellite Data (1): TerraSAR-X
Imagery Dates: 24 January 2021
Resolution: 8.25 m
Copyright: Astrium Geo-Information Services
Source: CNES
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1 </CLR>

This map illustrates satellite-detected flood waters along the Limpopo River in the Guija and Chokwe districts of Gaza Province, Mozambique, as detected by SPOT-5 imagery acquired the 24 January 2013. This analysis indicates a considerable flood extent due to swelling of the Limpopo River as waters flow towards the coast, a conclusion also supported by analysis of MODIS satellite imagery from 24 January 2013. There has been a dramatic increase of flood waters from the 23rd to 24th January 2013. Multiple villages and the city of Chokwe are inundated by flood waters along the river. Flood waters have begun streaming south of Chokwe city into surrounding agricultural areas and towns,with similar conditions on the eastern bank of the Limpopo River in the analysis area. Large sections of road and railroad are also potentially affected. It is likely that flood waters have been systematically underestimated in highly vegetated areas along main river banks, and within built-up urban areas due to the characteristics of the satellite data used. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data (1): SPOT-5
Imagery Dates: 24 January 2021
Resolution: 10m
Copyright: Astrium Geo-Information Services
Source: CNES
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This map illustrates satellite-detected areas flood waters along the Limpopo River in the Guija and Chokwe districts of Gaza Province, Mozambique, as detected by FORMOSAT-2 imagery acquired 24 January 2013. There has been a dramatic increase of flood waters from 23rd â?? 24th January 2013. Multiple villages including the city of Chokwe are completely inundated by flood waters along the river. Flood waters have begun streaming south of Chokwe city into surrounding agricultural areas, also affecting villages south of the city. East of the Limpopo river additional villages are inundated as flood waters progress south east from the river. Large sections of road and railroad are also potentially affected. This is a preliminary analysis & has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.
Satellite Data: Formosat-2
Imagery Dates: 24 January 2021
Resolution: 8m
Copyright: CNES 2013
Source: CNES
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, NASA, NGA, ESRI
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This map illustrates satellite-detected areas flood waters along the Limpopo River in the Guija and Chokwe districts of Gaza Province, Mozambique, as detected by SPOT-5 imagery acquired 23 January 2013. Multiple villages including the city of Chokwe appear to be within the flood zone along the river and are likely affected by the flood waters, indicated by the SPOT imagery in blue. Please note that the red coloring in the imagery represents vegetation. Sections of road and railroad are also potentially affected, in addition to the Chokwe airport. This is a preliminary analysis & has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.
Satellite Data: SPOT-5
Imagery Dates: 23 January 2021
Resolution: 10m
Copyright: CNES 2013
Source: CNES
Road Data : Google Map Maker /
OSM / ESRI
Other Data: USGS, NASA, NGA,
ESRI
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

Made by: GLCSC - Region: MALI

This report provides a detailed analysis of damages observed in the coastal area of Tuamasaga District, Upolu, Samoa. Pleiades Satellite imagery acquired on 19 December 2020 and GeoEye 01 acquired on 24 September April 2012 was used for this report. A majority of buildings damaged or destroyed are mainly residential with roof damages and debris with occasional collapsed structures. In addition to building damages, sections of forests are observed to have collapsed or stripped of vegetation from the cyclone winds and potential flash floods with timber debris collected along the river banks and the coast. This report is in support of international humanitarian assistance and created to respond to the needs of the International Charter on Space and Major Disasters, UN agencies and their partners. This assessment has not yet been validated in the field.
Satellite Data (Post-Crisis): Pleiades
Imagery Dates: 19 December 2020
Resolution: 0.5m
Copyright: 2012 Astrium GEO-Information Services
Source: CNES
Satellite Data (Pre-Crisis): GeoEye 01
Imagery Date: 24 September April 2012
Resolution: 2m
Copyright: GeoEye
Source: USGS
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This report provides a detailed analysis of damages observed in the city of Apia, Tuamasaga District, Upolu, Samoa. Pleiades Satellite imagery acquired on 19 December 2020 and GeoEye 01 acquired on 24 September April 2012 was used for this report. Building damages in Apia appear to be limited to roof damages and debris with occasional collapsed structures. The most severe building damages observed in the imagery appear to be within the flood plains of rivers and along the coast. In addition to building damages, sections of forests are observed to have collapsed from the cyclone winds with timber debris collected along the river bank and the coast. This report is in support of international humanitarian assistance and created to respond to the needs of the International Charter on Space and Major Disasters, UN agencies and their partners. This assessment has not yet been validated in the field. Please send feedback to UNITAR/UNOSAT
Satellite Data (Post-Crisis): Pleiades
Imagery Dates: 19 December 2020
Resolution: 0.5m
Copyright: 2012 Astrium GEO-Information Services
Source: CNES
Satellite Data (Pre-Crisis): GeoEye 01
Imagery Date: 24 September April 2012
Resolution: 2m
Copyright: GeoEye
Source: USGS
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This report provides a detailed analysis of damages observed in Lautoka and surrounding towns, Western Province,
Philippines. Worldview 2 Satellite imagery acquired on 20 December 2020 and Quick Bird acquired on 07 April 2020 was used
for this report. Building damages in Lautoka appears to be limited to roof damages and debris. The most severe building damages
observed in the imagery appear to be within the surrounding communities of Lautoka. In addition to building damages sections of
forests are observed to have collapsed from the cyclone winds. This report is in support of international humanitarian assistance and created to respond to the needs of the International Charter on Space and Major Disaster, UN agencies and their partners. This assessment has not yet been validated in the field. Please send feedback to UNITAR/UNOSAT.
Satellite Data (Post-Crisis):
WorldView 02
Imagery Dates: 20 December 2020
Resolution: 50cm
Copyright: 2012 DigitalGlobe, Inc.
Source: USGS
Satellite Data (Pre-Crsis): Quick Bird
Imagery Date: 07 April 2020
Resolution: 60cm
Copyright: 2012 DigitalGlobe, Inc.
Source: USGS
Other Data: USGS, UNCS, NASA,NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This map illustrates satellite-detected areas of building damage, road obstacle, damage to other infrastructure, tree fall areas due to tropical cyclone Evan in southern part of Upolu Island in Samoa as of 19 dec 2012. Damages were detected using high resolution satellite image Pleaideas taken on 19 dec 2012. The damages visible from the satellite are roof damage and complete destruction of the buildings which was detected comparing to pre disaster GEOEYE image taken on 8 oct 2012. It is likely that damages have been underestimated in places where damages did not occur in the roof but other parts of the structure. Road obstacles, tree fall and other infrastructure damages were detected in a similar manner comparing pre and post disaster images. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR/UNOSAT
Satellite Data (1): Pleiades
Imagery Dates: 19 dec 2020
Resolution: 0.5 m
Copyright: 2012 Astrium GEO-Information Services
Source: CNES
Satellite Data (2): GEOEYE-1
Imagery Date: 08 Oct 2020
Resolution: 2.0 m
Copyright: GEOEYE
Source: HDDS,USGS
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA,
PaRIS, UNISYS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1
Coordinate System: WGS 1984 UTM Zone 2S
Projection: Transverse Mercator
Datum: WGS 1984
Units: Meter

1
1

This map displays a gridded estimate of buildings damaged as observed through a satellite imagery comparison of pre-disaster and archive imagery. The imagery used for this analysis was Pleiades acquired 12 December 2020 and GeoEye-01 acquired 19 August 2012. Grid cells marked "Destroyed" represent an average of 90% buildings within the grid cell are destroyed. "Severe Damage" represents 50% or more buildings destroyed or severely damaged. "No Visible Damages/Low Damage" represents grid cells containing cloud obstructions, low number of buildings damages or damaged buildings detected. This is a preliminary analysis and has not been validated in the field.
Satellite Data (1): Pleiades
Imagery Date: 12 December 2020
Resolution: 0.5m
Source: CNES
Satellite Data (2): GeoEye-1
Imagery Date: 19 August 2020
Resolution: 2m
Source: USGS
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10

This map displays a gridded estimate of buildings damaged as observed through a satellite imagery comparison of pre-disaster and archive imagery. The imagery used for this analysis was Pleiades acquired 12 December 2020 and GeoEye-01 acquired 19 August 2012. Grid cells marked "Destroyed" represent an average of 90% buildings within the grid cell are destroyed. "Severe Damage" represents 50% or more buildings destroyed or severely damaged. "No Visible Damages/Low Damage" represents grid cells containing cloud obstructions, low number of buildings damages or damaged buildings detected. This is a preliminary analysis and has not been validated in the field.
Satellite Data (1): Pleiades
Imagery Date: 12 December 2020
Resolution: 0.5m
Source: CNES
Satellite Data (2): GeoEye-1
Imagery Date: 19 August 2020
Resolution: 2m
Source: USGS
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10

This map illustrates satellite detected areas of potentially affected/flooded areas, infrastructure and settlements in Misamis Occidental Philippines. It is likely that the analysis of potentially affected/flooded areas have been systematically underestimated along highly vegetated areas along main river banks, and within built-up urban areas because of the special characteristics of the satellite data used. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data (pre-crisis): DMCii
Imagery Dates: 18 October 2020
Resolution: 22m
Source: DMCii
Satellite Data (post-crisis): DMCii
Imagery Date: 09 December 2020
Source: DMCii
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
Coordinate System: GCS WGS 1984
Datum: WGS 1984
Units: Degree

Philippines: TY Bopha (Pablo) Affected Population and People in Evacuation Centres as of 06 Dec 2020 1PM

Palau: Typhoon Bopha - Initial Damage Assessments as at 5 Dec, 2012

This map illustrates satellite-detected probable extent of flood water evolution in the Town of Diffa and surrounding areas in Niger as of 02 December, 2012. For extracting the initial flood water extent a MODIS Terra image of 11 November 2020 was used and for extracting the recent flood water extent a MODIS Aqua Image of 02 December, 2012 was used. Please note that the exact limit of the flood waters is uncertain because of the relatively low spatial resolution of the satellite sensors used for this analysis, Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.

This flood assessment is a preliminary analysis & has not yet been validated in the field.

Map scale for A3: 1:550,000
Projection: UTM Zone 32 North
Datum: WGS-84 (EGM-96).
Satellite Data (1): MODIS Aqua
Imagery Date: 02 Dec 2020
Resolution: 250m
Copyright: NASA
Source: NASA

Satellite Data (2): MODIS Terra
Imagery Date: 11 Nov 2020
Copyright: NASA
Source: NASA

Flood Analysis : UNITAR / UNOSAT
Map Production : UNITAR / UNOSAT

Made by: ODEP - Region: PHILIPPINES

Philippines: Typhoon Bopha (Pablo) Affected Population (as of 05 Dec 2020 12:00 Noon)

Somalia Rain Watch - December 4, 2020

Panamá: Redhum Mapa de Situación : Inundaciones en Panamá Oeste y Colón (Actualizado al 1 de Diciembre)

Palau: Typhoon Bopha (as of 3 Dec 2020)

Nigeria: Humanitarian Dashboard - Floods (as of 26 Nov. 2012)

Made by: ODEP - Region: PHILIPPINES

This report provides a detailed analysis of the situation in Croix-des-Bouquets district, Haiti, as of 1st November 2012. We chose three villages still surrounding by water and mud slides. These villages, Dimulseou, Coutard and Drouillard, and their neighbourhoods still show the stigmata of mud slides. Surrounding fields are destroyed, roads and farm compounds invaded with mud and water. Worldview-2 satellite imagery acquired on the 01st November 2012 and pre-crisis DMC satellite imagery acquired on 23rd November 2011 have been used for this report. Geographic datasets produced for this assessment and additional UNOSAT products are available at http://www.unitar.org/unosat. This report is part of an on-going satellite monitoring program of UNITAR / UNOSAT in support of international humanitarian assistance and created to respond to the needs of UN agencies and their partners. This is assessment has not yet been validated in the field. Please send feedback to UNITAR/UNOSAT at the contact information below.
Satellite Data (1): Worldview-2
Imagery Date: 01/11/2020
Resolution: 50cm
Copyright: DG
Source: USGS

Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This report provides an overview of apparent landslides resulting from Tropical Storm Sandy in Sud-Est department of
Haiti. WorldView-2 satellite imagery acquired on the 01st November 2012 and pre-crisis GeoEye-1 satellite imagery acquired on
20th March 2011 have been used for this report. Tropical storm Sandy passed across Haiti on 23rd October 2012. Heavy rains (See
Figure 1) caused flash floods, landslides and damages to infrastructure. Geographic datasets produced for this assessment and
additional UNOSAT products are available at http://www.unitar.org/unosat. This report is part of an on-going satellite
monitoring program of UNITAR / UNOSAT in support of international humanitarian assistance and created to respond to the
needs of UN agencies and their partners. This is assessment has not yet been validated in the field. Please send feedback to
UNITAR/UNOSAT at the contact information below.
Satellite Data (1): WorldView-2
Imagery Dates: 01/11/2020
Resolution: 50 cm
Copyright: DigitalGlobe
Source: USGS
Satellite Data (2): GeoEye-1
Imagery Date: 20/3/2020
Copyright: GeoEye
Source: GoogleEarth
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This report provides a detailed analysis of flooding and related damages resulting from Hurricane Sandy in the area of Grand?Anse and Sud Les Cayes, east Haiti. SPOT-5 satellite imagery acquired on 03 November 2020 was used for this report. Geographic datasets produced for this assessment and additional UNOSAT products are available at http://www.unitar.org/unosat). This report is part of an on-going satellite monitoring program of UNITAR / UNOSAT for the International Charter on Space and Major Disasters? activation for Hurricane Sandy over Haiti in support of international humanitarian assistance and created to respond to the needs of UN agencies and their partners. This situational analysis is based on a rapid visual ground assessment of current satellite data available over this area. This assessment has not yet been validated in the field. Please send feedback to UNITAR/UNOSAT at the contact information below.
Satellite Data (1): SPOT-5
Imagery Date: 03/11/2020
Resolution: 10m
Copyright: Atrium Services
Source: SPOTIMAGE

Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This report provides an overview of current situation in Port-au-Prince and Croix-des-Bouquets districts, Haiti. DMC satellite imagery acquired on the 03rd November 2012 and pre-crisis DMC satellite imagery acquired on 23rd November 2012 have been used for this report. As a complement and example, UAV?s images, extracted from an IOM mission in Haiti along Rivière Grise are shown in this report. Tropical storm Sandy passed across Haiti on 23rd October 2012. Heavy rains caused flash floods, landslides and damages to infrastructure. Geographic datasets produced for this assessment and additional UNOSAT products are available at http://www.unitar.org/unosat/maps. This report is part of an on-going satellite monitoring program of UNITAR / UNOSAT in support of international humanitarian assistance and created to respond to the needs of UN agencies and their partners. This is assessment has not yet been validated in the field. Please send feedback to UNITAR/UNOSAT at the contact information below.
Satellite Data (1): DMC
Imagery Dates: 03/11/2020
Resolution: 22m
Copyright: DMCii
Source: DMCii
Satellite Data (2): DMC
Imagery Date: 23/11/2020
Copyright: DMCii
Source: DMCii
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This map illustrates satellite-detected standing flood waters over affected districts and the IDP camps in N'Djamena, Chad. The situational map shows the flood extent as of 26 October 2012, detected with DMC imagery, Eastern and southern parts of the country have been hit by floods caused by heavy rains. It is likely that flood waters have been systematically underestimated along highly vegetated areas along main river banks, and within built-up urban areas because of the special characteristics of the satellite data used. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data (1): UK-DMC
Imagery Date: 26/10/2020
Resolution: 22m
Copyright: DMCii
Source: DMCii
Satellite Data (2): KOMPSAT
Imagery Date: 14/10/2020
Resolution: 6m
Copyright: KARI
Source: KARI
IDP and Ndjamena data: OCHA
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA, IGN
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10 & v10.1
Coordinate System: WGS 1984 UTM Zone 33N
Projection: Transverse Mercator
Datum: WGS 1984
Units: Meter

This map illustrates satellite-detected standing flood waters over affected areas of the three border countries located around the Lake Chad: Nigeria, Cameroon and Chad. The situational map shows the flood extent as of 30 October 2012, detected with MODIS imagery, Eastern and southern parts of Chad, as well as the confluence area located close to Kousseri town have been hit by floods caused by heavy rains. Notes: The exact limit of flood waters is uncertain because of the low spatial resolution of the satellite data used for this analysis. Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT
Satellite Data (1): MODIS Terra
Imagery Dates: 30/10/2020 & 28/12/2020
Resolution: 250m
Copyright: NASA
Source: NASA

Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA, IGN
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

Coordinate System: WGS 1984
UTM Zone 33N
Projection: Transverse Mercator
Datum: WGS 1984
Datum: WGS
Units: Meter

This report provides an overview of current flooding of the city of N?Djamena, Chad. KOMPSAT satellite imagery acquired on the 14th October 2012 and SPOT-5 satellite imagery acquired on the 16th October was used for this report. This report is part of an on-going satellite monitoring program of UNITAR / UNOSAT of the International Charter on Space and Major Disasters activation over floods in Chad in support of international humanitarian assistance and created to respond to the needs of UN agencies and their partners. This situational analysis is based on a rapid visual assessment of current satellite data available over this area. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR/UNOSAT at the contact information below.
Satellite Data (1): KOMPSAT
Imagery Dates: 14 October 2020
Resolution: 6 m
Copyright: KARI
Source: KARI
Satellite Data (1): SPOT-5
Imagery Dates: 16 October 2020
Resolution: 10 m
Copyright: Astrium Services
Source: SPOT-Image
Other Data: USGS, UNCS, NASA, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1

This map illustrates satellite-detected standing flood waters over affected districts in N'Djamena, Chad. Eastern and southern parts of the country have been hit by floods caused by heavy rains. It is likely that flood waters have been systematically underestimated along highly vegetated areas along main river banks, and within built-up urban areas because of the special characteristics of the satellite data used. This analysis has not yet been validated in the field. Please send ground feedback to UNOSAT
Satellite Data (1): AVNIR-2
Imagery Date: 24/01/2021
Resolution: 10m
Copyright: JAXA
Source: JAXA
Satellite Data (2): KOMPSAT
Imagery Date: 14/10/2020
Resolution: 6m
Copyright: KARI
Source: KARI
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA, IGN
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10 & v10.1
Coordinate System: WGS 1984 UTM Zone 33N
Projection: Transverse Mercator
Datum: WGS 1984
Units: Meter

This map illustrates satellite-detected standing flood
waters over the affected Provinces of Balochistan,
Punjab and Sindh hit by flash floods and urban flooding
caused by heavy monsoon rains that fell across the
country in early September 2012. Flood analysis is
based on crisis satellite imagery collected by MODIS
sensors on 14 September and 14 October 2012.
Notes: The exact limit of flood waters is uncertain
because of the low spatial resolution of the satellite data
used for this analysis. Detected water bodies likely
reflect an underestimation of all flood-affected areas
within the map extent. This analysis has not yet been
validated in the field. Please send ground feedback to
UNITAR /UNOSAT.
Satellite Data: MODIS Aqua
Imagery Dates:14 September and 14 October
Resolution:250m
Source: NASA Rapid Response
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, WHO, OCHA, NGA, Google Map Maker
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1
Coordinate System: WGS 1984 UTM Zone 42N
Projection: Transverse Mercator
Datum: WGS 1984
Units: Meter

Made by: VAMCO - Region: PAKISTAN

This report provides an overview of current flooding of the city of Jacobabad in the Sindh Province of Pakistan. Satellite imagery acquired on the 28th September 2012 was used for this report. This report is part of an on-going satellite monitoring program of UNITAR / UNOSAT of the International Charter on Space and Major Disasters activation over floods in Pakistan in support of international humanitarian assistance and created to respond to the needs of UN agencies and their partners. This situational analysis is based on a rapid visual assessment of current satellite data available over this area. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR/UNOSAT at the contact information below.
Crisis Satellite Data: GeoEye-1
Resolution: 0.5 meters
Image Date: 28 September 2020
Copyright : DigitalGlobe
Source: USGS
Road Data : Google Map
Maker / OSM / ESRI
Other Data: USGS, UNCS,
NASA, NGA, WHO
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with
ArcGIS v10.1
Projection: UTM Zone 42N

map illustrates satellite-detected standing flood waters over Shikarpur,Sukkur and Khairpur Districts in Sindh Province hit by flash floods and urban flooding caused by heavy monsoon rains that fell across the country in early September 2012. Flood analysis is based on crisis satellite imagery collected by TerraSAR sensor on 19 September 2012.This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Crisis Satellite Data: TerraSAR-X
Resolution: 8 meters
Image Date: 19 September 2020
Copyright : TerraSAR-X / TanDEM-X © 2012 German
Aerospace Center (DLR), 2012 Astrium Services/Infoterra GmbH
Source: DLR
Pre-Cisis Satellite Data: TerraSAR-X
Resolution: 8 meters
Image Date: 27 March 2020
Copyright : TerraSAR-X / TanDEM-X © 2012 German
Aerospace Center (DLR), 2012 Astrium Services/Infoterra GmbH
Source: DLR
Other Data: Google Map Maker, USGS, NGA, WHO
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1
Projection: UTM Zone 42N
Datum: WGS-84
Coordinate System: WGS 1984 UTM Zone 42N
Projection: Transverse Mercator
Datum: WGS 1984
Units: Meter

This map illustrates satellite-detected standing flood
waters over most affected Districts in Sindh Province hit
by flash floods and urban flooding caused by heavy
monsoon rains that fell across the country in early
September 2012. Flood analysis is based on crisis
satellite imagery collected by RADARSAT-2 sensor on
26 September 2012.This analysis has not yet been
validated in the field. Please send ground feedback to
UNITAR /UNOSAT.

This map illustrates satellite-detected standing flood waters over the Kashmore and Ghotki Districts in Sindh Province hit by flash floods and urban flooding caused by heavy monsoon rains that fell across the country in early September 2012. Flood analysis is based on crisis satellite imagery collected by SPOT sensors on 20 September 2012.This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT
Crisis Satellite Data: SPOT
Resolution: 10 meters
Image Date: 20 September 2020
Copyright : Astrium Services
Source: Spot Image
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA, WHO
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1
Projection: UTM Zone 42N
Datum: WGS-84
Coordinate System: WGS 1984 UTM Zone 42N
Projection: Transverse Mercator
Datum: WGS 1984
Units: Meter

This report provides a detailed analysis of current flooding of the cities of Jacobabad and Dera Allah Yar in the Sindh and Balochistan Provinces of Pakistan. Satellite imagery acquired on the 20th September 2012 was used for this report. This report is part of an on-going satellite monitoring program of UNITAR / UNOSAT of the International Charter on Space and Major Disasters activation over floods in Pakistan in support of international humanitarian assistance and created to respond to the needs of UN agencies and their partners. This is assessment has not yet been validated in the field.
Crisis Satellite Data: SPOT
Resolution: 10 meters
Image Date: 20 September 2020
Copyright : Astrium Services
Source: Spot Image
Pre-Cisis Satellite Data: TerraSAR-X
Resolution: 8 meters
Image Date: 27 March 2020
Source: DLR
Background Imagery: SPOT false color composite
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, UNCS, NASA, NGA, WHO
Analysis : UNITAR / UNOSAT
Production: UNITAR /UNOSAT
Analysis conducted with ArcGIS v10.1
Projection: UTM Zone 42N
Datum: WGS-84

Made by: VAMCO - Region: PAKISTAN

Made by: VAMCO - Region: PAKISTAN

Made by: VAMCO - Region: PAKISTAN

This map illustrates satellite-detected standing flood waters over the affected Provinces of Balochistan, Punjab and Sindh hit by flash floods and urban flooding caused by heavy monsoon rains that fell across the country in early September 2012. Flood analysis is based on crisis satellite imagery collected by MODIS sensors on 14 September 2012. Notes: The exact limit of flood waters is uncertain because of the low spatial resolution of the satellite data used for this analysis. Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data: MODIS Aqua
Imagery Dates:14 September
Resolution:250m
Source: NASA Rapid Response
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, NASA, NGA, Google Map Maker
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1
Coordinate System: WGS 1984 UTM Zone 42N
Projection: Transverse Mercator
Datum: WGS 1984
Units: Meter

This map illustrates satellite-detected standing floodwaters over the affected Provinces of Balochistan,Punjab and Sindh hit by flash floods and urban floodingcaused by heavy monsoon rains that fell across thecountry in early September 2012. Flood analysis isbased on crisis satellite imagery collected by MODISsensors on 14 September 2012.Notes: The exact limit of flood waters is uncertainbecause of the low spatial resolution of the satellite dataused for this analysis. Detected water bodies likelyreflect an underestimation of all flood-affected areaswithin the map extent. This analysis has not yet beenvalidated in the field. Please send ground feedback toUNITAR UNOSAT.
Satellite Data: MODIS Aqua
Imagery Dates:14 September
Resolution:250m
Source: NASA Rapid Response
Road Data : Google Map Maker / OSM / ESRI
Other Data: USGS, NASA, NGA, Google Map Maker
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10.1
Coordinate System: WGS 1984 UTM Zone 42N
Projection: Transverse Mercator
Datum: WGS 1984
Units: Meter

Made by: ODEP - Region: THAILAND

Made by: VAMCO - Region: PAKISTAN

Made by: ODEP - Region: COSTA RICA

Made by: ODEP - Region: MYANMAR

Made by: ODEP - Region: MYANMAR

Made by: GMES - Region: PHILIPPINES

Made by: GMES - Region: PHILIPPINES

Made by: GMES - Region: PHILIPPINES

Made by: GMES - Region: PHILIPPINES

Made by: GMES - Region: PHILIPPINES

Made by: GMES - Region: PHILIPPINES

Made by: GMES - Region: PHILIPPINES

Made by: GMES - Region: PHILIPPINES

Made by: ODEP - Region: BANGLADESH

Made by: ODEP - Region: IRAN

Made by: ODEP - Region: PHILIPPINES

Made by: ODEP - Region: PHILIPPINES

Made by: ODEP - Region: PHILIPPINES

Made by: WFP - Region: COLOMBIA

Made by: WFP - Region: ITALY

Made by: WFP - Region: ITALY

Made by: ODEP - Region: ITALY

Made by: ODEP - Region: MEXICO

El Estado intensifica atención a los inundados del Chacor Llega asistencia médica y alimentaria para inundados de Margariño y Casanillo Source: ReliefWeb

Made by: ODEP - Region: CHILE

Made by: VAM - Region: HAITI

Source: World Food Programme

Source: UN Office for the Coordination of Humanitarian Affairs

Source: UN Office for the Coordination of Humanitarian Affairs

Made by: ODEP - Region: MEXICO

Made by: ODEP - Region: MEXICO

Source: UN Office for the Coordination of Humanitarian Affairs

Source: UN Office for the Coordination of Humanitarian Affairs

Made by: ODEP - Region: INDONESIA

Tajikistan: Floods and avalanches, DREF operation n° MDRTJ0136 - 10 Apr 2020 Source: ReliefWeb

Flooding Tropical Depression TD17F-2012 Situation Report No. 3 Source: UN Office for the Coordination of Humanitarian Affairs

Horn of Africa Drought Fact Sheet #19, Fiscal Year (FY) 2012 Source: US Agency for International Development

Source: UN Office for the Coordination of Humanitarian Affairs

Floods - Information bulletin no 2 Source: IFRC

Source: Logistics Cluster

Source: UN Office for the Coordination of Humanitarian Affairs

Source: MapAction

Made by: VAMHAITI - Region: HAITI

Made by: VAMHAITI - Region: HAITI

Made by: VAMHAITI - Region: HAITI

Made by: VAMHAITI - Region: HAITI

Made by: VAMCO - Region: HAITI

Made by: WFPPAKISTAN - Region: PAKISTAN

Made by: VAMCO - Region: HAITI

Made by: WFP - Region: MOZAMBIQUE

Made by: ODEP - Region: WORLD

Source: Food and Agriculture Organization

Source: Food and Agriculture Organization

Source: Food and Agriculture Organization

Source: MapAction

Source: MapAction

Source: MapAction

Source: MapAction

Source: MapAction

Source: MapAction

Made by: ODEP - Region: MEXICO

Source: MapAction

Complex Emergency and Floods Fact Sheet #1, Fiscal Year (FY) 2012 Source: US Agency for International Development

Horn of Africa Drought Fact Sheet #18, Fiscal Year (FY) 2012 Source: US Agency for International Development

Se mantienen trabajos en terreno en atención a emergencias en el extremo norte y sur del país Source: ReliefWeb

Se mantienen trabajos en terreno en atención a emergencias en el extremo norte y sur del país Source: ReliefWeb

Floods and cold wave, DREF operation n° MDRPS006 - 12 Mar 2020 Source: ReliefWeb

Source: Government of Madagascar

Source: Food and Agriculture Organization

USAID/DCHA Southern Africa Floods and Cyclones Fact Sheet #2, Fiscal Year (FY) 2012 Source: US Agency for International Development

Au moins 65 morts dans des intempéries à Madagascar Source: ReliefWeb

Source: World Food Programme

The map shows the coastal areas of the provinces of Maputo and Gaza. A mosaic of Landsat-5 and Landsat-7 imagery overlayed on hillshaded SRTM elevation data serves as backdrop. Source: German Aerospace Center

Violent winds in Bogoula, Amada-Gaza and Mbaïki - DREF operation n° MDRCF011 - 2 Mar 2020 Source: IFRC

Source: US Agency for International Development

Southern Africa Floods and Cyclones Situation Update# 3 Source: UN Office for the Coordination of Humanitarian Affairs

Kazakhstan Floods DREF operation n° MDRKZ005 - 27 Feb 2020 Source: IFRC

Made by: ODEP - Region: BOLIVIA

USAID/DCHA Southern Africa Floods and Cyclones Fact Sheet #1, Fiscal Year (FY) 2012 Source: US Agency for International Development

Vanuatu & Tonga: Tropical Cyclone Jasmine Situation Update No. 1– 20 February 2020 Source: ReliefWeb

Source: US Agency for International Development

Bilan provisoire des dégats suite au passage du cyclone tropicale intense« Giovanna », situation en date du 17 février 2012 – 17h00 Source: Government of Madagascar

Bilan provisoire des dégats suite au passage du cyclone tropicale intense« Giovanna », situation en date du 16 février 2012 – 17h00 Source: Government of Madagascar

Made by: ODEP - Region: INDONESIA

BNGRC Source: Government of Madagascar

Cyclone Giovanna Situation Report #1– 14 February 2020 Source: ReliefWeb

Made by: ODEP - Region: PHILIPPINES

Made by: ODEP - Region: PHILIPPINES

Made by: ODEP - Region: PERU

Made by: WFP - Region: MOZAMBIQUE

Made by: WFP - Region: MOZAMBIQUE

Made by: DLRSAFER - Region: MOZAMBIQUE

Made by: DLRSAFER - Region: MOZAMBIQUE

Made by: DLRSERTIT - Region: WORLD

Made by: WFP - Region: MOZAMBIQUE

Made by: ODEP - Region: PHILIPPINES

Made by: ODEP - Region: WORLD

Made by: ODEP - Region: PHILIPPINES

Made by: ODEP - Region: PHILIPPINES

Made by: ODEP - Region: PHILIPPINES

Made by: ITHACA/WFP - Region: SAHEL

Made by: ITHACA/WFP - Region: MALI

Made by: ITHACA/WFP - Region: NIGER

Made by: ITHACA/WFP - Region: SAHEL

Made by: ITHACA/WFP - Region: SAHEL

Made by: ITHACA/WFP - Region: SAHEL

Made by: ITHACA/WFP - Region: SAHEL

Made by: ITHACA/WFP - Region: SAHEL

This map presents a time series analysis of
the dramatic southward progression of
flood waters from the central provinces of
Thailand towards the capital city of
Bangkok, based on satellite data recorded
from mid-August to 14 November 2011.
Flood waters have been symbolized by
color to represent the relative expansion of
water from month to month. In the map, by
mid-August flood waters were restricted to
Northern provinces, symbolized in yellow.
By mid-September, the flood waters rapidly
expanded southward, symbolized in
orange; by mid-October, flood waters had
expanded dramatically in total area,
effectively surrounding downtown
Bangkok, while severely affecting most
outlining populated areas;
As of 14 November 2011, flood waters
have further risen into the central portions
of the city, while receding very little in the
north of the country, indicating that it will
likely take several more weeks before an
appreciable decline in standing flood
waters is observed.
A more detailed review of very high
resolution satellite imagery over Bangkok
indicated that virtually all agricultural fields,
significant stretches of major roads and
highways as well as large residential areas
remain inundated, leaving tens of
thousands of residential homes and
commercial businesses either partially or
totally submerged.
It is likely that flood waters have been
systematically underestimated along highly
vegetated areas along main river banks,
and within built-up areas within Bangkok
because of the special characteristics of
the satellite data used. This analysis has
not yet been validated in the field. Please
send ground feedback to UNITAR /UNOSAT.
Satellite Data(1) : Envisat ASAR WS- HH
Imagery Dates: 13,24 October 2011
Resolution : 150 m
Source: European Space Agency
Provided by: GeoPictures/ KSAT
Satellite Data(2) : MODIS Aqua & Terra
Imagery Dates: 14 NOV, 23-5 SEPT,13&22 AUG2011
Resolution : 250 m
Source: NASA
Provided by: NASA Rapid Response
Settlement Data: EU-JRC / NGA
Road Data: ESRI, OSM
Other Data: OCHA, USGS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a
Creative Commons Attribution-NonCommercial-ShareAlike
3.0 Unported License.

This map presents a time series analysis of the dramatic southward progression of flood waters from the central provinces of Thailand towards the capital city of Bangkok, based on satellite data recorded from mid-August to 14 November 2011. Flood waters have been symbolized by color to represent the relative expansion of water from month to month. In the map, by mid-August flood waters were restricted to Northern provinces, symbolized in yellow. By mid-September, the flood waters rapidly expanded southward, symbolized in orange; by mid-October, flood waters had expanded dramatically in total area, effectively surrounding downtown Bangkok, while severely affecting most outlining populated areas; As of 14 November 2011, flood waters have further risen into the central portions of the city, while receding very little in the north of the country, indicating that it will likely take several more weeks before an appreciable decline in standing flood waters is observed. A more detailed review of very high resolution satellite imagery over Bangkok indicated that virtually all agricultural fields, significant stretches of major roads and highways as well as large residential areas remain inundated, leaving tens of thousands of residential homes and commercial businesses either partially or totally submerged. It is likely that flood waters have been systematically underestimated along highly vegetated areas along main river banks, and within built-up areas within Bangkok because of the special characteristics of the satellite data used. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data(1) : Envisat ASAR WS- HH
Imagery Dates: 13,24 October 2011
Resolution : 150 m
Source: European Space Agency
Provided by: GeoPictures/ KSAT
Satellite Data(2) : MODIS Aqua & Terra
Imagery Dates: 14 NOV, 23-5 SEPT,13&22 AUG2011
Resolution : 250 m
Source: NASA
Provided by: NASA Rapid Response
Settlement Data: EU-JRC / NGA
Road Data: ESRI, OSM
Other Data: OCHA, USGS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a
Creative Commons Attribution-NonCommercial-ShareAlike
3.0 Unported License.

This map presents potential standing flood waters/ flood affected land over the affected area surrounding Tonle Sap Lake, Cambodia following recent heavy rainy season. This analysis indicates that flood waters have expanded in the lake area between 28 August and 27th October 2011. Please note that the exact limit of the flood waters is uncertain because of the relatively low spatial resolution of the satellite sensors used for this analysis, Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.
Satellite Data(1) : ENVISAT ASAR WSM
Imagery Dates: 28 August, 27 & 30 September, 27 October 2020
Resolution : 150 m
Source: ESA 2011
Road Data : Google Map Maker 2011
Other Data: ESRI, USGS, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

This atlas provides detailed crisis satellite imagery coverage over the flood-affected portions of the city of Bangkok based on data recorded 02 November 2011.Standing flood waters are clearly visible across most sections of the city,inundating virtually all agricultural fields,significant stretches of major roads and highways as well as large residential areas, leaving thousands of small homes either partially or totally submerged; Because of local cloud cover, some areas of flooding are not visible..This atlas product was produced by UNITAR/UNOSAT in support of emergency humanitarian assistance activities in the affected districts following heavy monsoon rains, and has been designed for easy printing and readability A4 and A3 paper at 1:12,000 scale. This work has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.
Satellite Data(1) : World View-01
Imagery Dates: 02 November 2020
Resolution : 0.5 m
Copyright:Digital Globe 2011
Source: FirstLook
Road & Site Data : Open Street Map (OSM)
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed
under a Creative NonCommercial-
ShareAlike 3.0 Unported License.

This map presents the standing flood waters over the affected Central Provinces of Thailand based on analysis of satellite data recorded 01 November 2011. Based on a recent time series comparison, there are strong indications that flood waters have strongly risen within the northern, western and eastern sections of Bangkok, and further, have not significantly changed in spatial extent north of the city over the last two weeks. The highest concentration of flooding is located within the provinces of Phara Nakhan Si Ayudhya, Nakhon Sawan, Chaitan, Pathum Thani, Nakon Pathon, Ang Thong, Lopburi, Singburi and Suphanburi. It is likely that significant areas of flood waters have not been identified over Bangkok because of partial cloud cover in the area. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data(1) : MODIS Terra
Imagery Dates: 01 November 2020
Resolution : 250 m
Source: NASA Rapid Response
Settlement Data: EU-JRC / NGA
Road Data: ESRI, OSM
Other Data: OCHA, USGS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

This poster provides detailed crisis satellite imagery coverage over the flood-affected northern and central portions of the city of Bangkok based on data recorded 24 October 2011. Because of local cloud cover, some areas of flooding are not visible. Please see the related satellite imagery atlas products providing more complete coverage here: ttp://www.unitar.org/unosat/maps/THA. This product was produced by UNITAR/UNOSAT in support of emergency humanitarian assistance activities in the affected districts following heavy monsoon rains, and has been designed for printing at a modified A0 format.
Satellite Data : QuickBird 02
Imagery Dates: 24 October 2020
Resolution : 0.6 m
Copyright:Digital Globe 2011
Source: FirstLook
Road & Site Data : Open Street Map (OSM)
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

This poster provides detailed crisis satellite imagery coverage over the flood-affected northern and central portions of the city of Bangkok based on data recorded 24 October 2011. Because of local cloud cover, some areas of flooding are not visible. Please see the related satellite imagery atlas products providing more complete coverage here: ttp://www.unitar.org/unosat/maps/THA. This product was produced by UNITAR/UNOSAT in support of emergency humanitarian assistance activities in the affected districts following heavy monsoon rains, and has been designed for printing at a modified A0 format.
Satellite Data : QuickBird 02
Imagery Dates: 24 October 2020
Resolution : 0.6 m
Copyright:Digital Globe 2011
Source: FirstLook
Road & Site Data : Open Street Map (OSM)
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

This map presents the standing flood waters over Nakhon Si Ayudhya Province, Thailand based on analysis of satellite data recorded 30 October 2011. A preliminary analysis show extensive flooding over the provinces of Phra Nakhon Si Ayudhya, Lobpuri, Saraburi, Singburi and Ang Thong. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.
Satellite Data(1) : Envisat ASAR IMP- HH
Imagery Dates: 30 October 2020
Resolution : 25 m
Source: European Space Agency
Provided by:GEO-PICTURES/ KSAT
Settlement Data: EU-JRC / NGA
Road Data: ESRI,OSM
Other Data: OCHA, USGS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

This map presents a detailed thematic overview of the severe flooding within the northern and central sections of Bangkok, based on a review of satellite data recorded 24 October 2011. Standing flood waters are clearly visible across most sections of the city, inundating virtually all agricultural fields, significant stretches of major roads and highways (including Rt3111, Rt346 & Rt9) as well as large residential areas, leaving tens of thousands of small homes either partially or totally submerged; Multiple industrial facilities (e.g. concrete production) located along the Western Outer Ring Road (route 9) are severely affected as are main hospitals including Pathum Thani, Muang Pathum, and Krung Siam St. Carlos Medical Centre; Because of local cloud cover, some areas of flooding are not visible. Please see the related satellite imagery atlas products providing more complete coverage here: http://www.unitar.org/unosat/maps/THA. This product was produced by UNITAR/UNOSAT in support of emergency humanitarian assistance activities in the affected districts following heavy monsoon rains, and has been designed for printing at a modified A2 format. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.

This map presents the standing flood waters over the affected Central Provinces of Thailand based on analysis of satellite data recorded 24 October 2011. Based on a recent time series comparison, there are strong indications that flood waters have strongly risen within the northern, western and eastern sections of Bangkok, and further, have not significantly changed in spatial extent north of the city over the last two weeks. The highest concentration of flooding is located within the provinces of Phara Nakhan Si Ayudhya, Nakhon Sawan, Chaitan, Pathum Thani, Nakon Pathon, Ang Thong, Lopburi, Singburi and Suphanburi. It is likely that flood waters have been systematically underestimated over highly vegetated areas along main river banks, and within built-up areas within Bangkok because of the special characteristics of the satellite data used. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data(1) : Envisat ASAR WS- HH
Imagery Dates: 24 October 2020
Resolution : 150 m
Source: European Space Agency
Provided by: GeoPictures/ KSAT
Settlement Data: EU-JRC / NGA
Road Data: ESRI, OSM
Other Data: OCHA, USGS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

This atlas provides detailed crisis satellite imagery coverage over the flood-affected northern and central portions of the city of Bangkok based on data recorded 24 October 2011. Standing flood waters are clearly visible across most sections of the city, inundating virtually all agricultural fields, significant stretches of major roads and highways (including Rt3111, Rt346 & Rt9) as well as large residential areas, leaving thousands of small homes either partially or totally submerged; Multiple industrial facilities (e.g. concrete production) located along the Western Outer Ring Road (route 9) are severely affected as are main hospitals including Pathum Thani, Muang Pathum, and Krung Siam St. Carlos Medical Centre; Because of local cloud cover, some areas of flooding are not visible. This atlas product was produced by UNITAR/UNOSAT in support of emergency humanitarian assistance activities in the affected districts following heavy monsoon rains, and has been designed for easy printing and readability A4 and A3 paper at 1:12,000 scale. This work has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.
Satellite Data(1) : QuickBird 02
Imagery Dates: 24 October 2020
Resolution : 0.6 m
Copyright:Digital Globe 2011
Source: FirstLook
Road & Site Data : Open Street Map (OSM)
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative NonCommercial-ShareAlike 3.0 Unported License.

Bangkok Flooding (North) - Satellite Imagery Atlas, Thailand (24 October 2020)

Made by: ODEP - Region: TURKEY

Made by: ODEP - Region: TURKEY

This map illustrates satellite-detected areas of standing flood waters over the affected districts of Phnom Penh and Kandal, Cambodia following heavy rains which began in August. This flood analysis is based on change detection analysis with TerraSAR-X radar data recorded 09 March 2020 and 21 September 2011. It is possible that flood waters have been underestimated in heavily vegetated areas and within urban environments. This flood assessment is a preliminary analysis & has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.
Satellite Data (post-disaster): TerraSAR-X
Imagery Dates: 21 September 2020
Resolution : 16m
Source: DLR
Satellite Data (2) : TerraSAR-X
Imagery Date: 09 March 2020
Source: DLR
Road Data : Google Map Maker 2011
Other Data: USGS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT

This map presents the standing flood waters over Nakhon Nayok,Thailand based on analysis of satellite data recorded 16 October 2011. A preliminary analysis show extensive flooding over the provinces of Nakhon Nayok, Pathon Thani, Bangkok, Phra Nakhon Si Ayudhya and Chachoengsad . This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data(1) : Envisat ASAR IMP- HH
Imagery Dates: 16 October 2020
Resolution : 25 m
Source: European Space Agency
Provided by:GeoPictures/ KSAT
Settlement Data: EU-JRC / NGA
Road Data: ESRI
Other Data: OCHA, USGS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

This map presents the standing flood waters over the affected Central Provinces of Thailand based on analysis of satellite data recorded 13 October 2011.A preliminary analysis show extensive flooding over the provinces of Phara Nakhan Si Ayudhya, Nakhon Sawan, Chaitan,Pathum Thani, Nakon Pathon, Ang Thong, Lopburi,Singburi and Suphanburi. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data(1) : Envisat ASAR WS- HH
Imagery Dates: 13 October 2020
Resolution : 125 m
Source: European Space Agency
Provided by:GeoPictures/ KSAT
Settlement Data: EU-JRC / NGA
Road Data: ESRI
Other Data: OCHA, USGS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a
Creative Commons Attribution-NonCommercial-
ShareAlike 3.0 Unported License.

This map presents the standing flood waters over the affected Central Provinces of Thailand based on analysis of satellite data recorded 11 October 2011.A preliminary analysis show extensive flooding over the provinces of Phara Nakhan Si Ayudhya, Pathun Thani, Nakon Pathon, Ang Thong, Lopburi, Singburi and Suphanburi. This analysis has not yet been validated in the field. Please
send ground feedback to UNITAR /UNOSAT.
Satellite Data(1) : Envisat ASAR IMAP- HH
Imagery Dates: 11 October 2020
Resolution : 25 m
Source: European Space Agency
Provided by:GeoPictures/ KSAT
Settlement Data: EU-JRC / NGA
Road Data: ESRI
Other Data: OCHA, USGS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a
Creative Commons Attribution-NonCommercial-
ShareAlike 3.0 Unported License.

This map presents the standing flood waters over the affected Central Provinces of Thailand based on analysis of satellite data recorded 9-10 October 2011. A
preliminary analysis indicates extensive flood waters in spatial extent in and around Nakhon Sawan province.Not all flood waters have been identified because of
limits in the spatial resolution of the imagery used and due to heavy cloud cover over the assessed area.This analysis has not yet been validated in the field.
Please send ground feedback to UNITAR /UNOSAT.
Satellite Data(1) : MODIS Terra
Imagery Dates: 10 October 2020
Resolution : 250 m
Source: NASA Rapid Response
Satellite Data(1) : MODIS Terra
Imagery Dates: 09 October 2020
Resolution : 250 m
Source: NASA Rapid Response
Settlement Data: NGA (VMap1)
Road Data : NGA (VMap1)
Other Data: OCHA, USGS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

Analysis Summary: The city center of Tando Allayar is largely unaffected; however there are large concentrations of standing flood waters located immediately to the south and north of the city. There are several neighbourhoods south of the city along the Chambar Road (to the south-east) and the Tando Mohd Khan Road (to the south-west) which are either partially or almost entirely submerged or surrounded by flood waters, leaving potentially hundreds of residential and commercial buildings isolated without functional road access. The majority of flooding appears to be located on agricultural lands. Further, there is no apparent flooding on any of the main roads leading into the city, and should be fully operational. Please note: limited cloud cover has likely obscured some small areas affected by the flooding. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT at contact information below.
Analysis Data(1) : World View 1
Imagery Dates: 06 October 2020
Resolution : 0.5 m
Copyright:Digital Globe 2011
Source: FirstLook
Background Data(2) : World View 2
Imagery Dates: 03 October 2020
Resolution : 0.5 m
Copyright:Digital Globe 2011
Source: FirstLook
Road & Site Data : Google MapMaker
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative NonCommercial-ShareAlike 3.0 Unported License.

This map presents the standing flood waters over the affected districts of Badin, Mirpur Khas,Tando Allahyar and Sanghar, Pakistan. The analysis is based on satellite data recorded on 02 October 2020(MODIS Terra). A preliminary analysis indicates that the flood waters over Sanghar district has increased between 15 Sept. - 2 Oct. 2011. Standing flood water seems to be stable in spatial extent over the districts of Badin, Mirpur Khas and Tando Allahyar during the above mentioned period. Cloud cover between Sanghar and Mirpur Khas has led to an under estimate of flood waters. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data(1) : MODIS Terra
Imagery Dates: 02 October 2020
Resolution : 250 m
Sourcet: NASA Rapid Response
Satellite Data(2) : MODIS Aqua
Imagery Dates: 15 September 2020
Resolution : 250 m
Sourcet: NASA Rapid Response
Road Data : Google Map Maker 2011
Canal, Settlement Data: NGA (VMap1)
Other Data: OCHA, USGS
Analysis & Production : UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

Made by: VAMCO - Region: PAKISTAN

Made by: VAMCO - Region: PAKISTAN

This atlas provides detailed crisis satellite imagery coverage over the flood-affected sections of the city of Mirpur Khas based on data recorded 27 September 2011. Standing flood waters have been identified and highlighted on the atlas map sheets in semitransparent red. Further, a total of 130 IDP tent shelters erected for local residents displaced by the flood waters have been identified in three main camp sites situated north and west of the city center. Notes: Because of local cloud cover, some areas of flooding have not been identified. This atlas product was produced by UNITAR/UNOSAT in support of emergency humanitarian assistance activities in the affected districts of Sindh province, following heavy monsoon rains, and has been designed for easy printing and readability A4 and A3 paper at 1:5,500 scale. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT at contact information below.
Satellite Data(1) : World View 1
Imagery Dates: 27 September 2020
Resolution : 0.5 m
Copyright:Digital Globe 2011
Source: FirstLook
Satellite Data(2) : World View 2
Imagery Dates: 08 June 2020
Resolution : 0.5 m
Copyright:Digital Globe 2011
Source: FirstLook
Road & Site Data : Google MapMaker
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed
under a Creative NonCommercial-
ShareAlike 3.0 Unported License.

This map presents the standing flood waters over the affected districts in Cagayan Province, Philippines, folowing the tropical cyclone ´Pedring´ as based on analysis of satellite imagery collected on 29 September 2011. Please note that the exact limit of the flood waters is uncertain because of the relatively low spatial resolution of the satellite sensors used for this analysis, Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field.
Imagery Dates : 29 September 2020
Resolution: 250m
Source: NASA-Rapid Response
Road Data : Google MapMaker 2010
Drainage: USGS HydroSHEDS
Villages: NGA
Towns: EC-JRC
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Projection UTM Zone 51 N
Datum WGS-84
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative
NonCommercial-ShareAlike 3.0 Unported License.

Made by: GLCSC - Region: PAKISTAN

ANALYSIS SUMMARY: A preliminary analysis indicates that the city of Mirpur Khas has been severely affected by standing flood waters concentrated in the central and western suburbs of the city based on satellite imagery recorded 27 September 2011. Visible within the map extent in the central part of the city, approximately 850m of the primary road DCO office road are currently submerged under standing water. Further there is a emergency IDP camp established for displaced residents, located in Gama stadium containing at present around 85 tents shelters. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data(1) : World View 1
Imagery Dates: 27 September 2020
Resolution : 0.5 m
Copyright:Digital Globe 2011
Source: FirstLook
Satellite Data(2) : World View 2
Imagery Dates: 08 June 2020
Resolution : 0.5 m
Copyright:Digital Globe 2011
Source: FirstLook
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative NonCommercial-ShareAlike 3.0 Unported License.

ANALYSIS SUMMARY: A preliminary analysis indicates that the city of Mirpur Khas has been severely affected by standing flood waters concentrated in the central and western sections of the city based on satellite imagery recorded 27 September 2011. Visible within the map extent in the central part of the city, approximately 850 meters of the primary DCO Office Road is currently submerged and likely impassable. Further, an emergency IDP camp for displaced residents in Gama stadium has been established with currently 85 tents shelters. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT at contact information below.
Satellite Data(1) : World View 1
Imagery Dates: 27 September 2020
Resolution : 0.5 m
Copyright:Digital Globe 2011
Source: FirstLook
Satellite Data(2) : World View 2
Imagery Dates: 08 June 2020
Resolution : 0.5 m
Copyright:Digital Globe 2011
Source: FirstLook
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative NonCommercial-ShareAlike 3.0 Unported License.

This map illustrates estimated total rainfall accumulation for Vietnam, Laos and Cambodia.This total estimate was derived from the Tropical Rainfall Monitoring Mission (TRMM) precipitation dataset at a spatial resolution of approximately 25km for this region, and covers the dates from 25 August - 25 September 2011. It is possible that precipitation levels may have been underestimated for local areas, and is not a substitute for ground station measurements.The mean average rainfall totals by Province have also been calculated and displayed in the map. This rainfall estimate is a preliminary result & has not yet been validated in the field.Map produced for A3 printing at 1:3,500,000 scale.
Rainfall Data: TRMM
Resolution : 0.25 deg
Date Series: 25 Aug.- 25 Sept. 2011
Credit: NASA
Road Data : ESRI 2011
Settlement Data: EC-JRC
Ports/ Airports: NGA
Other Data: OCHA, USGS
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a
Creative Commons Attribution-NonCommercial-
ShareAlike 3.0 Unported License.

This map illustrates estimated total rainfall accumulation for Vietnam, Laos and Cambodia.This total estimate was derived from the Tropical Rainfall Monitoring Mission (TRMM) precipitation dataset at a spatial resolution of approximately 25km for this region, and covers the dates from 25 August - 25 September 2011. It is possible that precipitation levels may have been underestimated for local areas, and is not a substitute for ground station measurements. The mean average rainfall totals by Province have also been calculated and displayed in the map. This rainfall estimate is a preliminary result & has not yet been validated in the field. Map produced for A3 printing at 1:3,500,000 scale.
Rainfall Data: TRMM
Resolution : 0.25 deg
Date Series: 25 Aug.- 25 Sept. 2011
Credit: NASA
Road Data : ESRI 2011
Settlement Data: EC-JRC
Ports/ Airports: NGA
Other Data: OCHA, USGS
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a
Creative Commons Attribution-NonCommercial-
ShareAlike 3.0 Unported License.

Made by: VAMCO - Region: PAKISTAN

Made by: VAMCO - Region: PAKISTAN

Made by: VAMCO - Region: PAKISTAN

This map presents the standing flood waters over the affected districts of Badin and Mirpur Khas, Pakistan based on analysis of satellite data recorded on 23 September 2011. A preliminary analysis indicates that flood waters appear to be stable in spatial extent between 15-23 Sept. 2011. Please note that a detected water body reflects an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data(1) : ENVISAT ASAR WS-HH
Imagery Dates: 23 September 2020
Resolution : 150 m
Source:European Space Agency
Canal, Settlement Data: NGA (VMap1)
Road Data : Google Map Maker 2011
Other Data: OCHA, USGS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

This map presents the standing flood waters over the affected districts of Badin and Mirpur Khas, Pakistan based on analysis of satellite data recorded on 23 September 2011. A preliminary analysis indicates that flood waters appear to be stable in spatial extent between 15-23 Sept. 2011. Please note that a detected water body reflects an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data(1) : ENVISAT ASAR WS-HH
Imagery Dates: 23 September 2020
Resolution : 150 m
Source:European Space Agency
Canal, Settlement Data: NGA (VMap1)
Road Data : Google Map Maker 2011
Other Data: OCHA, USGS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

This map presents the standing flood waters over the affected districts of Badin and Mirpur Khas, Pakistan based on analysis of satellite data recorded on 23 September 2011. A preliminary analysis indicates that flood waters appear to be stable in spatial extent between 15-23 Sept. 2011. Please note that a detected water body reflects an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT.
Satellite Data(1) : ENVISAT ASAR WS-HH
Imagery Dates: 23 September 2020
Resolution : 150 m
Source:European Space Agency
Canal, Settlement Data: NGA (VMap1)
Road Data : Google Map Maker 2011
Other Data: OCHA, USGS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

Made by: GLCSC - Region: PAKISTAN

Made by: GLCSC - Region: PAKISTAN

This map presents the standing flood waters over the affected Provinces of Lower Sindh, Pakistan following recent heavy monsoon rains. This analysis indicates that flood waters have continued to expandin surface area over the four days, concentrated primary in the districts of Mirpur Khas and Umer kot. These findings were based on crisis satellite imagery collected by MODIS sensors on 15 Sept.,11 Sept. and 19 Aug. 2011. Please note that the exact limit of the flood waters is uncertain because of the relatively low spatial resolution of the satellite sensors used for this analysis, Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.Map produced for A3 printing at 1:900,000 scale.
Satellite Data(1) : MODIS Terra
Imagery Dates: 15 September 2020
Resolution : 250 m
Satellite Data(2) : MODIS Terra
Imagery Dates: 11 September 2020
Resolution : 250 m
Sourcet: NASA Rapid Response
Satellite Data(3) : MODIS Aqua
Imagery Dates: 19 August 2020
Resolution : 250 m
Sourcet: NASA Rapid Response
Road Data : Google Map Maker 2011
Canal, Settlement Data: NGA (VMap1)
Other Data: OCHA, USGS
Analysis & Production : UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

Made by: GLCSC - Region: SOUTH AFRICA

This map presents the standing flood waters over the affected Badin and Mirpur Khas districts of Sindh province, Pakistan following recent heavy monsoon rains. This analysis is based on crisis satellite imagery collected by ENVISAT-ASAR WS sensors on 12 September 2011. Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR /UNOSAT. Map produced for A3 printing at 1:550,000 scale.
Satellite Data(1) : ENVISAT ASAR WS-HH
Imagery Dates: 12 September 2020
Resolution : 150 m
Source:European Space Agency
Provided by:GeoPictures/ KSAT
Canal, Settlement Data: NGA (VMap1)
Road Data : Google Map Maker 2011
Other Data: OCHA, USGS
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

This map presents the standing flood waters over the affected Provinces of Lower Sindh, Pakistan following recent heavy monsoon rains. This analysis indicates that flood waters have significantly expanded to the east over the last two weeks, concentrated primary in the districts of Mirpur Khas and Umer kot. These findings were based on crisis satellite imagery collected by MODIS sensors on 11 Sept. and 19 Aug. 2011. Please note that the exact limit of the flood waters is uncertain because of the relatively low spatial resolution of the satellite sensors used for this analysis, Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.Map produced for A3 printing at 1:900,000 scale.
Satellite Data(1) : MODIS Terra
Imagery Dates: 11 September 2020
Resolution : 250 m
Sourcet: NASA Rapid Response
Satellite Data(2) : MODIS Aqua
Imagery Dates: 19 August 2020
Resolution : 250 m
Sourcet: NASA Rapid Response
Road Data : Google Map Maker 2011
Other Data: OCHA, USGS, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Baseline Imagery: ESRI WMS (Landsat-7)
Analysis conducted with ArcGIS v10
This work by UNITAR/UNOSAT is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

This map presents the standing flood waters over the affected Provinces of Lower Sindh,Pakistan following recent heavy monsoon rains.This analysis is based on crisis satellite imagery collected by MODIS sensors on 19 August 2011. Please note that the exact limit of the flood waters is uncertain because of the relatively low spatial resolution of the satellite sensors used for this analysis. Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field.Please send ground feedback to UNITAR / UNOSAT.
Satellite Data : MODIS Aqua
Imagery Dates: 19 August 2020
Resolution : 250 m
Sourcet: NASA Rapid Response
Road Data : Google Map Maker 2011
Other Data: OCHA, USGS, NGA
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Baseline Imagery: ESRI WMS (Landsat-7)
Analysis conducted with ArcGIS v10
Coordinate System:
WGS 1984 UTM Zone 42N
Projection: Transverse Mercator
Datum: WGS 1984
False Easting: 500,000.0000
False Northing: 0.0000
Central Meridian: 69.0000
Scale Factor: 0.9996
Latitude Of Origin: 0.0000
Units: Meter

Satellite Imagery Review of Ash Deposit Patterns from Puyehue-Cordón Caulle Volcanic Complex
DMC
SPOT
MODIS

Made by: ODEP - Region: SOMALIA

Made by: ODEP - Region: SOMALIA

Made by: GLCSC - Region: SOMALIA

Made by: GLCSC - Region: SOMALIA

Made by: ODEP - Region: SOMALIA

This map illustrates the mean average rainfall accumulation by State administrative units in Nigeria. This total estimate was derived from the Tropical Rainfall Monitoring Mission (TRMM) precipitation dataset at a spatial resolution of approximately 25km for this region, and covers the dates from 1 to 16 July 2011. It is possible that precipitation levels may have been underestimated for local areas, and is not a substitute for ground station measurements. This map was produced in support to Rivers State government, Nigeria.Map scale for A3,1:3,000,000.
Rainfall Data: TRMM
Resolution : 0.25 deg
Date Series: 1 - 16 JULY 2020
Credit: NASA
Road Data : ESRI (2011)
City Data: EU-JRC, Google Map Maker 2010
Other Data: USGS, NGA, UNOSAT
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10

This map illustrates estimated total rainfall accumulation for the Gulf of Guinea and the bordering states in Nigeria. This total estimate was derived from the Tropical Rainfall Monitoring Mission (TRMM) precipitation dataset at a spatial resolution of approximately 25km for this region, and covers the dates from 1 to 16 July 2011. It is possible that precipitation levels may have been underestimated for local areas, and is not a substitute for ground station measurements. This rainfall estimate is a preliminary result & has not yet been validated in the field.Map scale for A3,1:3,000,000.
Rainfall Data: TRMM
Resolution : 0.25 deg
Date Series: 1 - 16 JULY 2020
Credit: NASA
Road Data : ESRI (2011)
City Data: EU-JRC, Google Map Maker 2010
Other Data: USGS, NGA, UNOSAT
Analysis : UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Analysis conducted with ArcGIS v10

Made by: GLCSC - Region: WORLD

Made by: GLCSC - Region: LIBYA

Este mapa ilustra las inundaciones detectadas satelitalmente en las provincias afectadas de Atlantico y Magdalena, Colombia. El análisis de inundaciones se realizó por detección de cambios a partir de datos satelitales radar captados el 14 de Abril 2001 y el 23 de Mayo 2010. Se trata de un análisis preliminar aun no validado en el terreno.
Crisis Satellite Datos Radarsat 2
Resolución 12m
Datos del satélite 23 Mayo. 2011
Derechos de los datos RADARSAT-2 @ MDA 2011
Pre- Crisis Satellite Datos Radarsat 1
Resolución 12m
Datos del satélite 14 Abr. 2001
Derechos de los datos RADARSAT-1 @ MDA 2011
Análisis UNOSAT
Datos SIG NGA, SALB, USGS, WDPA
Producción del Mapa UNOSAT (26 Mayo. 2011)
Proyección UTM Zone 18 del Norte
Datum WGS 1984

Made by: ODEP - Region: PHILIPPINES

Made by: GLCSC - Region: JAPAN

Made by: GLCSC - Region: LIBYA

Made by: WFP,ITHACA - Region: NAMIBIA

Made by: ODEP - Region: NAMIBIA

This maps shows the yearly average population hit by floods during the monsoon season (May-October) in the last 11 years (2000-2010)

This map shows the total population hit by floods during the monsoon season (May-October) in the last 11 years (2000-2010)

Made by: ODEP - Region: ECUADOR

This map shows the percentage of the time in which each area resulted to be flooded during the month of June in the last 11 years (2000-2010)

This map shows the percentage of the time in which each area resulted to be flooded during the month of May in the last 11 years (2000-2010)

This map shows the percentage of the time in which each area resulted to be flooded during the month of August in the last 11 years (2000-2010)

This map shows the percentage of the time in which each area resulted to be flooded during the month of July in the last 11 years (2000-2010)

This map shows the surface percentage of township experiencing floods at least at once during the monsoon season in the last 11 years (2000-2010)

This map shows the percentage of the time in which each area resulted to be flooded during the monsoon season (May-Oct) in the last 11 years (2000-2010)

This map shows the percentage of the time in which each area resulted to be flooded during the month of September in the last 11 years (2000-2010)

This map shows the percentage of the time in which each area resulted to be flooded during the month of October in the last 11 years (2000-2010)

Made by: GLCSC - Region: JAPAN

Made by: GLCSC - Region: JAPAN

Made by: GLCSC - Region: JAPAN

Made by: GLCSC - Region: JAPAN

Made by: ODEP - Region: JAPAN

Made by: ODEP - Region: MYANMAR

Made by: ODEP - Region: MYANMAR

Made by: WFP - Region: MYANMAR

Made by: ODEP - Region: MYANMAR

Made by: GLCSC - Region: JAPAN

This map illustrates satellite-detected standing bodies of water remaining after the tsunami event over the city of Sendai and affected areas south in Miyagi Prefecture. Flood waters were identified through an analysis of Radarsat-2 satellite data recorded 12 March 2020 with a medium degree of confidence. This is a preliminary analysis & has not yet been validated in the field. It is possible that tsunami-related water bodies areas have been underestimated in areas with high debris levels. Please send ground feedback to UNITAR / UNOSAT.
Crisis Satellite Data(1): Radarsat-2 (HH)
Resolution: 12m
Imagery Date: 12 March 2020
Pre-crisis Satellite Data(1): Radarsat-1 (HH)
Resolution: 25m
Imagery Date: 26 March 2020
Copyright: Radarsat-2 © MDA 2010
Source: Canadian Space Agency
Nuclear Data: UNEP
Road Data: OSM
Elevation Heights: NGA
Protected Sites: WDPA 2010
Other Data: USGS, NGA
Background Imagery: Bing Maps
Source: (c) 2010 Microsoft
Analysis: UNITAR / UNOSAT
Production: UNITAR / UNOSAT
Projection: UTM Tokyo Zone 54 North
Datum: WGS-84
Produced using ArcGIS v10.0

Made by: WFP - Region: JAPAN

Made by: ODEP - Region: JAPAN

Made by: WFP - Region: JAPAN

Made by: WFP - Region: JAPAN

This map illustrates the limit of tsunami impact on coastline by the city Kamaishi, Japan derived from Ikonos imagery from 12 Mar 2011.
This map is realized by ScanEx in support to Emercom Russia.
Satellite Data: Ikonos
Imagery Date: 12 Mar, 2011
Copyright: GEOEYE, ScanEx
Analysis: ScanEx
Map Production: ScanEx

Made by: JRCGDACS - Region: JAPAN

Made by: JRCGDACS - Region: JAPAN

Made by: JRCGDACS - Region: JAPAN

Made by: GLCSC - Region: JAPAN

Made by: WFP - Region: PHILIPPINES

Made by: GLCSC - Region: PHILIPPINES

Output of ITHACA Extreme Rainfall Detection System.

Made by: GLCSC - Region: LIBYA

Made by: GLCSC - Region: CENTRAL AFRICAN REPUBLIC

This map illustrates satellite-detected flood waters over the affected provinces of Sofala & Zambezia along the Zambezi River, Mozambique. Flood waters were identified through an analysis of ENVISAT ASAR satellite data recorded on 17 February 2020 with a medium degree of confidence. The pre-flood water extent was extracted from ENVISAT ASAR data collected on 19 February 2004. This flood detection is a preliminary analysis & has not yet been validated in the field. It is possible that flood waters have been significantly underestimated in certain vegetated areas along the Limpopo and Incomati rivers because of water signature confusion in the radar data. Flood waters shown in this map thus likely represent minimum estimates. The rainfall data was derived from the Tropical Rainfall Monitoring Mission (TRMM) precipitation dataset at a spatial resolution of approximately 25km for this region. It is possible that precipitation levels may have been underestimated for local areas, and is not a substitute for ground station measurements.
Crisis Satellite Data: ENVISAT ASAR IMP
Resolution: 25m
Date Series: 17 Feb. 2011
Pre Crisis Satellite Data: ENVISAT ASAR IMP
Resolution: 25m
Date Series: 19 Feb. 2004
Flood Analysis: UNOSAT
Rainfall Data: TRMM (NASA)
Resolution: 0.25 deg
Date Series: 10 Jan - 17 Feb 2020
Hydrology data: Hydrosheds (USGS),ESRI
Transport Data: Google Map Maker
Copyright: © 2011 improved with GoogleMapMaker
Other GIS Data: NGA, USGS
Map Production: UNOSAT (25 Feb. 2011)
Projection: UTM, Zone 36 South
Datum: WGS 1984
Produced using ArcGIS

This map illustrates satellite-detected flood waters over the affected districts of Chibuto, Chowke & Xai-Xai of Gaza province and Manhic, Magude & Bilene of Maputo province, Mozambique. Flood waters were identified through an analysis of PALSAR satellite data recorded on 05 February 2020 with a medium degree of confidence. The pre-flood water extent was extracted from Radarsat-1 data collected on 3 February 2008. This flood detection is a preliminary analysis & has not yet been validated in the field. It is possible that flood waters have been significantly underestimated in certain vegetated areas along the Limpopo and Incomati rivers because of water signature confusion in the radar data. Flood waters shown in this map thus likely represent minimum estimates. The rainfall data was derived from the Tropical Rainfall Monitoring Mission (TRMM) precipitation dataset at a spatial resolution of approximately 25km for this region. It is possible that precipitation levels may have been underestimated for local areas, and is not a substitute for ground station measurements.
Crisis Satellite Data: PALSAR
Resolution: 100m
Date Series: 05 Feb. 2011
Pre Crisis Satellite Data: Radarsat-1
Resolution: 25m
Date Series: 03 Feb. 2008
Flood Analysis: UNOSAT
Rainfall Data: TRMM (NASA)
Resolution: 0.25 deg
Date Series: 10 - 30 January2011
Hydrology data: Hydrosheds (USGS),ESRI
Transport Data: Google Map Maker
Copyright: © 2011 improved with
GoogleMapMaker
Other GIS Data: NGA, USGS
Map Production: UNOSAT (04 Feb. 2011)
Projection: UTM, Zone 36 South
Datum: WGS 1984
Produced using ArcGIS

Made by: ITHACA,WFP - Region: MOZAMBIQUE

Made by: GLCSC - Region: MOZAMBIQUE

This map illustrates satellite-detected flood waters over the affected districts of Chibuto & Xai-Xai of Gaza Province, Mozambique. Flooded areas have been marked as Red areas represent standing flood waters identified with a high degree of confidence. Flood analysis was made using MODIS Terra & Aqua data recorded 26 January 2011. This flood detection is a preliminary analysis & has not yet been validated in the field. The rainfall estimate was derived from the Tropical Rainfall Monitoring Mission (TRMM) precipitation dataset at a spatial resolution of approximately 25km for this region. It is possible that precipitation levels may have been underestimated for local areas, and is not a substitute for ground station measurements.
Satellite Data: MODIS Terra & Aqua (NASA)
Resolution: 250m
Date Series: 26 Jan. 2011
Flood Analysis: UNOSAT
Rainfall Data: TRMM (NASA)
Resolution: 0.25 deg
Date Series: 10 - 25 January2011
Hydrology Data: Hydrosheds (USGS),ESRI
Transport Data: Google Map Maker
Copyright: © 2011 improved with Google Map Maker
Other GIS Data: NGA, USGS
Map Production: UNOSAT (28 January 2020)
Projection: UTM, Zone 36 South
Datum: WGS 1984
Produced using ArcGIS

BACKGROUND: This is a satellite-based damage assessment of the town of Dalbandin (Chagai, Balochistan Province) following the 7.2 magnitude earthquake on 18 January 2021 (20:23:23 UTC). The earthquake epicenter was located approximately 50 kilometers to the west of Dalbandin, at an estimated depth of 68km.1 The town buildings and infrastructure were reviewed for potential damages resulting from the earthquake using a series of satellite imagery recorded on 21, 23 and 25 January 2011. All imagery data was provided through the International Charter on Space and Major Disasters. An annotated overview map of the town is included for reference on page 3. This assessment has not yet been independently validated on the ground.
Satellite Imagery (1): GeoEye-1
Resolution: 50cm
Imagery Dates: 23 January 2021
Source: USGS (HDDS)
Copyright: GeoEye 2011
Satellite Imagery (2): Worldview-02
Resolution: 50cm
Imagery Dates: 21 January 2021
Source: USGS (HDDS)
Copyright: DigitalGlobe 2011
Satellite Imagery (2): SPOT-5
Resolution: 2.5m (Pansharpened)
Imagery Dates: 25 January 2021
Copyright: Spot Image CNES 2011
Vector Data: NGA and Google MapMaker
Report Analysis: UNITAR / UNOSAT
Projection: UTM Zone 41N
Datum: WGS-84
Seismic Data: USGS
Analysis conducted with ArcGIS v10

Made by: WFPCO - Region: PAKISTAN

Made by: WFPCO - Region: PAKISTAN

Made by: ODEP - Region: WORLD

Made by: ODEP - Region: WORLD

Made by: ODEP - Region: PAPUA NEW GUINEA

Este mapa ilustra las inundaciones detectadas satelitalmente en las provincias afectadas de Atlantico y Magdalena, Colombia. El análisis de inundaciones se realizó por detección de cambios a partir de datos satelitales radar captados el 7 de Abril 2010 y el 22 de Noviembre 2010. Se trata de un análisis preliminar aun no validado en el terreno.
Crisis Satellite Datos: Radarsat 2
Resolución: 25m
Datos del satélite: 22 Nov. 2010
Derechos de los datos: RADARSAT-2 @ MDA 2010
Pre- Crisis Satellite Datos: Radarsat 1
Resolución: 25m
Datos del satélite: 7 Abr. 2010
Derechos de los datos: RADARSAT-1 @ MDA 2010
Análisis: UNOSAT
Datos SIG: NGA, SALB, USGS, WDPA
Producción del Mapa: UNOSAT (25 Nov. 2010)
Proyección: UTM Zone 18 del Norte
Datum: WGS 1984

Made by: WFPCO - Region: MYANMAR

Water body extent was automatically derived from MODIS satellite imagery by ITHACA

MODIS Satellite imagery analysis

Made by: GLCSC - Region: INDONESIA

Made by: GLCSC - Region: INDONESIA

Made by: WFPCO - Region: MYANMAR

This map presents potential flood affected lands in Ubon Ratchathani Province Thailand. SPOT 4 imagery was acquired on 31 October 2020 and has a resolution of 10m. The extensive presence of rice fields along the Mun River over the observed area causes confusion with possible flood inundated land. Therefore the analysis has a high level of uncertainty and areas marked in orange can also be flood affected. The current situation has been compared with SPOT 5 imagery as of the 18 January 2008. Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.

Map Scale for A3: 1:80,000; Projection : UTM Zone 48 North; Datum: WGS-84 (EGM-96)
Satellite Data (1): SPOT 4
Resolution: 10 meters
Image Date: 31 October 2020
Satellite Data (2): SPOT 5
Resolution: 10 meters
Image Date: 18 January 2021
Copyright image 1&2: SPOT Image 2010
Elevation Data: Aster GDEM
Source: METI & NASA 2009
GIS Data: NGA, OCHA
Hydrology Data: USGS HydroSheds/ESRI
Road Data: Open Street Map (OSM)
Airport Data: NGA
Place names: Vmap0, OCHA, GeoNames
Flood Analysis: UNITAR / UNOSAT
Map Production: UNITAR / UNOSAT
Projection: UTM Zone 48N
Datum: WGS-84

This map presents the potential flood affected lands around Pak Nam Pho,Nakhan Sawan Province and Chao Phraya river in Thailand. There is possiblitity of floods extending inside Pak Nam Pho town in the near future. PALSAR imagery was acquired on 30 October 2020 and has a resolution of 100m. Due to the extensive presence of rice fields over the observed area , the analysis has a high level of uncertainty. Detected water bodies likely reflect an overrestimation of all flood-affected areas within the map extent, because ov the used L-band SAR sensor. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.

Map Scale for A3: 1:250,000; Projection : UTM Zone 47 North; Datum: WGS-84 (EGM-96)
Crisis Satellite Data: ALOS PALSAR
Resolution: 100 meters
Image Date: 30 October 2020
Source: © JAXA METI
Pre-Crisis Satellite Data: ALOS PALSAR
Resolution: 100 meters
Image Date: 13 August 2020
Source: © JAXA METI
Elevation Data: Aster GDEM
Source: METI & NASA 2009
GIS Data: NGA, OCHA
Hydrology Data: USGS HydroSheds/ESRI
Road Data: Open Street Map (OSM)
Airfield Data: NGA
Place names: Vmap0, OCHA
Flood Analysis: UNITAR / UNOSAT
Map Production: UNITAR / UNOSAT
Projection: UTM Zone 47N
Datum: WGS-84

This map presents the potential flood affected lands around the town of Phra Nakhon Si Ayutthaya in Ayutthaya Province and close to the Chao Phraya River. SPOT 4 crisis imagery was acquired on 30 October 2020 and has a pan-sharpened resolution of 10m. This image was compared with a pre-crisis SPOT 5 with 10m resolution showing the situation as of 6 December 2007. Due to the extensive presence of rice fields over the observed area and a pre image of the same season, the analysis has a high level of uncertainty. Detected water bodies likely reflect an overrestimation of all flood-affected areas within the map extent, because of confusion with cultivated rice fields. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.

Map Scale for A3: 1:90,000; Projection : UTM Zone 47 North; Datum: WGS-84 (EGM-96)
Satellite Data (1): SPOT 4
Resolution: 10 meters
Image Date: 30 October 2020
Satellite Data (2): SPOT 5
Resolution: 10 meters
Image Date: 06 December 2020
Copyright image 1 / 2: SPOT Image 2010
Elevation Data: Aster GDEM
Source: METI & NASA 2009
GIS Data: NGA, OCHA
Hydrology Data: USGS HydroSheds/ESRI
Road Data: Open Street Map (OSM)
Airfield Data: NGA
Place names: Vmap0, OCHA
Flood Analysis: UNITAR / UNOSAT
Map Production: UNITAR / UNOSAT
Projection: UTM Zone 47N
Datum: WGS-84

This map presents potential flood affected lands in
Nakhon Ratchasima, Buriram, Surim Province Thailand.There is possiblitity of floods extending till
Ubon Ratchathani in the near future. MODIS imagery
was acquired on 31 October 2020 and has a resolution of 250m. Due to the cloud coverage, extensive presence of rice fields over the observed area and lack of identifiable preflood waters from MODIS data, the analysis has a high level of uncertainty. Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.

Map Scale for A3: 1:400,000; Projection : UTM Zone 47 North; Datum : WGS-84 (EGM-96)

Crisis Satellite Data: MODIS
Resolution: 250 meters
Image Date: 31 October 2020
Source: NASA
Elevation Data: Aster GDEM
Source: METI & NASA 2009
GIS Data: NGA, OCHA
Hydrology Data: USGS HydroSheds/ESRI
Road Data: Open Street Map (OSM)
Airfield Data: NGA
Place names: VMAP0,OCHA
Flood Analysis: UNITAR / UNOSAT
Map Production: UNITAR / UNOSAT
Projection: UTM Zone 47N
Datum: WGS-84

This map presents the potential flood affected lands in and around Ayuthaya Province and Chao Phraya river in Thailand. The analysis reaches from the province of Lopburi in north till Pathum Thani in the south.There is possiblitity of floods extending till Bangkok in the near future. MODIS imagery was acquired on 29 October 2020 and has a resolution of 250m. Due to the delta character, cloud coverage, extensive presence of rice fields over the observed area and lack of corresponding pre-crisis MODIS data, the analysis has a high level of uncertainty. Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.

Map Scale for A3: 1:430,000; Projection : UTM Zone 47 North; Datum : WGS-84 (EGM-96)
Crisis Satellite Data: MODIS
Resolution: 250 meters
Image Date: 29 October 2020
Source: NASA
Elevation Data: Aster GDEM
Source: METI & NASA 2009
GIS Data: NGA, OCHA
Hydrology Data: USGS HydroSheds/ESRI
Road Data: OSM
Airfield Data: NGA
Place names: Global Insight
Flood Analysis: UNITAR / UNOSAT
Map Production: UNITAR / UNOSAT
Projection: UTM Zone 47N
Datum: WGS-84

This map presents the permanent water bodies and potential flood affected land and/or aquaculture in Rakhine State in Myanmar. The analysis reaches from the Districts of Pauktaw to Kyaukpyu. Radarsat-2 imagery was acquired on 25 October 2020 and has a resolution of 25m. Due to the costal and delta character of the observed area and lack of corresponding pre-crisis radar data, the analysis has a high level of uncertainty. Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.
Map scale for A3:1:300,000; Projection : UTM Zone 46 North; Datum : WGS-84 (EGM-96).
Crisis Satellite Data: Radarsat-2
Resolution: 25 meters
Image Date: 25 October 2020
Source: RADARSAT-2 © MDA 2009
PreCrisis Satellite Data: Not available
Rainfall Data: TRMM (NASA)
Resolution: 0.25 deg
Date Series: 20 - 28 October 2020
Cyclone GIRI - Data: CIRA
Elevation Data: Aster GDEM
Source: METI & NASA 2009
GIS Data: NGA, OCHA, UNEP
Hydrology Data: USGS HydroSheds
Road Data: Google Map Maker 2010
Airfield Data: Google Maps
Flood Analysis: UNITAR / UNOSAT
Map Production: UNITAR / UNOSAT
Projection: UTM Zone 46N
Datum: WGS-84

Made by: ODEP - Region: INDONESIA

This map illustrates satellite-detected flood waters in Ha Tinh and Nghe An provinces, Viet Nam, based on a preliminary analysis of crisis Radarsat-2 data acquired on 22 October and 10 May 2010. Multiple villages appear to be flooded south west of Vinh, in addition to large sections of roads and railway. Because of the complexity of the mixed urban, marshland and aquaculture environment in this area, there is a relatively high degree of uncertainty associated with the flood water detection and classification. This flood assessment is a preliminary analysis & has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A3:1:200,000; Projection : UTM Zone 48 North; Datum : WGS-84 (EGM-96).
Satellite Data (1): ALOS PALSAR
Imagery Dates: 22,October 2010
Resolution: 100m
Copyright: © JAXA MET
Satellite Data (2): ALOS PALSAR
Imagery Dates: 10, May 2010
Resolution: 100m
Copyright: © JAXA MET
Elevation Data: ASTER GDEM
Resolution: 27 m
Source: METI & NASA 2009
Road Data: Google Map Maker 2010
Other Data: CISIN, ESRI, USGS, NGA, FAO
Flood Analysis: UNITAR / UNOSAT
Map Production: UNITAR / UNOSAT
Projection: UTM Zone 48 North
Datum: WGS-84 (EGM-96)

Made by: ODEP - Region: PHILIPPINES

Made by: ODEP - Region: PHILIPPINES

Made by: ODEP - Region: PHILIPPINES

Made by: ODEP - Region: PHILIPPINES

Made by: ITHACA,WFP - Region: MYANMAR

Made by: ODEP - Region: PHILIPPINES

Made by: ODEP - Region: PHILIPPINES

Made by: ITHACA,WFP - Region: BENIN

Made by: ITHACA,WFP - Region: BENIN

Made by: ITHACA,WFP - Region: BENIN

Made by: GLCSC - Region: WORLD

This map illustrates the expansion of flood waters on Lake Manchar in Sindh Province based on a time series analysis of satellite data recorded between 4 July and 6 October 2010. As shown in the left map frame, flood waters have continued to spread from Lake Manchar to the north-east, flooding an estimated 60 villages and small towns between 16 September and 6 October. In contrast, flood levels have dramatically receded along the main Indus river channel immediately to the east of the lake. The right map frame presents the relative extent of standing water levels at four separate dates. This flood assessment is a preliminary analysis & has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A3:1:200,000; Projection: UTM Zone 48 North; Datum: WGS-84.
Satellite Data (1): UK DMC2
Resolution: 32 meters
Image Date: 6 October 2020
Source: DMC International Imaging Ltd.
Satellite Data (2): ALOS PALSAR
Resolution: 100 meters
Image Date: 4 July 2020
Source: © JAXA, MET
Crisis Satellite Data: MODIS Aqua & Terra
Resolution: 250 meters
Image Dates: 28 July - 16 September 2020
Source: NASA Rapid Response
Transport Data: Google Map Maker
Transport Data Copyright:
© 2009 Google - Improve with Google Map Maker
GIS Data: NGA, USGS
Flood Analysis: UNITAR / UNOSAT
Map Production: UNITAR / UNOSAT

This map illustrates satellite-detected flood waters in Quang Binh province, Viet Nam, based on a preliminary analysis of crisis Radarsat-2 data acquired on 8 & 10 October 2010. Although there are no significant indications of standing flood waters along the banks of the main Song Nan river, there are multiple areas of potentially severe local flooding mostly in the highlands to the south of Song Nan river affecting a number of locations including: the villages of Yên Lac and Tân Hóa in Tuyen Hoa district, the village of Chà Nòi in Bo Trach district; multiple small villages west of the village of Co Lung in Quang Trach district; and multiple villages along the south bank of the Song Con river in Bo Trach district. Further, at the mouth of the Song Nan river between the towns of Hoa Ninh and Ba Don, there are potentially large areas of flooding, however because of the complexity of the mixed urban, marshland and aquaculture environment in this area, there is a relatively high degree of uncertainty associated with the flood water detection and classification. This flood assessment is a preliminary analysis & has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A3:1:200,000; Projection : UTM Zone 48 North; Datum : WGS-84 (EGM-96).
Satellite Data (1): Radarsat-2 (HH)
Imagery Dates : 8,10 October 2009
Resolution : 25m
Copyright : RADARSAT-2 © MDA 2009
Credit :Canadian Space Agency
Satellite Data (2) : ENVISAT ASAR (IMP/WSM)
Imagery Dates : 16DEC2009/03SEPT2010
Resolution : 25m/150m
Source : European Space Agency (ESA)
Elevation Data : ASTER GDEM
Resolution : 27 m
Source : METI & NASA 2009
Road Data :Google Map Maker 2010
Other Data : CISIN, ESRI, USGS, NGA, FAO
Flood Analysis : UNITAR / UNOSAT
Map Production : UNITAR / UNOSAT

Made by: ODEP - Region: PAKISTAN

Made by: ODEP - Region: WORLD

Made by: ITHACA,WFP - Region: PAKISTAN

Made by: ITHACA,WFP - Region: PAKISTAN

Made by: ITHACA,WFP - Region: PAKISTAN

Cosmo-SkyMed satellite imagery analysis

Cosmo-SkyMed satellite imagery analysis

Cosmo-SkyMed satellite imagery analysis

Made by: ITHACA,WFP - Region: PAKISTAN

MODIS satellite imagery experimental automatic processing. Multi temporal analysis (Sep 16-17-20, 2010)

ANALYSIS SUMMARY:
This map presents a comprehensive overview of the maximum flood water extent across the affected provinces in Pakistan as detected by a constellation of satellite sensors throughout the course of this catastrophic disaster from 28 July to 16 September 2010. Flood waters depicted on the map have been symbolized with two classes, the first and primary class (shown in red), represents the maximum water extent across the affected provinces, as identified with a very high degree of confidence; the second class (shown in orange), represents potential flood waters which were identified with a moderate to low degree of confidence. Inset satellite images over selected locations across the affected region provide detailed examples of the type of damages and other flood related issues that will need to be addressed during the early recovery and reconstruction phases. Further, a spatial analysis conducted with satellite-derived flood data provided a preliminary estimate of the potential number of villages, towns, infrastructure sites as well as the length of roads and railway tracks directly affected by the flooding. These results have been quantified by administrative province (see included table). Across the whole of the flood affected region, it has been estimated that over 7,490 villages, 135 towns/cities and 190 health facilities were identified as potentially directly affected by the flood waters, the majority of villages completely inundated or surrounded by flood waters without open land evacuation routes. Over 5,000 km of primary or secondary roads were likely submerged along with 400 km of railway tracks and 400 bridges. Please note that the numbers of affected locations presented in this map and associated table likely represent absolute minimum estimates for the area assessed; because of limitations in available settlement and transportation datasets it is certain that the numbers of affected villages, towns and affected infrastructure / transportation lines are significantly underestimated. This disaster analysis was conducted with satellite imagery provided through the International Space Charter as well as from ESA, NASA and USGS.
CALCULATING THE MAXIMUM FLOOD EXTENT
The estimated total surface area of all satellite-detected flood waters during this event was 37,280km2 based on cumulative analysis from 28 July to 16 September 2010. This estimate includes both water classes shown in the map and has been controlled for the normal, pre-crisis water extent of major rivers, lakes and reservoir water bodies using the best available hydrological datasets. Because of the limited duration of the reported flash floods in the northern provinces of Pakistan (especially Khyber Pakhtunkhwa), as well as limitations of the satellite sensors used for this analysis, it is likely that the total extent of flood waters have been underestimated by potentially upwards of several hundred square kilometres. Nevertheless, the total impact of this probable underestimation is essentially negligible when calculating the overall accuracy and completeness of the flood water.
Satellite Data (1): ENVISAT ASAR IMP (HH)
Resolution: 24 meters
Image Dates: 1, 3, 6 September 2020
Source: European Space Agency (ESA)
Satellite Data (2): ALOS PALSAR (FBD & WB1)
Resolution: 25/100 meters
Image Date: 4 July & 5, 19 & 21 August 2020
Source: © JAXA, METI
Crisis Satellite Data (3): RADARSAT-2
Resolution: 25 meters
Image Date: 5, 10, 21 August 2020
Copyright: Radarsat-2 © MDA 2010
Source: Canadian Space Agency
Satellite Data (4): UK DMC2
Resolution: 32 meters
Image Date: 19 August 2020
Source: DMC International Imaging Ltd.
Crisis Satellite Data (5): Worldview-1
Resolution: 0.5m
Image Date: 2 August 2020
Source: USGS, Digital Globe
Crisis Satellite Data (6): QuickBird2
Resolution: 0.6m
Image Date: 14, 16, 24 & 29 August 2020
Source: USGS, GEOEYE
Crisis Satellite Data (7): GeoEye-1
Resolution: 0.5m
Image Date: 5 & 10 August 2020
Source: USGS, GEOEYE
Crisis Satellite Data: MODIS Aqua & Terra
Resolution: 250 meters
Image Dates: 28 July - 16 September 2020
Source: NASA Rapid Response
Landsat-7 imagery: ESRI WMS
Elevation Data: Aster GDEM
Source: METI & NASA 2009
GIS Data : NGA, OCHA, USGS
Transport Data: Google Map Maker
Transport Data Copyright:
© 2009 Google - Improve with Google Map Maker
Refugee Data: UNHCR
Hospital Data: WHO
Flood Analysis: UNITAR / UNOSAT
Map Production: UNITAR / UNOSAT
Projection: UTM Zone 42N
Datum: WGS-84

MODIS satellite imagery experimental automatic processing. Multi temporal analysis (Sep 08-13-16, 2010)

Exercise map for EADRCC Consequence Management Exercises ARMENIA 2010-Overview Map of Affected Areas
Projection :UTM Zone 38 North
Datum :WGS84
Earthquake Data:USGS
Elevation: STRM
Vector Data: Acopian Center for the Environment (ACE)
Map production: UNITAR/UNOSAT

Made by: GLCSC - Region: PAKISTAN

This is the fifth situational update on the status of flood waters between the cities of Thatta and Sujawal, in Thatta district based on an analysis of ENVISAT ASAR satellite data recorded 1 September 2020 at 5:33 UTC. Over the last 48 hours the Town of Sujawal has likely been severely flooded, with no functional road access. This was the direct result of a major water outflow event from the eastern bank of the Indus River on 28 August 2010, advancing over 45km to the south-east as of 1 September. The town of Jati is under imminent threat of flooding within the next 24 hours. The current direction of this outflow should take it into the delta, which could act to lessen the severity of flooding further south in Thatta District along the Indus channel to the Arabian Sea. Flood waters immediately east of Thatta city have remained relatively stable over the last 72 hours and have not advanced closer to the city. The town of Chuhar Jamali is also at high flood risk. This situational analysis is based on a rapid analysis of current satellite data available and will be revised and updated as new data becomes available; this analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A4: 1:350,000; Projection: UTM Zone 42N - WGS-84.
Crisis Satellite Data (1): ENVISAT ASAR IMP (HH)
Resolution : 24 meters
Image Date : 1 September 2020
Source: European Space Agency (ESA)
Crisis Satellite Data (1) :MODIS Aqua & Terra
Resolution :250 meters
Image Date :26 Aug-1 Sept. August 2010
Precrisis Satellite Data (1) :ALOS PALSAR (FBD HH-HV)
Resolution : 25 meters
Image Date: 4 July 2020
Source :© JAXA, METI
GIS Data :NGA, OCHA, USGS, OSM
Transport Data :Google Map Maker
Transport Data Copyright: © 2010 Google - Improve with Google Map Maker
Flood Analysis :UNITAR / UNOSAT
Projection :UTM Zone 42N - WGS-84

This is the fourth situational update on the status of rising flood waters between the cities of Thatta and Sujawal, in Thatta district based on a time series of MODIS satellite data recorded 29 August at 09:10 UTC. There has been a major expansion of flood water on eastern bank of the Indus river, threatening the towns of Thatta and Sujawal. Water has advanced. The flood waters have advanced over 14km at its furthest point between August 28 - 29; threatening to surround the city of Sujawal which remains at high risk. Sections of route N-5 north of Thatta remain likely flooded; the towns of Bannu and Daro on the eastern bank of the Indus also remain threatened. Due to cloud cover over the region, more recent imagery has not been processed over this area. This situational analysis is based on a rapid visual assessment of the current satellite data available over this area and will be revised and updated as new data becomes available; this analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A4: 1:400,000; Projection: UTM Zone 42N; Datum: WGS-84.
Crisis Satellite Data (1) :ALOS PALSAR (FBD HH-HV)
Resolution : 25 meters
Image Date : 19 August & 4 July 2020
Source :© JAXA, METI
Crisis Satellite Data (1) :MODIS Aqua & Terra
Resolution :250 meters
Image Date :26-29 August 2010
Source :NASA Rapid Response
Source :NASA Rapid Response
GIS Data :NGA, OCHA, USGS, OSM
Transport Data :Google Map Maker
Transport Data Copyright: © 2010 Google - Improve with Google Map Maker
Flood Analysis :UNITAR / UNOSAT
Projection :UTM Zone 42N - WGS-84

Analysis Findings: This is the fifth situational update on the status of flood waters advancing on the city of Shahdadkot, based on satellite data recorded today at 09:10 UTC (29 August 2020). Flood waters have continued to advance over 1km eastward towards Shahdadkot over last 24 hours, waters now likely to enter southern sections of town within next 24 hours. Immediately north of Shahdadkot, the reported makeshift embankment continues to hold. To the south-east of Shahdadkot, there are indications that flood waters have remained stable over the last 48 hours, raising hope that southern road access to Shahdadkot might remain partially open. This situational analysis is based on a rapid visual assessment of the current satellite data available over this area and will be revised and updated as new data becomes available; this analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A4: 1:200,000; Projection: UTM Zone 42N; Datum: WGS-84.
Crisis Satellite Data (1): MODIS Aqua & Terra
Resolution: 250 meters
Image Dates: 23-29 August 2010
Source: NASA Rapid Response
GIS Data: NGA, OCHA, USGS, OSM
Transport Data: Google Map Maker
Transport Data Copyright: © 2009 Google - Improve
with Google Map Maker
Reference Imagery: ESRI WMS 2010
Hospital Data: WHO
Background Imagery: Landsat-7 / MODIS fusion
Flood Analysis: / UNOSAT

Analysis Findings: This is the fourth situational update on the status of flood waters advancing on the city of Shahdadkot, based on satellite data recorded today at 08:30 UTC (28 August 2020). Flood waters have continued to advance 2.5km eastward towards Shahdadkot over last 24 hours constituting now an imminent threat that the town could be flooded within the next 24-48 hours. Immediately north of Shahdadkot, the reported makeshift embankment continues to hold. To the south-east of Shahdadkot, there are indications that flood waters have not significantly advanced within the last 24 hours, raising hope that southern road access to Shahdadkot might remain partially open. This situational analysis is based on a rapid visual assessment of the current satellite data available over this area and will be revised and updated as new data becomes available; this analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A4: 1:200,000; Projection: UTM Zone 42N; Datum: WGS-84.
Crisis Satellite Data (1): MODIS Aqua & Terra
Resolution: 250 meters
Image Date: 23-28 August 2010
Source: NASA Rapid Response
GIS Data: NGA, OCHA, USGS, OSM
Transport Data: Google Map Maker
Transport Data Copyright: © 2009 Google - Improve
with Google Map Maker
Reference Imagery: ESRI WMS 2010
Hospital Data: WHO
Background Imagery: Landsat-7 / MODIS fusion
Flood Analysis: / UNOSAT

This is the third situational update on the status of rising flood waters between the cities of Hyderabad and Thatta, in Thatta disrict based on a time series of MODIS satellite data recorded this morning (28 August at 08:30 UTC) and PALSAR data recorded on 19 and 21 August 2010. Over the last 24 hours there has been a major expansion of flood water on eastern bank of Indus, threatening the towns of Daro and Sujawal in Thatta district, advancing over 9 km; the city of Thatta remains at high risk, however the leading edge of flood waters less than 4km to the east have remained stable over the last 24 hours, indicating that local barriers were continuing to hold. Sections of route N-5 north of Thatta are likely flooded as waters converge with Lake Khinjar; the town of Bannu on the eastern bank of Indus is also currently threatened. The situation within the Hyderabad area and Kotri Barrage has remained stable over last 24 hrs with little or no indications of significant expansion in flood water extent. This situational analysis is based on a rapid visual assessment of the current satellite data available over this area and will be revised and updated as new data becomes available; this analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A4: 1:740,000; Projection: UTM Zone 42N - WGS-84.
Crisis Satellite Data (1): ALOS PALSAR (FBD HH-HV)
Resolution: 25 meters
Image Date: 19 August 2020
Source: © JAXA, METI
Satellite Data (2) :ALOS PALSAR (WB1 HH)
Resolution: 100 meters
Image Date: 21 August 2020
Source: © JAXA, METI
Crisis Satellite Data (1) :MODIS Aqua & Terra
Resolution: 250 meters
Image Date: 28 August 2020
Source: NASA Rapid Response
GIS Data: NGA, OCHA, USGS, OSM
Transport Data: Google Map Maker
Transport Data Copyright: © 2009 Google - Improve with Google Map Maker
Hospital Data: WHO
Flood Analysis: UNITAR / UNOSAT

Analysis Findings: This is the third situational update on the status of flood waters advancing on the city of Shahdadkot, based on satellite data recorded today at 06:10 UTC (27 August 2020). A change detection analysis has been made comparing satellite imagery from this morning with imagery recorded daily since 23 August 2010. Immediately north of Shahdadkot, the reported makeshift embankment appears to be holding across most sections as of 06:10 UTC today (27 August 2020) however there is now a direct threat to Shahdadkot from advancing flood waters from the east, now within 4.5 km of the city; To the south-east of Shahdadkot, flood waters have surged east over 9km between 24-27 Aug. threatening to encircle Shahdadkot; Road access south from the city is currently open but under direct threat from the advancing water from the west, which could close almost all road access to Shahdadkot within 24-48hrs.This situational analysis is based on a rapid visual assessment of the current satellite data available over this area and will be revised and updated as new data becomes available; this analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A4: 1:200,000; Projection: UTM Zone 42N; Datum: WGS-84.
Crisis Satellite Data (1) : MODIS Aqua & Terra
Resolution : 250 meters
Image Date : 23-27 August 2010
Source : NASA Rapid Response
GIS Data : NGA, OCHA, USGS, OSM
Transport Data : Google Map Maker
Transport Data Copyright: © 2009 Google - Improve
with Google Map Maker
Reference Imagery : ESRI WMS 2010
Hospital Data : WHO
Background Imagery : Landsat-7 / MODIS fusion
Flood Analysis : : / UNOSAT

This is the second situational update on the status of rising flood waters between the cities of Hyderabad and Thatta based on a time series of MODIS satellite data recorded this morning (26 August 08:40 UTC) and PALSAR data recorded on 19 and 21 August 2010. Flood waters have to dramatically risen over the last five days south of Hyderabad with significant flooding on both the eastern and western banks of the Indus River; an estimated 7km of Route N-5 north of Thatta is likely flooded as waters converge with Lake Khinjar; the town of Bannu on the eastern bank of Indus is currently threatened; the city of Thatta is also potentially at risk from flood waters which are currently located less than 4km to the east; the situation within the Hyderabad area continues to worsen with rising water levels north of the Kotri Barrage likely cutting railway lines north and threatening the Jamshoro thermal power station; immediately south, the eastern section of Jamshoro are at risk; within Hyderabad there is an apparent intrusion of flood waters, possibly affecting route N-5 north. This situational analysis is based on a rapid visual assessment of the current satellite data available over this area and will be revised and updated as new data becomes available; this analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A4: 1:950,000; Projection: UTM Zone 42N - WGS-84.
Crisis Satellite Data (1): ALOS PALSAR (FBD HH-HV)
Resolution: 25 meters
Image Date: 19 August 2020
Source: © JAXA, METI
Satellite Data (2) :ALOS PALSAR (WB1 HH)
Resolution: 100 meters
Image Date: 21 August 2020
Source: © JAXA, METI
Crisis Satellite Data (1) :MODIS Aqua & Terra
Resolution: 250 meters
Image Date: 26 August 2020
Source: NASA Rapid Response
GIS Data: NGA, OCHA, USGS, OSM
Transport Data: Google Map Maker
Transport Data Copyright: © 2009 Google - Improve with Google Map Maker
Hospital Data: WHO
Flood Analysis : UNITAR / UNOSAT

This is the first situational update on the status of rising flood waters surrounding the Kotri Barrage in the city of Hyderabad based on a time series of PALSAR satellite data recorded on 19 and 21 August as well as MODIS data recorded 05:40 UTC this morning (24 August 2020). Flood waters have dramatically risen over the last five days, with the largest area of flood expansion located immediately north of the Kotri Barrage on the west bank of the Indus, likely cutting the railway lines north and threatening the Jamshoro thermal power station; the second major expansion of flood waters is immediately south of the barrage, threatening the eastern section of the city of Jamshoro; within the Hyderabad itself there is an apparent intrusion of flood waters within the northern section of the city possibly affecting route N-5 north; Route N-55 is likely unaffected by flooding however route M-9 is likely flooded between the cities of Kotri and Jamshoro. This situational analysis is based on a rapid visual assessment of the current satellite data available over this area and will be revised and updated as new data becomes available; this analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A4: 1:200,000; Projection :UTM Zone 42N - WGS-84.
Crisis Satellite Data (1) :ALOS PALSAR (FBD HH-HV)
Resolution : 25 meters
Image Date : 19 August 2020
Source :© JAXA, METI
Satellite Data (2) :ALOS PALSAR (WB1 HH)
Resolution: 100 meters
Image Date: 21 August 2020
Source: © JAXA, METI
Crisis Satellite Data (1) :MODIS Aqua & Terra
Resolution :250 meters
Image Date :23 August 2010
Source :NASA Rapid Response
GIS Data :NGA, OCHA, USGS, OSM
Transport Data :Google Map Maker
Transport Data Copyright: © 2009 Google - Improve with Google Map Maker
Hospital Data : WHO
Flood Analysis :UNITAR / UNOSAT

This is the second situational update on the status of flood waters immediately north of the city of Shahdadkot; based on satellite data recorded this morning at 05:40 UTC (24 August 2020). A change detection analysis has been made comparing satellite imagery from this morning with imagery recorded approximately 24 hrs earlier on 06:35 and 08:10 UTC (23 August 2020). Flood waters have not measurably advanced over the last 24hrs along the northern edge of Shahdadkot, suggesting that the reported emergency embankment remains intact and continues to hold back a major water surge into the city as of 05:40 UTC today. To the south-east of Shahdadkot, flood waters have advanced 20km during the last 24 hours, likely closing the Canal road. Further, flooding continues to expand along route M-8 cutting off road traffic from Shahdadkot both to the east and west. Partial road access to the south still remains open with the exception of the flooding of the Canal Rd approximately 22km south-east of Shahdadkot. This situational analysis is based on a rapid visual assessment of the current satellite data available over this area and will be revised and updated as new data becomes available; this analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A4: 1:200,000; Projection: UTM Zone 42N; Datum: WGS-84.
Crisis Satellite Data (1) : MODIS Aqua & Terra
Resolution : 250 meters
Image Date : 23-24 August 2010
Source : NASA Rapid Response
GIS Data : NGA, OCHA, USGS, OSM
Transport Data : Google Map Maker
Transport Data Copyright: © 2009 Google - Improve
with Google Map Maker
Reference Imagery : ESRI WMS 2010
Hospital Data : WHO
Background Imagery : Landsat-7 / MODIS fusion
Flood Analysis : : / UNOSAT

This map presents a situational update on the current flood water status for the cities of Jacobabad & Dera Allah Yar cities, Sindh and Balochistan Provinces based on Radarsat-2 satellite data recorded on 21 August 2010. Both cities have been severely affected by the rising flood waters over the last week; flood waters have likely inundated a majority of Dera Allah Yar city and cut road access from all sides; eastern sections of Jacobabad including Madadpur hospital are severely flooded with no functional road access; the flooding within the western side of the city is also severe; the Jacobabad airport has possible water inundation on the northern edge of the runway; over 17km of route N-65 between Jacobabad and Dera Allah Yar is now completely flooded; Further, as predicted in an earlier analysis released on 18 August (Product ID: 1480), Jacobabad has now been completely encircled by flood water, leaving no functional land transport routes for aid or evacuation. This situational analysis is based on a rapid visual assessment of the current satellite data available over this area and will be revised and updated as new data becomes available; this analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A4: 1:125,000: Projection: UTM Zone 42N; Datum: WGS-84.
Crisis Satellite Data (1): RADARSAT-2
Resolution: 25 meters
Image Date: 5 August 2020
Copyright : Radarsat-2 © MDA 2010
Source: Canadian Space Agency
GIS Data: NGA, OCHA, USGS, OSM
Transport Data: Google Map Maker
Transport Data Copyright: © 2009 Google - Improve with Google Map Maker
Reference Imagery: ESRI WMS 2010
Hospital Data: WHO
Background Imagery: Radarsat-2 / MODIS fusion
Flood Analysis: UNITAR / UNOSAT

This is an update on the rising flood waters immediately north of the city of Shahdadkot (est. population of 300,000), based on MODIS satellite data recorded at 06:35 and 08:10 UTC this morning (23 August 2020). Flood waters have continued to advance to within approximately 1.3km of the edge of the city, with the largest movement located to the north-east in two separate areas (see map annotation and arrows). Route M-8 has been flooded in multiple locations cutting off road traffic both to the east and west. Road access to the south remains open and unaffected by flooding. This situational analysis is based on a rapid visual assessment of the current satellite data available over this area and will be revised and updated as new data becomes available; this analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A4: 1:80,000; Projection : UTM Zone 42N; Datum : WGS-84.
Crisis Satellite Data (1) : MODIS Aqua & Terra
Resolution : 250 meters
Image Date : 23 August 2020
Source : NASA Rapid Response
GIS Data : NGA, OCHA, USGS, OSM
Transport Data : Google Map Maker
Transport Data Copyright: © 2009 Google - Improve
with Google Map Maker
Reference Imagery : ESRI WMS 2010
Hospital Data : WHO
Background Imagery : Landsat-7 / MODIS fusion
Flood Analysis : : / UNOSAT

This map presents a preliminary analysis of probable flood waters along the Indus River in southern Sindh province between the cities of Dadu and Hyderabad; based on post-disaster satellite data collected by the PALSAR sensor on 19 August and pre-crisis by PALSAR on 4 July 2010. Multiple sites of flooded villages/towns and likely road and bridge damages as well as evaluation of the Kotri Barrage have been made using both PALSAR data as well as crisis DMC satellite imagery recorded on 19 August 2010. Please note that detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A2 prints: 1:425,000;Projection:UTM Zone 42N - WGS-84. Map layout designed for modified A2 Printing (600mm x 297mm)
Crisis Satellite Data (1) : ALOS PALSAR
Polarization : HH-HV
Resolution : 25 meters
Image Date : 19 August 2020
Source : © JAXA, METI
Satellite Data (2) : ALOS PALSAR
Polarization : HH-HV
Resolution : 25 meters
Image Date : 4 July 2020
Source : © JAXA, METI
Satellite Data (3) : UK DMC2
Resolution : 32 meters
Image Date : 19 August 2020
Source : c) DMC International Imaging Ltd.
GIS Data : NGA, OCHA, USGS, OSM
Transport Data : Google Map Maker
Transport Data Copyright: © 2009 Google - Improve
with Google Map Maker
Refugee Data : UNHCR
Hospital Data : WHO
Background Imagery : Landsat-7 / PALSAR fusion
WMS Imagery: ESRI
Flood Analysis :UNITAR / UNOSAT

This map presents a preliminary analysis of probable flood-affected villages, towns and infrastructure along the Indus River in Sindh and Balochistan Provinces, and is based on satellite imagery covering the period from 5 to 18 August 2010. Villages, towns, infrastructure sites as well as the length of roads and railway tracks within the detected flood water extent have been identified and quantified by administrative district (see included table). In Balochistan Province, over 110 villages, 5 towns and 8 health facilities were identified as probably severely affected by the flood waters, the majority completely inundated or surrounded by flood waters without open land evacuation routes. Over 170 km of primary or secondary roads are likely submerged along with 10 km of railway tracks and 5 bridges. In Sindh Province, over 1,120 villages, 28 towns/cities and 34 health facilities were identified as probably severely affected by the flood waters, the majority completely inundated or surrounded by flood waters without open land evacuation routes. Over 950 km of primary or secondary roads are likely submerged along with 120 km of railway tracks and 23 bridges. In addition to the overall expansion of the flood water extent, there are specific locations of rapid flood water outflow to the west which have advanced over 120km from the original suspected canal breach along a canal line north of Sukkur barrage, inundating a total of 2,670 km2 of land. This flood water outflow event continues to advance at a rate of approximately 10-25km per day and represents a significant threat to potentially hundreds of currently unaffected villages along the boundary between Sindh and Balochistan province. The approximate direction and relative size of these flood outflows have been identified. Please note that the numbers of affected locations presented in this map and associated table represent absolute minimum estimates for the area assessed; because of limitations in available settlement and transportation datasets it is certain that the numbers of affected villages, towns and affected infrastructure / transportation lines are significantly underestimated. This analysis is based on satellite data collected by MODIS sensors from 8-18 August, JAXA PALSAR data on 5 August, and Radarsat-2 data on 5 August 2010. Please note that detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A3: 1:500,000: Projection : UTM Zone 42N; Datum : WGS-84.
Crisis Satellite Data (1) : MODIS Aqua & Terra
Resolution : 250 meters
Image Date : 8-18 August 2010
Source : NASA Rapid Response
Crisis Satellite Data (2) : RADARSAT-2
Resolution : 25 meters
Image Date : 5 August 2020
Copyright : Radarsat 2 © MDA 2010
Source : Canadian Space Agency
Crisis Satellite Data (3) : PALSAR
Resolution : 100 meters
Image Date : 5 August 2020
Source : JAXA
GIS Data : NGA, OCHA, USGS, OSM
Transport Data : Google Map Maker
Transport Data Copyright: © 2009 Google - Improve
with Google Map Maker
Refugee Data : UNHCR
Protected Sites : UNEP-WDPA
Baseline Imagery: ESRI WMS (Landsat-7)
Hospital Data : WHO
Flood Analysis : UNITAR / UNOSAT
Map Production : UNITAR / UNOSAT

This map presents an updated time series analysis of the dramatic expansion of flood water outflow from the Indus River north of the city of Sukkur, Sindh Province, Pakistan covering the period from 8 to 18 August 2010. This analysis is based on post-disaster satellite imagery collected by Modis sensors from 8-18 August 2010 and Radarsat-2 data on 10 August 2010. Please note that the numbers of affected locations presented in this map represent minimum estimates; because of limitations in available settlement and transportation datasets it is certain that the numbers of affected villages, towns and affected infrastructure / transportation lines are underestimated; Also note that detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A3: 1:500,000: Projection : UTM Zone 42N; Datum : WGS-84.
ANALYSIS SUMMARY: Flood waters have continued to rapidly advance north-west into Balochistan Province as part of the massive outflow from the Indus River caused by a suspected canal breach on 8-9 August 2010, north of Sukkur barrage, Sindh Province. Between 8 and 18 August, this outflow body of water has advanced over 120km from the original breach line, covering a total of 2,670 km2, likely inundating approximately 530 villages and 13 towns / cities, along with over 533 km of main roads and 57 km of railway lines and the Shahbaz AB airport. The city of Jaccobabad is severely affected, with flood waters nearly surrounding the city; Route N-65 and the railway leading north are flooded, as are additional road and rail links to the east and west, leaving the only open route south, however 15km of route N-65 to Shikarpur is also flooded. Based on a preliminary assessment of the water flow direction over the last two days it appears that Jacobabad is at risk of being completely encircled by flood water, leaving no functional land transport routes for aid or evacuation.

Crisis Satellite Data (1) : MODIS Aqua & Terra
Resolution : 250 meters
Image Date : 8-18 August 2010
Source : NASA Rapid Response
Crisis Satellite Data (2) : RADARSAT-2
Resolution : 25 meters
Image Date : 5 August 2020
Copyright : Radarsat 2 © MDA 2010
Source : Canadian Space Agency
GIS Data : NGA, OCHA, USGS, OSM
Transport Data : Google Map Maker
Transport Data Copyright: © 2009 Google - Improve
with Google Map Maker
Refugee Data : UNHCR
Hospital Data : WHO
Flood Analysis : UNITAR / UNOSAT
Map Production : UNITAR / UNOSAT

Made by: GLCSC - Region: PAKISTAN

This map presents a time series analysis of the dramatic expansion of flood water outflow from the Indus River immediately north of the city of Sukkur, , Sindh Province, Pakistan covering the period from 8 to 12 August 2010. During this four day period, it is estimated that flood waters inundated over 80,000 ha of land, reaching a distance of approximately 50km from the previous flood limit near the town of Ghauspur. Further, over 170 small villages and four large towns (including Karampur and Ghauspur) have been directly flooded by this specific outflow event. The additional towns of Khandh Kot, Thul, Irazi Saidki are either already partially flooded or threatened by imminent flooding. Based on the sustained water movement in a west-northwest (280deg) direction, it is likely that the city of Jacobabad could be exposed to this flooding outflow body of flood water between 13-14 August 2010.This analysis is based on post-disaster satellite imagery collected by Modis sensors from 8-12 August 2010 and Radarsat-2 data on 10 August 2010. Please note that detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A3 prints: 1:340,000; Projection :UTM Zone 42N: Datum : WGS-84.
Crisis Satellite Data (1) : MODIS Aqua & Terra
Resolution : 250 meters
Image Date : 8-12 August 2010
Source : NASA Rapid Response
Crisis Satellite Data (2) : RADARSAT-2
Resolution : 25 meters
Image Date : 5 August 2020
Copyright : Radarsat 2 © MDA 2010
Source : Canadian Space Agency
GIS Data : NGA, OCHA, USGS, OSM
Transport Data : Google Map Maker
Transport Data Copyright: © 2009 Google - Improve
with Google Map Maker
Refugee Data : UNHCR
Hospital Data : WHO
Flood Analysis : UNITAR / UNOSAT
Map Production : UNITAR / UNOSAT

Made by: ODEP - Region: PAKISTAN

Made by: ODEP - Region: PAKISTAN

This map presents the standing flood waters over both the upstream and downstream sections of the Indus River near the Sukkur Barrage, Sindh Province, Pakistan as of 10 August 2010. This analysis is based on post-disaster satellite imagery collected by Radarsat-2 on 10 August 2010, and Modis sensors on 8-10 August 2010. There are strong indications that flood water levels have dramatically risen along the upstream sections of the Indus River north of the Sukkur Barrage, Sindh Province. Between 8 and 10 August, flood waters in certain locations spread outwards of 15km onto previously unaffected land, mostly along the western bank. The flood waters are also rising immediately downstream of the Sukkur Barrage, which appears wholly intact. There are likely hundreds of small settlements and multiple villages/towns which are completely submerged under the flood waters along a 50km stretch of the Indus River upstream of the Sukkur Barrage. Please note that detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A3: 1: 240,000; Projection : UTM Zone 42N; Datum : WGS-84.
Crisis Satellite Data (1) : RADARSAT-2
Resolution : 25 meters
Image Date : 5 August 2020
Copyright : Radarsat 2 © MDA 2010
Source : Canadian Space Agency
Crisis Satellite Data (2) : MODIS Aqua & Terra
Resolution : 250 meters
Image Date : 31 July - 1 August 2020
Source : NASA Rapid Response
Elevation Data : Aster GDEM
Source : METI & NASA 2009
GIS Data : NGA, OCHA, USGS
Transport Data : Google Map Maker
Transport Data Copyright: © 2009 Google - Improve with Google Map Maker
Refugee Data : UNHCR
Hospital Data : WHO
Flood Analysis : UNITAR / UNOSAT
Map Production : UNITAR / UNOSAT

Made by: OMEP - Region: PHILIPPINES

Made by: ODEP - Region: BANGLADESH

Made by: ODEP - Region: BANGLADESH

This map presents an analysis of standing flood waters over the affected Charsadda and Nowshera Districts, Khyber-Pakhtunkha Province, Pakistan, based on post-disaster RADARSAT-2 data from 5 August and MODIS on 31 July 2010. Pre-flood water data was obtained from RADARSAT-1 satellite data (1 Dec. 1999). There are strong indications that flood water levels have significantly receded along the upstream sections of the Swat and Kabul Rivers north of Charsadda before the confluence, and over a 15km section of the Kabul River downstream of Charsadda. The bulk of standing flood waters within 10km upstream of Nowshera city appear to be receding at a much slower rate leaving the total area of standing flood waters on 5 August similar to that of 31 July 2010. Water levels a kilometre after Nowshera city along the Kabul River towards the Ghazi Brotha dam appear also to have receeded to a significant degree. Please note: there are several associated levels of uncertainly with this analysis due to the limitations of comparing radar and optical satellite data with different spatial resolutions. It is likely that the extent of the flood waters detected on 5 August has been underestimated along some sections of the Kabul River within the map extent. The exact limit of the MODIS flood water detection on 31 July 2020 is also uncertain because of the relatively low spatial resolution of the sensors used. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A3: 1:140,000; Map Production : UNITAR / UNOSAT; Projection : UTM Zone 43N (WGS-84).
Crisis Satellite Data (1) : RADARSAT-2
Resolution : 25 meters
Image Date : 5 August 2020
Copyright : Radarsat 2 © MDA 2010
Source : Canadian Space Agency
Crisis Satellite Data (2) : MODIS Aqua & Terra
Resolution : 250 meters
Image Date : 31 July - 1 August 2020
Source : NASA Rapid Response
PreCrisis Satellite Data : RADARSAT 1
Resolution : 25 meters
Image Date : 1 December 2020
Copyright : Radarsat 1 © MDA 2010
Source : Canadian Space Agency
Elevation Data : Aster GDEM
Source : METI & NASA 2009
GIS Data : NGA, OCHA, Google Maps
Hydrology Data : USGS HydroSheds
Road Data : Google Map Maker
Road Data Copyright: © 2009 Google - Improve with Google Map Maker
Background Imagery: ESRI (Landsat7 WMS)
Refugee Data : UNHCR
Hospital Data : WHO
Flood Analysis & Map Production: UNITAR / UNOSAT

Made by: ODEP - Region: PAKISTAN

Made by: ODEP - Region: PAKISTAN

Made by: ODEP - Region: PAKISTAN

Made by: ODEP - Region: PAKISTAN

Made by: ODEP - Region: PAKISTAN

Analysis Description: This map presents the preliminary findings of a damage assessment over sixteen flood-affected towns and cities along the Kabul and Kalpani Rivers including the main city of Nowshera, Nowshera District, Khyber Pakhtunkhwa, Pakistan. This analysis is based on post-disaster Worldview-1 satellite imagery collected on 2 August 2010. All road and bridge damages related to the flooding have been individually identified and marked within the map; flood-affected towns and villages have been classified by the relative degree of flooding impact and the approximate number and extent of building damages as visually identified in the satellite imagery. Not all flood related damages have been identified because of limits in spatial resolution of the imagery used and due to heavy cloud cover over the assessed area; damages identified are likely to be underestimated. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A3: 1:44,000; Projection : UTM Zone 43N; Datum : WGS-84.
Crisis Satellite Data : Worldview-1
Resolution : 0.5m
Image Date : 2 August 2020
Source : USGS, DigitalGlobe
Charter PM (call 319: U.S. OFDA
GIS Data : NGA, OCHA, UNEP
Road Data : Open Street Map
Background Imagery : ESRI (Landsat7 WMS)
Refugee Data : UNHCR
Hospital Data : WHO
Damage Analysis : UNITAR / UNOSAT
Map Production : UNITAR / UNOSAT

This map presents the standing flood waters over the affected Provinces of Punjab, Pakistan following recent heavy monsoon rains. This analysis is based on post-disaster satellite imagery collected by PALSAR sensors on 05 August 2010, and pre-crisis by PALSAR sensors on 19 July 2010. Please note that the exact limit of the flood waters is uncertain because of the relatively low spatial resolution of the satellite sensors used for this analysis, Detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.

Map scale for A3: 1:1,200,000; Projection: UTM Zone 43N Datum: WGS-84
Crisis Satellite Data: PALSAR
Resolution: 100 meters
Image Date: 05 AUGUST 2020
Source : JAXA
PreCrisis Satellite Data: PALSAR
Resolution: 100 meters
Image Date: 19 July 2020
Source: JAXA
Elevation Data: Aster GDEM
Source: METI & NASA 2009
GIS Data: NGA, OCHA, UNEP
Hydrology Data: USGS HydroSheds
Road Data: Open Street Map
Bridge & Airfield Data: Google Maps
Background Imagery: ESRI (Landsat7 WMS)
Refugee Data: UNHCR
Hospital Data: WHO
Flood Analysis: UNITAR / UNOSAT
Map Production: UNITAR / UNOSAT

This map illustrates probable standing flood waters along the eastern bank of the Prut River in the Cantemir District of the Republic of Moldova, as well as the western bank of the river in Romania. This flood analysis is based on Formosat-2 satellite imagery recorded on 31 July 2010. Areas of potential / probable flooding within towns and road / bridge obstacles have been identified and marked in the overview and inset focus maps.

Overall the flooding appears to be relatively contained along the Prut River, with limited numbers of potentially flooded/flood-affected buildings, primarily in the Republic of Moldova. Transport routes appear to be moderately affected with a number of potential road flooding sites along both sides of the Prut.

Please note that areas likely flooded with dense vegetation cover have been marked in the map with a lower level of confidence because of limitations in water detection with the satellite imagery. Pre-flood water has been taken from a European dataset derived from multiple sources and may not accurately reflect the current location Prut River channel in some locations in the map. This flood assessment is a preliminary analysis & has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.

Map scale for A3: 1:180,000; Projection: UTM Zone 35N; Datum: WGS-84.
Crisis Satellite Data: Formosat-2
Resolution: 2 meters
Image Date: 31 July 2020
Source: NSPO
Pre-crisis water data: ESRI (Multiple inputs)
Elevation Data: Aster GDEM
Source: METI & NASA 2009
GIS Data: ESRI, USGS, NGA
Road Data: Open Street Map
Flood Analysis: UNITAR / UNOSAT
Map Production: UNITAR / UNOSAT
Projection: UTM Zone 35N
Datum: WGS-84

Made by: ODEP - Region: PAKISTAN

Made by: ODEP - Region: PAKISTAN

MODIS Satellite imagery multi temporal analysis

This map presents the standing flood waters over the affected Provinces of Punjab and N.W.F.P., Pakistan following recent heavy monsoon rains. This analysis is based on post-disaster satellite imagery collected by MODIS sensors on 31 July 2010, and pre-crisis by MODIS sensors on 18 July 2010. Please note that the exact limit of the flood waters is uncertain (approximately 250-500m) because of the relatively low spatial resolution of the satellite sensors used for this analysis, and that detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A3:1:1,400,000; Projection : UTM Zone 42N, Datum : WGS-84
Crisis Satellite Data : MODIS Aqua & Terra
Resolution : 250 meters
Image Date : 31 July 2020
Source : NASA Rapid Response
PreCrisis Satellite Data : MODIS Aqua & Terra
Resolution : 250 meters
Image Date : 18 July 2020
Source : NASA Rapid Response
Elevation Data : Aster GDEM
Source : METI & NASA 2009
GIS Data : NGA, OCHA, UNEP
Hydrology Data : USGS HydroSheds
Road Data : Open Street Map
Bridge & Airfield Data : Google Maps
Background Imagery : ESRI (Landsat7 WMS)
Refugee Data : UNHCR
Hospital Data : WHO
Flood Analysis : UNITAR / UNOSAT
Map Production : UNITAR / UNOSAT

This map illustrates probable standing flood waters along the Prut River at the Border of the Republic of Moldova and Romania. This flood analysis is based on MODIS terra satellite imagery recorded on 24 and 29 July 2010. Areas of potential / probable floodwater have been identified and marked in the overview map in red.

Overall the flooding appears to be relatively contained along the southern section of the Prut River, with smaller potentially flooded/flood-affected areas in the north of the Republic of Moldova. There is suspected bridge damage along an international border crossing west of the city of Cahul, Moldova. The two international bridges linking Romania with the Moldovan city of Giurgiulesti appear intact and fully operational.

This map product shows an overveiw of flooding along the Prut river in two overlapping map subsets. The scale for both frames is 1 : 600.000 and the left frame is rotated clockwise 28°. In the right side of the map previous UNOSAT analysis extents are indicated with a box.

This analysis has certain limitations because of the relatively low resolution of the satellite imagery. This flood assessment is a preliminary analysis & has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.

Map scale for A3: 1:600,000; Projection: UTM Zone 35N; Datum: WGS-84.
Crisis Satellite Data: MODIS Terra
Resolution: 250 meters
Image Date: 24 and 29 July 2020
Source: NASA
Elevation Data: Aster GDEM
Source: METI & NASA 2009
GIS Data: ESRI, USGS, NGA
Road Data: Open Street Map
Flood Analysis: UNITAR / UNOSAT
Map Production: UNITAR / UNOSAT
Projection: UTM Zone 35N
Datum: WGS-84

This map presents the standing flood waters over the affected Tehsils of Peshawar and Mardan, N.W.F.P, Pakistan following recent heavy monsoon rains. This analysis is based on post-disaster satellite imagery collected by MODIS sensors on 31 July & 1 August 2010, and pre-crisis by MODIS sensors on 25-26 July 2010. Please note that the exact limit of the flood waters is uncertain (approximately 250-500m) because of the relatively low spatial resolution of the satellite sensors used for this analysis, and that detected water bodies likely reflect an underestimation of all flood-affected areas within the map extent. This analysis has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT. Map scale for A3: 1:345,000: Projection : UTM Zone 43N; Datum : WGS-84.
Crisis Satellite Data : MODIS Aqua & Terra
Resolution : 250 meters
Image Date : 31 July - 1 August 2020
Source : NASA Rapid Response
PreCrisis Satellite Data : MODIS Aqua & Terra
Resolution : 250 meters
Image Date : 26 July 2020
Source : NASA Rapid Response
Elevation Data : Aster GDEM
Source : METI & NASA 2009
GIS Data : NGA, OCHA, Google Maps
Hydrology Data : USGS HydroSheds
Road Data : Open Street Map
Bridge & Airfield Data : Google Maps
Background Imagery : ESRI (Landsat7 WMS)
Refugee Data : UNHCR
Health Center Data : WHO
Flood Analysis : UNITAR / UNOSAT
Map Production : UNITAR / UNOSAT

Made by: ITHACA,WFP - Region: PAKISTAN

Made by: ITHACA,WFP - Region: PAKISTAN

MODIS Satellite imagery multi temporal analysis

This map illustrates probable standing flood waters along the eastern bank of the Prut River in the Cahul and Vulcanesti Districts of the Republic of Moldova, as well as the western bank of the river in Romania. This flood analysis is based on Formosat-2 satellite imagery recorded on 22 July 2010. Areas of potential / probable flooding within towns and road / bridge obstacles have been identified and marked in the overview and inset focus maps.

Overall the flooding appears to be relatively contained along this southern section of the Prut River, with limited numbers of potentially flooded/flood-affected buildings, primarily in the Republic of Moldova. Transport routes appear to be moderately affected with a number of potential road flooding sites along both sides of the Prut. There is suspected bridge damage along an international border crossing west of the city of Cahul, Moldova. The two international bridges linking Romania with the Moldovan city of Giurgiulesti appear intact and fully operational.

Please note that areas likely flooded with dense vegetation cover have been marked in the map with a lower level of confidence because of limitations in water detection with the satellite imagery. Pre-flood water has been taken from a European dataset derived from multiple sources and may not accurately reflect the current location Prut River channel in some locations in the map. This flood assessment is a preliminary analysis & has not yet been validated in the field. Please send ground feedback to UNITAR / UNOSAT.

Map scale for A3: 1:60,000; Projection: UTM Zone 35N; Datum: WGS-84.
Crisis Satellite Data: Formosat-2
Resolution: 2 meters
Image Date: 22 July 2020
Source: NSPO
Pre-crisis water data: ESRI (Multiple inputs)
Elevation Data: Aster GDEM
Source: METI & NASA 2009
GIS Data: ESRI, USGS, NGA
Road Data: Open Street Map
Flood Analysis: UNITAR / UNOSAT
Map Production: UNITAR / UNOSAT
Projection: UTM Zone 35N
Datum: WGS-84

MODIS Satellite imagery analysis