This map illustrates satellite-detected areas of standing water observed on Mahe Island, Seychelles, in 12 separate GeoEye-1 images collected on 5 February, 13 February, and 16 February 2013. Though these images were very cloudy UNITAR/UNOSAT reviewed them all for indications of standing water and also produced a cumulative cloud mask to indicate which portions of the island were completely cloud obscured. A total of 28 separate standing water bodies were identified, totalling 41,025 square meters and averaging 1,465 square meters in size.

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 2013 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 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.

This map illustrates satellite-detected areas of 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.

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 2013 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.

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.

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 atlas provides detailed crisis satellite imagery coverage and building damage assessment data over Montavista and surrounding villages/towns, Davao region,

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 2012 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 no damaged buildings detected.