Provinces have the first four digits of the ninw-digit code as the unique identifier. With the last five for individual Municipalities and Barangays.
P-Codes included where appropriate.
]]>Map shows administrative boundaries at Region and Provincial Level. Basic information on roads, settlement and airfield/ airport have been highlighted.
Concentrating on the North of the country centred over the islands of Batanes and Babuyan,
]]>Peta menggambarkan persebaran kerusakan rumah yang dibagi berdasarkan tiga kriteria tingkat kerusakan yaitu, rusak berat, rusak sedang dan rusak ringan per kelurahan di Kota Pariaman. Latar belakang menunjukkan total kerusakan rumah sebagai presentase dari jumlah KK di tahun 2008. Jumlah KK dan rumah tidak ekivalen secara langsung, oleh karena itu nilai lebih dari 100% dapat dan pasti terjadi.
]]>Peta ini menunjukkan lokasi (per kecamatan) kegiatan organisasi yang memberikan tempat penampungan bagi korban bencana. Ini hanya berdasarkan informasi yang dilaporkan kepada tim Koordinasi Cluster Pendidikan sebelum tanggal ini.
]]>A road map of the search and rescue (SAR) zones 18 and 19 in Port-au-Prince
]]>A road map of the search and rescue (SAR) zone 24 in Port-au-Prince
]]>A road map of the search and rescue (SAR) zone 25 in Port-au-Prince
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The simulation is based on a resampled and manually corrected 30m SRTM raster as the data base. The simulation fenerated an output of inundation depth for every 15 minutes. As the input data does not allow an detailed simulation, the results should be considered as a rough estimate only.
]]>The districts are shaded according to the number of affected families and the number of schools occupied per district is shown as a graduated symbol.
Only those districts reporting information have been shown.
]]>Map shows the approximate number of displaced people by nationality who arrived in Shusha Camp, Tunisia, on 4 March 2011. Only the largest national groups are shown.
]]>Map shows the approximate total number of people, by nationality,entering Tunisia at the Ras Ajdir roadborder crossing. Totals are for the period 20 Feb 2011 to 4 Mar 2011.
Map shows humanitarian operations in the Tunisian/Libyan border region being conducted as of 6 March, and where known, which humanitarian agencies are operating at these locations. Locations given in longitude and latitude in decimal degrees. Please send any updates to the OSOCC or to libya@mapaction.org.
]]>
Map shows the approximate total number of people, by nationality, entering Tunisia at the Ras Ajdir road border crossing on 5 Mar 2011.
]]>
Map shows the approximate total number of people, by nationality, entering Tunisia at the Ras Ajdir road border crossing. Totals are for the period 20 Feb 2011 to 10 am, 6 Mar 2011.
]]>
1. Reports were plotted by @Arasmus and CrisisMappers.
2. Kernel Density used to create a magnitude per unit area.
3. All values less than 1 removed
4. Remaining raster is then plotted as shown
]]>Cote D'Ivoire: Detail Reference Map of the Danane Area
]]>This guide has been compiled from MapAction’s experience in disaster preparedness and relief operations drawn from many training sessions and disaster emergency missions; however every situation is different. We greatly value comments and suggestions, and we will do our best to answer your questions about using GIS and GPS for humanitarian mapping in the field: please email info@mapaction.org. To download, click the PDF button (13mb).
This is the Hi Res Version.
Map shows population density of Sous-Prefectures in people per sq km. The data is from 1998.
]]>Reference map for UNDAC mission to Cote D'Ivoire im April 2011. Shows western Regions
]]>Cote D'Ivoire: Detail Reference Map of the Man Area
]]>Cote D'Ivoire: Detail Reference Map of the Séguéla Area
]]>Cote D'Ivoire: Detailed Reference Map Guiglo Area
]]>Cote D'Ivoire: Detail Reference Map of the Duékoue Area
]]>This guide has been compiled from MapAction’s experience in disaster preparedness and relief operations drawn from many training sessions and disaster emergency missions; however every situation is different. We greatly value comments and suggestions, and we will do our best to answer your questions about using GIS and GPS for humanitarian mapping in the field: please email info@mapaction.org. To download, click the PDF button (4mb).
This is the Low Res Version.
]]>Map shows the locations of Evacuation and Relocation Centres in Cagayan de Oro
Map shows the locations of Evacuation and Relocation Centres in Iligan with the number of EC and RS's colour coded (as of 07 Jan 2012).
Map shows the extent of the No Build Zones and Flood Affected Areas in Cagayan de Oro, 10th January 2012
]]>This map shows the extent of cash transfer programmes by hummanitarian actors and by municipality, as of 10 January 2012.
Map of Barangays in affected Municipalities. Part of a maps series covering all of the affected area (Affected Municipality information supplied 13/01/2012).
]]>Map of Barangays in affected Municipalities. Part of a maps series covering all of the affected area (Affected Municipality information supplied 13/01/2012).
]]>Map of Barangays in affected Municipalities. Part of a maps series covering all of the affected area (Affected Municipality information supplied 13/01/2012).
Map of Barangays in affected Municipalities. Part of a maps series covering all of the affected area (Affected Municipality information supplied 13/01/2012).
Map of Barangays in affected Municipalities. Part of a maps series covering all of the affected area (Affected Municipality information supplied 13/01/2012).
Map of Barangays in affected Municipalities. Part of a maps series covering all of the affected area (Affected Municipality information supplied 13/01/2012).
Map shows the humanitarian actors involved in Cash Assistance by type and activities.
]]>Map shows the humanitarian organisations working on nutrition cluster activities at each Evacuation Centre (EC) / Transitory Site (TS) together with number of people at each centre (as of 22nd January)
]]>Map shows the humanitarian actors involved in Cash Assistance by type and activities in Iligan City Municipality.
]]>Map shows the humanitarian organisations working on nutrition cluster activities at each Evacuation Centre (EC) / Transitory Site (TS) together with number of people at each centre as of 22nd January.
]]>Map shows the humanitarian actors involved in Cash Assistance by type and activities in Cagayan de Oro City municipality.
]]>Map shows the extent of the flood affected area, indicative no build zones and the locations of Evacuation Centres (EC) and Transitory Sites (TS) in Cagayan de Oro. Affected area and indicative no build zones as of 05 Jan 2012, EC/TS locations and population as of 24 Jan 2012.
]]>The map shows the Status of Evacuation and Transition Centers as at 24th January 2012 and the number of damaged houses as at 20th January 2012.
]]>Production of coarse grains, paddy rice and total cereals in million tonnes for 2009, 2010 (estimates) and 2011 (forecasts).
]]>La carte montre les cinq districts les plus affectés et les nombres de maisons affectées après le passage du cyclone Giovanna.
]]>La carte montre les cinq districts les plus affectés avec le nombre d'établissements de santé de base et le pourcentage de centres des santé de base touchés par Giovanna cyclone tropical.
]]>The map shows the nine search sectors which extend 2km from the site of the explosion. The sector subdivisions with their corresponding alpha-numeric identifiers, used to coordinate and assist current field operations, are also shown.
Map shows the location of the test sites for the environmental testing.
Initial measurements for heavy metals in soils have not shown any noticeable
]]>Map shows the location and distances from the blast point of buildings assessed by structural engineers and the proposed access.
]]>]]>
Maps shows the distribution allocation of teams to each sub-sector. Top map shows initial investigating team. Map below shows team issued or planned to carry out community liaison work. Table also shows allocation by sub-sector.
Land cover on Anjouan. Showing affected villages. The data shown on this map were not created for the purposes of disaster response, and therefore should only be used as an indication of approximate locations and types of land cover. For more information on the data see Hawlitschek O, Brückmann B, Berger J, Green K, Glaw F (2011) Integrating field surveys and remote sensing data to study distribution, habitat use and conservation status of the herpetofauna of the Comoro Islands.
Land cover on Moheli. Showing affected villages. The data shown on this map were not created for the purposes of disaster response, and therefore should only be used as an indication of approximate locations and types of land cover. For more information on the data see Hawlitschek O, Brückmann B, Berger J, Green K, Glaw F (2011) Integrating field surveys and remote sensing data to study distribution, habitat use and conservation status of the herpetofauna of the Comoro Islands. ZooKeys 144: 21-79 doi: 10.3897/zookeys.144.1648
]]>
Land cover on Grande Comore. Showing affected villages. The data shown on this map were not created for the purposes of disaster response, and therefore should only be used as an indication of approximate locations and types of land cover. For more information on the data see Hawlitschek O, Brückmann B, Berger J, Green K, Glaw F (2011) Integrating field surveys and remote sensing data to study distribution, habitat use and conservation status of the herpetofauna of the Comoro Islands. ZooKeys 144: 21-79 doi: 10.3897/zookeys.144.1648
]]>
Legal and administrative information set out on page 2 forms part of this report. The financial statements comply with current statutory requirements, the memorandum and articles of association and the Statement of Recommended Practice: Accounting and Reporting by Charities (SORP) issued in December 2005.
]]>Areas where Rapid Needs Assessments have been carried out and locations of UNOCHA Humanitarian Offices.
This is a supporting document for use with the Syria P-code Atlas. The P-code atlas of Syria, contains 95 maps at 1:200,000 showing administrative boundaries (Mohafaza - Level 1, Mantika - level 2 and Nahaya - Level 3) and settlements.
]]>This is a supporting document for use with the Syria P-code Atlas. The P-code atlas of Syria, contains 95 maps at 1:200,000 showing administrative boundaries (Mohafaza - Level 1, Mantika - level 2 and Nahaya - Level 3) and settlements.
]]>This is a supporting document for use with the the P-code atlas of Syria, containing 95 maps at 1:200,000 showing administrative boundaries (Mohafaza - Level 1, Mantika - level 2 and Nahaya - Level 3) and settlements.
]]>The next full version of the RAS will be published on 30 May. The next light version will be in August.The RAS seeks to bring together information from all sources in the region and provide holistic analysis of the overall Syria crisis. The Syria Needs Analysis Project welcomes all information that could complement this report. For more information, comments