-
Flood Hazard 200 Years (cm)
Source: GRID-Geneva [http://www.grid.unep.ch/index.php?lang=fr] & CIMA foundation [http://www.cimafoundation.org/], 2018 -
Flood Hazard 1000 Years (cm)
Source: GRID-Geneva [http://www.grid.unep.ch/index.php?lang=fr] & CIMA foundation [http://www.cimafoundation.org/], 2018 -
Flood Hazard 100 Years (cm)
Source: GRID-Geneva [http://www.grid.unep.ch/index.php?lang=fr] & CIMA foundation [http://www.cimafoundation.org/], 2018 -
Drought disaster: severity (without unit) - return period 50 years
Hazard maps are a useful decision-making tool, as they do not represent a single event that is likely to occur but rather illustrate the effects of all events that may occur in... -
Drought disaster: severity (without unit) - return period 25 years
Hazard maps are a useful decision-making tool, as they do not represent a single event that is likely to occur but rather illustrate the effects of all events that may occur in... -
Drought disaster: severity (without unit) - return period 250 years
Hazard maps are a useful decision-making tool, as they do not represent a single event that is likely to occur but rather illustrate the effects of all events that may occur in... -
Drought disaster: severity (without unit) - return period 100 years
Hazard maps are a useful decision-making tool, as they do not represent a single event that is likely to occur but rather illustrate the effects of all events that may occur in... -
Drought disaster: intensity (without unit) - return period 100 years
Hazard maps are a useful decision-making tool, as they do not represent a single event that is likely to occur but rather illustrate the effects of all events that may occur in... -
Drought disaster: intensity (without unit) - return period 250 years
Dogondoutchi Intensity 78 T250 -
Drought disaster: intensity (without unit) - return period 25 years
Dogondoutchi Intensity 78 T25 -
Drought disaster: intensity (without unit) - return period 50 years
Hazard maps are a useful decision-making tool, as they do not represent a single event that is likely to occur but rather illustrate the effects of all events that may occur in... -
Drought disaster: duration (in months) - return period 50 years
Hazard maps are a useful decision-making tool, as they do not represent a single event that is likely to occur but rather illustrate the effects of all events that may occur in... -
Drought disaster: duration (in months) - return period 25 years
Hazard maps are a useful decision-making tool, as they do not represent a single event that is likely to occur but rather illustrate the effects of all events that may occur in... -
Drought disaster: duration (in months) - return period 250 years
Hazard maps are a useful decision-making tool, as they do not represent a single event that is likely to occur but rather illustrate the effects of all events that may occur in... -
Drought disaster: duration (in months) - return period 100 years
Hazard maps are a useful decision-making tool, as they do not represent a single event that is likely to occur but rather illustrate the effects of all events that may occur in... -
Ls_susceptibility_DD
Ls_susceptibility_DD -
hillshade
hillshade -
Oil Trenches (KEPA)
This layer represents the lines representing the ditches that were filled with oil and set on fire in order to block laser-guided missiles from reaching their targets through... -
Oil Lakes (KEPA)
This layer contains the boundaries of the areas filled with oil spilled from the oil wells destroyed during the Gulf war 1991. Data is live-streamed streamed from the Kuwait... -
SRTM Water Body Data
SRTM Water Body Data for Kerala