-
World: Forest Zones
This layer has been downloaded from the Intact Forest Landscapes website (http://www.intactforests.org/data.ifl.html). It shows the extent of the intact forest landscapes (IFL)... -
World: Intact Forest Landscapes (2013)
This layer has been downloaded from the Intact Forest Landscapes website (http://www.intactforests.org/data.ifl.html). It shows the extent of the intact forest landscapes (IFL)... -
Caucasus: Tree Height Cover
This layer shows the canopy height (meters) of the Caucasus region, extracted from the NASA 3D Global Vegetation Map derived from ICESat/GLAS and environmental modeling. The... -
World: Mountain Coverage (Kapos_ Koerner_ Sayre)
This layer shows the matrix combining the three mountain coverages for comparative purposes and showing areas of agreement and disagreement between the three approaches. Data... -
World: Climatic Belt Subdivisions (Koerner et al. 2011)
This layer depicts the subdivision of the world into climatic belts following Koerner et al. (2011). Data obtained from the Ilias universität Bern... -
World: Mountain Coverage (Sayre et al. 2014)
Mountain coverages based on the the work by Sayre et al., 2014 (ELU = Ecological Land Units; LF = (physical) Land (surface) Features). Data obtained from the Ilias... -
World: Mountain Coverage (Koerner et al. 2011)
Mountain coverages based on the mountain and climatic belt definition by Koerner et al., 2011. Data obtained from the Ilias universität Bern... -
World: Mountain Coverage (Kapos et al. 2000)
Mountain coverages based on the mountain definition by Kapos et al., 2000 . Data obtained from the Ilias universität Bern... -
Caucasus: Mountain Ranges (GMBA v2.0)
This layer shows the mountain ranges in the Caucasus region, which is an extract of the Global Mountain Biodiversity Assessment (GMBA) global mountain layer... -
Armenia: Lakes and Reservoirs (ERICA)
The layer is map of lakes and reservoirs in Armenia, coded using ERICA (European Rivers and Catchment)coding system, which was designed for European Environment Agency. Refer to... -
Armenia: Debris and Mudflows
This layer is shows distribution and hazard level of debris- and mud-flows on the territory of Armenia. This data was prepared by Rescue Service of Ministry of Emergency... -
Caucasus: Mountains Ranges (ILIAS 2018)
This layer represents the mountains in Caucasus. Each polyon of the shapefile is a different mountain. The data comes from the University of Bern and was published in 2018,... -
Armenia: Maximal Daily Precipitation
This layer shows maximal daily quantity of precipitations have fallen once for 50 years. It has been obtained based on the analysis of direct observations of more than 180... -
Caucasus: Seismotectonic Model
This layer depicts the seismotectonic model at scale 1:1,000,000 that shows the main active faults in Caucasus region and adjacent countries. This dataset was created in 2005 in... -
Caucasus : Mountain Ranges (ILIAS 2018)
This layer represents the mountains in Caucasus. Each polyon of the shapefile is a different mountain. The data comes from the University of Bern and was published in 2018,... -
Caucasus: Glaciers
This layer shows the glaciers found in the Caucasus region. Here is the glacier outlines are from Randolph Glacier Inventory 6.0 (https://www.glims.org/RGI/). They were created... -
Armenia: Landslides
This layer shows the location and shape of landslides in the territory of Armenia. Refer to the Features section in the metadata for copyright information. -
Armenia: Average Annual Solar Radiation
GIS data shows average annual solar radiation level in Armenia. This digital map was prepared in the frame of Global Environment Facility (GEF) and Armenian Renewable Resources... -
Armenia: Avalanche Hazard Level
Digital map shows avalanches hazard level in Armenia. Original data source: Data base of Hydrometeorological Survey of Georgia and Hydrometeorology Institute. Authors: Khaldani... -
Armenia: Average Annual Precipitation
This layer shows average annual precipitation level in Armenia. This GIS data has been obtained based on the analysis of direct observations of more than 180 monitoring points....