Submit to inventory of datasets, tools, and resources

Submit to the GEO Mountains General Inventory

Non-in situ datasets, tools, and other resources
Please submit metadata pertaining to in situ mountain observatory infrastructure to the GEO Mountains In Situ Inventory.
Submitter Name

First NameLast Name
Submitter Email
example@example.com
Submitter Institution
Type of Resource
Type of Dataset
Level of Data (choose one)
Resource Name
Resource Version
Resource Developer/Provider (Organization Name)
Developer/Provider Contact Email

Are the temporal coverage and temporal frequency the same for all variables?
Start of temporal coverage for all variables (YYYY, e.g., "1955")
End of temporal coverage for all variables (YYYY, e.g., "2018"; leave this field blank if site is operational currently)
Temporal frequency for all variables
Other temporal frequency:

Temporal coverage per Essential Mountain Climate Variable (EMCV)

Rows	Start of temporal coverage (YYYY)	End of temporal coverage (YYYY or blank, if current)
Fraction of Absorbed Photosynthetically Active Radiation (FAPAR) for adaptation
Fraction of Absorbed Photosynthetically Active Radiation (FAPAR) for modeling
Aerosol extinction coefficient, profile
Aerosol Optical Depth (AOD)
Single-scattering albedo
Aerosol layer height
BHR albedo for adaptation
Bi-hemispherical reflectance (BHR) albedo for modeling
DHR albedo for modeling
Directional hemispherical reflectance (DHR) albedo for adaptation
Surface atmospheric pressure
Above-Ground Biomass (AGB)
Black Carbon deposition
Cloud cover/fraction
Cloud top pressure
C, effective particle radius (liquid and ice)
Cloud water path (liquid and ice)
Glacier extent
Glacier mass balance
Glacier melt / runoff
Glacier surface elevation
Snow covered area / fraction (SCA/F)
Snow depth
Snow melt / runoff
Snow Water Equivalent (SWE)
Debris cover (extent and thickness) and dust deposition
Top of atmosphere ERB longwave
Top of atmosphere ERB shortwave (reflected)
Near-surface air temperature and precipitation lapse rates
Latent heat flux
Sensible heat flux
Evapotranspiration
Forest extent
Geomorphological / avalanche perturbation of vegetation (spatial extents)
Geopotential height
Stratospheric CH4
Tropospheric column CH4
Tropospheric column CO2
Dynamic groundwater storage
Groundwater levels
Mountain Block Recharge (MBR)
Mountain Front Recharge (MRF)
Lake ice cover
Water color (Lake Water-Leaving Reflectance)
Water surface temperature
Land cover
Land surface temperature
Mineralogy
Natural Hazard Maps (flood, avalanche, debris flow, landslide, rockfall; several return periods or fully probabilistic event catalogue)
Past natural hazard event extents and hazard intensities (flood, avalanche, debris flow, landslide, rockfall)
Surface water inundation
Near-surface air temperature
Near-surface water vapor
Near-surface wind speed and direction
Ozone concentration profile in upper troposphere and lower stratosphere
Total column ozone
Tropospheric ozone concentration
Active layer thickness
Ground temperature
Partitioning of precipitation (solid vs. liquid)
Total precipitation
Flow velocity (supporting River Discharge)
Water level (supporting River Discharge)
CO tropospheric column (supporting the Aerosol and Ozone EMCVs)
CO tropospheric profile (supporting the Aerosol and Ozone EMCVs)
NO2 tropospheric column (supporting the Aerosol and Ozone ECVs)
SO2 and HCHO tropospheric columns (supporting the Aerosol and Ozone EMCVs)
River discharge
Root-zone soil moisture
Near-surface soil moisture
Surface ERB Longwave
Surface ERB Shortwave
Downward longwave radiation flux
Downward shortwave radiation flux
Upward longwave radiation flux
Upward shortwave radiation flux
Spatially distributed topographic information (including slope, aspect, shape), hypsometric distributions
Tropospheric temperature profile
Total column water vapor
Tropospheric and lower stratospheric profiles of water vapor
Upper tropospheric humidity
Upper-air wind retrievals
Vegetation species abundancies and extents
Other biosphere variables (e.g., Ecosystem distribution, Species distributions, Species abundances)
Other socio-economic variables (e.g., related to agriculture, energy production, leisure, tourism, etc.)

Temporal frequency per Essential Mountain Climate Variable (EMCV)

Rows	Temporal frequency
Fraction of Absorbed Photosynthetically Active Radiation (FAPAR) for adaptation
Fraction of Absorbed Photosynthetically Active Radiation (FAPAR) for modeling
Aerosol extinction coefficient, profile
Aerosol Optical Depth (AOD)
Single-scattering albedo
Aerosol layer height
BHR albedo for adaptation
Bi-hemispherical reflectance (BHR) albedo for modeling
DHR albedo for modeling
Directional hemispherical reflectance (DHR) albedo for adaptation
Surface atmospheric pressure
Above-Ground Biomass (AGB)
Black Carbon deposition
Cloud cover/fraction
Cloud top pressure
C, effective particle radius (liquid and ice)
Cloud water path (liquid and ice)
Glacier extent
Glacier mass balance
Glacier melt / runoff
Glacier surface elevation
Snow covered area / fraction (SCA/F)
Snow depth
Snow melt / runoff
Snow Water Equivalent (SWE)
Debris cover (extent and thickness) and dust deposition
Top of atmosphere ERB longwave
Top of atmosphere ERB shortwave (reflected)
Near-surface air temperature and precipitation lapse rates
Latent heat flux
Sensible heat flux
Evapotranspiration
Forest extent
Geomorphological / avalanche perturbation of vegetation (spatial extents)
Geopotential height
Stratospheric CH4
Tropospheric column CH4
Tropospheric column CO2
Dynamic groundwater storage
Groundwater levels
Mountain Block Recharge (MBR)
Mountain Front Recharge (MRF)
Lake ice cover
Water color (Lake Water-Leaving Reflectance)
Water surface temperature
Land cover
Land surface temperature
Mineralogy
Natural Hazard Maps (flood, avalanche, debris flow, landslide, rockfall; several return periods or fully probabilistic event catalogue)
Past natural hazard event extents and hazard intensities (flood, avalanche, debris flow, landslide, rockfall)
Surface water inundation
Near-surface air temperature
Near-surface water vapor
Near-surface wind speed and direction
Ozone concentration profile in upper troposphere and lower stratosphere
Total column ozone
Tropospheric ozone concentration
Active layer thickness
Ground temperature
Partitioning of precipitation (solid vs. liquid)
Total precipitation
Flow velocity (supporting River Discharge)
Water level (supporting River Discharge)
CO tropospheric column (supporting the Aerosol and Ozone EMCVs)
CO tropospheric profile (supporting the Aerosol and Ozone EMCVs)
NO2 tropospheric column (supporting the Aerosol and Ozone ECVs)
SO2 and HCHO tropospheric columns (supporting the Aerosol and Ozone EMCVs)
River discharge
Root-zone soil moisture
Near-surface soil moisture
Surface ERB Longwave
Surface ERB Shortwave
Downward longwave radiation flux
Downward shortwave radiation flux
Upward longwave radiation flux
Upward shortwave radiation flux
Spatially distributed topographic information (including slope, aspect, shape), hypsometric distributions
Tropospheric temperature profile
Total column water vapor
Tropospheric and lower stratospheric profiles of water vapor
Upper tropospheric humidity
Upper-air wind retrievals
Vegetation species abundancies and extents
Other biosphere variables (e.g., Ecosystem distribution, Species distributions, Species abundances)
Other socio-economic variables (e.g., related to agriculture, energy production, leisure, tourism, etc.)

Gaps in temporal coverage (if any) and associated comments (";" separated)
Resource URL(s) (";" separated)
Region(s) to which Resource Corresponds
Discipline(s) to which Resource Corresponds
Does the resource pertain to paleoscience in mountain regions?
Does the resource is mountain-specific? (e.g, related to a mountain range, or a topic related to mountains - avalanche, landslide, etc.)

Other
DOI(s) of resource, if applicable (";" separated)
Suggested/Suitable Uses and any additional comments
Do you have any further reflections on the situation and possible challenges regarding inter/transdisciplinary data in your mountain region(s) or globally (e.g., site access and conditions, geopolitical situation, data discoverability, collaboration, data access and sharing, infrastructure, funding, technical capacity)?
Should be Empty:

Submit to the GEO Mountains General Inventory