Submit to in situ inventory

Submit to the GEO Mountains Inventory of in situ observational infrastructure
Submitter Name*

First NameLast Name
Submitter Email*
example@example.com
Submitter Institution*
Purpose of submission (choose one)

Adding a new site/station, network or group of sites/stations, experimental basin, or other to the GEO Mountains In Situ InventoryCorrecting existing information or providing additional information for a site/station... that is already in the GEO Mountains In Situ Inventory
Name of site/station, network or group of sites/stations, experimental basin, or other (e.g., "Atigun Pass")*
GEO Mountains ID
If providing additional / corrected information for an existing site
Category (choose one)*

Site/StationNetwork or Group of Sites/StationsExperimental BasinOther
Latitude (decimal degrees to 5 decimal places, WGS84) (e.g., "68.12983")
Longitude (decimal degrees to 5 decimal places, WGS84) (e.g., "-149.47817")
Elevation and/or range (m a.s.l) (e.g., "1463", "1287-1985")
Country
Purpose (choose one)*

ResearchOperationalBoth
Operating Organization (e.g., "Natural Resources Conservation Service (NRCS)")
URL(s) of site/station webpage (";" separated)*
The GEO Mountains In Situ Inventory comprises sites/stations, networks or groups of sites/stations, experimental basins, or other monitoring infrastructure that already have dedicated webpages. Sites without a dedicated webpage that are described in a peer-reviewed paper can also be included; in this case, please provide the DOI of the main publication.
Email address or other contact information (e.g., "name@nrcs.gov")

Are the temporal coverage and temporal frequency the same for all parameters measured?

YesNo
Start of temporal coverage for all parameters measured (YYYY, e.g., "1955")
End of temporal coverage for all parameters measured (YYYY, e.g., "2018"; leave this field blank if site is operational currently)
Temporal frequency for all parameters measured
Other temporal frequency:

Temporal coverage per Essential Mountain Climate Variable (EMCV)

	Start of temporal coverage (YYYY)	End of temporal coverage (YYYY or blank, if current)
Aerosol absorption
Aerosol Optical Depth (AOD)
Aerosol scattering
Surface atmospheric pressure
Black Carbon deposition
Cloud cover/fraction (sunshine duration)
Glacier extent
Glacier mass balance
Glacier melt / runoff
Glacier surface elevation
Snow covered area / fraction (SCA/F)
Snow depth
Snow melt / runoff
Snow microstructure
Snow Water Equivalent (SWE)
Sublimation
Debris cover (extent and thickness) and dust deposition
Near-surface air temperature and precipitation lapse rates
Sensible heat flux
Evapotranspiration
Forest extent
Geomorphological / avalanche perturbation of vegetation (spatial extents)
Tropospheric CH4
Tropospheric CO2
Dynamic groundwater storage
Groundwater levels
Mountain Block Recharge (MBR)
Mountain Front Recharge (MRF)
Spring discharge
Lake ice cover
Lake ice thickness
Water color (Lake Water-Leaving Reflectance)
Water surface temperature
Land cover
Land surface temperature
Mineralogy
Strike and dip of geological formations
Past natural hazard event extents and hazard intensities (flood, avalanche, debris flow, landslide, rockfall)
Surface water inundation extent
Near-surface air temperature
Near-surface water vapor
Near-surface wind speed and direction
Nitrogen deposition
Near-surface ozone concentration
Active layer thickness
Ground temperature
Partitioning of precipitation (solid vs. liquid)
Total precipitation
Surface water flow velocity
Water level
Surface water discharge
Near-surface soil moisture
Root-zone soil moisture
Mineral soil bulk density, to 30 cm and 1 m depths
Soil % Carbon
Soil hydraulic properties (e.g. saturated hydraulic conductivity, porosity, presence of macropores)
Soil temperature
Soil thickness
Stable isotopic composition of water (snow, rain, glacier ice, surface and groundwaters)
Surface ERB Longwave
Surface ERB Shortwave
Downward longwave radiation flux
Downward shortwave radiation flux
Upward longwave radiation flux
Upward shortwave radiation flux
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)

	Temporal frequency
Aerosol absorption
Aerosol Optical Depth (AOD)
Aerosol scattering
Surface atmospheric pressure
Black Carbon deposition
Cloud cover/fraction (sunshine duration)
Glacier extent
Glacier mass balance
Glacier melt / runoff
Glacier surface elevation
Snow covered area / fraction (SCA/F)
Snow depth
Snow melt / runoff
Snow microstructure
Snow Water Equivalent (SWE)
Sublimation
Debris cover (extent and thickness) and dust deposition
Near-surface air temperature and precipitation lapse rates
Sensible heat flux
Evapotranspiration
Forest extent
Geomorphological / avalanche perturbation of vegetation (spatial extents)
Tropospheric CH4
Tropospheric CO2
Dynamic groundwater storage
Groundwater levels
Mountain Block Recharge (MBR)
Mountain Front Recharge (MRF)
Spring discharge
Lake ice cover
Lake ice thickness
Water color (Lake Water-Leaving Reflectance)
Water surface temperature
Land cover
Land surface temperature
Mineralogy
Strike and dip of geological formations
Past natural hazard event extents and hazard intensities (flood, avalanche, debris flow, landslide, rockfall)
Surface water inundation extent
Near-surface air temperature
Near-surface water vapor
Near-surface wind speed and direction
Nitrogen deposition
Near-surface ozone concentration
Active layer thickness
Ground temperature
Partitioning of precipitation (solid vs. liquid)
Total precipitation
Surface water flow velocity
Water level
Surface water discharge
Near-surface soil moisture
Root-zone soil moisture
Mineral soil bulk density, to 30 cm and 1 m depths
Soil % Carbon
Soil hydraulic properties (e.g. saturated hydraulic conductivity, porosity, presence of macropores)
Soil temperature
Soil thickness
Stable isotopic composition of water (snow, rain, glacier ice, surface and groundwaters)
Surface ERB Longwave
Surface ERB Shortwave
Downward longwave radiation flux
Downward shortwave radiation flux
Upward longwave radiation flux
Upward shortwave radiation flux
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)
Measurement method(s) / protocol(s) followed (";" separated) (e.g., "UNESCO; GTN-G/WGMS")
Instrumentation Deployed
Please specify general type plus manufacturer and model if possible
Are the data freely available for download and non-commercial use (including via fast online inscription process)?

YesNo
URL(s) to data repository and download (";" separated)
DOI(s) of associated publication(s) (";" separated)
Parent network and / or other comment(s) (";" separated) (e.g., "SNOTEL site")
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 Inventory of in situ observational infrastructure