Skip to content
OPERANDUM
  • Datasets
  • Organizations
  • Groups
  • About
  • Log in
  • Register
  • Datasets
  • Organizations
  • Groups
  • About
  • Log in
  • Register
  • Organisationer
  • OAW
  • Dataset
  • Aktivitetsflöde
  • Om

Taggar: DSM

Filtrera resultat
  • Privat DTM_ULS_2018

    OAW
    Digital terrain model derived from UAV-borne laser scanning (Riegl RiCopter, VUX-1LR)
    • GTiff
oaw

OAW

Institute for Interdisciplinary Mountain Research Austrian Academy of Sciences läs mer

Dataset
1

Organisationer

  • OAW - 1

Grupper

Det finns ingen Grupper som matchar sökningen

Taggar

  • digital surface model - 1
  • DSM - 1
  • elevation model - 1
  • laser scanning - 1

Format

  • GTiff - 1

Licenser

  • Creative Commons Er... - 1

Variable domain type

Det finns ingen Variable domain type som matchar sökningen

Topic category

  • ["elevation", "geos... - 1

Spatial data service type

Det finns ingen Spatial data service type som matchar sökningen

GEMET keyword

  • ["el"] - 1

Climate projections type

Det finns ingen Climate projections type som matchar sökningen

Raster data type

  • Other raster data - 1

Other data type

Det finns ingen Other data type som matchar sökningen

Admin boundaries type

Det finns ingen Admin boundaries type som matchar sökningen

Vector data type

Det finns ingen Vector data type som matchar sökningen

Temporal coverage type

Det finns ingen Temporal coverage type som matchar sökningen

Type of observation

Det finns ingen Type of observation som matchar sökningen

Spatial coverage type

Det finns ingen Spatial coverage type som matchar sökningen

Spatial data service classification

Det finns ingen Spatial data service classification som matchar sökningen

Resource type

  • Spatial dataset - 1

Main data type

  • Raster - 1

close

What are you looking for?


  • Home
  • Datasets
  • Organizations
  • Groups
  • About
  • Register
  • Log in

Using this website


  • Terms of use
  • Privacy policy
  • Copyright

Get in touch


  • Contact us
Flag of the European Union
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 776848.
All rights reserved.
OPERANDUM