Parent Dataset
Merged observation data file for Sodankyla
Data center: Norwegian Meteorological Institute / Arctic Data CentreYOPPsiteMIP,
Abstract:
This MODF contains measurements from the Sodankyla supersite, located in the Arctic boreal forest of northern Finland. This environment is characterised by alternating patches of dense and sparse forest, wetland, lakes, and rivers, and the footprint of most satellite sensors and model grids will typically encompass more than one of these surface types. To capture the impact that the variation in surface type can have on surface and atmospheric processes, the supersite comprises multiple stations and instrument installations measuring the same parameters deployed in multiple locations.Metadata Information
Access constraint: OpenUse constraint:
Investigator
Name: Ewan O'ConnorOrganisation: Finnish Meteorological InstituteEmail: ewan.oconnor@fmi.fiMetadata Author
Temporal extent
Start date: 2018-02-01T00:00:00ZEnd date: 2018-09-30T00:00:00Z
Child dataset(s)
YOPPsiteMIP
Institutions: Finnish Meteorological Institute, Finnish Meteorological Institute, Norwegian Meteorological Institute / Arctic Data CentreShow more...
Abstract:
This MODF contains measurements from the Sodankyla supersite, located in the Arctic boreal
forest of northern Finland. This environment is characterised by alternating patches of dense
and sparse forest, wetland, lakes, and rivers, and the footprint of most satellite sensors
and model grids will typically encompass more than one of these surface types. To capture the
impact that the variation in surface type can have on surface and atmospheric processes, the
supersite comprises multiple stations and instrument installations measuring the same
parameters deployed in multiple locations.License :
Access: Open-
YOPPsiteMIP
Institutions: Finnish Meteorological Institute, Finnish Meteorological Institute, Norwegian Meteorological Institute / Arctic Data CentreShow more...
Abstract:
This MODF contains measurements from the Sodankyla supersite, located in the Arctic boreal
forest of northern Finland. This environment is characterised by alternating patches of dense
and sparse forest, wetland, lakes, and rivers, and the footprint of most satellite sensors
and model grids will typically encompass more than one of these surface types. To capture the
impact that the variation in surface type can have on surface and atmospheric processes, the
supersite comprises multiple stations and instrument installations measuring the same
parameters deployed in multiple locations.License :
Access: Open -
YOPPsiteMIP
Institutions: Finnish Meteorological Institute, Finnish Meteorological Institute, Norwegian Meteorological Institute / Arctic Data CentreShow more...
Abstract:
This MODF contains measurements from the Sodankyla supersite, located in the Arctic boreal
forest of northern Finland. This environment is characterised by alternating patches of dense
and sparse forest, wetland, lakes, and rivers, and the footprint of most satellite sensors
and model grids will typically encompass more than one of these surface types. To capture the
impact that the variation in surface type can have on surface and atmospheric processes, the
supersite comprises multiple stations and instrument installations measuring the same
parameters deployed in multiple locations.License :
Access: Open -
YOPPsiteMIP
Institutions: Finnish Meteorological Institute, Finnish Meteorological Institute, Norwegian Meteorological Institute / Arctic Data CentreShow more...
Abstract:
This MODF contains measurements from the Sodankyla supersite, located in the Arctic boreal
forest of northern Finland. This environment is characterised by alternating patches of dense
and sparse forest, wetland, lakes, and rivers, and the footprint of most satellite sensors
and model grids will typically encompass more than one of these surface types. To capture the
impact that the variation in surface type can have on surface and atmospheric processes, the
supersite comprises multiple stations and instrument installations measuring the same
parameters deployed in multiple locations.License :
Access: Open