Lantmäteriet's DOI objects

A digital object identifier (DOI) is a persistent identifier used to uniquely identify objects. Here you will find more information about Lantmäteriet's DOI objects.

About DOIs

DOIs are widely used mainly to identify academic and government information, such as journal articles, research reports, data sets, and official publications.

The DOI for an object remains fixed over the lifetime of the object, while its location and metadata may change. Referring to an object by its DOI is supposed to provide a more sustainable link than simply using its URL.

DOI objects

Activity Report: Contributions from Lantmäteriet to the InSAR-Sweden Project

This is a report of Lantmäteriet’s own non-peer-reviewed report series called Lantmäterirapporter. The report provides a brief introduction to SAR (Synthetic Aperture Radar) corner reflectors and their applications and explains the progress in installing such reflectors in Sweden.

EPOS horizontal strain rates

Lantmäteriet calculates strain rates from GNSS-derived velocities. In solid Earth science strain rates are usually referred to deformation changes in the crust that can be calculated from GNSS-derived velocities, i.e. differences in position changes with time of a set of GNSS stations.

EPOS horizontal strain rates – intermediate version

Lantmäteriet calculates strain rates from GNSS-derived velocities. In solid Earth science strain rates are usually referred to deformation changes in the crust that can be calculated from GNSS-derived velocities, i.e. differences in position changes with time of a set of GNSS stations.

EPOS horizontal strain rates – preliminary version

Lantmäteriet calculates strain rates from GNSS-derived velocities. In solid Earth science strain rates are usually referred to deformation changes in the crust that can be calculated from GNSS-derived velocities, i.e. differences in position changes with time of a set of GNSS stations.

EuVeM2022

EuVeM2022 is a 3D European geodetic velocity field available in different formats and reference frames. Geodetic velocity models are obtained from GNSS (Global Navigation Satellite Systems) velocity solutions and help in the transition from international to national velocity solutions. In geodynamics, such velocity models can also be useful in the estimation of strain rates and to get a better picture of horizontal and vertical intraplate deformations.

Geodetic activities in Sweden 2018-2022

This is a report of Lantmäteriet’s own non-peer-reviewed report series called Lantmäterirapporter. The report covers the geodetic activities at Lantmäteriet and at universities in Sweden for the years 2018–2022.

Swepos RINEX data

The Swepos® network is the Swedish national network of permanent GNSS reference stations. It is operated by Lantmäteriet, the Swedish mapping, cadastral and land registration authority. The dataset contains observations from the Swepos continuously observing GNSS tracking stations.

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