ROTI maps of Greenland using kriging

GNSS satellite signals are affected by the media when traversing Earth’s atmosphere, and the performance of GNSS based positioning and navigation is correlated with these effects. In the ionosphere, the signals are affected by the number of electrons along the signal path which can be quantified by...

Full description

Bibliographic Details
Published in:Journal of Geodetic Science
Main Authors: Beeck S. S., Jensen A. B. O.
Format: Article in Journal/Newspaper
Language:English
Published: De Gruyter 2021
Subjects:
arctic
global navigation satellite system
greenland
interpolation
ionosphere
kriging
navigation
rate of tec index
scintillation
total electron content
Geodesy
QB275-343
Arctic
Greenland
Online Access:https://doi.org/10.1515/jogs-2020-0123
https://doaj.org/article/653c85d0da4e49c4a7e1076d0f73e543
Description
Summary:GNSS satellite signals are affected by the media when traversing Earth’s atmosphere, and the performance of GNSS based positioning and navigation is correlated with these effects. In the ionosphere, the signals are affected by the number of electrons along the signal path which can be quantified by the total electron content. The focus of this article is scintillation effects caused by electrons in the Arctic ionosphere, and the rate of the total electron content index, the ROTI, is used as a measure of the scintillation.

Similar Items