Several experiments have been carried out with the GNSS-based tide gauge at the Onsala Space Observatory (OSO) since the end of 2008. GNSS signal reflections from both seawater and sea-ice have been recorded. During one of the campains it was shown that the root-mean-square agreement between the GNSS-based tide gauge and two stilling well gauges (about 18 km and 33 km away from OSO) were better than 4 cm. Here we present our experiences with the GNSS-based tide gauge from our campains together with new results
Global Positioning System (GPS) tide gauges have been realized in different configurations, e.g., wi...
The characterization of global mean sea level is important to predict floods and to quantify water r...
It is well-known that GPS instruments can be used to measure local sea level. In most experiments, t...
Several experiments have been carried out with the GNSS-based tide gauge at the Onsala Space Observa...
We present first results from the analysis of high-rate obser-vations with a GNSS-based tide gauge a...
A continuous monitoring of coastal sea level changes is important for human society since it is pred...
A continuous monitoring of sea level changes is im-portant for human society since more than 50 % of...
We present first results from the analysis of high-rate observations with a GNSS-based tide gauge at...
Global Navigation Satellite System (GNSS) signals reflected off the sea surface can be used for remo...
By receiving Global Navigation Satellite System (GNSS) signals that are reflected off the sea surfac...
Sea-level rise due to global warming is predicted to have a large impact on human society, especiall...
We use standard geodetic Global Navigation Satellite System (GNSS) equipment to perform remote sensi...
The Onsala Space Observatory has been active in performing geodetic and astrometric VLBI observation...
Sea level rise due to global warming is predicted to have a large impact on human society, especiall...
Information on sea level and its changes are important in connection to global change processes. For...
Global Positioning System (GPS) tide gauges have been realized in different configurations, e.g., wi...
The characterization of global mean sea level is important to predict floods and to quantify water r...
It is well-known that GPS instruments can be used to measure local sea level. In most experiments, t...
Several experiments have been carried out with the GNSS-based tide gauge at the Onsala Space Observa...
We present first results from the analysis of high-rate obser-vations with a GNSS-based tide gauge a...
A continuous monitoring of coastal sea level changes is important for human society since it is pred...
A continuous monitoring of sea level changes is im-portant for human society since more than 50 % of...
We present first results from the analysis of high-rate observations with a GNSS-based tide gauge at...
Global Navigation Satellite System (GNSS) signals reflected off the sea surface can be used for remo...
By receiving Global Navigation Satellite System (GNSS) signals that are reflected off the sea surfac...
Sea-level rise due to global warming is predicted to have a large impact on human society, especiall...
We use standard geodetic Global Navigation Satellite System (GNSS) equipment to perform remote sensi...
The Onsala Space Observatory has been active in performing geodetic and astrometric VLBI observation...
Sea level rise due to global warming is predicted to have a large impact on human society, especiall...
Information on sea level and its changes are important in connection to global change processes. For...
Global Positioning System (GPS) tide gauges have been realized in different configurations, e.g., wi...
The characterization of global mean sea level is important to predict floods and to quantify water r...
It is well-known that GPS instruments can be used to measure local sea level. In most experiments, t...