12 Works

ROB's operational final GNSS position and tropospheric delay estimates computed in the context of its E-GVAP participation

Eric Pottiaux
GNSS-based final positions and tropospheric delays estimated operationally by the Royal Observatory of Belgium (ROB) - Solar-Terrestrial Centre of Excellence (STCE) in the framework of his participation to the EUMETNET EIG GNSS water VApor Program (E-GVAP). These daily precise positions and hourly precise tropospheric delays are computed with a post-processing scheme applied on a very large network of GNSS stations world-wide (as of today 1200+ stations). The final positions are used as station coordinates for...

ROB GNSS Network Data

Carine Bruyninx & Pascale Defraigne
Observations and metadata from continuously observing GNSS tracking stations operated by the Royal Observatory of Belgium (ROB)

ROB's operational near real-time GNSS-based tropospheric delay estimates submitted to E-GVAP

Eric Pottiaux
GNSS-based tropospheric delays estimated operationally in quasi real-time by the Royal Observatory of Belgium (ROB) - Solar-Terrestrial Centre of Excellence (STCE) in the framework of his participation to the EUMETNET EIG GNSS water VApor Program (E-GVAP). These tropospheric delays are computed every 15 minutes from a network of GNSS stations focused on the BENELUX and the U.K. Estimates have a time resolution of 15 minutes and aim to support nowcasting application in that area.

GOP's consolidated multi-GNSS navigation data archive

Jan Dousa
Globally consolidated multi-GNSS navigation files generated by Geodetic Observatory Pecny (GOP) of the Research Institute of Geodesy, Topography and Cartography (RIGTC) in suport for operational GNSS data quality control, signal-in-space error monitoring and data processing.

ROB's operational European near real-time GNSS-based tropospheric delay models, grids, and maps

Eric Pottiaux
GNSS-based tropospheric delays models, grids, and maps computed operationally by the Royal Observatory of Belgium (ROB) - Solar-Terrestrial Centre of Excellence (STCE) from the near real-time tropospheric delay estimated in the context of his participation to the EUMETNET EIG GNSS water VApor Program (E-GVAP). These tropospheric delay maps are generated according to the characteristics of the ROB contributions to E-GVAP (e.g. the models, grids, and maps corresponding to the ROBH contribution focus on Europe, are...

ROB's operational post-processed GNSS-based tropospheric delay maps

Eric Pottiaux
GNSS-based final tropospheric delays models, grids, and maps produced operationally by the Royal Observatory of Belgium (ROB) - Solar-Terrestrial Centre of Excellence (STCE) from the final (daily) tropospheric delay estimated in the context of his participation to the EUMETNET EIG GNSS water VApor Program (E-GVAP). These tropospheric delay models, grids, and maps are generated on a daily basis, covers Europe, and have a time resolution of 1 hour and a spatial resolution of 0.1° x...

ROB's operational world-wide near real-time GNSS-based tropospheric delay estimates submitted to E-GVAP

Eric Pottiaux
GNSS-based tropospheric delays estimated operationally in near real-time by the Royal Observatory of Belgium (ROB) - Solar-Terrestrial Centre of Excellence (STCE) in the framework of his participation to the EUMETNET EIG GNSS water VApor Program (E-GVAP). These tropospheric delays are computed every 1 hour from a world-wide network of GNSS stations with a time resolution of 15 min to support global NWP models and regional NWP models outside Europe.

ROB's operational real-time GNSS-based tropospheric delay estimates

Eric Pottiaux
GNSS-based tropospheric delays estimated operationally in real-time by the Royal Observatory of Belgium (ROB) - Solar-Terrestrial Centre of Excellence (STCE) in the framework of its participation to the COST Action ES1206 GNSS4SWEC and the IAG WG 4.3.7 "Real-time GNSS Troposphere Monitoring". These tropospheric delays are computed in real-time from a world-wide network of GNSS stations which focuses on the BENELUX and the U.K. Estimates have a time resolution of 30 seconds and aim to support...

ROB's operational European near real-time GNSS-based tropospheric delay estimates submitted to E-GVAP

Eric Pottiaux
GNSS-based tropospheric delays estimated operationally in near real-time by the Royal Observatory of Belgium (ROB) - Solar-Terrestrial Centre of Excellence (STCE) in the framework of his participation to the EUMETNET EIG GNSS water VApor Program (E-GVAP). These tropospheric delays are computed every 1 hour from a pan-European network of GNSS stations with a time resolution of 15 min to support national and European NWP models.

ROB's operational quasi real-time GNSS-based tropospheric delay models, grids, and maps

Eric Pottiaux
GNSS-based tropospheric delays models, grids, and maps computed operationally by the Royal Observatory of Belgium (ROB) - Solar-Terrestrial Centre of Excellence (STCE) from the quasi real-time tropospheric delay estimated in the context of his participation to the EUMETNET EIG GNSS water VApor Program (E-GVAP). These tropospheric delay maps are generated according to the characteristics of the quasi real-time ROB contribution to E-GVAP (i.e. the models, grids, and maps corresponding to the ROBQ contribution focus on...

The Gravity Database for Belgium

Seismology-Gravimetry And National Geographic Institute
This dataset contains Belgian relative gravity measurements.

Operational GNSS position and tropospheric delay estimates submitted to EUREF

Carine Bruyninx
GNSS positions and tropospheric delays estimated operationally by the Royal Observatory of Belgium (ROB) for a subset of the EUREF Permanent GNSS Network stations and submitted to EUREF for computation of the daily and/or weekly combined EUREF position solution and combined EUREF tropospheric product.

Registration Year

  • 2018
    1
  • 2019
    11

Resource Types

  • Dataset
    12