Data DOI: 10.60521/332489
Citation:
Wallace, Laura, et al., (2025), Wave Glider NovAtel Navigation data for GNSS-A in Hikurangi (2019-2024). Marine Geoscience Data System (MGDS). doi:10.60521/332489
Title:
Wave Glider NovAtel Navigation data for GNSS-A in Hikurangi (2019-2024)
Abstract:
These NovAtel data files were collected as part of GNSS-A operations on the Hikurangi Subduction Zone, and can provide estimates of crustal deformation rates along the plate boundary. The data were collected on missions starting in 2019 by a remotely-operated Wave Glider system. The Wave Glider collects GNSS data while ranging to an array of seafloor transponders. All of the GNSS-A sites are located on the accretionary prism. The Novatel files are in ASCII format and contain raw inertial navigation system navigational data from the Wave Glider in vendor-defined NMEA text logs. The #INSPVA and #INSSTDEV logs are comma-separated text data strings containing the positions, velocities, roll-pitch-heading values, and standard deviations of the inertial navigation system. The file names identify the site and date. Some file names also include time and/or Wave Glider ID. The files were generated with NSF funding as part of the project called Along Strike Variation in Shallow, Offshore Strain Accumulation and Slow Slip at Hikurangi Subduction Margin, New Zealand, funded with NSF awards OCE-1754929 and OCE-1754767, and New Zealand Ministry for Business and Innovation Endeavour Research Fund, contract CO5X1605 to GNS Science.
Creator(s):
Wallace, Laura
Zumberge, Mark
Sasagawa, Glenn
Chadwell, C.
Webb, Spahr
Palmer, Neville
DeSanto, John
Date Available:
2025-11-10
Date Created:
2025-11-11
Data Type(s):
Navigation
Resource Type:
Dataset
File Format(s):
text/plain
Data Curated by:
Version:
1
Language:
en
License:
Creative Commons Attribution 4.0 International Public License [CC BY 4.0] URI: https://creativecommons.org/licenses/by/4.0/
Related Information
IsPartOf:
IsSupplementedBy:
doi: 10.60521/332490
IsSupplementedBy:
doi: 10.60521/332491
IsSupplementedBy:
doi: 10.60521/332492
IsSupplementedBy:
doi: 10.60521/332493