Mobile Assets (GP05MOAS)

Global Station Papa Mobile Assets include two types of gliders that sample the area around the triangular mooring array. An array of 3 Open Ocean Gliders (GLnnn) survey within/between moorings, while two Global Profiling Gliders (PGnnn) survey the upper water column above the Station Papa Apex Profiler Mooring.

Platform DOI and Citation Guidance

OOI assigns Digital Object Identifiers (DOIs) at the platform or site level. The DOI for the Global Station Papa Mobile Assets is 10.58046/OOI-GP05MOAS.

The minimum recommended citation for this platform is:

NSF Ocean Observatories Initiative. (2013). Global Station Papa Mobile Assets, DOI: 10.58046/OOI-GP05MOAS.

This follows the format NSF Ocean Observatories Initiative. (Year Published). Platform Title, DOI: Platform DOI, where Year Published is the year OOI data collection began at the site.

We encourage data users to incorporate full citations when referencing OOI data in order to support FAIR data principles and data traceability. OOI also provides further guidance on citations, including information on adding specific data products and data access points to citations.

Data Access

The following links provide data access via Data Explorer or other methods:

• Direct access to the data on this platform and its subcomponents
• General access to OOI data using a variety of methods

Platform Description

Global Station Papa Mobile Assets include two types of gliders that sample the area around the triangular mooring array. An array of 3 Open Ocean Gliders (GLnnn) survey within/between moorings, while two Global Profiling Gliders (PGnnn) survey the upper water column above the Station Papa Apex Profiler Mooring.

Gliders are buoyancy-driven mobile assets that travel along saw-toothed transects, penetrating the sea surface and diving down to a maximum depth of 1,000 meters. They change their buoyancy by drawing in water through their nose making their front end heavy causing them to sink through the water. To float back up to the surface, they push the water out. Their wings provide lift allowing the gliders to move forward as they change depth. Due to their efficient design, with no need for propellers or an engine, gliders can be deployed for several months at a time.

Instruments

This site/platform includes the following instruments. To learn more about an instrument type, select the instrument class-series. To access relevant data streams for an instrument, the instrument code will take you to the OOI Data Portal.