Mobile Asset Controller

Reference Designator
GI05MOAS-GL363-00-ENG000000
Start Depth
0
End Depth
1,000
Location
Current Status
Engineering
Class
ENG00 (Mobile Asset Controller)
Series
ENG00-0
Science Discipline
Make
Teledyne Webb
Model
G2 Slocum Gliders
M2M Example
https://ooinet.oceanobservatories.org/api/m2m/12576/sensor/inv/GI05MOAS/GL363/00-ENG000000/metadata
Method Data Stream Content Type
recovered_host glider_eng_metadata_recovered Metadata Report M2M Engineering
recovered_host glider_eng_recovered Engineering Data Report M2M Engineering
recovered_host glider_eng_sci_recovered Status Data Report M2M Engineering
recovered_host glider_gps_position GPS Position Data Report M2M Engineering
telemetered glider_eng_metadata Metadata Report M2M Engineering
telemetered glider_eng_sci_telemetered Status Data Report M2M Engineering
telemetered glider_eng_telemetered Engineering Data Report M2M Engineering
telemetered glider_gps_position GPS Position Data Report M2M Engineering
Deployment Cruise Start Date Stop Date Mooring Asset Node Asset Sensor Asset Latitude Longitude Deployment Depth Water Depth
3 Review AR30-03 06/09/2018 06/19/2019 CGVGI-05MOAS-00000 CGVEH-GLDROO-00363 CGCON-GLDROO-00363 59.9207 -39.3008 1000 1000
Metadata Start Date End Date Comment
GI05MOAS

Glider optodes typically exhibit a sensor lag of 20-25 seconds. Example attached of several segments with consecutive down and up casts for CP05MOAS-GL335-04-DOSTAM000 on 10/26/2015 showing a typical measurement time lag. Profiles should be analyzed for individual time lags and data should be adjusted. OOI doesn't necessarily need to make the adjustment but users should be aware of the issue.

By Lori Garzio, on 5/31/19

New Note

Metadata Start Date End Date Comment
GI05MOAS-GL363
6/9/18, 3:49 PM

During deployment D00003, this Open Ocean glider was modified to improve calibration by exposing the optode to air. The optode mount was moved to the upper surface, the optode remains powered and logging during the air surface intervals, and glider sensor logging was changed from descent-only to ascent-only to avoid sensor lag artifacts when moving from air to water. Optode sampling frequency was increased from 60 seconds to 30 seconds, to improve vertical resolution (dependent on sufficient battery life).

Id: 1429 By: lgarzio

GI05MOAS-GL363
Method: telemetered
4/24/19, 8:00 PM

Deployment 1: Science disabled on 4/26/2019 to conserve battery power for remainder of 14-month deployment. No science data is expected after this date.

Id: 1582 By: cdobson