Easier access to scientific data
Brought to you by NOAA NMFS SWFSC ERD
|
PolarWatch ERDDAP
Easier access to scientific data |
log in |
Brought to you by NOAA NMFS SWFSC ERD |
| Dataset Title: | gi_363-20180609T1949-delayed
|
| Institution: | OOI Coastal & Global Scale Nodes (CGSN) (Dataset ID: gi_363-20180609T1949-delayed) |
| Information: | Summary
| License
| FGDC
| ISO 19115
| Metadata
| Background
| Data Access Form
| Make a graph
|
(Refine the map and/or download the image)
&.draw=markers&.marker=1%7C5&.color=0xFF9900&.colorBar=%7CD%7C%7C%7C%7C)
To view the counts of distinct combinations of the variables listed above,
check View : Distinct Data Counts above and select a value for one of the variables above.
Distinct Data
(Metadata)
(Refine the data subset and/or download the data)
| wmo_id | trajectory | profile_id | time | latitude | longitude |
|---|---|---|---|---|---|
| UTC | degrees_north | degrees_east | |||
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1528840497 | 2018-06-12T22:56:07Z | 59.82945384607208 | -39.209391704315046 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1528857596 | 2018-06-13T03:47:51Z | 59.83304640054623 | -39.22941459940952 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1528874583 | 2018-06-13T08:23:50Z | 59.829347386769506 | -39.262507723983916 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1528890361 | 2018-06-13T12:52:24Z | 59.82930302678559 | -39.292507591590955 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1528907980 | 2018-06-13T17:38:58Z | 59.82769841886828 | -39.328435335363594 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1528923870 | 2018-06-13T22:09:06Z | 59.82411667984767 | -39.362156831579405 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1528939094 | 2018-06-14T02:16:11Z | 59.82554055083843 | -39.38186550292616 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1528955566 | 2018-06-14T06:52:49Z | 59.82808659293343 | -39.408283627683154 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1528969371 | 2018-06-14T10:47:00Z | 59.83306186057314 | -39.412524601073066 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1528986854 | 2018-06-14T15:30:51Z | 59.84701544683784 | -39.42298160400089 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529000812 | 2018-06-14T19:27:48Z | 59.8612432556857 | -39.415126437374134 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529015441 | 2018-06-14T22:58:41Z | 59.86295470606862 | -39.432842868497374 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529024207 | 2018-06-15T01:28:14Z | 59.87070859768108 | -39.430542749521635 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529049901 | 2018-06-15T09:10:10Z | 59.88291949591767 | -39.40934245572174 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529080062 | 2018-06-15T17:27:36Z | 59.89331774069194 | -39.36049531494512 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529109305 | 2018-06-16T01:39:32Z | 59.88244243778636 | -39.34239469452055 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529138656 | 2018-06-16T09:49:08Z | 59.875435969019556 | -39.285591979549544 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529168158 | 2018-06-16T17:57:11Z | 59.85438434910423 | -39.239216548924865 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529198004 | 2018-06-17T02:11:09Z | 59.844849718775556 | -39.26085991749444 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529227285 | 2018-06-17T10:19:18Z | 59.87176222953179 | -39.24165283892681 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529256725 | 2018-06-17T18:30:58Z | 59.85776940794247 | -39.236558189390394 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529285537 | 2018-06-18T02:29:52Z | 59.847033081964824 | -39.26880154827349 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529314949 | 2018-06-18T10:39:01Z | 59.86703483354052 | -39.22988002641466 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529344180 | 2018-06-18T18:46:03Z | 59.865130589170036 | -39.24484133655259 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529372890 | 2018-06-19T02:53:54Z | 59.85598929645494 | -39.26974824899436 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529381809 | 2018-06-19T05:25:44Z | 59.85641128341328 | -39.26452476683508 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529390081 | 2018-06-19T07:30:24Z | 59.861620488701774 | -39.252202404620014 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529396767 | 2018-06-19T09:22:40Z | 59.86635827296646 | -39.2410241272988 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529403553 | 2018-06-19T11:18:12Z | 59.87118182919022 | -39.22964348053834 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529412082 | 2018-06-19T13:51:55Z | 59.8704800094555 | -39.222597362519416 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529420550 | 2018-06-19T15:56:47Z | 59.86448850814388 | -39.232675927012 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529427065 | 2018-06-19T17:47:20Z | 59.85915160375975 | -39.2416915051798 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529433815 | 2018-06-19T19:45:09Z | 59.85346236898986 | -39.25130227147638 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529464107 | 2018-06-20T04:04:40Z | 59.858054159629 | -39.259589193808075 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529493014 | 2018-06-20T12:10:27Z | 59.86310764500469 | -39.22721920238633 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529522915 | 2018-06-20T20:25:44Z | 59.85829246863607 | -39.24857464274489 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529551934 | 2018-06-21T04:32:39Z | 59.846167215342106 | -39.25929027879551 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529580947 | 2018-06-21T12:36:33Z | 59.86849431808096 | -39.23779553028078 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529611509 | 2018-06-21T21:09:45Z | 59.85890142675125 | -39.236025210201745 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529641977 | 2018-06-22T05:31:33Z | 59.85351751817605 | -39.22204161665329 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529671423 | 2018-06-22T13:43:30Z | 59.8620181233936 | -39.190241057448475 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529683417 | 2018-06-22T16:06:34Z | 59.86775898579743 | -39.175637890385325 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529686410 | 2018-06-22T16:57:19Z | 59.86936914764844 | -39.169104836386374 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529689968 | 2018-06-22T17:56:32Z | 59.8703163435715 | -39.156610788751514 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529692524 | 2018-06-22T18:37:28Z | 59.87044089045284 | -39.14448774550163 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529696381 | 2018-06-22T19:41:55Z | 59.86929873684199 | -39.123959889579545 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529720073 | 2018-06-23T03:09:13Z | 59.8695093427622 | -39.12363754438536 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529748976 | 2018-06-23T11:15:40Z | 59.870236066205614 | -39.12031173402492 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529779118 | 2018-06-23T19:40:21Z | 59.85147916242173 | -39.18961213463592 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529811511 | 2018-06-24T04:36:54Z | 59.868321639163895 | -39.201130359166385 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529840990 | 2018-06-24T12:48:31Z | 59.86159854995999 | -39.26496048012546 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529870520 | 2018-06-24T21:00:13Z | 59.85765232849888 | -39.290978253875316 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529890065 | 2018-06-25T01:56:41Z | 59.85651012168529 | -39.27515635507064 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529905237 | 2018-06-25T06:12:17Z | 59.86208852962888 | -39.25836215170883 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529920637 | 2018-06-25T10:22:47Z | 59.85435092180884 | -39.26466045761188 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529935145 | 2018-06-25T14:30:01Z | 59.86155801965953 | -39.2535235856427 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529942742 | 2018-06-25T16:12:42Z | 59.85611708247083 | -39.25885753162344 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529947973 | 2018-06-25T17:39:05Z | 59.84839158321951 | -39.25286679922526 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529950831 | 2018-06-25T18:22:53Z | 59.84765013582364 | -39.25242409137739 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529953019 | 2018-06-25T18:59:32Z | 59.84889642602622 | -39.25307810200037 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529964310 | 2018-06-25T22:40:37Z | 59.85508906261724 | -39.25774632259135 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1529992477 | 2018-06-26T06:52:47Z | 59.86999488487159 | -39.386412151048674 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530021881 | 2018-06-26T15:03:07Z | 59.89770883415395 | -39.445839960106575 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530050453 | 2018-06-26T23:05:46Z | 59.91680846917815 | -39.52418743656038 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530080197 | 2018-06-27T07:16:03Z | 59.93235935668803 | -39.55766432910899 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530111148 | 2018-06-27T15:53:34Z | 59.93889836282629 | -39.579277169371 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530142728 | 2018-06-28T00:38:54Z | 59.90855652155875 | -39.6033654275797 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530173057 | 2018-06-28T09:03:01Z | 59.89403220260751 | -39.62329418859779 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530202664 | 2018-06-28T17:16:19Z | 59.88373977072666 | -39.621657169902605 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530232055 | 2018-06-29T01:25:31Z | 59.87060867352632 | -39.62073623474421 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530261861 | 2018-06-29T09:42:53Z | 59.85910742557532 | -39.62820145640703 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530291532 | 2018-06-29T17:59:16Z | 59.84998582267102 | -39.62610158552759 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530322075 | 2018-06-30T02:28:28Z | 59.83379114166237 | -39.63844821990149 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530351800 | 2018-06-30T10:41:10Z | 59.82091922092843 | -39.64399278585085 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530380834 | 2018-06-30T18:43:44Z | 59.82171022706924 | -39.64099984852105 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530409476 | 2018-07-01T02:49:27Z | 59.820923953397354 | -39.64964627338813 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530440195 | 2018-07-01T11:18:17Z | 59.8196535346018 | -39.65282812287523 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530471042 | 2018-07-01T19:49:55Z | 59.825391114190644 | -39.63750798139193 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530505831 | 2018-07-02T05:29:25Z | 59.83831132267746 | -39.61366496058451 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530535467 | 2018-07-02T13:42:25Z | 59.84159372973333 | -39.6126754518359 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530570402 | 2018-07-02T23:26:43Z | 59.85457814901337 | -39.59499747897244 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530600482 | 2018-07-03T07:49:32Z | 59.86612220598953 | -39.57188332527292 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530629813 | 2018-07-03T15:55:33Z | 59.87663649953157 | -39.55887354700766 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530659143 | 2018-07-04T00:04:50Z | 59.88756931771264 | -39.547932744428955 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530688090 | 2018-07-04T08:08:55Z | 59.901385275105504 | -39.533067589286375 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530717557 | 2018-07-04T16:20:09Z | 59.91272514447996 | -39.52142208545694 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530747767 | 2018-07-05T00:44:32Z | 59.93008759933812 | -39.49694009943185 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530778759 | 2018-07-05T09:18:35Z | 59.937631001101416 | -39.45430807532791 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530807779 | 2018-07-05T17:22:58Z | 59.939838618436895 | -39.40748242948155 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530836109 | 2018-07-06T00:48:55Z | 59.97396200063682 | -39.4730955639182 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530863085 | 2018-07-06T08:42:29Z | 59.93624975152366 | -39.59400622402652 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530892667 | 2018-07-06T16:55:33Z | 59.86898243278286 | -39.73379643289845 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530921873 | 2018-07-07T01:14:08Z | 59.79795054143433 | -39.822076796520435 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530953547 | 2018-07-07T09:56:08Z | 59.74810866366575 | -39.9343760425618 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1530983733 | 2018-07-07T18:13:11Z | 59.69842369777124 | -39.91763412802588 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531012748 | 2018-07-08T02:19:19Z | 59.71134533050317 | -39.859541951267076 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531043044 | 2018-07-08T10:42:50Z | 59.71546799644024 | -39.85346768624532 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531072936 | 2018-07-08T19:06:17Z | 59.74878222610732 | -39.72807927957024 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531103319 | 2018-07-09T03:28:19Z | 59.760864729329526 | -39.62204715963367 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531132898 | 2018-07-09T11:39:42Z | 59.76983308243664 | -39.54280188395336 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531162543 | 2018-07-09T19:54:21Z | 59.76806392458529 | -39.48355472900526 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531191734 | 2018-07-10T04:02:27Z | 59.7714876819837 | -39.39511069341854 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531222240 | 2018-07-10T12:29:41Z | 59.75639444266645 | -39.332931070519855 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531251619 | 2018-07-10T20:41:50Z | 59.71896294221745 | -39.31446490156323 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531330627 | 2018-07-11T18:34:34Z | 59.73577875411252 | -39.39081737665369 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531360046 | 2018-07-12T02:50:43Z | 59.77388718199824 | -39.494816606052474 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531389966 | 2018-07-12T11:06:13Z | 59.80089297358862 | -39.565214093424224 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531420069 | 2018-07-12T19:31:08Z | 59.82406462940562 | -39.592897300975125 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531449954 | 2018-07-13T03:46:02Z | 59.835567978465924 | -39.59096997157514 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531479358 | 2018-07-13T11:57:38Z | 59.832213594144356 | -39.599745487956774 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531510236 | 2018-07-13T20:30:32Z | 59.83033165470718 | -39.600907814705316 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531539788 | 2018-07-14T04:47:11Z | 59.82761581253431 | -39.58973457463371 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531571121 | 2018-07-14T13:26:37Z | 59.814115240036 | -39.58358894319793 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531600679 | 2018-07-14T21:37:00Z | 59.808360161907906 | -39.5880553853291 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531629646 | 2018-07-15T05:48:17Z | 59.81078745126048 | -39.58529595917661 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531661043 | 2018-07-15T14:25:35Z | 59.8025772605272 | -39.60346681301631 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531691501 | 2018-07-15T22:51:58Z | 59.800698808325876 | -39.63194615495544 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531721206 | 2018-07-16T07:15:23Z | 59.802376303567236 | -39.666330591749734 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531752066 | 2018-07-16T15:42:05Z | 59.78626331918462 | -39.72163857683608 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531781843 | 2018-07-17T00:03:04Z | 59.77443446345743 | -39.800029453723674 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531828293 | 2018-07-17T12:53:12Z | 59.80065158646239 | -39.730751720593354 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531859494 | 2018-07-17T21:30:23Z | 59.87937297239912 | -39.652430007653365 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531890226 | 2018-07-18T06:05:19Z | 59.93054083572023 | -39.58809781430572 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1531922558 | 2018-07-18T15:01:05Z | 59.96376054593511 | -39.53367475257937 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532119705 | 2018-07-20T21:48:36Z | 59.9098930494118 | -39.37197872143776 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532150346 | 2018-07-21T06:22:27Z | 59.83969153830873 | -39.321151879242166 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532183414 | 2018-07-21T15:30:34Z | 59.795366952259386 | -39.28159621726489 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532214150 | 2018-07-22T00:04:04Z | 59.762397969861745 | -39.23758487960793 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532243438 | 2018-07-22T08:17:05Z | 59.73453203780277 | -39.220768549535244 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532276255 | 2018-07-22T17:19:24Z | 59.72623066306025 | -39.19850010470987 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532306073 | 2018-07-23T01:38:01Z | 59.72589780685998 | -39.183909907732705 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532336675 | 2018-07-23T10:06:45Z | 59.720140891254516 | -39.167482535549624 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532367987 | 2018-07-23T18:48:48Z | 59.726698945231874 | -39.14902406202833 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532398226 | 2018-07-24T03:10:33Z | 59.735383032661964 | -39.113370989745015 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532428312 | 2018-07-24T11:36:48Z | 59.74737202642279 | -39.07062765886961 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532462325 | 2018-07-24T21:00:54Z | 59.76282105501458 | -39.02453893500947 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532497886 | 2018-07-25T06:53:49Z | 59.767214999999986 | -38.997828333333345 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532531107 | 2018-07-25T16:11:29Z | 59.82127341794518 | -39.02531363995244 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532562273 | 2018-07-26T00:51:09Z | 59.82759001268978 | -39.032646919264515 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532593822 | 2018-07-26T09:32:27Z | 59.78088880649355 | -39.22491965065916 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532625077 | 2018-07-26T18:13:48Z | 59.79926976184949 | -39.28066441211002 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532656166 | 2018-07-27T02:44:37Z | 59.8169697393375 | -39.331085769741904 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532686364 | 2018-07-27T11:14:52Z | 59.76757156433955 | -39.4712306112824 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532717328 | 2018-07-27T19:52:04Z | 59.77099073208342 | -39.58645018120988 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532748610 | 2018-07-28T04:32:42Z | 59.78207767719379 | -39.69204894142162 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532779233 | 2018-07-28T13:00:54Z | 59.77208069713691 | -39.844533417065094 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532824775 | 2018-07-29T01:38:35Z | 59.784386949951234 | -39.79285489180184 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532854531 | 2018-07-29T09:56:36Z | 59.80528726034554 | -39.737295759647104 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532884636 | 2018-07-29T18:25:37Z | 59.840112062024915 | -39.683972451545515 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532916089 | 2018-07-30T03:02:11Z | 59.871954715278896 | -39.644224060850426 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532946849 | 2018-07-30T11:36:26Z | 59.89662813276527 | -39.602526647431525 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1532977644 | 2018-07-30T20:10:05Z | 59.921825199848705 | -39.56161565315301 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533008264 | 2018-07-31T04:39:34Z | 59.93870881556037 | -39.52792523838225 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533038550 | 2018-07-31T13:07:47Z | 59.95700995302961 | -39.521009762202574 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533087656 | 2018-08-01T02:44:08Z | 59.8737357294344 | -39.52159359211019 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533118478 | 2018-08-01T11:17:07Z | 59.81051253382462 | -39.43708489106912 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533149500 | 2018-08-01T19:52:09Z | 59.774831519777464 | -39.26003392885859 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533179442 | 2018-08-02T04:12:09Z | 59.755410082181754 | -39.260505538129784 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533210291 | 2018-08-02T12:45:21Z | 59.728305727874684 | -39.27838929708203 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533239908 | 2018-08-02T21:03:06Z | 59.717374837538905 | -39.29469482748375 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533270409 | 2018-08-03T05:25:42Z | 59.73015670008636 | -39.33378775921485 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533301087 | 2018-08-03T13:59:31Z | 59.72973551609907 | -39.39005022131827 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533331876 | 2018-08-03T22:33:30Z | 59.7302703656441 | -39.44492377591038 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533361529 | 2018-08-04T06:50:36Z | 59.726813120211645 | -39.515196234720634 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533392001 | 2018-08-04T15:13:43Z | 59.72802150983747 | -39.60889199981829 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533422701 | 2018-08-04T23:43:16Z | 59.74033837867616 | -39.70885485892455 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533453379 | 2018-08-05T08:16:50Z | 59.75560221953397 | -39.80217490225963 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533478675 | 2018-08-05T14:28:54Z | 59.77221540829797 | -39.86224409401721 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533503562 | 2018-08-05T22:13:21Z | 59.78880850498609 | -39.78021129219778 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533533476 | 2018-08-06T06:33:50Z | 59.81318607736291 | -39.7196542607557 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533564437 | 2018-08-06T15:09:07Z | 59.8445463756742 | -39.63314309166926 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533593662 | 2018-08-06T23:24:08Z | 59.88261803240012 | -39.58598596985921 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533624290 | 2018-08-07T07:51:06Z | 59.921896495988 | -39.5462361989083 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533655503 | 2018-08-07T16:30:41Z | 59.964180351819515 | -39.51695742525419 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533765491 | 2018-08-08T22:59:17Z | 59.92325756551182 | -39.438648784522535 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533795767 | 2018-08-09T07:25:12Z | 59.88221288569599 | -39.38612335023047 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533826483 | 2018-08-09T15:58:06Z | 59.85203206822981 | -39.34773074617707 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533857274 | 2018-08-10T00:29:06Z | 59.81736723071771 | -39.34669506483845 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533886761 | 2018-08-10T08:48:14Z | 59.77678632979754 | -39.332743599310305 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533917952 | 2018-08-10T17:24:03Z | 59.73970153188015 | -39.314112391024445 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533945270 | 2018-08-11T00:14:44Z | 59.70995760144836 | -39.32910434369427 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1533971035 | 2018-08-11T08:01:49Z | 59.73527583036854 | -39.43623089408122 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534001585 | 2018-08-11T16:30:47Z | 59.755292778293715 | -39.537251913800205 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534031777 | 2018-08-12T00:58:07Z | 59.75719397014501 | -39.65427898030743 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534062686 | 2018-08-12T09:33:12Z | 59.770668378801226 | -39.779562422954434 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534108960 | 2018-08-12T22:18:50Z | 59.81885922245006 | -39.76565872104988 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534138189 | 2018-08-13T06:29:50Z | 59.87364702773443 | -39.63585016625464 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534168932 | 2018-08-13T15:05:35Z | 59.93380701586954 | -39.532778061693 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534276207 | 2018-08-14T20:51:14Z | 59.92435850716184 | -39.400017589068995 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534307081 | 2018-08-15T05:25:13Z | 59.87837437386611 | -39.36399301868126 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534336564 | 2018-08-15T13:46:10Z | 59.83498328168219 | -39.349266179687454 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534367806 | 2018-08-15T22:20:35Z | 59.79589215427254 | -39.32040435523561 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534397834 | 2018-08-16T06:37:26Z | 59.765384029505185 | -39.312723993172774 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534428716 | 2018-08-16T15:13:35Z | 59.72976288966643 | -39.314259875753436 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534473781 | 2018-08-17T03:40:19Z | 59.73048704159534 | -39.34554071682948 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534503777 | 2018-08-17T12:05:01Z | 59.74759817238037 | -39.40558960327963 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534534532 | 2018-08-17T20:41:57Z | 59.75630063333977 | -39.47592977183049 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534565625 | 2018-08-18T05:17:22Z | 59.76408625421595 | -39.544991843383144 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534596873 | 2018-08-18T13:55:57Z | 59.776341028284655 | -39.61082657256492 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534627731 | 2018-08-18T22:29:31Z | 59.78103449065746 | -39.68391373081054 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534658399 | 2018-08-19T07:03:28Z | 59.778824490580405 | -39.761460779334705 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534689835 | 2018-08-19T15:45:11Z | 59.773560248654476 | -39.86942246082179 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534719728 | 2018-08-20T00:12:00Z | 59.82113257353077 | -39.80108502964801 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534751445 | 2018-08-20T08:54:46Z | 59.85408175995057 | -39.66825527234725 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534782314 | 2018-08-20T17:25:16Z | 59.88936664571725 | -39.59269847039221 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534812313 | 2018-08-21T01:47:34Z | 59.92616371051388 | -39.54928240010857 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534843271 | 2018-08-21T10:24:25Z | 59.95324673391686 | -39.51144180560995 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534870059 | 2018-08-21T17:13:18Z | 59.97359950893944 | -39.50880610732131 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534923768 | 2018-08-22T08:48:20Z | 59.908678521818565 | -39.557357524424084 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534954826 | 2018-08-22T17:23:11Z | 59.86391088923392 | -39.67339078216578 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1534985687 | 2018-08-23T01:54:42Z | 59.81825523427696 | -39.775389054664195 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535015306 | 2018-08-23T10:18:16Z | 59.77793107707051 | -39.84805749290522 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535066378 | 2018-08-24T00:17:43Z | 59.79430455362784 | -39.774348308951126 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535096556 | 2018-08-24T08:47:15Z | 59.82073684540629 | -39.70030311125822 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535127000 | 2018-08-24T17:11:53Z | 59.84885271189067 | -39.624157894162735 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535157216 | 2018-08-25T01:34:29Z | 59.869175071349595 | -39.58412419787252 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535188450 | 2018-08-25T10:15:54Z | 59.88458520979595 | -39.560356951806845 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535218634 | 2018-08-25T18:38:15Z | 59.9157078455515 | -39.567598851402906 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535249559 | 2018-08-26T03:13:03Z | 59.94395407095727 | -39.55354438972961 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535279320 | 2018-08-26T11:29:49Z | 59.9570991505049 | -39.53352266383567 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535309616 | 2018-08-26T19:54:28Z | 59.97598027141066 | -39.52063307534967 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535339666 | 2018-08-27T04:10:44Z | 59.963823962125886 | -39.5062396322083 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535369223 | 2018-08-27T12:30:19Z | 59.95970730041178 | -39.505406723045105 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535400449 | 2018-08-27T21:09:12Z | 59.79448429391821 | -39.59133536928753 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535430600 | 2018-08-28T05:35:39Z | 59.770755795866606 | -39.529366949166025 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535461726 | 2018-08-28T14:06:29Z | 59.74358148322722 | -39.44418842289498 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535492489 | 2018-08-28T22:42:02Z | 59.73240513727852 | -39.345228850765935 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535538549 | 2018-08-29T11:30:27Z | 59.7402899163293 | -39.43269008517207 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535569103 | 2018-08-29T20:00:47Z | 59.75547673631351 | -39.57884959326324 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535599823 | 2018-08-30T04:33:34Z | 59.75459353654884 | -39.75201331123025 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535625954 | 2018-08-30T11:01:47Z | 59.75321693193236 | -39.76467574824879 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535652475 | 2018-08-30T19:10:33Z | 59.75321499999998 | -39.76467333333335 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535685552 | 2018-08-31T04:23:49Z | 59.817199354898726 | -39.87484112715279 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535716899 | 2018-08-31T13:04:56Z | 59.83845599004802 | -39.840920716138186 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535731721 | 2018-08-31T17:04:30Z | 59.8445071741209 | -39.822615604802984 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535745636 | 2018-08-31T21:02:41Z | 59.850475230993126 | -39.804561957089504 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535786711 | 2018-09-01T08:23:24Z | 59.881910413460936 | -39.7125725713015 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535800784 | 2018-09-01T12:18:08Z | 59.89696867924241 | -39.675840173768755 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535814828 | 2018-09-01T16:17:33Z | 59.91229836643928 | -39.638445684101775 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535845660 | 2018-09-02T00:47:04Z | 59.938457477368765 | -39.53601384964958 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535859894 | 2018-09-02T04:45:07Z | 59.951268601068854 | -39.48686362390937 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535874266 | 2018-09-02T08:38:18Z | 59.96380683001372 | -39.43876036634592 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535903621 | 2018-09-02T16:54:55Z | 59.9097258560726 | -39.412275984620344 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535918090 | 2018-09-02T20:51:18Z | 59.87767093412555 | -39.40290235083425 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535931813 | 2018-09-03T00:44:38Z | 59.84558396561536 | -39.3935193458587 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535965648 | 2018-09-03T10:06:04Z | 59.79389012515082 | -39.321663405858054 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535979768 | 2018-09-03T13:59:05Z | 59.76680412786985 | -39.29471616838967 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1535993564 | 2018-09-03T17:52:43Z | 59.739989601468984 | -39.268039011073625 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536021462 | 2018-09-04T01:06:12Z | 59.71730623237419 | -39.27509092926505 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536202774 | 2018-09-06T03:59:11Z | 59.707441054539 | -39.43247705216372 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536232961 | 2018-09-06T12:22:59Z | 59.72729943885905 | -39.511189203189716 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536263838 | 2018-09-06T21:01:13Z | 59.74380365313278 | -39.61921854764358 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536294489 | 2018-09-07T05:28:27Z | 59.76706075647294 | -39.700563317511765 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536324779 | 2018-09-07T13:56:08Z | 59.773433681248115 | -39.77849175404603 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536355820 | 2018-09-07T22:16:04Z | 59.76163738983975 | -39.86539133759598 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536384340 | 2018-09-08T06:25:14Z | 59.80748227529157 | -39.77690920305547 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536414584 | 2018-09-08T14:50:49Z | 59.84794499292762 | -39.665212606591446 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536444763 | 2018-09-08T23:12:08Z | 59.877659389566986 | -39.61286498715472 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536474900 | 2018-09-09T07:36:35Z | 59.90111012261762 | -39.5621945103699 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536505497 | 2018-09-09T16:06:22Z | 59.92964615080902 | -39.49606675383957 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536535754 | 2018-09-10T00:34:07Z | 59.95918482885877 | -39.51752137373821 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536560441 | 2018-09-10T06:25:13Z | 59.98423510823213 | -39.5004563398066 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536583190 | 2018-09-10T13:40:55Z | 59.92911107022624 | -39.503035132969465 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536613929 | 2018-09-10T22:13:29Z | 59.881383718391064 | -39.46940904166389 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536644742 | 2018-09-11T06:46:29Z | 59.84780994632688 | -39.41493064165921 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536675264 | 2018-09-11T15:18:21Z | 59.79712692077305 | -39.38310377740998 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536717127 | 2018-09-12T02:50:48Z | 59.71085810154643 | -39.331907460466844 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536746260 | 2018-09-12T10:59:10Z | 59.705315446112564 | -39.44140231750117 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536777364 | 2018-09-12T19:36:24Z | 59.74275703104382 | -39.554544026596275 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536808000 | 2018-09-13T04:02:15Z | 59.75693541617446 | -39.699357115348086 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536836672 | 2018-09-13T12:04:18Z | 59.78027503012082 | -39.88074572246484 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536866185 | 2018-09-13T20:19:33Z | 59.84356662015793 | -39.942509732077774 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536897439 | 2018-09-14T05:00:47Z | 59.860050992358026 | -39.9650587709935 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536927310 | 2018-09-14T13:14:19Z | 59.86665453771747 | -39.95093391395295 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536957382 | 2018-09-14T21:38:06Z | 59.87011986774735 | -39.903064931236145 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1536987555 | 2018-09-15T06:04:08Z | 59.87281773238336 | -39.841116761290316 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537018422 | 2018-09-15T14:36:50Z | 59.88065904158382 | -39.76075371118498 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537048979 | 2018-09-15T23:04:30Z | 59.896355462924845 | -39.64610156752009 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537079487 | 2018-09-16T07:34:09Z | 59.93036616766009 | -39.53664904185326 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537110082 | 2018-09-16T16:02:25Z | 59.96089463486957 | -39.49922550188781 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537233110 | 2018-09-18T02:14:35Z | 59.904948168753926 | -39.42722546648977 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537262581 | 2018-09-18T10:26:21Z | 59.84470368905845 | -39.37656599799919 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537292740 | 2018-09-18T18:48:13Z | 59.786374760529306 | -39.341562459703304 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537322705 | 2018-09-19T03:08:50Z | 59.73440493986212 | -39.31973139793094 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537368099 | 2018-09-19T15:43:39Z | 59.72813417875627 | -39.380634308031155 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537398396 | 2018-09-20T00:07:16Z | 59.753988091497085 | -39.456610272001214 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537427874 | 2018-09-20T08:20:08Z | 59.76393066056751 | -39.53216729628142 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537457698 | 2018-09-20T16:36:17Z | 59.775895111483486 | -39.61174230572973 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537487535 | 2018-09-21T00:54:09Z | 59.7851966592311 | -39.69621503339472 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537520310 | 2018-09-21T10:02:14Z | 59.78132053907473 | -39.787904723499544 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537547489 | 2018-09-21T16:53:51Z | 59.77374341843897 | -39.84091978621319 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537572174 | 2018-09-22T00:25:20Z | 59.8369316027486 | -39.76283206324116 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537603254 | 2018-09-22T09:03:17Z | 59.885859429207876 | -39.637677054875 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1537633649 | 2018-09-22T17:28:31Z | 59.951745442051944 | -39.51068110801637 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538000231 | 2018-09-26T23:19:27Z | 59.90038955680723 | -39.42304632453567 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538031283 | 2018-09-27T07:56:28Z | 59.891206131111 | -39.400280298591454 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538062458 | 2018-09-27T16:40:11Z | 59.84788355791155 | -39.36166833333334 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538103304 | 2018-09-28T03:56:54Z | 59.79124833333334 | -39.32019969442747 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538134482 | 2018-09-28T12:38:50Z | 59.791248333333336 | -39.32019833333332 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538183199 | 2018-09-29T02:10:03Z | 59.73144002528042 | -39.321571268306315 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538220881 | 2018-09-29T12:39:53Z | 59.72860018149824 | -39.36812234021222 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538255715 | 2018-09-29T22:18:15Z | 59.73688569489767 | -39.411451049666326 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538286176 | 2018-09-30T06:43:22Z | 59.73937016408913 | -39.45748563410219 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538327878 | 2018-09-30T18:18:49Z | 59.76083567389627 | -39.56708887265176 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538359155 | 2018-10-01T03:02:08Z | 59.75699857007694 | -39.670832802891105 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538390204 | 2018-10-01T11:40:09Z | 59.7557234251797 | -39.681529110215656 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538416622 | 2018-10-01T18:18:08Z | 59.76654732891859 | -39.86281356529509 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538441760 | 2018-10-02T02:00:27Z | 59.812485442680796 | -39.80896393744647 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538472792 | 2018-10-02T10:38:40Z | 59.853620737456104 | -39.745200541002326 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538504218 | 2018-10-02T19:20:04Z | 59.87588387465076 | -39.689631723233695 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538534765 | 2018-10-03T03:47:44Z | 59.899936209972296 | -39.643164831074934 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538565093 | 2018-10-03T12:12:12Z | 59.924006130782175 | -39.60089544620316 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538595643 | 2018-10-03T20:43:46Z | 59.939087189320965 | -39.55679519321143 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538625950 | 2018-10-04T05:06:54Z | 59.95462734510686 | -39.5118566590965 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538655724 | 2018-10-04T13:03:25Z | 59.97529397844705 | -39.482726098585594 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538683111 | 2018-10-04T21:00:03Z | 59.89619433261446 | -39.49490525319879 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538713461 | 2018-10-05T05:23:31Z | 59.83324417482824 | -39.43286419894337 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538743267 | 2018-10-05T13:40:59Z | 59.78079583634744 | -39.33224504435507 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538772940 | 2018-10-05T21:57:13Z | 59.75188777307588 | -39.426539484922024 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538814186 | 2018-10-06T09:23:23Z | 59.757382153185716 | -39.59179353001332 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538843702 | 2018-10-06T17:36:44Z | 59.7736224298506 | -39.731975586435496 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538897214 | 2018-10-07T08:29:38Z | 59.80857003375389 | -39.77586107252205 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538938451 | 2018-10-07T19:55:13Z | 59.857853010612146 | -39.66167650336863 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538967846 | 2018-10-08T04:03:23Z | 59.89566098599012 | -39.59252671931808 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1538997493 | 2018-10-08T12:21:53Z | 59.90018857401091 | -39.58185190734424 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539031444 | 2018-10-08T21:48:45Z | 59.94514100376305 | -39.519419856763705 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539062285 | 2018-10-09T06:19:19Z | 59.97428594931375 | -39.476435523590986 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539134261 | 2018-10-10T02:22:14Z | 59.91903405215719 | -39.438906029733836 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539164690 | 2018-10-10T10:46:57Z | 59.82096724397025 | -39.394761802023055 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539194760 | 2018-10-10T19:07:59Z | 59.75536362249908 | -39.30768031186425 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539240097 | 2018-10-11T07:42:17Z | 59.710972197942944 | -39.42141671526421 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539270297 | 2018-10-11T16:08:46Z | 59.717459090328845 | -39.54331488207595 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539300609 | 2018-10-12T00:31:46Z | 59.717590878305536 | -39.55855710581943 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539341475 | 2018-10-12T11:56:53Z | 59.735542299633934 | -39.799115034032155 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539372117 | 2018-10-12T20:26:43Z | 59.731144910703364 | -39.816905676015715 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539423891 | 2018-10-13T10:47:17Z | 59.7737346451376 | -39.76613581142305 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539464600 | 2018-10-13T22:04:27Z | 59.83503704848092 | -39.682470621892506 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539505184 | 2018-10-14T09:25:41Z | 59.90037102402533 | -39.60447072126829 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539535505 | 2018-10-14T17:42:51Z | 59.936567576002865 | -39.53734538538467 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539593324 | 2018-10-15T09:47:41Z | 59.90776959771244 | -39.46143689446799 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539623320 | 2018-10-15T18:09:59Z | 59.838707627625745 | -39.414481923579636 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539799916 | 2018-10-17T19:11:57Z | 59.75177709921869 | -39.68351533576726 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539832238 | 2018-10-18T04:09:43Z | 59.759975645583005 | -39.756281936749 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539856939 | 2018-10-18T10:08:36Z | 59.75829592367989 | -39.84236030977286 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539866399 | 2018-10-18T13:40:46Z | 59.7693076110325 | -39.83385728420068 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539896954 | 2018-10-18T22:09:13Z | 59.788392605195746 | -39.789746181241604 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539928363 | 2018-10-19T06:55:04Z | 59.84620451433173 | -39.689324037156645 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539958710 | 2018-10-19T15:21:55Z | 59.88443030877131 | -39.60904288600759 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1539988766 | 2018-10-19T23:35:06Z | 59.930902647493426 | -39.53950905391655 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540014737 | 2018-10-20T06:19:18Z | 59.967657616133295 | -39.50386854500858 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540026208 | 2018-10-20T10:03:56Z | 59.967524422128115 | -39.501642365348246 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540054369 | 2018-10-20T17:20:35Z | 59.96753166666668 | -39.50162166666666 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540066693 | 2018-10-20T21:15:47Z | 59.96753166666666 | -39.501621666666665 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540089251 | 2018-10-21T03:18:19Z | 59.960331337611464 | -39.492828011660585 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540094549 | 2018-10-21T04:26:36Z | 59.845051889519624 | -39.35203893271184 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540107485 | 2018-10-21T08:39:27Z | 59.811019617166295 | -39.29512833333333 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540138243 | 2018-10-21T17:09:19Z | 59.74296650987851 | -39.25589418514928 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540166010 | 2018-10-22T00:23:44Z | 59.72418340137962 | -39.26044995885437 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540177887 | 2018-10-22T04:11:00Z | 59.71775275176945 | -39.28106191777863 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540205132 | 2018-10-22T11:14:25Z | 59.71438927554545 | -39.31162147290234 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540216815 | 2018-10-22T14:59:13Z | 59.72313303371755 | -39.337266149289086 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540249059 | 2018-10-22T23:55:12Z | 59.73231890023864 | -39.421723387990156 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540279345 | 2018-10-23T08:19:11Z | 59.73810560028974 | -39.509164418890336 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540309010 | 2018-10-23T16:36:31Z | 59.74578131708835 | -39.60554555824179 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540353680 | 2018-10-24T05:01:38Z | 59.76004230755463 | -39.77311454715462 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540406131 | 2018-10-24T19:36:17Z | 59.79512764252531 | -39.780610159757494 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540437281 | 2018-10-25T04:13:55Z | 59.81805219226211 | -39.69578007540082 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540465168 | 2018-10-25T12:05:57Z | 59.83750787946233 | -39.605723031552465 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540482705 | 2018-10-25T16:49:33Z | 59.845941452023375 | -39.574120692741296 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540510845 | 2018-10-26T00:49:05Z | 59.86855310158673 | -39.539753286150955 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540542532 | 2018-10-26T09:33:24Z | 59.88142063907977 | -39.5191011948769 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540573546 | 2018-10-26T18:06:32Z | 59.90376345913435 | -39.486210374991984 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540603965 | 2018-10-27T02:32:28Z | 59.91921205849368 | -39.51304848908987 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540634555 | 2018-10-27T11:04:57Z | 59.94837821698229 | -39.5280498744167 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540665773 | 2018-10-27T19:43:29Z | 59.9828791900668 | -39.48924751981803 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540855850 | 2018-10-30T00:33:34Z | 59.877845268218046 | -39.526592606616404 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540886842 | 2018-10-30T09:09:37Z | 59.81919662312205 | -39.46070965682853 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540917450 | 2018-10-30T17:40:02Z | 59.76295501128914 | -39.39936402302084 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540947664 | 2018-10-31T02:04:38Z | 59.712665467842704 | -39.31627414405383 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1540978188 | 2018-10-31T10:40:06Z | 59.71652277357146 | -39.28512197148658 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1541023316 | 2018-10-31T23:04:08Z | 59.68292712613038 | -39.44390332727026 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1541053368 | 2018-11-01T07:24:19Z | 59.695739545732586 | -39.55628713579314 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1541084057 | 2018-11-01T15:57:53Z | 59.722375538489935 | -39.679535462404054 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1541114518 | 2018-11-02T00:26:00Z | 59.765479154733555 | -39.78210374113075 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1541452240 | 2018-11-05T22:12:44Z | 59.90988082611036 | -39.51452568598722 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1541482731 | 2018-11-06T06:40:35Z | 59.85554291955814 | -39.473633457564056 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1541512883 | 2018-11-06T15:02:24Z | 59.847572379075295 | -39.47050166666667 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1541543400 | 2018-11-06T23:33:24Z | 59.78920499999999 | -39.417218333333324 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1541576266 | 2018-11-07T08:37:47Z | 59.74325977524309 | -39.5846358436794 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1541609563 | 2018-11-07T17:55:46Z | 59.71181166666667 | -39.74026666666667 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1541644156 | 2018-11-08T03:34:09Z | 59.71181166666668 | -39.74026666666668 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1541676988 | 2018-11-08T12:36:58Z | 59.71181166666666 | -39.74026666666667 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1541708230 | 2018-11-08T21:21:17Z | 59.786311446256875 | -39.79270203610569 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1541994752 | 2018-11-12T04:57:23Z | 59.91628409945382 | -39.468778103971836 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542025326 | 2018-11-12T13:22:55Z | 59.83697390824542 | -39.428166379639265 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542055547 | 2018-11-12T21:52:28Z | 59.78197819614898 | -39.31335598266731 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542086255 | 2018-11-13T06:04:35Z | 59.770977699793136 | -39.30123204728263 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542115367 | 2018-11-13T14:28:19Z | 59.73614499999999 | -39.256348333333335 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542628178 | 2018-11-19T12:55:45Z | 59.964761172651095 | -39.503762345302164 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542659269 | 2018-11-19T21:31:43Z | 59.830811202793726 | -39.38636281033422 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542690471 | 2018-11-20T06:12:20Z | 59.77336396431212 | -39.316760461467645 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542721309 | 2018-11-20T14:36:15Z | 59.73223272174909 | -39.283841187723425 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542749814 | 2018-11-20T22:42:20Z | 59.72746226921099 | -39.34568214922467 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542780947 | 2018-11-21T07:19:29Z | 59.729200035767725 | -39.41554608632499 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542811789 | 2018-11-21T15:52:51Z | 59.73903167073328 | -39.47086732769043 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542842424 | 2018-11-22T00:23:10Z | 59.73563282612559 | -39.534966427802175 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542873265 | 2018-11-22T09:00:43Z | 59.73547861644089 | -39.54057017807881 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542904360 | 2018-11-22T17:35:16Z | 59.7401486808963 | -39.67738322035219 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1542935248 | 2018-11-23T02:08:23Z | 59.73577968246473 | -39.77035320825882 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1543354778 | 2018-11-27T22:43:11Z | 59.91638568172532 | -39.48490478074272 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1543893579 | 2018-12-04T04:23:14Z | 59.896559062753234 | -39.474246684415064 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1543924188 | 2018-12-04T12:51:30Z | 59.81968667200569 | -39.404865065240806 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1543954665 | 2018-12-04T21:21:39Z | 59.764105378615284 | -39.31516698591657 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1544335406 | 2018-12-09T07:07:05Z | 59.76511211617238 | -39.78152253766671 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1544366054 | 2018-12-09T15:36:54Z | 59.79240689779338 | -39.71735398346261 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1544396267 | 2018-12-10T00:03:00Z | 59.84662148470019 | -39.658991906320516 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1544427094 | 2018-12-10T08:35:39Z | 59.90988688381334 | -39.58498537458639 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1544674234 | 2018-12-13T05:16:11Z | 59.742646738547826 | -39.6384632693057 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1544705381 | 2018-12-13T13:51:20Z | 59.756944837400894 | -39.77727280326554 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1544751801 | 2018-12-14T02:43:54Z | 59.82067524595417 | -39.75038568377332 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1544782148 | 2018-12-14T11:10:55Z | 59.86393868095007 | -39.61678818239154 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1544816598 | 2018-12-14T20:49:23Z | 59.86900065728044 | -39.58673082944276 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1544852169 | 2018-12-15T06:42:36Z | 59.941139718342946 | -39.457928413443426 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1544883034 | 2018-12-15T15:13:53Z | 59.96709414957828 | -39.50141759516498 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1544923259 | 2018-12-16T02:26:00Z | 59.90670909351553 | -39.427446101962914 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1544953795 | 2018-12-16T10:55:31Z | 59.82820831497596 | -39.3635461354914 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1544985049 | 2018-12-16T19:33:59Z | 59.74237190466478 | -39.306267879468926 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1545030793 | 2018-12-17T08:15:05Z | 59.696894880414646 | -39.376111363134356 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1545061114 | 2018-12-17T16:43:39Z | 59.71137251591572 | -39.43343271790174 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1545095157 | 2018-12-18T02:12:21Z | 59.74892937519966 | -39.49676293978162 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1545293159 | 2018-12-20T09:11:44Z | 59.82778495811351 | -39.761967727362624 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1545327357 | 2018-12-20T18:41:17Z | 59.9043109831038 | -39.691443555023085 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1546118208 | 2018-12-29T22:19:59Z | 59.81259834555949 | -39.72521640677251 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1546239714 | 2018-12-31T08:05:09Z | 59.92673170944259 | -39.47634743604939 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1546269625 | 2018-12-31T16:23:51Z | 59.888934846625006 | -39.43993904388727 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1546300258 | 2019-01-01T00:56:38Z | 59.885731439859356 | -39.43693227831236 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1546426641 | 2019-01-02T12:00:13Z | 59.73111123756614 | -39.37187939745531 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1546456396 | 2019-01-02T20:17:31Z | 59.72848591780377 | -39.478625457570516 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1546639330 | 2019-01-04T23:03:30Z | 59.81326352079233 | -39.76967646610715 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1547150216 | 2019-01-10T21:02:03Z | 59.79601386262532 | -39.79151655673271 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1547246872 | 2019-01-11T23:51:00Z | 59.852872005055325 | -39.59418320940441 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1547277461 | 2019-01-12T08:23:25Z | 59.899181353909036 | -39.56663580658956 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1547506716 | 2019-01-15T00:02:39Z | 59.71400693372505 | -39.30175083862685 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1547541572 | 2019-01-15T09:43:23Z | 59.71674965340813 | -39.44626672641351 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1548223045 | 2019-01-23T07:00:12Z | 59.95064960520681 | -39.46625019754528 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1548391359 | 2019-01-25T05:46:13Z | 59.71411945891087 | -39.424157950425936 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1549687948 | 2019-02-09T05:53:51Z | 59.78765304435836 | -39.81765543316781 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550315320 | 2019-02-16T12:10:55Z | 59.80043928106341 | -39.75157850671354 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550378105 | 2019-02-17T05:36:35Z | 59.850679636914414 | -39.587582104259845 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550410922 | 2019-02-17T14:48:26Z | 59.87257098485665 | -39.54509658592214 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550442692 | 2019-02-17T23:34:01Z | 59.90277610688008 | -39.55611429739669 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550473959 | 2019-02-18T08:16:42Z | 59.90582166666665 | -39.55868166666666 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550508119 | 2019-02-18T17:45:28Z | 59.94476288740651 | -39.5132027158012 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550539388 | 2019-02-19T02:18:02Z | 59.97069064677164 | -39.49390835449799 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550568310 | 2019-02-19T10:28:52Z | 59.89107111699473 | -39.48439606825081 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550599898 | 2019-02-19T19:13:07Z | 59.83095925197276 | -39.39618207319128 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550630750 | 2019-02-20T03:47:19Z | 59.77043437265457 | -39.33717273314573 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550659881 | 2019-02-20T11:30:00Z | 59.718127275403184 | -39.323933750584345 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550686503 | 2019-02-20T19:24:58Z | 59.71883309838138 | -39.42049167415477 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550723139 | 2019-02-21T05:30:36Z | 59.70932666666667 | -39.459716666666665 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550755446 | 2019-02-21T14:27:37Z | 59.73924999999998 | -39.53820646093206 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550787404 | 2019-02-21T23:23:03Z | 59.77291096916646 | -39.64719964819478 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1550818147 | 2019-02-22T07:48:07Z | 59.77711108477362 | -39.765247363269296 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1552107613 | 2019-03-09T06:02:17Z | 59.96353833333332 | -39.48367666666665 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1552143045 | 2019-03-09T15:54:14Z | 59.78650414439951 | -39.48643437345947 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1552174036 | 2019-03-10T00:38:58Z | 59.75820098161488 | -39.43005540581229 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1552207388 | 2019-03-10T09:45:51Z | 59.76297899974947 | -39.35200270706636 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1552233479 | 2019-03-10T16:13:17Z | 59.717674380348434 | -39.310993446809064 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1552257863 | 2019-03-10T23:45:28Z | 59.694763001676606 | -39.41433300793806 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1552288507 | 2019-03-11T08:13:38Z | 59.70579220029133 | -39.5140330754716 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1552319318 | 2019-03-11T16:50:36Z | 59.7133031030884 | -39.61931504372681 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1552350285 | 2019-03-12T01:28:35Z | 59.72763481491423 | -39.74326114602384 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1552380980 | 2019-03-12T09:57:44Z | 59.77119990401213 | -39.804428569470794 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1552424393 | 2019-03-12T22:13:46Z | 59.77034262399654 | -39.839286914659766 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1552456423 | 2019-03-13T06:53:47Z | 59.844042009880255 | -39.727568719224934 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1552486775 | 2019-03-13T15:21:34Z | 59.86783566176059 | -39.69654130190095 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1553590179 | 2019-03-26T09:58:28Z | 59.76852283874399 | -39.76957088332596 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1553681988 | 2019-03-27T11:25:04Z | 59.827375 | -39.75577166666666 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1553776529 | 2019-03-28T13:31:48Z | 60.00876007097848 | -39.51485654443833 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1553910932 | 2019-03-30T02:59:07Z | 59.8416469007144 | -39.378119868420754 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1554004221 | 2019-03-31T04:53:15Z | 59.718005177196886 | -39.309469889227536 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1554096988 | 2019-04-01T06:39:24Z | 59.74307221427849 | -39.63523809551643 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1554239479 | 2019-04-02T22:14:57Z | 59.84597879953614 | -39.5146804853492 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1554332380 | 2019-04-04T00:02:48Z | 59.77253833333331 | -39.375924999999995 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1554425956 | 2019-04-05T01:59:43Z | 59.61337663714774 | -39.202405536094155 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1554547203 | 2019-04-06T11:42:07Z | 59.70161763240595 | -39.38180276817189 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1554639298 | 2019-04-07T13:15:47Z | 59.70808493952936 | -39.34365501181217 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1554953854 | 2019-04-11T04:38:08Z | 59.70729904194273 | -39.33138603358948 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1555370190 | 2019-04-16T00:22:45Z | 59.89826039161315 | -39.49868361427579 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1555462792 | 2019-04-17T02:02:30Z | 59.773080401255896 | -39.36159784183219 |
| This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water. | gi_363-20180609T1949 | 1555554992 | 2019-04-18T03:37:33Z | 59.7192975334622 | -39.33982760471165 |