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Dataset Title:  gi_363-20180609T1949-delayed Subscribe RSS
Institution:  OOI Coastal & Global Scale Nodes (CGSN)   (Dataset ID: gi_363-20180609T1949-delayed)
Information:  Summary ? | License ? | FGDC | ISO 19115 | Metadata | Background (external link) | Data Access Form | Files | Make a graph

Select a subset:      (Current number of distinct combinations of matching data: 491)
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    wmo_id ?  =  1 option: This glider was deployed with a slightly modified optode to improve calibration by exposing it to air. The optode mount was moved to a spot slightly forward of the glider's fin and oriented so that the optode would be above the waterline when the glider was at the surface. The optode remains powered and logging during the air surface intervals after finishing a dive. Additionally, all sensors were changed from descent-only to ascent-only logging to avoid sensor lag artifacts when moving from air to water.
    trajectory ?  =  1 option: gi_363-20180609T1949
    profile_id ?  =  491 options
    time ?  =  491 options
    latitude ?  =  degrees_north   491 options
    longitude ?  =  degrees_east   490 options

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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

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