The data included in this dataset were collected in the Sermilik Fjord, located in East Greenland in the Ammassalik district close to the town of Tasiilaq. Data collection was conducted during the summer of 2008 in separate legs. During the first leg, which took place during July 2008, two moorings were deployed; one at a depth of 185 meters and one at a depth of 25 meters. The deeper mooring was equipped with one RBR DR-1050 depth recorder, 10 Onset UBTI-001 Temperature Loggers, and one SBE-37(P) Microcat. The shallow mooring was equipped with one RBR DR-1050 depth recorder and one SBE-37(P) Microcat. These moorings were deployed on July 6, 2008 and were recovered on September 1, 2008. The second leg of the data collection, which took place in September 2008, also deployed two moorings at the same locations as the July moorings. Each of these moorings was equipped with one SBE-37 (P) Microcat. These two moorings were deployed on Sept 3, 2008. The shallow mooring was recovered on August 20, 2009 and the deep mooring was recovered on November 16, 2011. The purpose of this data collection was part of an exploratory project whose long term goals were to: 1) quantify the (liquid) fresh water flux out of Sermilik Fjord, and 2) determine what water masses flow into the fjord. In particular, if the warm, Atlantic water (Irminger Water) which is found off the slope, is able to penetrate into the fjord.

The data included in this dataset were collected in the Sermilik Fjord, located in East Greenland in the Ammassalik district close to the town of Tasiilaq. Data collection was conducted by deploying five moorings from September 2012 to August 2013. One mooring was not recovered. The four recovered moorings were named CM0, CM1, CM5, and SF4. Mooring CM0 was located mid-fjord at a depth of 125 meters and was equipped with an SBE MicroCAT, an RBR DR-1050, and an Onset U-22 ProV2. Mooring CM1 was located next to CM0 at a depth of 125 meters. It was equipped with an SBE MicroCAT, an RBR DR-1050, and an Onset UTBI-001 TidbiT. Mooring CM5 was located outside of the fjord entrance at a depth of 290 meters. It was equipped with an SBE MicroCAT and a Nortek Aquadopp. Mooring SF4 was positioned in the middle of the fjord at a depth of 880 meters. Data collected from this mooring included two RBR XR-420s, ten Onset UTBI-001 Temperature Loggers, two SBE MicroCAT, an RBR DR-1050, a Nortek Aquadopp, and an RDI LR-ADCP.

The data included in this dataset were collected in Sermilik Fjord, located in East Greenland in the Ammassalik district close to the town of Tasiilaq. Data collection was conducted by deploying five moorings from August 2010 to August 2011. The five moorings were named CM1-SF5, CM2-SF6, CM5, SF3, and SF4. Mooring CM1-SF5 was located mid-fjord at a depth of 131m and was equipped with a Microcat and Aquadopp. Mooring CM2-SF6 was located next to Mooring CM1-SF5 at a depth of 390m. It contained a Microcat, an Aquadopp, and four TidbiT temperature loggers. Mooring CM5 was located outside the fjord on the shelf at a depth of 262m and was equipped with a Microcat, an Aquadopp, and seven TidbiT temperature loggers. Mooring SF3 was located near the glacier at a depth of 13m with a Microcat. Mooring SF4 was located near the mouth of the fjord at a depth of 600m and was equipped with three Microcats and an Aquadopp.

The data included in this dataset were collected in the Sermilik Fjord, located in East Greenland in the Ammassalik district close to the town of Tasiilaq. Data collection was conducted by deploying six moorings from August 2011 to September 2012. The seven moorings were named CM1SF5, CM2SF6, OE1, OW1, SF1, SF3, and SF4. Mooring CM1SF5 was located mid-fjord at a depth of 129 meters and was equipped with an SBE MicroCAT. Mooring CM2SF6 was located next to CM1SF5 at a depth of 265 meters. It was equipped with an SBE MicroCAT. Two moorings were positioned outside the fjord, OE1 was located on the east side of the fjord entrance at a depth of 255 meters and OW1 was located on the west side at a depth of 252 meters. Mooring OE1 was equipped with an RBR DR-150 Depth Recorder, five Onset UTBI-001 TidbiT Temperature Loggers, and an RBR XR-420 CTD. Mooring OW1 was outfitted with only an SBE MicroCAT. Mooring SF1 was located at the north end of the fjord at a depth of 630 meters. Data recovered from this mooring included three SBE MicroCAT and an RDI ADCP. Mooring SF3 was positioned near the glacier at a depth of 15 meters and was outfitted with an SBE MicroCAT and an Onset UTBI-001 Tidbit Temperature Logger. Mooring SF4 was positioned in the middle of the fjord at a depth of 860 meters. Data collected from this mooring included two RBR XR-420s, five Onset UTBI-001 Temperature Loggers, one SBE MicroCAT, and an RDI ADCP.

This dataset contains mooring data collected during the FjordEco project, which focused on Andvord Bay, a glacial fjord on the West Antarctic Peninsula. Two moorings were deployed: Mooring A, located in inner Andvord Bay, was operative from 11/29/2015 to 4/14/2016 and 4/17/2015 to 3/5/2017. Mooring B, located in the Gerlache Strait outside Andvord Bay, was operative from 11/27/2015 to 4/4/2016. Current profile time series spanning most of the water column are available from both moorings. Temperature records from point sensors are available below 184 m (Mooring B), below 199 m (Mooring A, first deployment), and below 292 m (Mooring A, second deployment). Salinity and conductivity are available from point sensors on Mooring B. Pressure is available from 2 sensors on Mooring B and 1 sensor on Mooring A. Data are in netCDF format. A more thorough description is included in the supplementary document.

A set of eight moorings were set up across the Charlie Gibbs Fracture Zone to measure the intermediate and deep water variability for a two-year period, from a depth of 500 meters to the ocean floor. The moorings held a total of three McLane Moored Profilers (MMPs), 10 Nortek AquaDopp current meters, 18 Aanderaa RCM11 current meters, and 36 SBE MicroCATs, deployed from 18-20 August 2010 through 28-30 June 2012. This yielded a nearly two-year record of velocity, temperature, conductivity, pressure, and salinity across the interface between the generally eastward flowing Labrador Sea Water carried underneath the North Atlantic Current and the westward flowing deep Iceland-Scotland Overflow Water. Data files provided in netcdf format.

The data included in this dataset were collected in East Greenland in the Sermilik Fjord, located in the Ammassalik district close to the town of Tasiilaq, and at the Kangerlussuaq Glacier. Data collection was conducted by deploying eleven moorings from August 2009 to August 2010. One mooring was not recovered until September 2012 and three moorings were never recovered. The recovered moorings located in the Sermilik Fjord were named CM1, CM3, CM5, CM6, and SM3. The recovered moorings located at Kangerlussuaq Glacier were GP1, GP2, and GP3. The moorings were equipped with SBE MicroCATs, Onset UTBI-001 TidbiTs, Nortek Aquadopps, RBR DR-1050s, and RBR XR-420s.

This is an archive of data from moorings deployed in the US waters of the Bering Strait from summer 2011 to summer 2013 (with mooring servicing in summer 2012). For 2011 to 2012, a total of 8 moorings were deployed. Mooring deployments were funded by the NSF Arctic Observing Network (AON) award ARC-0855748 (PIs: Woodgate, Weingartner, Whitledge and Lindsay) with shiptime support from the NOAA RUSALCA (Russian-US Long Term Census of the Arctic) program. For an overview of previous and on-going Bering Strait mooring work, please see http://psc.apl.washington.edu/BeringStrait.html. Moorings carry a variety of instruments. All records are year-round, sampling hourly or more frequently. See the cruise report for details on the instruments used and sampling methods.

This dataset contains water temperature, salinity, and current velocity from multi-year mooring placed in the Getz-Dotson trough in the Amundsen Sea, on the West Antarctic continental shelf during 2010-2016. The mooring was placed in the same position between 2010 and 2020 (turning the mooring over every 1 or 2 years). There is a gap between 2016 - 2018, when the mooring had gone missing. Temperature and salinity was recorded all years on at least 5 points in the water column. Velocity was recorded most years. Data are in text format.

Moorings were deployed from summer 2005 to summer 2006. Each data file contains the data from one instrument-year. The listed year is the year in which the mooring was deployed. Moorings A2 and A3 were equipped with an upward-looking sonar (PI: Moritz, UW), but these data are not included in this archive. The Sea-Bird instrument at Mooring A2 (indicated as wOptical in the following list) was equipped with optical sensors for fluorescence, turbidity and PAR (Photosynthetically Active Radiation) (PI: Whitledge, UAF). These data are included in this archive, although only minimal quality control of the data has been performed, as noted in the header files. This leaves to the user final judgments about which portions of the optical records are usable. Very basic tests suggest the PAR data is likely unusable. The A2 Mooring was also equipped with NAS-2E nitrate analyzer (PI: Whitledge, UAF), but these data are not included in this archive.