Sea ice drift from SVP buoys deployed in western Fram Strait in spring 2022
This dataset consists of three MetOcean SVP (Surface velocity profilers, MetOcean 2014) buoys deployed on Arctic sea ice during the CIRFA 2022 cruise in western Fram Strait (see Figure 1). At the time of the deployment the sea ice was stationary (fast ice) due to connection to grounded icebergs. Lat...
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Norwegian Polar Institute
2023
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npolardata:oai:npolar.no:dataset/ab9371f7-542f-4e07-beb0-3d2771d1d111 2024-03-03T22:15:37+00:00 Sea ice drift from SVP buoys deployed in western Fram Strait in spring 2022 Salganik, Evgenii Gerland, Sebastian Landy, Jack Itkin, Polona Eltoft, Torbjørn BEGINDATE: 2022-05-01 ENDDATE: 2023-03-29 ENVELOPE(-4.6064,-42.522,79.9176,52.2502) 2023-05-30 application/zip http://data.npolar.no/dataset/ab9371f7-542f-4e07-beb0-3d2771d1d111 unknown Norwegian Polar Institute LOCATION OCEANS oceanography seaice EARTH SCIENCE SEA ICE SEA ICE MOTION SALINITY/DENSITY Dataset 2023 npolardata 2023-07-21T12:33:47Z This dataset consists of three MetOcean SVP (Surface velocity profilers, MetOcean 2014) buoys deployed on Arctic sea ice during the CIRFA 2022 cruise in western Fram Strait (see Figure 1). At the time of the deployment the sea ice was stationary (fast ice) due to connection to grounded icebergs. Later (June 5, 2022, for SVP #1; June 20, 2022, for SVP #2 and SVP #3) the fast ice disconnected and started drifting. Each SVP includes a GPS, air pressure and temperature sensors connected to an Iridium modem and mounted inside a waterproof ruggedized buoy. Data are time series and include time, latitude, longitude, air temperature inside buoy (°C), air pressure (mbar), pressure tendency (mbar), and battery voltage (V) for each of the three buoys after they were deployed (see Table 1). The measurement interval was initially 60 minutes, then changed in July 2022 to 30 minutes, later in November 2022 changed to one reading per 24 hours or 48 hours (see Table 2). The time series ended when the buoys became stationary (75.1°N for SVP #1, Sep 26, 2022; 65.8°N for SVP #2, Oct 30, 2022) or reached positions further south than 52.3°N for SVP #3 (Jan 17, 2023) / reaching 58.1°N f (Mar 29, 2023). The average snow depth upon installation was 29 cm for SVP #1 site, 26 cm for SVP #2 site, and 12 cm for SVP #3 site. Temperature might be biased because of solar radiation; the sensor is neither ventilated nor placed in a radiation shield. SVP #1 IMEI 300234064770040; SVP #2 IMEI 300234064772040; SVP #3 IMEI 300234064776030. Dataset Arctic Fram Strait Iceberg* Sea ice Norwegian Polar Data Centre Arctic ENVELOPE(-4.6064,-42.522,79.9176,52.2502) |
institution |
Open Polar |
collection |
Norwegian Polar Data Centre |
op_collection_id |
npolardata |
language |
unknown |
topic |
LOCATION OCEANS oceanography seaice EARTH SCIENCE SEA ICE SEA ICE MOTION SALINITY/DENSITY |
spellingShingle |
LOCATION OCEANS oceanography seaice EARTH SCIENCE SEA ICE SEA ICE MOTION SALINITY/DENSITY Salganik, Evgenii Gerland, Sebastian Landy, Jack Itkin, Polona Eltoft, Torbjørn Sea ice drift from SVP buoys deployed in western Fram Strait in spring 2022 |
topic_facet |
LOCATION OCEANS oceanography seaice EARTH SCIENCE SEA ICE SEA ICE MOTION SALINITY/DENSITY |
description |
This dataset consists of three MetOcean SVP (Surface velocity profilers, MetOcean 2014) buoys deployed on Arctic sea ice during the CIRFA 2022 cruise in western Fram Strait (see Figure 1). At the time of the deployment the sea ice was stationary (fast ice) due to connection to grounded icebergs. Later (June 5, 2022, for SVP #1; June 20, 2022, for SVP #2 and SVP #3) the fast ice disconnected and started drifting. Each SVP includes a GPS, air pressure and temperature sensors connected to an Iridium modem and mounted inside a waterproof ruggedized buoy. Data are time series and include time, latitude, longitude, air temperature inside buoy (°C), air pressure (mbar), pressure tendency (mbar), and battery voltage (V) for each of the three buoys after they were deployed (see Table 1). The measurement interval was initially 60 minutes, then changed in July 2022 to 30 minutes, later in November 2022 changed to one reading per 24 hours or 48 hours (see Table 2). The time series ended when the buoys became stationary (75.1°N for SVP #1, Sep 26, 2022; 65.8°N for SVP #2, Oct 30, 2022) or reached positions further south than 52.3°N for SVP #3 (Jan 17, 2023) / reaching 58.1°N f (Mar 29, 2023). The average snow depth upon installation was 29 cm for SVP #1 site, 26 cm for SVP #2 site, and 12 cm for SVP #3 site. Temperature might be biased because of solar radiation; the sensor is neither ventilated nor placed in a radiation shield. SVP #1 IMEI 300234064770040; SVP #2 IMEI 300234064772040; SVP #3 IMEI 300234064776030. |
format |
Dataset |
author |
Salganik, Evgenii Gerland, Sebastian Landy, Jack Itkin, Polona Eltoft, Torbjørn |
author_facet |
Salganik, Evgenii Gerland, Sebastian Landy, Jack Itkin, Polona Eltoft, Torbjørn |
author_sort |
Salganik, Evgenii |
title |
Sea ice drift from SVP buoys deployed in western Fram Strait in spring 2022 |
title_short |
Sea ice drift from SVP buoys deployed in western Fram Strait in spring 2022 |
title_full |
Sea ice drift from SVP buoys deployed in western Fram Strait in spring 2022 |
title_fullStr |
Sea ice drift from SVP buoys deployed in western Fram Strait in spring 2022 |
title_full_unstemmed |
Sea ice drift from SVP buoys deployed in western Fram Strait in spring 2022 |
title_sort |
sea ice drift from svp buoys deployed in western fram strait in spring 2022 |
publisher |
Norwegian Polar Institute |
publishDate |
2023 |
url |
http://data.npolar.no/dataset/ab9371f7-542f-4e07-beb0-3d2771d1d111 |
op_coverage |
BEGINDATE: 2022-05-01 ENDDATE: 2023-03-29 ENVELOPE(-4.6064,-42.522,79.9176,52.2502) |
long_lat |
ENVELOPE(-4.6064,-42.522,79.9176,52.2502) |
geographic |
Arctic |
geographic_facet |
Arctic |
genre |
Arctic Fram Strait Iceberg* Sea ice |
genre_facet |
Arctic Fram Strait Iceberg* Sea ice |
_version_ |
1792545071633006592 |