TW-ICE2017: Environmental and phytoplankton data from the glacier front and Kongsfjorden cruises in 2017
Datasets collected during TW-ICE cruise to Kongsfjorden in July 2017. The datasets contain measurements close to glacier fronts taken with a research vessel and helicopter, and have been published in Halbach et al. (2019; see the "Citation Custom" field). The datasets are compiled followin...
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Norwegian Polar Institute
2019
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Online Access: | http://data.npolar.no/dataset/56c2cd62-665b-4228-ab5d-d0122748d94c |
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npolardata:oai:npolar.no:dataset/56c2cd62-665b-4228-ab5d-d0122748d94c |
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record_format |
openpolar |
institution |
Open Polar |
collection |
Norwegian Polar Data Centre |
op_collection_id |
npolardata |
language |
unknown |
topic |
BIOTA ENVIRONMENT OCEANS Svalbard biology chemistry ecology climate environment geology glaciology marine oceanography EARTH SCIENCE BIOLOGICAL CLASSIFICATION PROTISTS PLANKTON PHYTOPLANKTON OCEAN CHEMISTRY NUTRIENTS BIOSPHERE ECOLOGICAL DYNAMICS CRYOSPHERE GLACIERS/ICE SHEETS GLACIERS SALINITY/DENSITY |
spellingShingle |
BIOTA ENVIRONMENT OCEANS Svalbard biology chemistry ecology climate environment geology glaciology marine oceanography EARTH SCIENCE BIOLOGICAL CLASSIFICATION PROTISTS PLANKTON PHYTOPLANKTON OCEAN CHEMISTRY NUTRIENTS BIOSPHERE ECOLOGICAL DYNAMICS CRYOSPHERE GLACIERS/ICE SHEETS GLACIERS SALINITY/DENSITY Assmy, Philipp Wold, Anette Vihtakari, Mikko TW-ICE2017: Environmental and phytoplankton data from the glacier front and Kongsfjorden cruises in 2017 |
topic_facet |
BIOTA ENVIRONMENT OCEANS Svalbard biology chemistry ecology climate environment geology glaciology marine oceanography EARTH SCIENCE BIOLOGICAL CLASSIFICATION PROTISTS PLANKTON PHYTOPLANKTON OCEAN CHEMISTRY NUTRIENTS BIOSPHERE ECOLOGICAL DYNAMICS CRYOSPHERE GLACIERS/ICE SHEETS GLACIERS SALINITY/DENSITY |
description |
Datasets collected during TW-ICE cruise to Kongsfjorden in July 2017. The datasets contain measurements close to glacier fronts taken with a research vessel and helicopter, and have been published in Halbach et al. (2019; see the "Citation Custom" field). The datasets are compiled following files: **Nutrient data.csv** Nutrient measurements together with station metadata. Columns: station = station name; vessel = either the research vessel (Lance) or helicopter; lon = longitude as decimal degrees (WGS84); lat = latitude as decimal degrees (WGS84); date = date in ISO8601 format; area = zone used in the article; dist = distance from the closest glacier front in km; depth = bottom depth in m at the station; from = the water depth from which the sample was collected in m; sal = salinity from the closest CTD; temp = water temperature from the closest CTD; type = water type classification based on salinity and temperature (see the article); ctd.name = name of the closest CTD cast; chla = chlorophyll a in mg m-3; phaeo = phaeophytin in mg m-3; tsm = total suspended matter in g m-3; no2 = nitrite concentration in mmol m-3; no3 = nitrate concentration in mmol m-3; sioh4 = silicate concentration in mmol m-3; po4 = phosphate concentration in mmol m-3; nh4 = ammonium concentration in mmol m-3; urea = urea concentration in mmol m-3. **Phytoplankton data.csv** Phytoplankton taxonomy data together with station metadata. Columns: station = station name; lon = longitude as decimal degrees (WGS84); lat = latitude as decimal degrees (WGS84); date = date in ISO8601 format; area = zone used in the article; dist = distance from the closest glacier front in km; depth = bottom depth in m at the station; from = the water depth from which the sample was collected in m; sal = salinity from the closest CTD; temp = water temperature from the closest CTD; type = water type classification based on salinity and temperature (see the article); ctd.name = name of the closest CTD cast; group = coarse functional grouping; species = species or taxa; abundance = abundance of the species in cells dm-3. **CTD data.json** CTD data in a list format. See the [oce-class](https://www.rdocumentation.org/packages/oce/versions/1.0-1/topics/ctd-class) documentation for the `oce` R package for further details on formatting. The results are from a Sea-Bird SBE 9 (Lance) and Hydro-Bios Multi-Water-Sampler (helicopter). **Water type data.csv** Water type classification data together with station metadata. Columns: row_id = unique ID for a CTD cast; station = station name; vessel = either the research vessel (Lance) or helicopter; lon = longitude as decimal degrees (WGS84); lat = latitude as decimal degrees (WGS84); date = date in ISO8601 format; area = zone used in the article; depth = bottom depth in m at the station; ctd.name = name of the closest CTD cast; type = water type classification based on salinity and temperature (see the article); freq = frequency of 1 decibar bins containing the given water type; per = percentage of 1 decibar bins containing the given water type as compared to total number of bins for a CTD cast. **Mixed layer data.csv** Mixed layer data. Columns: station = station name; ctd.name = name of the closest CTD cast; pres = pressure of the maximum N2 bin in decibars; sal = salinity at the maximum N2 depth; temp = water temperature at the maximum N2 depth in Celsius; rho = potential water density at the maximum N2 depth; n2 = the maximum Brunt-Väisälä-frequency during CTD cast close to the surface; mld = estimated mixed layer depth based on maximum N2 in m. **Euphotic depth data.csv** Euphotic depth data. Columns: station = station name; depth = depth of the estimated euphotic depth in m; par = photosynthetically active radiation at the euphotic depth; spar = photosynthetically active radiation on the surface; per = percentage ratio between par and spar. |
format |
Dataset |
author |
Assmy, Philipp Wold, Anette Vihtakari, Mikko |
author_facet |
Assmy, Philipp Wold, Anette Vihtakari, Mikko |
author_sort |
Assmy, Philipp |
title |
TW-ICE2017: Environmental and phytoplankton data from the glacier front and Kongsfjorden cruises in 2017 |
title_short |
TW-ICE2017: Environmental and phytoplankton data from the glacier front and Kongsfjorden cruises in 2017 |
title_full |
TW-ICE2017: Environmental and phytoplankton data from the glacier front and Kongsfjorden cruises in 2017 |
title_fullStr |
TW-ICE2017: Environmental and phytoplankton data from the glacier front and Kongsfjorden cruises in 2017 |
title_full_unstemmed |
TW-ICE2017: Environmental and phytoplankton data from the glacier front and Kongsfjorden cruises in 2017 |
title_sort |
tw-ice2017: environmental and phytoplankton data from the glacier front and kongsfjorden cruises in 2017 |
publisher |
Norwegian Polar Institute |
publishDate |
2019 |
url |
http://data.npolar.no/dataset/56c2cd62-665b-4228-ab5d-d0122748d94c |
op_coverage |
BEGINDATE: 2017-07-26 ENDDATE: 2017-07-31 ENVELOPE(12.6,12.0,78.9,78.8) OCEAN, ATLANTIC OCEAN, NORTH ATLANTIC OCEAN, SVALBARD AND JAN MAYEN, Kongsfjorden GEOGRAPHIC REGION, POLAR GEOGRAPHIC REGION, ARCTIC |
long_lat |
ENVELOPE(-63.000,-63.000,-64.300,-64.300) ENVELOPE(20.000,20.000,78.000,78.000) ENVELOPE(12.6,12.0,78.9,78.8) |
geographic |
Arctic Jan Mayen Rho Svalbard Svalbard |
geographic_facet |
Arctic Jan Mayen Rho Svalbard Svalbard |
genre |
Arctic glacier Jan Mayen Kongsfjord* Kongsfjorden North Atlantic Phytoplankton Svalbard |
genre_facet |
Arctic glacier Jan Mayen Kongsfjord* Kongsfjorden North Atlantic Phytoplankton Svalbard |
_version_ |
1792545075027247104 |
spelling |
npolardata:oai:npolar.no:dataset/56c2cd62-665b-4228-ab5d-d0122748d94c 2024-03-03T22:15:37+00:00 TW-ICE2017: Environmental and phytoplankton data from the glacier front and Kongsfjorden cruises in 2017 Assmy, Philipp Wold, Anette Vihtakari, Mikko BEGINDATE: 2017-07-26 ENDDATE: 2017-07-31 ENVELOPE(12.6,12.0,78.9,78.8) OCEAN, ATLANTIC OCEAN, NORTH ATLANTIC OCEAN, SVALBARD AND JAN MAYEN, Kongsfjorden GEOGRAPHIC REGION, POLAR GEOGRAPHIC REGION, ARCTIC 2019-05-13 application/zip http://data.npolar.no/dataset/56c2cd62-665b-4228-ab5d-d0122748d94c unknown Norwegian Polar Institute BIOTA ENVIRONMENT OCEANS Svalbard biology chemistry ecology climate environment geology glaciology marine oceanography EARTH SCIENCE BIOLOGICAL CLASSIFICATION PROTISTS PLANKTON PHYTOPLANKTON OCEAN CHEMISTRY NUTRIENTS BIOSPHERE ECOLOGICAL DYNAMICS CRYOSPHERE GLACIERS/ICE SHEETS GLACIERS SALINITY/DENSITY Dataset 2019 npolardata 2023-07-21T08:15:30Z Datasets collected during TW-ICE cruise to Kongsfjorden in July 2017. The datasets contain measurements close to glacier fronts taken with a research vessel and helicopter, and have been published in Halbach et al. (2019; see the "Citation Custom" field). The datasets are compiled following files: **Nutrient data.csv** Nutrient measurements together with station metadata. Columns: station = station name; vessel = either the research vessel (Lance) or helicopter; lon = longitude as decimal degrees (WGS84); lat = latitude as decimal degrees (WGS84); date = date in ISO8601 format; area = zone used in the article; dist = distance from the closest glacier front in km; depth = bottom depth in m at the station; from = the water depth from which the sample was collected in m; sal = salinity from the closest CTD; temp = water temperature from the closest CTD; type = water type classification based on salinity and temperature (see the article); ctd.name = name of the closest CTD cast; chla = chlorophyll a in mg m-3; phaeo = phaeophytin in mg m-3; tsm = total suspended matter in g m-3; no2 = nitrite concentration in mmol m-3; no3 = nitrate concentration in mmol m-3; sioh4 = silicate concentration in mmol m-3; po4 = phosphate concentration in mmol m-3; nh4 = ammonium concentration in mmol m-3; urea = urea concentration in mmol m-3. **Phytoplankton data.csv** Phytoplankton taxonomy data together with station metadata. Columns: station = station name; lon = longitude as decimal degrees (WGS84); lat = latitude as decimal degrees (WGS84); date = date in ISO8601 format; area = zone used in the article; dist = distance from the closest glacier front in km; depth = bottom depth in m at the station; from = the water depth from which the sample was collected in m; sal = salinity from the closest CTD; temp = water temperature from the closest CTD; type = water type classification based on salinity and temperature (see the article); ctd.name = name of the closest CTD cast; group = coarse functional grouping; species = species or taxa; abundance = abundance of the species in cells dm-3. **CTD data.json** CTD data in a list format. See the [oce-class](https://www.rdocumentation.org/packages/oce/versions/1.0-1/topics/ctd-class) documentation for the `oce` R package for further details on formatting. The results are from a Sea-Bird SBE 9 (Lance) and Hydro-Bios Multi-Water-Sampler (helicopter). **Water type data.csv** Water type classification data together with station metadata. Columns: row_id = unique ID for a CTD cast; station = station name; vessel = either the research vessel (Lance) or helicopter; lon = longitude as decimal degrees (WGS84); lat = latitude as decimal degrees (WGS84); date = date in ISO8601 format; area = zone used in the article; depth = bottom depth in m at the station; ctd.name = name of the closest CTD cast; type = water type classification based on salinity and temperature (see the article); freq = frequency of 1 decibar bins containing the given water type; per = percentage of 1 decibar bins containing the given water type as compared to total number of bins for a CTD cast. **Mixed layer data.csv** Mixed layer data. Columns: station = station name; ctd.name = name of the closest CTD cast; pres = pressure of the maximum N2 bin in decibars; sal = salinity at the maximum N2 depth; temp = water temperature at the maximum N2 depth in Celsius; rho = potential water density at the maximum N2 depth; n2 = the maximum Brunt-Väisälä-frequency during CTD cast close to the surface; mld = estimated mixed layer depth based on maximum N2 in m. **Euphotic depth data.csv** Euphotic depth data. Columns: station = station name; depth = depth of the estimated euphotic depth in m; par = photosynthetically active radiation at the euphotic depth; spar = photosynthetically active radiation on the surface; per = percentage ratio between par and spar. Dataset Arctic glacier Jan Mayen Kongsfjord* Kongsfjorden North Atlantic Phytoplankton Svalbard Norwegian Polar Data Centre Arctic Jan Mayen Rho ENVELOPE(-63.000,-63.000,-64.300,-64.300) Svalbard Svalbard ENVELOPE(20.000,20.000,78.000,78.000) ENVELOPE(12.6,12.0,78.9,78.8) |