oih/oih-wis2 huggingface dataset:
Nutriments de l'Institut Hakai (Dosser et al., 2021), Hakai Institute Nutrients (Dosser et al., 2021)

Keywords: silicate, echantillonnage, phosphate, missions-oceanographique, zone-cotiere, coastal-zone, oceanographic-missions, nutrients, sampling, physical-chemical, nutriments, nitrate, oceans, physico-chimie
Temporal coverage: 2013-11-18/2018-12-05

This repository contains the Hakai Institute nutrient dataset for measurements of nitrate+nitrite, silicate, and phosphate concentration used in the publication: Dosser, H. V., Waterman, S., Jackson, J. M., Hannah, C. G., Evans, W., & Hunt, B. P. V. (2021). Stark physical and biogeochemical differences and implications for ecosystem stressors in the Northeast Pacific coastal ocean. Journal of Geophysical Research: Oceans, 126, e2020JC017033. https://doi.org/10.1029/2020JC017033. Dissolved nutrient profiles for Nitrate + Nitrite, Phosphate and Silicate collected at Hakai Oceanography stations on the BC coast from 2013 to 2018. Samples were collected by the Hakai Oceanography Program from small boats using Niskin bottles following GO_SHIP sampling protocols
Hakai Institute Nutrients (Dosser et al., 2021), Nutriments de l'Institut Hakai (Dosser et al., 2021)

Keywords: coastal-zone, oceanographic-missions, nitrate, oceans, physico-chimie, nutriments, nutrients, sampling, physical-chemical, silicate, echantillonnage, zone-cotiere, phosphate, missions-oceanographique
Temporal coverage: 2013-11-18/2018-12-05

This repository contains the Hakai Institute nutrient dataset for measurements of nitrate+nitrite, silicate, and phosphate concentration used in the publication: Dosser, H. V., Waterman, S., Jackson, J. M., Hannah, C. G., Evans, W., & Hunt, B. P. V. (2021). Stark physical and biogeochemical differences and implications for ecosystem stressors in the Northeast Pacific coastal ocean. Journal of Geophysical Research: Oceans, 126, e2020JC017033. https://doi.org/10.1029/2020JC017033. Dissolved nutrient profiles for Nitrate + Nitrite, Phosphate and Silicate collected at Hakai Oceanography stations on the BC coast from 2013 to 2018. Samples were collected by the Hakai Oceanography Program from small boats using Niskin bottles following GO_SHIP sampling protocols
Cartographie du fond marin pour la corrélation du socle rocheux onrier/extracôtier dans les bassins extracôtiers,, Seafloor Mapping for Onshore/Offshore Bedrock Correlation in Offshore Basins,  Western Newfoundland

Keywords: bathymetry, oceans, seabed, autre, multibeam, hydrography, other, vitesse-du-son
Temporal coverage: 2014-07-08/2014-07-16

This project will demonstrate the benefits of a sedimentary basin-to-seafloor integration of geophysical, geological and bathymetric data to map the offshore extent of Carboniferous bedrock, offshore western Newfoundland.  In particular, the research will prove the significant advantages of combining conventional industry (seismic and well) and potential field (aeromagnetic/gravity) data with high-resolution seismic and multibeam bathymetric data to map  offshore bedrock contacts and unconformities, structures (faults, fold axes) and features (gas vents) with unrivaled precision compared to stand-alone interpretations.
Mesures du système de CO2 de la colonne d'eau de la station océanographique QU39 de Hakai de janvier 2016 à décembre 2017 dans le nord de la mer des Salish, en Colombie-Britannique, au Canada, Water column CO2 system measurements from Hakai Oceanographic station QU39 from January 2016 to December 2017 in northern Salish Sea, British Columbia, Canada

Keywords: salish-sea, temperature, carbone-inorganique, oceans, quadra, seawater, surface, acidification, acid, other, salinity, sea, inorganiccarbon, co2, oceanography, salt, shellfish, tsg, geoscientificinformation, ocean
Temporal coverage: None

pCO2 and TCO2 measurements were made on seawater collected from 12 depths at the Hakai oceanographic station QU39 in the northern Salish Sea approximately every two weeks from January 2016 to December 2017. Temperature, salinity, and pressure data were also captured using CTD profilers (either Sea-Bird Electronics or RBR units following best practices) at the time of seawater collection, and profile data was extracted for the depth at which Niskin bottles were tripped. Niskin bottle depth was determined by calibrated line meter on the research vessel and verified occasionally using RBR Solo pressure sensors. Temperature was also determined at the time of fixing the seawater samples with mercuric chloride aboard the Hakai research vessel using NIST traceable thermometers (VWR PN 23609-176). Finally, temperature and salinity were determined at the time of sample analysis at the Quadra Island Field Station (QIFS) using NIST traceable thermometers and a YSI MultiLab 4010-1 with a MultiLab IDS 4310 conductivity and temperature probe. The YSI probe was calibrated using certified reference materials of known salinity prior to seawater sample analysis. For detailed protocols on sample collection, data processing including CO2 system determination, and quality assurance, please see Pocock et al. (2017; http://dx.doi.org/10.21966/1.521066). Note alkalinity (Alk) here is assumed here to consist of carbonate, bicarbonate, borate, hydroxide, and hydrogen ions; neglecting the influence of nutrients and organic acids. The effort to collect these data are part of the Hakai Institute’s directive to advance the understanding of carbon cycling in northeast Pacific coastal settings with specific emphasis on ocean acidification.
{'fr': {'message': "text translated using the Amazon translate service / texte traduit à l'aide du service de traduction Amazon", 'verified': False}}, Mesures du système de CO2 de la colonne d'eau de la station océanographique QU39 de Hakai de janvier 2016 à décembre 2017 dans le nord de la mer des Salish, en Colombie-Britannique, au Canada, Water column CO2 system measurements from Hakai Oceanographic station QU39 from January 2016 to December 2017 in northern Salish Sea, British Columbia, Canada

Keywords: acid, other, salinity, sea, shellfish, tsg, geoscientificinformation, ocean, salish-sea, temperature, carbone-inorganique, co2, oceanography, salt, inorganiccarbon, oceans, quadra, seawater, surface, acidification
Temporal coverage: None

pCO2 and TCO2 measurements were made on seawater collected from 12 depths at the Hakai oceanographic station QU39 in the northern Salish Sea approximately every two weeks from January 2016 to December 2017. Temperature, salinity, and pressure data were also captured using CTD profilers (either Sea-Bird Electronics or RBR units following best practices) at the time of seawater collection, and profile data was extracted for the depth at which Niskin bottles were tripped. Niskin bottle depth was determined by calibrated line meter on the research vessel and verified occasionally using RBR Solo pressure sensors. Temperature was also determined at the time of fixing the seawater samples with mercuric chloride aboard the Hakai research vessel using NIST traceable thermometers (VWR PN 23609-176). Finally, temperature and salinity were determined at the time of sample analysis at the Quadra Island Field Station (QIFS) using NIST traceable thermometers and a YSI MultiLab 4010-1 with a MultiLab IDS 4310 conductivity and temperature probe. The YSI probe was calibrated using certified reference materials of known salinity prior to seawater sample analysis. For detailed protocols on sample collection, data processing including CO2 system determination, and quality assurance, please see Pocock et al. (2017; http://dx.doi.org/10.21966/1.521066). Note alkalinity (Alk) here is assumed here to consist of carbonate, bicarbonate, borate, hydroxide, and hydrogen ions; neglecting the influence of nutrients and organic acids. The effort to collect these data are part of the Hakai Institute’s directive to advance the understanding of carbon cycling in northeast Pacific coastal settings with specific emphasis on ocean acidification.
Mesures du système de CO2 de la colonne d'eau de la station océanographique QU39 de Hakai de janvier 2016 à décembre 2017 dans le nord de la mer des Salish, en Colombie-Britannique, au Canada, Water column CO2 system measurements from Hakai Oceanographic station QU39 from January 2016 to December 2017 in northern Salish Sea, British Columbia, Canada

Keywords: oceans, quadra, seawater, surface, salish-sea, temperature, carbone-inorganique, co2, oceanography, salt, shellfish, tsg, geoscientificinformation, ocean, acidification, acid, other, salinity, sea, inorganiccarbon
Temporal coverage: None

pCO2 and TCO2 measurements were made on seawater collected from 12 depths at the Hakai oceanographic station QU39 in the northern Salish Sea approximately every two weeks from January 2016 to December 2017. Temperature, salinity, and pressure data were also captured using CTD profilers (either Sea-Bird Electronics or RBR units following best practices) at the time of seawater collection, and profile data was extracted for the depth at which Niskin bottles were tripped. Niskin bottle depth was determined by calibrated line meter on the research vessel and verified occasionally using RBR Solo pressure sensors. Temperature was also determined at the time of fixing the seawater samples with mercuric chloride aboard the Hakai research vessel using NIST traceable thermometers (VWR PN 23609-176). Finally, temperature and salinity were determined at the time of sample analysis at the Quadra Island Field Station (QIFS) using NIST traceable thermometers and a YSI MultiLab 4010-1 with a MultiLab IDS 4310 conductivity and temperature probe. The YSI probe was calibrated using certified reference materials of known salinity prior to seawater sample analysis. For detailed protocols on sample collection, data processing including CO2 system determination, and quality assurance, please see Pocock et al. (2017; http://dx.doi.org/10.21966/1.521066). Note alkalinity (Alk) here is assumed here to consist of carbonate, bicarbonate, borate, hydroxide, and hydrogen ions; neglecting the influence of nutrients and organic acids. The effort to collect these data are part of the Hakai Institute’s directive to advance the understanding of carbon cycling in northeast Pacific coastal settings with specific emphasis on ocean acidification.
Characterization of North and South Shores of St. Lawrence River in Comité Zip Les Deux Rives Territory (2013), Caractérisation des rives nord et sud du fleuve Saint-Laurent sur le territoire du Comité Zip Les Deux Rives (2013)

Keywords: shore characterization, Autre, Oceans, other, caractérisation des rives
Temporal coverage: 2013-06-01/2013-09-01

This dataset is a visual characterization of the banks of the Saint-Lawrence River that was based on a sampling protocol of the Ministère de l’Environnement, de la Lutte contre les changements climatiques, de la Faune et des Parcs (MELCCFP).

This characterization is done on the territory of the Comité ZIP Les Deux Rives which extends from the city of Trois-Rivières to Sainte-Anne-de-la-Pérade, on the north shore, and between municipal boundaries of Bécancour and Deschaillons-sur-Saint-Laurent, on the south shore. The characterization of the riparian stripes provided a portrait of land use, development and erosion on the shores of the St. Lawrence River.
Genetic Stock Identification of Coho Salmon from the 2020 Gulf of Alaska International Year of the Salmon Expedition, Identification du stock génétique du saumon coho de l'expédition du saumon 2020 dans le golfe d'Alaska

Keywords: fish-abundance-and-distribution, annee-internationale-du-saumon, international-year-of-the-salmon, genetic-stock-identification, fishabundanceanddistribution, oceans, abondance-et-distribution-de-poissons
Temporal coverage: 2020-03-12/2020-04-05

Genetic stock identification data by single nucleotide polymorphism (SNP) sequencing for coho salmon collected in the Northeast Pacific Ocean. These data were collected as part of the International Year of the Salmon (IYS) Gulf of Alaska High Seas Expedition conducted in March-April 2020, to further improve the understanding of factors impacting salmon early marine winter survival.
Genetic Stock Identification of Coho Salmon from the 2020 Gulf of Alaska International Year of the Salmon Expedition, Identification du stock génétique du saumon coho de l'expédition du saumon 2020 dans le golfe d'Alaska

Keywords: international-year-of-the-salmon, genetic-stock-identification, annee-internationale-du-saumon, oceans, abondance-et-distribution-de-poissons, fish-abundance-and-distribution, fishabundanceanddistribution
Temporal coverage: 2020-03-12/2020-04-05

Genetic stock identification data by single nucleotide polymorphism (SNP) sequencing for coho salmon collected in the Northeast Pacific Ocean. These data were collected as part of the International Year of the Salmon (IYS) Gulf of Alaska High Seas Expedition conducted in March-April 2020, to further improve the understanding of factors impacting salmon early marine winter survival.
High-resolution time series of surface seawater CO2 content from the OceansAlaska Shellfish Hatchery in Ketchikan, Alaska, USA, Séries chronologiques à haute résolution sur la teneur en CO2 de l'eau de mer de surface provenant de l'écloserie OceansAlaska Shellfish à Ketchikan, Alaska, États-Unis

Keywords: inorganiccarbon, seasurfacesalinity, echange-ocean-atmosphere, zone-cotiere, ocean-atmosphere-exchange, seasurfacetemperature, salinite-de-surface, coastal-zone, salinite, carbone-inorganique, temperature-de-leau, physical-chemical, salinit, water-temperature, temperature-de-surface, oceans, physico-chimie
Temporal coverage: 2016-08-29/..

This dataset includes measurements of partial pressure of carbon dioxide (pCO2), sea surface salinity, sea surface temperature and other parameters from the OceansAlaska Shellfish Hatchery in Ketchikan, Alaska since 2016-08-29. The OceansAlaska Shellfish Hatchery in Ketchikan, is a floating barge that has been a site for high-resolution measurement of surface seawater CO2 content since August 2016. Measurements of in situ temperature, salinity, and CO2 partial pressure are made near-continuously from a seawater sample line with an intake depth of 4.3 m. The effort to collect these data is a collaboration between OceansAlaska, the UAF Ocean Acidification Research Center, Oregon State University, and the Hakai Institute with support from the Alaska Ocean Observing System and the Tula Foundation.
High-resolution time series of surface seawater CO2 content from the OceansAlaska Shellfish Hatchery in Ketchikan, Alaska, USA, Séries chronologiques à haute résolution sur la teneur en CO2 de l'eau de mer de surface provenant de l'écloserie OceansAlaska Shellfish à Ketchikan, Alaska, États-Unis

Keywords: coastal-zone, salinite, carbone-inorganique, temperature-de-leau, oceans, physico-chimie, salinit, water-temperature, temperature-de-surface, physical-chemical, inorganiccarbon, seasurfacesalinity, zone-cotiere, ocean-atmosphere-exchange, seasurfacetemperature, salinite-de-surface, echange-ocean-atmosphere
Temporal coverage: 2016-08-29/..

This dataset includes measurements of partial pressure of carbon dioxide (pCO2), sea surface salinity, sea surface temperature and other parameters from the OceansAlaska Shellfish Hatchery in Ketchikan, Alaska since 2016-08-29. The OceansAlaska Shellfish Hatchery in Ketchikan, is a floating barge that has been a site for high-resolution measurement of surface seawater CO2 content since August 2016. Measurements of in situ temperature, salinity, and CO2 partial pressure are made near-continuously from a seawater sample line with an intake depth of 4.3 m. The effort to collect these data is a collaboration between OceansAlaska, the UAF Ocean Acidification Research Center, Oregon State University, and the Hakai Institute with support from the Alaska Ocean Observing System and the Tula Foundation.
Halifax Line Monitoring in Northwest Atlantic Ocean 2012-01-23, Surveillance de la ligne Halifax dans le nord-ouest de l'océan Atlantique 2012-01-23

Keywords: salinite-souterraine, oceans, autre, other, subsurfacetemperature, oxygen, oxygene, temperature-du-sous-sol, subsurfacesalinity
Temporal coverage: 2012-01-23/2012-02-02

Offshore Halifax Testing. Slocum gliders are small, free-swimming, unmanned vehicles that use changes in buoyancy to move vertically and horizontally through the water column in a saw-tooth pattern. They are deployed for days to several months and gather detailed information about the physical, chemical and biological processes of the world's oceans. The Slocum glider was designed and built by Teledyne Webb Research Corporation, Falmouth, MA, USA.
Mesures mensuelles de la température et de la salinité de la surface de la mer au phare de la Colombie-Britannique, 1914 à aujourd'hui, British Columbia lightstation monthly sea-surface temperature and salinity measurements, 1914 to present

Keywords: salinity, seasurfacesalinity, oceans, british-columbia-shore-station-oceanographic-program-bcsop, water-temperature, temperature-de-surface, salinite, temperature-de-leau, seasurfacetemperature, salinite-de-surface, le-programme-de-station-cotiere-de-colombie-britannique-psccb
Temporal coverage: 1914-01-01/..

Daily sea surface temperature and salinity observations have been carried out at several locations on the coast of British Columbia since the early part of the 20th century. Observations started at the Pacific Biological Station (Departure Bay) in 1914; 11 stations were added in the mid-1930s and several more in the 1960s. The number of stations reporting at any given time has varied as sampling has been discontinued at some stations and started or resumed at others.

Presently termed the British Columbia Shore Station Oceanographic Program (BCSOP), there are 12 participating stations where daily sea-surface temperature and salinity measurements have been collected from 1914 to present. Due to unfavourable sampling conditions, there are some gaps in the daily data.

Observations are made daily using seawater collected in a bucket lowered into the surface water at or near the daytime high tide. This sampling method was designed long ago by Dr. John P. Tully and has not been changed in the interests of a homogeneous data set. This means, for example, that if an observer starts sampling one day at 6 a.m., and continues to sample at the daytime high tide on the second day the sample will be taken at about 06:50 the next day, 07:40 the day after etc. When the daytime high-tide gets close to 6 p.m. the observer will then begin again to sample early in the morning, and the cycle continues. Since there is a day/night variation in the sea surface temperatures the daily time series will show a signal that varies with the14-day tidal cycle. This artifact does not affect the monthly sea surface temperature data.

The monthly data are calculated by averaging the daily data of each month.
British Columbia lightstation monthly sea-surface temperature and salinity measurements, 1914 to present, Mesures mensuelles de la température et de la salinité de la surface de la mer au phare de la Colombie-Britannique, 1914 à aujourd'hui

Keywords: seasurfacesalinity, seasurfacetemperature, salinite-de-surface, le-programme-de-station-cotiere-de-colombie-britannique-psccb, salinite, temperature-de-leau, salinity, british-columbia-shore-station-oceanographic-program-bcsop, water-temperature, temperature-de-surface, oceans
Temporal coverage: 1914-01-01/..

Daily sea surface temperature and salinity observations have been carried out at several locations on the coast of British Columbia since the early part of the 20th century. Observations started at the Pacific Biological Station (Departure Bay) in 1914; 11 stations were added in the mid-1930s and several more in the 1960s. The number of stations reporting at any given time has varied as sampling has been discontinued at some stations and started or resumed at others.

Presently termed the British Columbia Shore Station Oceanographic Program (BCSOP), there are 12 participating stations where daily sea-surface temperature and salinity measurements have been collected from 1914 to present. Due to unfavourable sampling conditions, there are some gaps in the daily data.

Observations are made daily using seawater collected in a bucket lowered into the surface water at or near the daytime high tide. This sampling method was designed long ago by Dr. John P. Tully and has not been changed in the interests of a homogeneous data set. This means, for example, that if an observer starts sampling one day at 6 a.m., and continues to sample at the daytime high tide on the second day the sample will be taken at about 06:50 the next day, 07:40 the day after etc. When the daytime high-tide gets close to 6 p.m. the observer will then begin again to sample early in the morning, and the cycle continues. Since there is a day/night variation in the sea surface temperatures the daily time series will show a signal that varies with the14-day tidal cycle. This artifact does not affect the monthly sea surface temperature data.

The monthly data are calculated by averaging the daily data of each month.
Freshwater and marine water quality (nutrients and carbon) - Calvert Island - 2014 to 2018, Qualité des eaux douces et marines (nutriments et carbone) - Île Calvert - 2014 à 2018

Keywords: nutriments, carbon, oceans, watersheds, nutrients, dissolvedorganiccarbon, carbone-organique-dissous
Temporal coverage: None

This data package contains data associated with the manuscript St. Pierre et al. (2020), to be submitted to Biogeosciences. Data in this package characterise spatial and temporal variability in nutrient (nitrogen, phosphorus, iron, silica) and dissolved organic carbon (DOC) concentrations in seven freshwater streams on Calvert and Hecate Islands, and the surface (0-5 m) waters at 13 marine stations within Meay and Kwakshua Channels on the British Columbia Central Coast. Briefly, the streams and marine stations were sampled at approximately monthly intervals between August 2014 and December 2018. Detailed information on sampling protocols, sample analysis, and data processing can be found in St. Pierre et al. (2020).

There are 4 datasets associated with this package. Data dictionaries associated with each dataset are included in the ‘Data dictionary.xlsx’ spreadsheet. Methodological information is detailed in St. Pierre et al. (2020). Each dataset is described below:
‘Freshwater Chemistry (2014-2018) - Final.csv’: Concentrations of nutrients and dissolved organic carbon in mg/L. Used with discharge data to calculate stream fluxes.
‘All watershed nutrient fluxes - Final.csv’: Daily nutrient and organic carbon fluxes by watershed between 1-Aug-2014 and 31-Dec-2018. Also includes stoichiometric ratios of the fluxes.
‘Marine Nutrient + YSI data - Final.csv’: Measured surface water (0-5 m) nutrient and dissolved organic carbon chemistry across 13 marine stations in Kwakshua and Meay Channels.
‘Watershed Time Series - Rain and Air Temp.csv’: Watershed-specific monthly mean, minimum, and maximum air temperature and total monthly rainfall. Climate normals, model monthly temperature and precipitation were extracted from climatewna.com (Wang et al. 2016) using the weather station coordinates for comparison with the measured quantities and are also included.

Detailed methodology is found in:
St. Pierre, K.A., Hunt, B.P.V, Tank, S.E., Giesbrecht, I., Floyd, W.C., Korver, M.C., Lertzman, K. (2020) Rain-fed streams dilute inorganic nutrients but subsidise organic matter-associated nutrients in coastal waters of the northeast Pacific Ocean. [To be submitted to Biogeosciences]

Associated are the discharge dataset (Korver et al. 2019a) and stream rainfall event sampling dataset (Korver et al. 2019b). Stream rainfall event chemistry is integrated into the ‘Freshwater Chemistry (2014-2018) Final.csv’ dataset.