oih/oih-wis2 huggingface dataset:
Nutriments et carbone organique dissous dans les eaux douces et marines du chenal Kwakshua, Colombie-Britannique, Canada. La version 1.0., Nutrient and dissolved organic carbon in fresh and marine waters of Kwakshua Channel, British Columbia, Canada. Version 1.0.

Keywords: dissolvedorganiccarbon, carbone-organique-dissous, oceanography, nutrients, biogeochemistry, nutriments, carbon, oceans, watersheds
Temporal coverage: 2014-08-01/2018-12-31

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.
Nutrient and dissolved organic carbon in fresh and marine waters of Kwakshua Channel, British Columbia, Canada. Version 1.0., {'fr': {'message': "text translated using the Amazon translate service / texte traduit à l'aide du service de traduction Amazon", 'verified': False}}, Nutriments et carbone organique dissous dans les eaux douces et marines du chenal Kwakshua, Colombie-Britannique, Canada. La version 1.0.

Keywords: carbon, oceans, watersheds, biogeochemistry, nutriments, nutrients, oceanography, dissolvedorganiccarbon, carbone-organique-dissous
Temporal coverage: 2014-08-01/2018-12-31

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.
Nutriments et carbone organique dissous dans les eaux douces et marines du chenal Kwakshua, Colombie-Britannique, Canada. La version 1.0., Nutrient and dissolved organic carbon in fresh and marine waters of Kwakshua Channel, British Columbia, Canada. Version 1.0.

Keywords: nutrients, biogeochemistry, nutriments, carbon, oceans, watersheds, dissolvedorganiccarbon, carbone-organique-dissous, oceanography
Temporal coverage: 2014-08-01/2018-12-31

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.
Trawl Data from the CCGS Sir John Franklin during the 2022 International Year of the Salmon Pan-Pacific Winter High Seas Expedition, Données de chalutage du NGCC Sir John Franklin pendant l'expédition hivernale en haute mer de l'Année internationale du saumon dans le Pacifique 2022

Keywords: catch, fishabundanceanddistribution, oceans, abondance-et-distribution-de-poissons, trawl, north-pacific-ocean, specimen, international-year-of-the-salmon
Temporal coverage: 2022-02-22/2022-03-19

This data set contains the at sea data collected by Fisheries and Oceans Canada (DFO) in the eastern Gulf of Alaska, aboard the CCGS Sir John Franklin, in contribution to the 2022 International Year of the Salmon (IYS) Pan-Pacific Winter Expedition coordinated by the North Pacific Anadromous Fish Commission (NPAFC). This data package contains three separate components; event, catch, and specimen. The event data contains all of the sampling event information, including time, location, and duration. All dates and times are in UTC, depth measurements are in meters and distance measurements are in kilometers. The catch data contains all of the catch records, as counts and weights, for each species/taxa at each station. The sampling method for every catch weight should be total weight, and all weights are in kilograms. Weights too small to be weighed accurately are recorded as “Trace”. The specimen data contains individual lengths and weights for sampled individuals from each station. Specimen lengths are in millimeters and specimen weights are in grams. To join event information to catch or specimen information, join on the station event id field. To join catch and specimen data, join on the catch id field. 

This data is contained in Canadian Technical Report of Fisheries and Aquatic Sciences, which should be referenced in any use of this data as follows: 

King, J.R., Freshwater, C., Tabata, A.M., Zubkowski, T.B., Stanley, C., Wright, C., Anderson, E.D., and Flynn, K.L. 2022. Eastern Gulf of Alaska Pacific Salmon Trawl Survey, February 19 - March 21, 2022 onboard the CCGS Sir John Franklin as contribution to the International Year of the Salmon Pan-Pacific Winter High Seas Expedition. Can. Tech. Rep. Fish. Aquat. Sci. 3502: vii + 61 p.
Trawl Data from the CCGS Sir John Franklin during the 2022 International Year of the Salmon Pan-Pacific Winter High Seas Expedition, Données de chalutage du NGCC Sir John Franklin pendant l'expédition hivernale en haute mer de l'Année internationale du saumon dans le Pacifique 2022

Keywords: specimen, international-year-of-the-salmon, trawl, north-pacific-ocean, catch, oceans, abondance-et-distribution-de-poissons, fishabundanceanddistribution
Temporal coverage: 2022-02-22/2022-03-19

This data set contains the at sea data collected by Fisheries and Oceans Canada (DFO) in the eastern Gulf of Alaska, aboard the CCGS Sir John Franklin, in contribution to the 2022 International Year of the Salmon (IYS) Pan-Pacific Winter Expedition coordinated by the North Pacific Anadromous Fish Commission (NPAFC). This data package contains three separate components; event, catch, and specimen. The event data contains all of the sampling event information, including time, location, and duration. All dates and times are in UTC, depth measurements are in meters and distance measurements are in kilometers. The catch data contains all of the catch records, as counts and weights, for each species/taxa at each station. The sampling method for every catch weight should be total weight, and all weights are in kilograms. Weights too small to be weighed accurately are recorded as “Trace”. The specimen data contains individual lengths and weights for sampled individuals from each station. Specimen lengths are in millimeters and specimen weights are in grams. To join event information to catch or specimen information, join on the station event id field. To join catch and specimen data, join on the catch id field. 

This data is contained in Canadian Technical Report of Fisheries and Aquatic Sciences, which should be referenced in any use of this data as follows: 

King, J.R., Freshwater, C., Tabata, A.M., Zubkowski, T.B., Stanley, C., Wright, C., Anderson, E.D., and Flynn, K.L. 2022. Eastern Gulf of Alaska Pacific Salmon Trawl Survey, February 19 - March 21, 2022 onboard the CCGS Sir John Franklin as contribution to the International Year of the Salmon Pan-Pacific Winter High Seas Expedition. Can. Tech. Rep. Fish. Aquat. Sci. 3502: vii + 61 p.
Inorganic Pollution, Driver of Environmental Change: eDrivers Project for the St. Lawrence System, Pollution inorganique, stresseur environnemental : projet eDrivers sur le système du Saint-Laurent

Keywords: eDrivers, stresseurs environnementaux, pollution inorganique, Oceans, Autre, other, Saint-Laurent, inorganic pollution, St. Lawrence, environmental stressors
Temporal coverage: 2000-01-01/2001-12-31

The data used to characterize inorganic pollution come from the global cumulative impacts assessment on habitats and available on the [NCEAS online data repository](https://knb.ecoinformatics.org/view/doi:10.5063/F1S180FS).

Inorganic pollution was modeled using impervious surface area (i.e. artificial surfaces such as paved roads) under the assumption that most of this pollution source comes from urban runoff. Inorganic pollution originating from point-sources or in areas lacking paved roads is therefore not captured by this layer. The data obtained was aggregated at the watershed scale.

It is possible to consult the scientific report of the **eDrivers** project: [**Characterizing Exposure to and Sharing Knowledge of Drivers of Environmental Change in the St. Lawrence System in Canada**](https://www.frontiersin.org/articles/10.3389/fmars.2020.00383/full) and the [**additional data**](https://www.frontiersin.org/articles/10.3389/fmars.2020.00383/full#supplementary-material). It is possible to consult the application [**eDrivers**](https://catalogue.ogsl.ca/dataset/ca-cioos_7c51ad5f-c2a9-4f4a-a78c-0b652e630825).

**REFERENCE:**

- [Halpern, B., Frazier, M., Potapenko, J. et al. Spatial and temporal changes in cumulative human impacts on the world’s ocean. Nat Commun 6, 7615 (2015). https://doi.org/10.1038/ncomms8615](https://doi.org/10.1038/ncomms8615)
HFX dans l'océan Atlantique Nord-Ouest 2014-10-16, HFX in Northwest Atlantic Ocean 2014-10-16

Keywords: salinite-souterraine, oceans, autre, other, subsurfacetemperature, oxygen, oxygene, temperature-du-sous-sol, subsurfacesalinity
Temporal coverage: 2014-10-16/2014-11-10

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.
Plan de gestion intégrée de la zone côtière de la baie de Cascapédia (2006), Integrated Coastal Zone Management Plan of the Cascapédia Bay (2006)

Keywords: Autre, Oceans, gestion intégrée, coastal zone, other, zone côtière, integrated management
Temporal coverage: 2001-01-01/2006-12-31

This document first draws a portrait of the territory with a description of the physical environment, the ecological components, the historical portrait, the socio-economic components and the occupation of the territory. 

It also contains an action plan on the main issues related to the coastal zone, as well as actions to be implemented for the integrated management of Cascapédia Bay. It comes from a coastal committee, active from 2001 to 2006, and made up of representatives from various sectors of activity: municipal, environment, economic, etc.
Wildlife Habitat Conservation Plan - Saint-Quentin Island (2011), Plan de conservation des habitats fauniques - Ile Saint-Quentin (2011)

Keywords: habitat characterization, habitat protection, other, caractérisation des habitats, Autre, Oceans, protection des habitats
Temporal coverage: 2011-02-01/2011-03-01

The Comité Zip Les Deux Rives has drawn up a plan for the conservation of wildlife habitats on Saint-Quentin Island. Located in Trois-Rivières, this area is a major refuge for wildlife since the island is occupied by wetlands composed of different plant sequences, offering a wide variety of habitats. However, the site is under heavy anthropogenic pressure.

With this in mind, the Comité ZIP Les Deux Rives and its partners decided to develop a plan for wildlife habitats conservation on Île Saint-Quentin. The purpose of this conservation plan is to ensure the protection and maintenance of wildlife habitats that are present on the island.
Concentrations d'hydrocarbures dans la baie de Placentia, à Terre-Neuve, en 2022, Hydrocarbon Concentrations in Placentia Bay, Newfoundland, in 2022

Keywords: hydrocarbure, seaSurfaceSalinity, Salinité de surface, hydrocarbon, Température de surface, PAHs, Coastal Environmental Baseline Program, seaSurfaceTemperature, oil pollution, n-alcanes, Oceans, Autre, n-aklanes, other, pollution par les hydrocarbures
Temporal coverage: 2022-08-16/2022-10-19

Measurement of background concentrations of oil hydrocarbons in Placentia Bay, Newfoundland. Surface seawater for measurement of n-alkanes and PAHs (polycyclic aromatic hydrocarbons) was collected fall of 2022, in both open water and close to the shore.

Establishing background oil concentrations in Placentia Bay will contribute to characterize the status quo of fossil hydrocarbons in seawater, which is a pre-requisite for the assessment of change. Damage assessment in case of a spill and the development of response plans requires the knowledge of pre-spill background values.

This project is part of the Coastal Environmental Baseline Program Initiative under the Oceans Protection Plan of Fisheries and Oceans Canada.
Surface water CO2 parameters collected by Alaskan citizens around the northern Gulf of Alaska from April 2015 to August 2017. Version 1.0., Paramètres de CO2 des eaux de surface collectés par les citoyens de l'Alaska autour du nord du golfe d'Alaska d'avril 2015 à août 2017. La version 1.0.

Keywords: kenai-peninsula, ocean, acid, other, salinity, sea, acidification, oceans, seawater, surface, gulf-of-alaska, shellfish, tsg, dissolvedorganiccarbon, geoscientificinformation, carbone-organique-dissous, co2, oceanography, salt, temperature
Temporal coverage: 2015-04-05/2017-08-19

pCO2 and TCO2 measurements were made on surface seawater collected by tribal citizens and non-oceanographic agencies around Kenai Peninsula in the northern Gulf of Alaska from 2015 to 2017. Seawater was collected using bucket grabs or Niskin bottles and drawn into 350 mL amber glass bottles. Sample bottles were rinsed 3 times and then carefully filled with sample seawater as to not introduce bubbles into the sample. Sample temperature was then recorded using NIST traceable thermometers (VWR PN 23609-176) and fixed with 40 µL of mercuric chloride before being crimp-sealed using polyethylene-lined metal caps. Finally, temperature and salinity were determined at the time of sample analysis at the Alutiiq Pride Shellfish Hatchery (APSH) using NIST traceable thermometers and a YSI MultiLab 4010-1 with a MultiLab IS 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). CO2 system parameters (pHT, pCO2, aragonite saturation) were computed using the carbonate acid dissociation constants of Lueker et al. (2000). Note alkalinity (Alk) is assumed 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 and coastal processes around the Gulf of Alaska with specific emphasis on ocean acidification.
Surface water CO2 parameters collected by Alaskan citizens around the northern Gulf of Alaska from April 2015 to August 2017. Version 1.0., Paramètres de CO2 des eaux de surface collectés par les citoyens de l'Alaska autour du nord du golfe d'Alaska d'avril 2015 à août 2017. La version 1.0., {'fr': {'message': "text translated using the Amazon translate service / texte traduit à l'aide du service de traduction Amazon", 'verified': False}}

Keywords: co2, oceanography, salt, acidification, oceans, seawater, surface, acid, other, salinity, sea, temperature, kenai-peninsula, ocean, gulf-of-alaska, shellfish, tsg, dissolvedorganiccarbon, geoscientificinformation, carbone-organique-dissous
Temporal coverage: 2015-04-05/2017-08-19

pCO2 and TCO2 measurements were made on surface seawater collected by tribal citizens and non-oceanographic agencies around Kenai Peninsula in the northern Gulf of Alaska from 2015 to 2017. Seawater was collected using bucket grabs or Niskin bottles and drawn into 350 mL amber glass bottles. Sample bottles were rinsed 3 times and then carefully filled with sample seawater as to not introduce bubbles into the sample. Sample temperature was then recorded using NIST traceable thermometers (VWR PN 23609-176) and fixed with 40 µL of mercuric chloride before being crimp-sealed using polyethylene-lined metal caps. Finally, temperature and salinity were determined at the time of sample analysis at the Alutiiq Pride Shellfish Hatchery (APSH) using NIST traceable thermometers and a YSI MultiLab 4010-1 with a MultiLab IS 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). CO2 system parameters (pHT, pCO2, aragonite saturation) were computed using the carbonate acid dissociation constants of Lueker et al. (2000). Note alkalinity (Alk) is assumed 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 and coastal processes around the Gulf of Alaska with specific emphasis on ocean acidification.