oih/oih-wis2 huggingface dataset:
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: 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.
Assessment of the reproductive success of lake sturgeon at the Drummondville spawning ground in spring 2015, Évaluation du succès reproducteur de l'esturgeon jaune à la frayère de Drummondville, printemps 2015, Assessment of the Reproductive Success of Lake Sturgeon at the Drummondville Spawning Ground in Spring 2015

Keywords: species at risk, fraie, poisson, suivi des espèces, spawning, species monitoring, Abondance et distribution de poissons, espèces en péril, fish, Oceans, fishAbundanceAndDistribution
Temporal coverage: 2015-05-01/2015-06-30

The evaluation of reproductive success is based on the estimation of the number of eggs deposited on the spawning ground in relation to the number of larvae that have drifted.

First, we defined the area and the spawning period and captured eggs using an egg sensor and a drift net. Then, we carried out a sturgeon capture-mark-recapture campaign to estimate the size of the spawning contingent. Finally, we caught drifting larvae
Hakai Institute Juvenile Salmon Program Time Series, Série chronologique du programme de saumon juvénile de l'Institut Hakai

Keywords: invertebrateabundanceanddistribution, abondance-et-distribution-dinvertebres, sockeye, marine-ecology, fishabundanceanddistribution, salmon, coho, oceans, abondance-et-distribution-de-poissons, fish-health, pink, chum, oceanography, juvenile-salmon-program
Temporal coverage: 2015-05-12/..

The Hakai Institute Juvenile Salmon program is an ongoing initiative that was established in 2015 in partnership with the University of British Columbia, University of Toronto, Simon Fraser University and Salmon Coast Field Station. This program researches the early life history of juvenile salmon in coastal British Columbia. Primary research objectives are determining: 
1) Migration timing rates and routes; 
2) Migration habitat, including physical and chemical oceanographic conditions, and availability of plankton prey; 
3) The impacts of prey phenology, quantity and quality on juvenile salmon growth and condition; 
4) Species and stock-specific feeding biology and competitive interactions; 
5) Pathogen and parasite infection dynamics; and 
6) Mortality estimates. 

The program targets Fraser River sockeye, and pink and chum salmon, but additionally provides information on coho, chinook, and herring through incidental capture. The field program operates between May and July during the peak of the juvenile sockeye outward migration. Purse seine and oceanographic sampling are conducted in the northern Strait of Georgia / Discovery Islands region (~ 220 km from the Fraser River mouth) and the Johnstone Strait / Queen Charlotte Strait region (~ 180 km from the northern Strait of Georgia. As such, this program informs early life history across two critical legs of the Fraser salmon northward migration.

Data packages are updated annually. Versioned datasets are available through the links below.

This data package is freely available to everyone, following the principles of equitable access and benefit sharing. However, we expect all data users to give attribution to the data providers (read our data license) and the use of these data should happen in the light of fair use, i.e.: 1) respect the data providers, and provide helpful feedback on data quality, and 2) communicate and/or collaborate with the providers if you are considering using this dataset for manuscripts or other forms of reporting.
Série chronologique du programme de saumon juvénile de l'Institut Hakai, Hakai Institute Juvenile Salmon Program Time Series, {'fr': {'message': "text translated using the Amazon translate service / texte traduit à l'aide du service de traduction Amazon", 'verified': False}}

Keywords: invertebrateabundanceanddistribution, abondance-et-distribution-dinvertebres, sockeye, marine-ecology, fishabundanceanddistribution, salmon, coho, oceans, abondance-et-distribution-de-poissons, fish-health, pink, chum, oceanography, juvenile-salmon-program
Temporal coverage: 2015-05-12/2023-07-05, 2015-05-12/..

The Hakai Institute Juvenile Salmon program is an ongoing initiative that was established in 2015 in partnership with the University of British Columbia, University of Toronto, Simon Fraser University and Salmon Coast Field Station. This program researches the early life history of juvenile salmon in coastal British Columbia. Primary research objectives are determining: 
1) Migration timing rates and routes; 
2) Migration habitat, including physical and chemical oceanographic conditions, and availability of plankton prey; 
3) The impacts of prey phenology, quantity and quality on juvenile salmon growth and condition; 
4) Species and stock-specific feeding biology and competitive interactions; 
5) Pathogen and parasite infection dynamics; and 
6) Mortality estimates. 

The program targets Fraser River sockeye, and pink and chum salmon, but additionally provides information on coho, chinook, and herring through incidental capture. The field program operates between May and July during the peak of the juvenile sockeye outward migration. Purse seine and oceanographic sampling are conducted in the northern Strait of Georgia / Discovery Islands region (~ 220 km from the Fraser River mouth) and the Johnstone Strait / Queen Charlotte Strait region (~ 180 km from the northern Strait of Georgia. As such, this program informs early life history across two critical legs of the Fraser salmon northward migration.

Data packages are updated annually. Versioned datasets are available through the links below.

This data package is freely available to everyone, following the principles of equitable access and benefit sharing. However, we expect all data users to give attribution to the data providers (read our data license) and the use of these data should happen in the light of fair use, i.e.: 1) respect the data providers, and provide helpful feedback on data quality, and 2) communicate and/or collaborate with the providers if you are considering using this dataset for manuscripts or other forms of reporting.
Hakai Institute Juvenile Salmon Program Time Series, Série chronologique du programme de saumon juvénile de l'Institut Hakai

Keywords: salmon, chum, oceanography, juvenile-salmon-program, invertebrateabundanceanddistribution, abondance-et-distribution-dinvertebres, fish-health, pink, coho, oceans, abondance-et-distribution-de-poissons, sockeye, marine-ecology, fishabundanceanddistribution
Temporal coverage: 2015-05-12/..

The Hakai Institute Juvenile Salmon program is an ongoing initiative that was established in 2015 in partnership with the University of British Columbia, University of Toronto, Simon Fraser University and Salmon Coast Field Station. This program researches the early life history of juvenile salmon in coastal British Columbia. Primary research objectives are determining: 
1) Migration timing rates and routes; 
2) Migration habitat, including physical and chemical oceanographic conditions, and availability of plankton prey; 
3) The impacts of prey phenology, quantity and quality on juvenile salmon growth and condition; 
4) Species and stock-specific feeding biology and competitive interactions; 
5) Pathogen and parasite infection dynamics; and 
6) Mortality estimates. 

The program targets Fraser River sockeye, and pink and chum salmon, but additionally provides information on coho, chinook, and herring through incidental capture. The field program operates between May and July during the peak of the juvenile sockeye outward migration. Purse seine and oceanographic sampling are conducted in the northern Strait of Georgia / Discovery Islands region (~ 220 km from the Fraser River mouth) and the Johnstone Strait / Queen Charlotte Strait region (~ 180 km from the northern Strait of Georgia. As such, this program informs early life history across two critical legs of the Fraser salmon northward migration.

Data packages are updated annually. Versioned datasets are available through the links below.

This data package is freely available to everyone, following the principles of equitable access and benefit sharing. However, we expect all data users to give attribution to the data providers (read our data license) and the use of these data should happen in the light of fair use, i.e.: 1) respect the data providers, and provide helpful feedback on data quality, and 2) communicate and/or collaborate with the providers if you are considering using this dataset for manuscripts or other forms of reporting.
Structure verticale et horizontale de l'eau de mer de la Coast of Bays: Structure hydrographique, variabilité spatiale et saisonnalité basée sur les levés océanographiques du PRRA, 2009-2013, Coast of Bays seawater vertical and horizontal structure: Hydrographic structure, spatial variability and seasonality, 2009-2013

Keywords: seasurfaceheight, water-temperature, oxygen, niveau-de-leau, oxygene, salinite, temperature-de-leau, sea-level, temperature-sous-la-surface, subsurfacesalinity, oceans, niveau-eau, salinite-sous-la-surface, salinity, subsurfacetemperature
Temporal coverage: 2009-06-18/2013-11-03

This dataset was compiled as part of a multiyear effort lead by Fisheries and Oceans Canada (DFO) to support sustainable aquaculture regulation in the Coast of Bays, an area of the south coast of Newfoundland. It is the second of a series aiming to provide an oceanographic knowledge baseline of the Coast of Bays.This dataset includes temperature, salinity, and dissolved oxygen concentration profiles collected during CTD surveys, each survey containing a varying number of casts/profiles taken within the area of interest. In total, 760 profiles from 11 surveys, executed over 276 stations, were collected from June 2009 to November 2013. Data were processed and quality controlled using the instrumentation manufacturer guidelines, custom tools as well as visual inspection. Data are provided in tab-delimited text-based format compatible with most data processing language and tools (e.g. MS. Excel) as well as with the Ocean Data View software (https://odv.awi.de/) for rapid visualisation. A summary of the CTD profiles and stations surveyed is also provided as a comma separated values (CSV) file.A full description of the data and of its use in the context of the motivating project can be found in http://www.dfo-mpo.gc.ca/csas-sccs/Publications/ResDocs-DocRech/2017/2017_077-eng.html. Analyses from this dataset were presented during a Canadian Science Advisory Secretariat (CSAS) meeting which took place in St John’s in March 2015 (http://www.dfo-mpo.gc.ca/csas-sccs/schedule-horraire/2015/03_25-26b-eng.html) and from which a Science Advisory Report (http://www.dfo-mpo.gc.ca/csas-sccs/Publications/SAR-AS/2016/2016_039-eng.html) and Proceedings (http://www.dfo-mpo.gc.ca/csas-sccs/Publications/Pro-Cr/2017/2017_043-eng.html) were published.
Salish Sea NEMO Model (Green) Hourly 3D V-velocity v19-05, Salish Sea NEMO Modèle (vert) Horaire 3D V-vélocity v19-05

Keywords: courant-marin, ocean-model, sea-currents, subsurfacecurrents, courants-sous-marins, oceans
Temporal coverage: 2007-01-01/..

Variable values at the 3d meridional (v) component velocity grid points averaged over 1 hour intervals
from Salish Sea NEMO model runs with physics, biology and chemistry. The values are calculated for the entire model grid that includes the Juan de Fuca Strait, the Strait of Georgia, Puget Sound, and Johnstone Strait on the coasts of Washington State and British Columbia. The time values are UTC. They are the centre of the intervals over which the calculated model results are averaged. Geo-location and depth data for the Salish Sea NEMO model grid are available in the ubcSSnBathymetryV17-02 dataset.
Salish Sea NEMO Modèle (vert) Horaire 3D V-vélocity v19-05, Salish Sea NEMO Model (Green) Hourly 3D V-velocity v19-05

Keywords: sea-currents, subsurfacecurrents, courants-sous-marins, courant-marin, oceans, ocean-model
Temporal coverage: 2007-01-01/..

Variable values at the 3d meridional (v) component velocity grid points averaged over 1 hour intervals
from Salish Sea NEMO model runs with physics, biology and chemistry. The values are calculated for the entire model grid that includes the Juan de Fuca Strait, the Strait of Georgia, Puget Sound, and Johnstone Strait on the coasts of Washington State and British Columbia. The time values are UTC. They are the centre of the intervals over which the calculated model results are averaged. Geo-location and depth data for the Salish Sea NEMO model grid are available in the ubcSSnBathymetryV17-02 dataset.
Salish Sea NEMO Grille modèle, masque en maille 2D, v17-02, Salish Sea NEMO Model Grid, 2D Mesh Mask, v17-02

Keywords: other, salish-sea, depth, oceans, autre
Temporal coverage: None

NEMO grid variable value for the u-v plane of the Salish Sea NEMO model Arakawa-C grid. The values are those calculated by NEMO from the input coordinates and bathymetry files. The variable names are those used by NEMO-3.6, see the NEMO-3.6 book (http://www.nemo-ocean.eu/Media/Files/NEMO_book_V3_6.pdf) for details, or the long_name attributes of the variables for succinct descriptions of the variables. The model grid includes the Juan de Fuca Strait, the Strait of Georgia, Puget Sound, and Johnstone Strait on the coasts of Washington State and British Columbia.
Salish Sea NEMO Model Grid, 2D Mesh Mask, v17-02, Salish Sea NEMO Grille modèle, masque en maille 2D, v17-02

Keywords: oceans, autre, depth, other, salish-sea
Temporal coverage: None

NEMO grid variable value for the u-v plane of the Salish Sea NEMO model Arakawa-C grid. The values are those calculated by NEMO from the input coordinates and bathymetry files. The variable names are those used by NEMO-3.6, see the NEMO-3.6 book (http://www.nemo-ocean.eu/Media/Files/NEMO_book_V3_6.pdf) for details, or the long_name attributes of the variables for succinct descriptions of the variables. The model grid includes the Juan de Fuca Strait, the Strait of Georgia, Puget Sound, and Johnstone Strait on the coasts of Washington State and British Columbia.
Vehicle and Sonde Data from an Autonomous Underwater Vehicle Survey of Musquash Marine Protected Area (2020), Données de véhicules et de sondes issues d'une étude de véhicule sous-marin autonome de l'aire marine protégée de Musquash (2020)

Keywords: coastal erosion, other, salinity, sea temperature, subSurfaceSalinity, natural sites of interest, caractérisation des habitats, Salinité sous la surface, sensitive habitat, Température sous la surface, température de l'eau, habitats important, land use, seaSurfaceTemperature, subSurfaceTemperature, decision-making tool, milieux naturels intérêt, coastal zone, Niveau de l'eau, habitat characterization, Température de surface, habitat sensible, salinité, seaSurfaceHeight, seaSurfaceSalinity, Salinité de surface, Oceans, sediment, Autre, important habitats, climate change, protected areas, utilisation du territoire, érosion des côtes, sédiment, zone côtière, changement climatique, aide à la décision, aires protégées
Temporal coverage: 2020-08-13/..

Using an autonomous underwater vehicle (Ecomapper) equipped with a sonde (EXO), DVL (RDI) and side-scan sonar (Sunfish), the Fisheries and Oceans Canada surveyed zones 2 and 3 of the Musquash Marine Protected Area in Southwestern New Brunswick between August and November of 2020.


The primary function of this survey was to identify differences in marine habitat in sub-tidal and inter-tidal zones of the Marine Protected Area (MPA) and provide baseline bathymetry data for identifying future changes in the MPA (sedimentation and erosion). Side scan sonar data (available in another dataset) provides baseline data for evaluating bottom type and structure.


This project was funded by DFO Coastal Environmental Baseline Program under Canada’s Oceans Protection Plan (OPP).
Données de véhicules et de sondes issues d'une étude de véhicule sous-marin autonome de l'aire marine protégée de Musquash (2020), Vehicle and Sonde Data from an Autonomous Underwater Vehicle Survey of Musquash Marine Protected Area (2020)

Keywords: sensitive habitat, Température sous la surface, température de l'eau, habitats important, coastal erosion, other, salinity, sea temperature, subSurfaceSalinity, natural sites of interest, caractérisation des habitats, Salinité sous la surface, Oceans, sediment, Autre, important habitats, climate change, protected areas, utilisation du territoire, érosion des côtes, sédiment, zone côtière, changement climatique, aide à la décision, aires protégées, land use, seaSurfaceTemperature, subSurfaceTemperature, decision-making tool, milieux naturels intérêt, Hauteur de la surface de la mer, coastal zone, habitat characterization, Température de surface, habitat sensible, salinité, seaSurfaceHeight, seaSurfaceSalinity, Salinité de surface
Temporal coverage: 2020-08-13/..

Using an autonomous underwater vehicle (Ecomapper) equipped with a sonde (EXO), DVL (RDI) and side-scan sonar (Sunfish), the Fisheries and Oceans Canada surveyed zones 2 and 3 of the Musquash Marine Protected Area in Southwestern New Brunswick between August and November of 2020.

The primary function of this survey was to identify differences in marine habitat in sub-tidal and inter-tidal zones of the Marine Protected Area (MPA) and provide baseline bathymetry data for identifying future changes in the MPA (sedimentation and erosion). Side scan sonar data (available in another dataset) provides baseline data for evaluating bottom type and structure.

This project was funded by DFO Coastal Environmental Baseline Program under Canada’s Oceans Protection Plan (OPP).
Underway surface seawater and marine boundary layer observations made from the Alaska Marine Highway System M/V Columbia from October 2017 to October 2018, Observations de l'eau de mer de surface et de la couche limite marine en cours à partir du réseau routier maritime de l'Alaska M/V Columbia d'octobre 2017 à octobre 2018

Keywords: gulf-of-alaska, british-columbia-coast, other, inorganiccarbon, oceans, ocean-acidification, marine-co2-system, underway-measurements, north-pacific-ocean, oxygen-dynamics, carbone-inorganique
Temporal coverage: None

From October 2017 to October 2018, underway surface water measurements were collected from the Alaska Marine Highway System M/V Columbia during 81 service route transits. The service route of the Columbia included the ports of Sitka, Juneau, Haines, Skagway, Wrangell, Petersburg, and Ketchikan in southeast Alaska, and between Ketchikan and Bellingham, WA. The vessel sailed from Ketchikan every Wednesday, arrived in Bellingham on Friday, and returned to Ketchikan on Sunday. Measurements of temperature, salinity, dissolved oxygen content, and CO2 partial pressure were made every 2 mins on seawater drawn into the vessel from a ~2 m intake. Seawater was delivered from the intake to analytical equipment on the car deck using a AMT 1/2 HP pump (4295-98). Temperature and salinity data were collected using a Sea-Bird SBE 45 MicroTSG Thermosalinograph, and intake temperature measured using a SBE 38 Digital Oceanographic Thermometer. Dissolved oxygen content was determined using an Aanderaa 4330F that had undergone multipoint calibration. CO2 measurements were made using a General Oceanics 8050 (GO8050) pCO2 Measuring System. All data streams, including GPS information from an antenna and atmospheric pressure from a Druck barometer positioned on the foredeck, were captured by the GO8050 control computer. Atmospheric CO2 measurements were also made using the GO8050 on unaltered marine air drawn to the system through an intake located on the foredeck. The CO2 measurement scheme involved the analysis of four gas standards of known CO2 content (150 ppm, 349 ppm, 449 ppm, and 850 ppm; Praxair), 12 analyses atmospheric CO2, and 240 seawater CO2 measurements in a cycle that was repeated every 8.5 hours. The seawater and atmospheric CO2 analyses were run in a sequence of 3 atmospheric measurements and 60 seawater measurements that was repeated 4 times between standardization. This project was supported by the Tula Foundation and Alaska Ocean Observing System, and was a collaborative effort between the Hakai Institute, University of Washington Joint Institute for the Study of the Atmosphere and Ocean/NOAA Pacific Marine Environmental Laboratory, State of Alaska Department of Transportation, University of Alaska Southeast Alaska Coastal Rainforest Center, and the Alaska Ocean Observing System.