30881 Data Set Published / External 30657 EFS (Environmental and Fisheries Sciences) Division Project In Work 2017-02-10 Beginning in the spring of 2015 the US West Coast began to experience the most wide-spread toxic Pseudo-nitzschia bloom to date, after approximately eight years without a toxic bloom event. Some species of Pseudo-nitzschia produce the neurotoxin domoic acid, which can have deleterious effects on marine wildlife (e.g. mammals and seabirds) as well as human consumers of food items (e.g. shellfish, crabs, sardines, anchovies) that are contaminated with the toxin. This multi-agency project aims to survey the bloom region, which stretches from southern California into the Gulf of Alaska, on the greatest spatial and temporal extent possible. Goals of the survey are to identify the extent of the bloom, the concentration of domoic acid in the bloom, the Pseudo-nitzschia species responsible for the toxicity, and the relationship of the bloom event to prevailing oceanographic and atmospheric conditions. The survey will allow for the creation of maps showing the spatial extent and concentrations of domoic acid, Pseudo-nitzschia, and oceanographic parameters such as temperature and salinity. The data collected from the survey will inform inferences as to the cause(s) of the toxic event. The effort will employ targeted research cruises, cruises of opportunity, and shore based sampling. Samples will be analyzed for marine toxins, harmful algal species, and other environmental and oceanographic parameters using state-of-the-art methodologies. Dataset contains domoic acid measurements, Pseudo-nitzschia species identifications and enumerations, and other physical oceanographic, biological and chemical oceanographic data. Subject to Public Access to Research Results (PARR): Yes Theme Pseudo-nitzschia Theme SaKe Survey Theme biotoxins Theme marine toxin Instrument CTD Instrument In-Situ Instrument - In-Situ Instrument (not specified) Instrument Sonde and Probe - Conductivity Instrument Temperature Instrument Underway Data Collection Instrument Instrument Underway Data Collection Instrument - Thermosalinograph Instrument and Depth Platform Animal and Plant Collection Device Platform Animal and Plant Collection Device - Plankton Collection Device - Plankton Net Platform Water Sampler Bottle - Niskin Bottle Platform Water Sampler Bottle - Surface Sample Bottle Northwest Fisheries Science Center Seattle WA USA Data Set Access Database Table (digital) CTD, In-Situ Instrument - In-Situ Instrument (not specified), Sonde and Probe - Conductivity, Temperature, and Depth, Underway Data Collection Instrument, Underway Data Collection Instrument - Thermosalinograph Water based Platforms - Watercraft - Manned Watercraft - Vessel (Ship) Animal and Plant Collection Device, Animal and Plant Collection Device - Plankton Collection Device - Plankton Net, Water Sampler Bottle - Niskin Bottle, Water Sampler Bottle - Surface Sample Bottle 36782 2015 West Coast Domoic Acid Event Seawater Data Published / External Planned Beginning in the spring of 2015 the US West Coast began to experience the most wide-spread toxic Pseudo-nitzschia bloom to date, after approximately eight years without a toxic bloom event. Some species of Pseudo-nitzschia produce the neurotoxin domoic acid, which can have deleterious effects on marine wildlife (e.g. mammals and seabirds) as well as human consumers of food items (e.g. shellfish, crabs, sardines, anchovies) that are contaminated with the toxin. This multi-agency project aims to survey the bloom region, which stretches from southern California into the Gulf of Alaska, on the greatest spatial and temporal extent possible. Goals of the survey are to identify the extent of the bloom, the concentration of domoic acid in the bloom, the Pseudo-nitzschia species responsible for the toxicity, and the relationship of the bloom event to prevailing oceanographic and atmospheric conditions. The survey will allow for the creation of maps showing the spatial extent and concentrations of domoic acid, Pseudo-nitzschia, and oceanographic parameters such as temperature and salinity. The data collected from the survey will inform inferences as to the cause(s) of the toxic event. The effort will employ targeted research cruises, cruises of opportunity, and shore based sampling. Samples will be analyzed for marine toxins, harmful algal species, and other environmental and oceanographic parameters using state-of-the-art methodologies. Spreadsheet Yes PARR Beginning in the spring of 2015 the US West Coast began to experience the most wide-spread toxic Pseudo-nitzschia bloom to date, after approximately eight years without a toxic bloom event. Some species of Pseudo-nitzschia produce the neurotoxin domoic acid, which can have deleterious effects on marine wildlife (e.g. mammals and seabirds) as well as human consumers of food items (e.g. shellfish, crabs, sardines, anchovies) that are contaminated with the toxin. This multi-agency project aims to survey the bloom region, which stretches from southern California into the Gulf of Alaska, on the greatest spatial and temporal extent possible. Goals of the survey are to identify the extent of the bloom, the concentration of domoic acid in the bloom, the Pseudo-nitzschia species responsible for the toxicity, and the relationship of the bloom event to prevailing oceanographic and atmospheric conditions. The survey will allow for the creation of maps showing the spatial extent and concentrations of domoic acid, Pseudo-nitzschia, and oceanographic parameters such as temperature and salinity. The data collected from the survey will inform inferences as to the cause(s) of the toxic event. The effort will employ targeted research cruises, cruises of opportunity, and shore based sampling. Samples will be analyzed for marine toxins, harmful algal species, and other environmental and oceanographic parameters using state-of-the-art methodologies. 1 Event VARCHAR2 No No Active The name of the individual cruise or event in which samples were collected for the overall project. VARCHAR2 As provided 2 Event start date DATE No No Active The date on which the individual cruise or event began (local time). DATE As provided 3 Event end date DATE No No Active The date on which the individual cruise or event ended (local time). DATE As provided 4 Station VARCHAR2 No No Active The name or identification number of a given station at which samples were collected. VARCHAR2 As provided 5 Sampling Date DATE No No Active The date (local time) on which as sample was collected. DATE As provided 6 Sampling Start Time DATE No No Active The time (local time) on the date in which a sample began to be collected. DATE As provided 7 Sampling End Time DATE No No Active The time (local time) on the date in which a sample was finished being collected. DATE As provided 8 Sampling Depth (m) NUMBER No No Active The depth at which a given sample was collected. Units for values are meters. NUMBER meters As provided 9 Latitude NUMBER No No Active The latitude of the sampling station in decmal degrees. Units for values are decimal degrees. NUMBER decimal degrees As provided 10 Longitude NUMBER No No Active The longitude of the sampling station in decimal degrees. Units for values are decimal degrees. NUMBER decimal degrees As provided 11 Station Depth (m) NUMBER No No Active The water depth at a given station. Units for values are meters. NUMBER meters As provided 12 PN Total VARCHAR2 No No Active The total number of Pseudo-nitzschia cells counted in a given volume of water. This is a genus level enumeration and therefore includes all Pseudo-nitzschia species present in the sample. Units for values are cells per Liter. VARCHAR2 cells per Liter less than the limit of detection to the measured value 13 PN Rel Abund NUMBER No No Active A qualitiative assessment of Pseudo-nitzschia present in a sample. This uses a scale of 0 to 3 where "0" indicates no Pseudo-nitzshcia and a "3" indicates a sample dominated by Pseudo-nitzschia. Units for values are unitless. NUMBER unitless 0, 1, 2, 3, or blank 14 dDA VARCHAR2 No No Active A measurement of dissolved domoic acid in a water sample. Units for values are nanograms per Liter. VARCHAR2 nanograms per Liter less that the working range of the assay to the measured value -1 indicates below detection 15 pDA VARCHAR2 No No Active A measurement of domoic acid in particulate matter in a seawaer sample. Units for values are nanograms per Liter. VARCHAR2 nanograms per Liter less that the working range of the assay to the measured value -1 indicates below detection 16 Chl-a NUMBER No No Active A measurement of chlorophyll a in a seawater sample. Units for values are micrograms per Liter. NUMBER micrograms per Liter 0 to measured value 17 H2PO4 NUMBER No No Active A measurement of orthophosphate in a seawater sample. Units for values are micromolar. NUMBER micromolar 0 to measured value 18 SiO2 NUMBER No No Active A measurement of silicate in a seawater sample. Units for values are micromolar. NUMBER micromolar 0 to measured value 19 NO3 NUMBER No No Active A measurement of nitrate in a seawater sample. Units for values are micromolar. NUMBER micromolar 0 to measured value 20 NO2 NUMBER No No Active A measurement of nitrite in a seawater sample. Units for values are micromolar. NUMBER micromolar 0 to measured value 21 NH4 NUMBER No No Active a measurement of ammonium in a seawater sample. Units for values are micromolar. NUMBER micromolar 0 to measured value 22 Temp NUMBER No No Active The temperature of the seawater in a given sample. Units for values are degrees celsius. NUMBER degrees celsius As provided 23 Salinity NUMBER No No Active The salinty of the seawater of a given sample. Units for values are this quantity is unitless. NUMBER this quantity is unitless As provided 24 Urea NUMBER No No Active A measurement of urea in a seawater sample. Units for values are nanograms of nitrogen atoms per Liter. NUMBER nanograms of nitrogen atoms per Liter 0 to measured value 25 PN_small NUMBER No No Active The percentage of "small" species of Pseudo-nitzschia in a sample. Units for values are percent. NUMBER percent 0-100 26 PN_large NUMBER No No Active The percentage of "large" species of Pseudo-nitzschia in a sample. Units for values are percent. NUMBER percent 0-100 27 Alex_Rel_Abund NUMBER No No Active A qualitiative assessment of Alexandrium present in a sample. This uses a scale of 0 to 3 where "0" indicates no Alexandrium and a "3" indicates a sample dominated by Alexandrium. Units for values are unitless. NUMBER unitless 0, 1, 2, 3, or blank 28 Dinoph_Rel_Abund NUMBER No No Active A qualitiative assessment of Dinophysis present in a sample. This uses a scale of 0 to 3 where "0" indicates no Dinophysis and a "3" indicates a sample dominated by Dinophysis. Units for values are unitless. NUMBER unitless 0, 1, 2, 3, or blank 29 Total DA-WW VARCHAR2 No No Active The total domoic acid measured in a whole water sample. This includes both dissolved and particulate domoic acid. Units for values are nanograms per liter. VARCHAR2 nanograms per liter less that the working range of the assay to the measured value 36783 2015 West Coast Domoic Acid Event Fish Data Published / External Planned Beginning in the spring of 2015 the US West Coast began to experience the most wide-spread toxic Pseudo-nitzschia bloom to date, after approximately eight years without a toxic bloom event. Some species of Pseudo-nitzschia produce the neurotoxin domoic acid, which can have deleterious effects on marine wildlife (e.g. mammals and seabirds) as well as human consumers of food items (e.g. shellfish, crabs, sardines, anchovies) that are contaminated with the toxin. This multi-agency project aims to survey the bloom region, which stretches from southern California into the Gulf of Alaska, on the greatest spatial and temporal extent possible. Goals of the survey are to identify the extent of the bloom, the concentration of domoic acid in the bloom, the Pseudo-nitzschia species responsible for the toxicity, and the relationship of the bloom event to prevailing oceanographic and atmospheric conditions. The survey will allow for the creation of maps showing the spatial extent and concentrations of domoic acid, Pseudo-nitzschia, and oceanographic parameters such as temperature and salinity. The data collected from the survey will inform inferences as to the cause(s) of the toxic event. The effort will employ targeted research cruises, cruises of opportunity, and shore based sampling. Samples will be analyzed for marine toxins, harmful algal species, and other environmental and oceanographic parameters using state-of-the-art methodologies. Spreadsheet Yes PARR Beginning in the spring of 2015 the US West Coast began to experience the most wide-spread toxic Pseudo-nitzschia bloom to date, after approximately eight years without a toxic bloom event. Some species of Pseudo-nitzschia produce the neurotoxin domoic acid, which can have deleterious effects on marine wildlife (e.g. mammals and seabirds) as well as human consumers of food items (e.g. shellfish, crabs, sardines, anchovies) that are contaminated with the toxin. This multi-agency project aims to survey the bloom region, which stretches from southern California into the Gulf of Alaska, on the greatest spatial and temporal extent possible. Goals of the survey are to identify the extent of the bloom, the concentration of domoic acid in the bloom, the Pseudo-nitzschia species responsible for the toxicity, and the relationship of the bloom event to prevailing oceanographic and atmospheric conditions. The survey will allow for the creation of maps showing the spatial extent and concentrations of domoic acid, Pseudo-nitzschia, and oceanographic parameters such as temperature and salinity. The data collected from the survey will inform inferences as to the cause(s) of the toxic event. The effort will employ targeted research cruises, cruises of opportunity, and shore based sampling. Samples will be analyzed for marine toxins, harmful algal species, and other environmental and oceanographic parameters using state-of-the-art methodologies. 1 Event VARCHAR2 No No Active The name of the individual cruise or event in which samples were collected for the overall project. VARCHAR2 As provided 2 Event start date DATE No No Active The date on which the individual cruise or event began (local time). DATE As provided 3 Event end date DATE No No Active The date on which the individual cruise or event ended (local time). DATE As provided 4 Haul number NUMBER No No Active The number of the haul as recorded by the shipboard scientific crew. NUMBER As provided 5 Haul project VARCHAR2 No No Active The project or group associated to a particular haul. VARCHAR2 As provided 6 Sampling Start Date DATE No No Active The date (local time) on which as sample was collected. DATE As provided 7 Sampling Start Time DATE No No Active The time (local time) on the date in which the haul began. DATE As provided 8 Sampling End Date DATE No No Active The date (local time) on which haul-back was begun. Haul-back is when the crew brings the net back onto the ship. DATE As provided 9 Sampling End Time DATE No No Active The haul-back time (local time) on the date in which the haul was conducted. Haul-back is when the crew brings the net back onto the ship. DATE As provided 10 Latitude NUMBER No No Active The haul-back latitude of the sampling station in decmal degrees. Units for values are decimal degrees. NUMBER decimal degrees As provided 11 Longitude NUMBER No No Active The haul-back longitude of the sampling station in decimal degrees. Units for values are decimal degrees. NUMBER decimal degrees As provided 12 Fish species VARCHAR2 No No Active Scientific name of the fish species that was analyzed. VARCHAR2 As provided 13 DA in Viscera NUMBER No No Active The measured domoic acid concentration in the viscera of a given fish species. Units for values are ppm. NUMBER ppm less than the limit of detection to the measured value 14 DA in Body only NUMBER No No Active The measured domoic acid concentration in the body tissue only a given fish species. Units for values are ppm. NUMBER ppm less than the limit of detection to the measured value 15 DA in whole fish NUMBER No No Active The measured domoic acid concentration in the whole fish of a given fish species. Units for values are ppm. NUMBER ppm less than the limit of detection to the measured value Data Steward 2015-10-01 Person Adams, Nicolaus G Nicolaus.Adams@noaa.gov 2725 Montlake Blvd East Seattle WA 98112-2097 206-860-6787 206-860-3335 Distributor 2015-10-01 Organization Northwest Fisheries Science Center NWFSC nmfs.nwfsc.metadata@noaa.gov https://ror.org/05r7z1k40 2725 Montlake Boulevard East Seattle WA 98112 USA 206-860-3200 https://www.nwfsc.noaa.gov NWFSC Home Online Resource Metadata Contact 2015-10-01 Organization Northwest Fisheries Science Center NWFSC nmfs.nwfsc.metadata@noaa.gov https://ror.org/05r7z1k40 2725 Montlake Boulevard East Seattle WA 98112 USA 206-860-3200 https://www.nwfsc.noaa.gov NWFSC Home Online Resource Originator 2015-10-01 Person Trainer, Vera Vera.L.Trainer@noaa.gov https://orcid.org/0000-0001-6553-0369 2725 Montlake Boulevard East Seattle WA 98112 206-860-6788 Point of Contact 2015-10-01 Person Adams, Nicolaus G Nicolaus.Adams@noaa.gov 2725 Montlake Blvd East Seattle WA 98112-2097 206-860-6787 206-860-3335 -122.3062 -122.3062 47.6449 47.6449 Laboratory analyses conducted at various locations Continuing 2015-06-18 -122.3062 -122.3062 47.6449 47.6449 Various platforms were used for sample collection Continuing 2015-06-18 Unclassified At this time, contact the Data Manager for information on obtaining access to this data set. In the near future, the NWFSC will strive to provide all non-sensitive data resources as a web service in order to meet the NOAA Data Access Policy Directive (https://nosc.noaa.gov/EDMC/PD.DA.php). NA https://www.webapps.nwfsc.noaa.gov/apex/parr/2015_west_coast_domoic_acid_event_fish_data/data/page/ 2015-10-01 Organization Northwest Fisheries Science Center https://ror.org/05r7z1k40 2015 West Coast Domoic Acid Event Fish Data (RESTf Beginning in the spring of 2015 the US West Coast began to experience the most wide-spread toxic Pseudo-nitzschia bloom to date, after approximately eight years without a toxic bloom event. Some species of Pseudo-nitzschia produce the neurotoxin domoic acid, which can have deleterious effects on marine wildlife (e.g. mammals and seabirds) as well as human consumers of food items (e.g. shellfish, crabs, sardines, anchovies) that are contaminated with the toxin. This multi-agency project aims to survey the bloom region, which stretches from southern California into the Gulf of Alaska, on the greatest spatial and temporal extent possible. Goals of the survey are to identify the extent of the bloom, the concentration of domoic acid in the bloom, the Pseudo-nitzschia species responsible for the toxicity, and the relationship of the bloom event to prevailing oceanographic and atmospheric conditions. The survey will allow for the creation of maps showing the spatial extent and concentrations of domoic acid, Pseudo-nitzschia, and oceanographic parameters such as temperature and salinity. The data collected from the survey will inform inferences as to the cause(s) of the toxic event. The effort will employ targeted research cruises, cruises of opportunity, and shore based sampling. Samples will be analyzed for marine toxins, harmful algal species, and other environmental and oceanographic parameters using state-of-the-art methodologies. https://www.webapps.nwfsc.noaa.gov/apex/parr/2015_west_coast_domoic_acid_event_seawater_data/data/page/ 2015-10-01 Organization Northwest Fisheries Science Center https://ror.org/05r7z1k40 2015 West Coast Domoic Acid Event Seawater Data (R Beginning in the spring of 2015 the US West Coast began to experience the most wide-spread toxic Pseudo-nitzschia bloom to date, after approximately eight years without a toxic bloom event. Some species of Pseudo-nitzschia produce the neurotoxin domoic acid, which can have deleterious effects on marine wildlife (e.g. mammals and seabirds) as well as human consumers of food items (e.g. shellfish, crabs, sardines, anchovies) that are contaminated with the toxin. This multi-agency project aims to survey the bloom region, which stretches from southern California into the Gulf of Alaska, on the greatest spatial and temporal extent possible. Goals of the survey are to identify the extent of the bloom, the concentration of domoic acid in the bloom, the Pseudo-nitzschia species responsible for the toxicity, and the relationship of the bloom event to prevailing oceanographic and atmospheric conditions. The survey will allow for the creation of maps showing the spatial extent and concentrations of domoic acid, Pseudo-nitzschia, and oceanographic parameters such as temperature and salinity. The data collected from the survey will inform inferences as to the cause(s) of the toxic event. The effort will employ targeted research cruises, cruises of opportunity, and shore based sampling. Samples will be analyzed for marine toxins, harmful algal species, and other environmental and oceanographic parameters using state-of-the-art methodologies. https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/tables/table/2015_west_coast_domoic_acid_event_fish_data 2015-10-01 Organization Northwest Fisheries Science Center https://ror.org/05r7z1k40 2015 West Coast Domoic Acid Event Fish Data Beginning in the spring of 2015 the US West Coast began to experience the most wide-spread toxic Pseudo-nitzschia bloom to date, after approximately eight years without a toxic bloom event. Some species of Pseudo-nitzschia produce the neurotoxin domoic acid, which can have deleterious effects on marine wildlife (e.g. mammals and seabirds) as well as human consumers of food items (e.g. shellfish, crabs, sardines, anchovies) that are contaminated with the toxin. This multi-agency project aims to survey the bloom region, which stretches from southern California into the Gulf of Alaska, on the greatest spatial and temporal extent possible. Goals of the survey are to identify the extent of the bloom, the concentration of domoic acid in the bloom, the Pseudo-nitzschia species responsible for the toxicity, and the relationship of the bloom event to prevailing oceanographic and atmospheric conditions. The survey will allow for the creation of maps showing the spatial extent and concentrations of domoic acid, Pseudo-nitzschia, and oceanographic parameters such as temperature and salinity. The data collected from the survey will inform inferences as to the cause(s) of the toxic event. The effort will employ targeted research cruises, cruises of opportunity, and shore based sampling. Samples will be analyzed for marine toxins, harmful algal species, and other environmental and oceanographic parameters using state-of-the-art methodologies. https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/tables/table/2015_west_coast_domoic_acid_event_seawater_data 2015-10-01 Organization Northwest Fisheries Science Center https://ror.org/05r7z1k40 2015 West Coast Domoic Acid Event Seawater Data Beginning in the spring of 2015 the US West Coast began to experience the most wide-spread toxic Pseudo-nitzschia bloom to date, after approximately eight years without a toxic bloom event. Some species of Pseudo-nitzschia produce the neurotoxin domoic acid, which can have deleterious effects on marine wildlife (e.g. mammals and seabirds) as well as human consumers of food items (e.g. shellfish, crabs, sardines, anchovies) that are contaminated with the toxin. This multi-agency project aims to survey the bloom region, which stretches from southern California into the Gulf of Alaska, on the greatest spatial and temporal extent possible. Goals of the survey are to identify the extent of the bloom, the concentration of domoic acid in the bloom, the Pseudo-nitzschia species responsible for the toxicity, and the relationship of the bloom event to prevailing oceanographic and atmospheric conditions. The survey will allow for the creation of maps showing the spatial extent and concentrations of domoic acid, Pseudo-nitzschia, and oceanographic parameters such as temperature and salinity. The data collected from the survey will inform inferences as to the cause(s) of the toxic event. The effort will employ targeted research cruises, cruises of opportunity, and shore based sampling. Samples will be analyzed for marine toxins, harmful algal species, and other environmental and oceanographic parameters using state-of-the-art methodologies. https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/datasets/dataset/104974 West Coast DA Event data Online Resource Web site NWFSC Dataset Information page. Dataset contains domoic acid measurements, Pseudo-nitzschia species identifications and enumerations, and other physical oceanographic, biological and chemical oceanographic data. These data were collected and processed in accordance with established protocols and best practices under the direction of the project’s Principal Investigator. Contact the dataset Data Manager in section 3 for full QA/QC methodology. No 10 No No No 0 days No Delay NCEI-MD 365 The Northwest Fisheries Science Center facilitates backup and recovery of all data and IT components which are managed by IT Operations through the capture of static (point-in-time) backup data to physical media. Once data is captured to physical media (every 1-3 days), a duplicate is made and routinely (weekly) transported to an offsite archive facility where it is maintained throughout the data's applicable life-cycle. These data were collected and processed in accordance with established protocols and best practices under the direction of the project’s Principal Investigator. Contact the dataset Data Manager in section 3 for full QA/QC methodology. 36783 Entity 36782 Entity gov.noaa.nmfs.inport:30881 Jeffrey Cowen 2016-02-24T10:06:38 SysAdmin InPortAdmin 2026-03-04T19:17:27 2019-06-04 Northwest Fisheries Science Center NWFSC 2725 Montlake Boulevard East Seattle WA 98112 USA 206-860-3200 https://www.nwfsc.noaa.gov 1001 Public No No 2019-06-04 1 Year 2020-06-04