griddap	Subset	tabledap	Make A Graph	wms	files	Title	Summary	FGDC	ISO 19115	Info	Background Info	RSS	Institution	Dataset ID
	https://pricaimcit.services.brown.edu/erddap/tabledap/cwwcNDBCMet.subset	https://pricaimcit.services.brown.edu/erddap/tabledap/cwwcNDBCMet	https://pricaimcit.services.brown.edu/erddap/tabledap/cwwcNDBCMet.graph			NDBC Standard Meteorological Buoy Data, 1970-present	The National Data Buoy Center (NDBC) distributes meteorological data from moored buoys maintained by NDBC and others. Moored buoys are the weather sentinels of the sea. They are deployed in the coastal and offshore waters from the western Atlantic to the Pacific Ocean around Hawaii, and from the Bering Sea to the South Pacific. NDBC's moored buoys measure and transmit barometric pressure; wind direction, speed, and gust; air and sea temperature; and wave energy spectra from which significant wave height, dominant wave period, and average wave period are derived. Even the direction of wave propagation is measured on many moored buoys. See https://www.ndbc.noaa.gov/measdes.shtml for a description of the measurements. The source data from NOAA NDBC has different column names, different units, and different missing values in different files, and other problems (notably, lots of rows with duplicate or different values for the same time point). This dataset is a standardized, reformatted, and lightly edited version of that source data, created by NOAA NMFS SWFSC ERD (email: erd.data at noaa.gov). Before 2020-01-29, this dataset only had the data that was closest to a given hour, rounded to the nearest hour. Now, this dataset has all of the data available from NDBC with the original time values. If there are multiple source rows for a given buoy for a given time, only the row with the most non-NaN data values is kept. If there is a gap in the data, a row of missing values is inserted (which causes a nice gap when the data is graphed). Also, some impossible data values are removed, but this data is not perfectly clean. This dataset is now updated every 5 minutes. This dataset has both historical data (quality controlled, before 2023-12-01T00:00:00Z) and near real time data (less quality controlled, which may change at any time, from 2024-01-01T00:00:00Z on). cdm_data_type = TimeSeries VARIABLES: station (Station Identifier) ... (19 more variables)	https://pricaimcit.services.brown.edu/erddap/metadata/fgdc/xml/cwwcNDBCMet_fgdc.xml	https://pricaimcit.services.brown.edu/erddap/metadata/iso19115/xml/cwwcNDBCMet_iso19115.xml	https://pricaimcit.services.brown.edu/erddap/info/cwwcNDBCMet/index.xhtml	https://www.ndbc.noaa.gov/	https://pricaimcit.services.brown.edu/erddap/rss/cwwcNDBCMet.rss	NOAA NDBC, NOAA NMFS SWFSC ERD	cwwcNDBCMet
		https://pricaimcit.services.brown.edu/erddap/tabledap/da_4566_36f0_124a	https://pricaimcit.services.brown.edu/erddap/tabledap/da_4566_36f0_124a.graph			Domoic Acid Data	The project monitored species of the diatom Pseudo-nitzschia (P-n) and their production of the neurotoxin domoic acid at selected sites in NB, Rhode Island. Rhode Island Data Discovery Center data from a local source. cdm_data_type = Other VARIABLES: time (Sample Date, seconds since 1970-01-01T00:00:00Z) Year Month Site Site2 CollectionTime (Collection Time) Hrs_before_high_tide (Hours Before High Tide, hr) Wind_Speed_m_s (Wind Speed, m s-1) Wind_Dir_deg (Wind From Direction, degree) Wind_Gust_m_s (Wind Speed Of Gust, m s-1) SRSurface_TotalPlankton_cellsL (SRSurface Total Plankton Cells L, cell L-1) SRSurface_Pn_cellsL (SRSurface Pn Cells L, cell L-1) SRSurface_Pn_Percent (percent) SRSurface_PnChains_cellsL (SRSurface Pn Chains Cells L, cell L-1) SRDepth_TotalPlankton_cellsL (SRDepth Total Plankton Cells L, cell L-1) SRDepth_Pn_cellsL (SRDepth Pn Cells L, cell L-1) SRDepth_Pn_Percent (percent) SNC_SurfaceNet_Pn (SNC Surface Net Pn) YSI_Instrument Depth_surface_m (Depth, m) Salinity_surface_psu (Sea Water Practical Salinity, PSU) Temp_Surface_degC (Temp Surface deg C, degree_C) ODO_surface (ODO Surface %, percent) pH_surface Depth_bottom_m (Depth, m) ... (28 more variables)			https://pricaimcit.services.brown.edu/erddap/info/da_4566_36f0_124a/index.xhtml	riddc.brown.edu	https://pricaimcit.services.brown.edu/erddap/rss/da_4566_36f0_124a.rss	Rhode Island Data Discovery	da_4566_36f0_124a
	https://pricaimcit.services.brown.edu/erddap/tabledap/buoy_telemetry_0ffe_2dc0_916e.subset	https://pricaimcit.services.brown.edu/erddap/tabledap/buoy_telemetry_0ffe_2dc0_916e	https://pricaimcit.services.brown.edu/erddap/tabledap/buoy_telemetry_0ffe_2dc0_916e.graph			Buoy Telemetry: Automated Quality Control	The near real-time data presented here is intended to provide a 'snapshot' of current conditions within Narragansett Bay and has been subjected to automated QC pipelines. QA of data is performed following manufacturer guidelines for calibration and servicing of each sensor. QC'd datasets that have undergone additional manual inspection by researchers is provided in a 3 month lagging interval. Following the publication of human QC'd data, automated QC'd data from the previous 3 month window will be removed. See the 'Buoy Telemetry: Manually Quality Controlled' dataset for the full quality controlled dataset.The Automated QC of measurements collected from buoy platforms is performed following guidelines established by the Ocean Observatories Initiative (https://oceanobservatories.org/quality-control/) and implemented in R.         Spike Test: To identify spikes within collected measurements, data points are assessed for deviation against a 'reference' window of measurement generated in a sliding window (k=7) . If a data point exceeds the deviation threshold (N=2), the spike is replaced with the 'reference' data point, which is determined using  a median smoothing approach in the R package 'oce'.  Despiked data is then written into the instrument table as 'Measurement_Despike'.         Global Range Test: Data points are checked against the maximum and minimum measurements using a dataset of global measurements provided by IOOC (https://github.com/oceanobservatories/qc-lookup). QC Flags from global range tests are stored in the instrument table as 'Measurement_Global_Range_QC'. QC Flags: Measurement within global threshold= 0, Below minimum global threshold =1, Above maximum global threshold =2.         Local Range Test: Data point values are checked against historical seasonal ranges for each parameter, using data provided by URI GSO's Narragansett Bay Long-Term Plankton Time Series (https://web.uri.edu/gso/research/plankton/). QC Flags from local range tests are stored in the instrument table as 'Measurement_Local_Range_QC'.  Local Range QC Flags: Measurement within local seasonal threshold= 0, Below minimum local seasonal threshold =1, Above maximum local seasonal threshold =2.         Stuck Value Test: To identify potential stuck values from a sensor, each data point is compared to subsequent values using sliding 3 and 5 frame windows. QC Flags from stuck value  tests are stored in the instrument table as 'Measurement_Stuck_Value_QC' QC Flags: No stuck value detected= 0, Suspect Stuck Sensor (3 consecutive identical values) =1, Stuck Sensor (5 consecutive identical values) =2.         Instrument Range Test: Data point values for meterological measurements are checked against the manufacturer's specified measurement ranges. QC Flags: Measurement within instrument range= 0, Measurement below instrument range =1, Measurement above instrument range =2. cdm_data_type = Other VARIABLES: time (Datetime, seconds since 1970-01-01T00:00:00Z) ... (88 more variables)	https://pricaimcit.services.brown.edu/erddap/metadata/fgdc/xml/buoy_telemetry_0ffe_2dc0_916e_fgdc.xml	https://pricaimcit.services.brown.edu/erddap/metadata/iso19115/xml/buoy_telemetry_0ffe_2dc0_916e_iso19115.xml	https://pricaimcit.services.brown.edu/erddap/info/buoy_telemetry_0ffe_2dc0_916e/index.xhtml	riddc.brown.edu	https://pricaimcit.services.brown.edu/erddap/rss/buoy_telemetry_0ffe_2dc0_916e.rss	Rhode Island Data Discovery Center	buoy_telemetry_0ffe_2dc0_916e
	https://pricaimcit.services.brown.edu/erddap/tabledap/nuShuttle_1130_b0f0_f109.subset	https://pricaimcit.services.brown.edu/erddap/tabledap/nuShuttle_1130_b0f0_f109	https://pricaimcit.services.brown.edu/erddap/tabledap/nuShuttle_1130_b0f0_f109.graph			Narragansett Bay Monthly Transect (NuShuttle)	Narragansett Bay Monthly Transect. Attribute Accuracy Report: The temperature sensor was accurate to within 0.003 degrees C however due to a lag in response time of the sensor as it was towed through the water, results were only reported to within 0.01 degrees C. Conductivity measurements were accurate to within  0.005 mmho/cm. The accuracy of salinity values derived from these conductivity measurements varies with temperature and pressure, however under typical environmental conditions values should be within 0.01 psu or better. The calibration of the conductivity cell was tested in the lab using a resistor of known resistance prior to the cruise. Chlorophyll concentrations are accurate to within 3%, however, chlorophyll readings are from in vivo fluorescence, whereas the instrument was calibrated using a chlorophyll standard in acetone, and as a result the chlorophyll fluorescence can be expected to underestimate the overall concentration due to effects such as cell shading, scattering and photochemical quenching of fluorescence. This was illustrated by samples taken for lab analysis at calibration stations during this and previous cruises with this sensor. It was found that the in situ in vivo readings can underestimate the lab extracted chlorophyll estimates by over a factor of 3. The chlorophyll values presented here are the uncorrected in vivo values. Oxygen readings were accurate to within 2% of saturation (i.e. accuracy is partly dependent on salinity, temperature and pressure which determine the saturation value for dissolved oxygen). Prior to the cruise the oxygen sensor was lab calibrated using an oxygen saturated seawater bath at equilibrium with the atmosphere, and Winkler titrations were used to verify the oxygen concentration of the calibration bath. Logical Consistency Report: Data were processed using a Matlab routine that checks for out of range values. Any positions for which the degrees column does not equal 41 degrees north latitude or 71 degrees west longitude were deleted.   Any temperature values not between -2 an 29 degrees C were deleted. Chlorophyll values were deleted if they were not between 0 and 30 mg m^-3. Pressure values not between 0 and 35 dbars were omitted. Conductivity values less than 0 were omitted. Three calibration stations were performed during the cruise at which samples were taken for to measure chlorophyll, oxygen, salinity and temperature independently. These measurements were used as a check on the sensor data. In the event that the calibrations samples indicated a problem with the sensor data, action would be taken to correct or eliminate those results as needed. At each calibration station the depth readings are also checked against 2 independent depth sensors, while the sensor is hanging at an approximately known depth. Anytime the oxygen sensor was restarted the first 2 minutes of data were discarded from the dataset due to the time required for the SBE-13 oxygen electrode to ionize. Completeness Report: Some data points were omitted from this data set. These data points typically corresponded to very near surface samples where the instruments were breaching the surface of the water, causing anomalous readings. Horizontal Positional Accuracy Report: All horizontal positions were determined by differential Global Positioning System (GPS) with an accuracy of  +/- 5 meters. Vertical Positional Accuracy Report: Depths were determined by a pressure sensor accurate to within 0.2 dbars (1 dbar is approximately equivalent to 1 meter of depth). Process Description: This data was collected during a research cruise in Narragansett Bay, RI aboard the R/V Capn Bert. Data was collected using a Chelsea Technologies Group (CTG) NuShuttle towed undulating sampling platform permitting underway profiling of the water column. The NuShuttle contained a CTG Aquapak Conductivity, Temperature, Depth (CTD)/Fluorometer that measured conductivity (salinity), temperature, pressure (depth) and chlorophyll fluorescence. Oxygen data was collected using a Seabird SBE-13 dissolved oxygen sensor.  Prior to each cruise the oxygen sensor is calibrated in the lab, and the CTD is tested to ensure accurate readings. The cruise began at Quonset Point in the West Passage of Narragansett Bay. The ship headed south into RI Sound, then north into the East Passage of Narragansett Bay to Mt. Hope Bay and Fall River, then to Fields Point in the Providence River, then south down the West Passage returning to Quonset Point. The tow speed was maintained at approximately 8 knots. Calibration stations were performed at the beginning and end of the cruise, as well as during the cruise at near the Newport bridge to verify results. Following the cruise all data were processed by a Matlab routine that calibrates the raw instrument output, and removes anomalous values. Latitude Resolution: 0.001 minutes. Longitude Resolution: 0.001 minutes. Horizontal Datum Name: North American Datum of 1983. Ellipsoid Name: Geodetic Reference System 80. Semi-Major Axis: 6378137 meters. Denominator of Flattening: 298.257. Depth Resolution: 0.1 meters. Entity Type Label: NuShuttle transect. Entity Type Definition: Measurements of salinity, temperature, dissolved oxygen and chlorophyll made underway using a towed undulating NuShuttle sampling platform. Attribute Definition: The salt content of the water derived from measurements of conductivity by a Chelsea Technologies Group Aquapak CTD/Fluorometer. Conductivity is used to estimate salinity according to the practical salinity scale of 1978. Attribute Definition: Water temperature measured by a Chelsea Technologies Group Aquapak CTD/Flourometer. Attribute Definition: Chlorophyll concentration determined by in situ measurements of in vivo chlorophyll a fluorescence using a Chelsea Technologies Group CTD/Fluorometer. Attribute Definition: Dissolved oxygen concentration measured using a Seabird SBE-13 oxygen sensor. Distribution Liability: This data set is provided as is and free of charge. No warranty is expressed or implied by the National Marine Fisheries Service. cdm_data_type = Point VARIABLES: time (seconds since 1970-01-01T00:00:00Z) ... (12 more variables)	https://pricaimcit.services.brown.edu/erddap/metadata/fgdc/xml/nuShuttle_1130_b0f0_f109_fgdc.xml	https://pricaimcit.services.brown.edu/erddap/metadata/iso19115/xml/nuShuttle_1130_b0f0_f109_iso19115.xml	https://pricaimcit.services.brown.edu/erddap/info/nuShuttle_1130_b0f0_f109/index.xhtml	???	https://pricaimcit.services.brown.edu/erddap/rss/nuShuttle_1130_b0f0_f109.rss	National Marine Fisheries Service	nuShuttle_1130_b0f0_f109