AndreaBozzo/ceres-open-data-index huggingface dataset:
RV CORYSTES 10/1995 Low Resolution Conductivity-Temperature-Depth (CTD) Data

The data in this archive were collected from CEFAS (Or DFR) research cruises. 
They broadly cover the European Shelf with some data from the Iberian Abysal 
Plain. Data were collected using the lowered CTD rosette system which is used 
when the vessel is stationary. Usually bottles were fired at particular depths 
and samples taken for calibration. In early years only a limited set of 
parameters were collected. Notably Pressure (Depth), Temperature and 
Conductivity (CTD). From Conductivity Salinity can be calculated using the 
UNESCO 1978,1983 formulations . In subsequent years more sensors have been 
added, notably fluorometers, Optical back scatter or transmissometers and 
Light (PAR, photo synthetically available radiation). The exact configuration 
varies between cruises and this is reflected in the data format of the output 
files.

Data was collected from research vessels on station, a profile from the 
surface to near the sea bed is undertaken. The down cast data should be a 
clean profile. Water bottles for sample collection and calibration are fired 
on the up cast.

Organization: Marine Environmental Data & Information Network
Survey : TELL/04/1973 (part of CEFAS Historic surveys)

This survey was undertaken by Cefas as part of the CEFAS Historic surveys;

Station and biological data collected during research surveys carried out by 
Cefas (formerly Directorate of Fisheries) in seas around the UK, mostly in the 
North Sea, since 1902. The survey hauls are not laid out systematically as a 
grid, as in current International Bottom Trawl Surveys (IBTS) and are widely 
distributed over (especially) southern and central North Sea areas. Gears and 
protocols were not standardised throughout, due to the long term nature of the 
series. Surveys took place in each season. Data are lacking for the periods of 
both World Wars. In some periods (e.g. the early 1900s), all species caught 
were recorded, whereas in other periods (e.g. 1920s-30s), only the key 
commercial species (e.g., Plaice, Sole and Cod) were recorded systematically. 
Note that some surveys targeted particular species (notably Plaice).

Survey took place between 05/03/1973 and 22/03/1973 on Tellina

Equipment used during this survey :


-   Historic Granton otter trawl
-   Otter Trawl PHHT Poly doors, Bunt Tickler

Survey operations were undertaken on 62 stations

33 different species were caught on this survey

Organization: Marine Environmental Data & Information Network
RV CORYSTES 02/2001 Low Resolution Conductivity-Temperature-Depth (CTD) Data

The data in this archive were collected from CEFAS (Or DFR) research cruises. 
They broadly cover the European Shelf with some data from the Iberian Abyssal 
Plain. Data were collected using the lowered CTD rosette system which is used 
when the vessel is stationary. Usually bottles were fired at particular depths 
and samples taken for calibration. In early years only a limited set of 
parameters were collected. Notably Pressure (Depth), Temperature and 
Conductivity (CTD). From Conductivity Salinity can be calculated using the 
UNESCO 1978,1983 formulations . In subsequent years more sensors have been 
added, notably fluorometers, Optical back scatter or transmissometers and 
Light (PAR, photo synthetically available radiation). The exact configuration 
varies between cruises and this is reflected in the data format of the output 
files.

Data was collected from research vessels on station, a profile from the 
surface to near the sea bed is undertaken. The down cast data should be a 
clean profile. Water bottles for sample collection and calibration are fired 
on the up cast.

Organization: Marine Environmental Data & Information Network
RV CORYSTES 2C/1993 High Resolution Conductivity-Temperature-Depth (CTD) Data

The data in this archive were collected from CEFAS (Or DFR) research cruises. 
They broadly cover the European Shelf with some data from the Iberian Abysal 
Plain. Data were collected using the lowered CTD rosette system which is used 
when the vessel is stationary. Usually bottles were fired at particular depths 
and samples taken for calibration. In early years only a limited set of 
parameters were collected. Notably Pressure (Depth), Temperature and 
Conductivity (CTD). From Conductivity Salinity can be calculated using the 
UNESCO 1978,1983 formulations . In subsequent years more sensors have been 
added, notably fluorometers, Optical back scatter or transmissometers and 
Light (PAR, photo synthetically available radiation). The exact configuration 
varies between cruises and this is reflected in the data format of the output 
files.

Data was collected from research vessels on station, a profile from the 
surface to near the sea bed is undertaken. The down cast data should be a 
clean profile. Water bottles for sample collection and calibration are fired 
on the up cast.

Organization: Marine Environmental Data & Information Network
RV CIROLANA 06/1982 Low Resolution Conductivity-Temperature-Depth (CTD) Data

The data in this archive were collected from CEFAS (Or DFR) research cruises. 
They broadly cover the European Shelf with some data from the Iberian Abysal 
Plain. Data were collected using the lowered CTD rosette system which is used 
when the vessel is stationary. Usually bottles were fired at particular depths 
and samples taken for calibration. In early years only a limited set of 
parameters were collected. Notably Pressure (Depth), Temperature and 
Conductivity (CTD). From Conductivity Salinity can be calculated using the 
UNESCO 1978,1983 formulations . In subsequent years more sensors have been 
added, notably fluorometers, Optical back scatter or transmissometers and 
Light (PAR, photo synthetically available radiation). The exact configuration 
varies between cruises and this is reflected in the data format of the output 
files.

Data was collected from research vessels on station, a profile from the 
surface to near the sea bed is undertaken. The down cast data should be a 
clean profile. Water bottles for sample collection and calibration are fired 
on the up cast.

Organization: Marine Environmental Data & Information Network
Northwest European shelf seas - Phytoplankton pigments - 2010 to 2019

These data contain concentrations in micrograms per litre (ug/L) of the 
individual accessory pigments of phytoplankton measured by High Pressure 
Liquid Chromatography (HPLC). Pigment samples were taken primarily on Cefas 
fisheries and SmartBuoy cruises in the North Sea and Celtic Seas, and sent to 
DHI laboratory in Denmark for HPLC analysis. Data was then sent back to Cefas 
and matched with metadata and quality controlled. Chlorophyll concentrations 
from this dataset have a variety of uses: for assessment of concentrations for 
purposes such as eutrophication assessments, validation of remote sensing 
derived chlorophyll estimates, as a proxy for phytoplankton biomass, or to 
calibrate fluorometers. Pigment concentrations can be applied like a 
fingerprint to derive phytoplankton functional types and give information 
about the phytoplankton community.

Organization: Marine Environmental Data & Information Network
Survey : GEBL/S/1929 (part of CEFAS Historic surveys)

This survey was undertaken by Cefas as part of the CEFAS Historic surveys;

Station and biological data collected during research surveys carried out by 
Cefas (formerly Directorate of Fisheries) in seas around the UK, mostly in the 
North Sea, since 1902. The survey hauls are not laid out systematically as a 
grid, as in current International Bottom Trawl Surveys (IBTS) and are widely 
distributed over (especially) southern and central North Sea areas. Gears and 
protocols were not standardised throughout, due to the long term nature of the 
series. Surveys took place in each season. Data are lacking for the periods of 
both World Wars. In some periods (e.g. the early 1900s), all species caught 
were recorded, whereas in other periods (e.g. 1920s-30s), only the key 
commercial species (e.g., Plaice, Sole and Cod) were recorded systematically. 
Note that some surveys targeted particular species (notably Plaice).

Survey took place between 21/11/1929 and 25/11/1929 on GBligh

Equipment used during this survey :


-   Lowestoft otter trawl codend catch

Survey operations were undertaken on 10 stations

0 different species were caught on this survey

Organization: Marine Environmental Data & Information Network
RV CLIONE 5B/1987 Low Resolution Conductivity-Temperature-Depth (CTD) Data

The data in this archive were collected from CEFAS (Or DFR) research cruises. 
They broadly cover the European Shelf with some data from the Iberian Abyssal 
Plain. Data were collected using the lowered CTD rosette system which is used 
when the vessel is stationary. Usually bottles were fired at particular depths 
and samples taken for calibration. In early years only a limited set of 
parameters were collected. Notably Pressure (Depth), Temperature and 
Conductivity (CTD). From Conductivity Salinity can be calculated using the 
UNESCO 1978,1983 formulations . In subsequent years more sensors have been 
added, notably fluorometers, Optical back scatter or transmissometers and 
Light (PAR, photo synthetically available radiation). The exact configuration 
varies between cruises and this is reflected in the data format of the output 
files.

Data was collected from research vessels on station, a profile from the 
surface to near the sea bed is undertaken. The down cast data should be a 
clean profile. Water bottles for sample collection and calibration are fired 
on the up cast.

Organization: Marine Environmental Data & Information Network
RV CORYSTES 1B/1994 Low Resolution Conductivity-Temperature-Depth (CTD) Data

The data in this archive were collected from CEFAS (Or DFR) research cruises. 
They broadly cover the European Shelf with some data from the Iberian Abyssal 
Plain. Data were collected using the lowered CTD rosette system which is used 
when the vessel is stationary. Usually bottles were fired at particular depths 
and samples taken for calibration. In early years only a limited set of 
parameters were collected. Notably Pressure (Depth), Temperature and 
Conductivity (CTD). From Conductivity Salinity can be calculated using the 
UNESCO 1978,1983 formulations . In subsequent years more sensors have been 
added, notably fluorometers, Optical back scatter or transmissometers and 
Light (PAR, photo synthetically available radiation). The exact configuration 
varies between cruises and this is reflected in the data format of the output 
files.

Data was collected from research vessels on station, a profile from the 
surface to near the sea bed is undertaken. The down cast data should be a 
clean profile. Water bottles for sample collection and calibration are fired 
on the up cast.

Organization: Marine Environmental Data & Information Network
RV CIROLANA 10/1995 High Resolution Conductivity-Temperature-Depth (CTD) Data

The data in this archive was collected from CEFAS (Or DFR) research surveys. 
It broadly covers the European Shelf with some data from the Iberian Abyssal 
Plain. Data were collected using the lowered CTD rosette system which is used 
when the vessel is stationary. Usually bottles were fired at particular depths 
and samples taken for calibration. In early years only a limited set of 
parameters were collected. Notably Pressure (Depth), Temperature and 
Conductivity (CTD). From Conductivity Salinity can be calculated using the 
UNESCO 1978,1983 formulations . In subsequent years more sensors have been 
added, notably fluorometers, Optical back scatter or transmissometers and 
Light (PAR, photo synthetically available radiation). The exact configuration 
varies between cruises and this is reflected in the data format of the output 
files.

Data was collected from research vessels on station, a profile from the 
surface to near the sea bed is undertaken. The down cast data should be a 
clean profile. Water bottles for sample collection and calibration are fired 
on the up cast.

Organization: Marine Environmental Data & Information Network
RV CORYSTES 3A/1992 High Resolution Conductivity-Temperature-Depth (CTD) Data

The data in this archive were collected from CEFAS (Or DFR) research cruises. 
They broadly cover the European Shelf with some data from the Iberian Abysal 
Plain. Data were collected using the lowered CTD rosette system which is used 
when the vessel is stationary. Usually bottles were fired at particular depths 
and samples taken for calibration. In early years only a limited set of 
parameters were collected. Notably Pressure (Depth), Temperature and 
Conductivity (CTD). From Conductivity Salinity can be calculated using the 
UNESCO 1978,1983 formulations . In subsequent years more sensors have been 
added, notably fluorometers, Optical back scatter or transmissometers and 
Light (PAR, photo synthetically available radiation). The exact configuration 
varies between cruises and this is reflected in the data format of the output 
files.

Data was collected from research vessels on station, a profile from the 
surface to near the sea bed is undertaken. The down cast data should be a 
clean profile. Water bottles for sample collection and calibration are fired 
on the up cast.

Organization: Marine Environmental Data & Information Network
RV CORYSTES 6A/1993 Low Resolution Conductivity-Temperature-Depth (CTD) Data

The data in this archive were collected from CEFAS (Or DFR) research cruises. 
They broadly cover the European Shelf with some data from the Iberian Abyssal 
Plain. Data were collected using the lowered CTD rosette system which is used 
when the vessel is stationary. Usually bottles were fired at particular depths 
and samples taken for calibration. In early years only a limited set of 
parameters were collected. Notably Pressure (Depth), Temperature and 
Conductivity (CTD). From Conductivity Salinity can be calculated using the 
UNESCO 1978,1983 formulations . In subsequent years more sensors have been 
added, notably fluorometers, Optical back scatter or transmissometers and 
Light (PAR, photo synthetically available radiation). The exact configuration 
varies between cruises and this is reflected in the data format of the output 
files.

Data was collected from research vessels on station, a profile from the 
surface to near the sea bed is undertaken. The down cast data should be a 
clean profile. Water bottles for sample collection and calibration are fired 
on the up cast.

Organization: Marine Environmental Data & Information Network
RV CORYSTES 05/1999 High Resolution Conductivity-Temperature-Depth (CTD) Data

The data in this archive was collected from CEFAS (Or DFR) research surveys. 
It broadly covers the European Shelf with some data from the Iberian Abyssal 
Plain. Data was collected using the lowered CTD rosette system which is used 
when the vessel is stationary. Usually bottles were fired at particular depths 
and samples taken for calibration. In early years only a limited set of 
parameters were collected. Notably Pressure (Depth), Temperature and 
Conductivity (CTD). From Conductivity Salinity can be calculated using the 
UNESCO 1978,1983 formulations . In subsequent years more sensors have been 
added, notably fluorometers, Optical back scatter or transmissometers and 
Light (PAR, photo synthetically available radiation). The exact configuration 
varies between cruises and this is reflected in the data format of the output 
files.

Data was collected from research vessels on station, a profile from the 
surface to near the sea bed is undertaken. The down cast data should be a 
clean profile. Water bottles for sample collection and calibration are fired 
on the up cast.

Organization: Marine Environmental Data & Information Network
RV CIROLANA 5A/1996 High Resolution Conductivity-Temperature-Depth (CTD) Data

The data in this archive were collected from CEFAS (Or DFR) research cruises. 
They broadly cover the European Shelf with some data from the Iberian Abysal 
Plain. Data were collected using the lowered CTD rosette system which is used 
when the vessel is stationary. Usually bottles were fired at particular depths 
and samples taken for calibration. In early years only a limited set of 
parameters were collected. Notably Pressure (Depth), Temperature and 
Conductivity (CTD). From Conductivity Salinity can be calculated using the 
UNESCO 1978,1983 formulations . In subsequent years more sensors have been 
added, notably fluorometers, Optical back scatter or transmissometers and 
Light (PAR, photo synthetically available radiation). The exact configuration 
varies between cruises and this is reflected in the data format of the output 
files.

Data was collected from research vessels on station, a profile from the 
surface to near the sea bed is undertaken. The down cast data should be a 
clean profile. Water bottles for sample collection and calibration are fired 
on the up cast.

Organization: Marine Environmental Data & Information Network
RV CORYSTES 09/1993 Low Resolution Conductivity-Temperature-Depth (CTD) Data

The data in this archive were collected from CEFAS (Or DFR) research cruises. 
They broadly cover the European Shelf with some data from the Iberian Abysal 
Plain. Data were collected using the lowered CTD rosette system which is used 
when the vessel is stationary. Usually bottles were fired at particular depths 
and samples taken for calibration. In early years only a limited set of 
parameters were collected. Notably Pressure (Depth), Temperature and 
Conductivity (CTD). From Conductivity Salinity can be calculated using the 
UNESCO 1978,1983 formulations . In subsequent years more sensors have been 
added, notably fluorometers, Optical back scatter or transmissometers and 
Light (PAR, photo synthetically available radiation). The exact configuration 
varies between cruises and this is reflected in the data format of the output 
files.

Data was collected from research vessels on station, a profile from the 
surface to near the sea bed is undertaken. The down cast data should be a 
clean profile. Water bottles for sample collection and calibration are fired 
on the up cast.

Organization: Marine Environmental Data & Information Network
Survey : CORE/11/1974 (part of CEFAS Historic surveys)

This survey was undertaken by Cefas as part of the CEFAS Historic surveys;

Station and biological data collected during research surveys carried out by 
Cefas (formerly Directorate of Fisheries) in seas around the UK, mostly in the 
North Sea, since 1902. The survey hauls are not laid out systematically as a 
grid, as in current International Bottom Trawl Surveys (IBTS) and are widely 
distributed over (especially) southern and central North Sea areas. Gears and 
protocols were not standardised throughout, due to the long term nature of the 
series. Surveys took place in each season. Data are lacking for the periods of 
both World Wars. In some periods (e.g. the early 1900s), all species caught 
were recorded, whereas in other periods (e.g. 1920s-30s), only the key 
commercial species (e.g., Plaice, Sole and Cod) were recorded systematically. 
Note that some surveys targeted particular species (notably Plaice).

Survey took place between 15/07/1974 and 23/07/1974 on Corella

Equipment used during this survey :


-   Historic Granton otter trawl

Survey operations were undertaken on 21 stations

19 different species were caught on this survey

Organization: Marine Environmental Data & Information Network
2019 The Marine Biological Association of the UK (MBA) Wembury Bioblitz Survey

Organised and run by the Marine Biological Association (MBA) in Plymouth, annual BioBlitz surveys take place in/around Plymouth (sites in Devon and Cornwall). The aim of this survey was to record as many species as possible as being present within a set survey area in Wembury, Devon (UK) over 24-hours. A variety of different methods were employed, including times-species searches, plankton netting, Seine-netting, Pond-dipping with nets, mammal trapping, walkovers, push-netting, grab/core, transect/quadrat, and including Dive and snorkel surveys, although most records were ad-hoc sightings made during the 24 hour survey. This was the 11th annual survey run by the MBA. All records were verified by experts and data team staff.

Organization: Marine Environmental Data & Information Network
2013 Scottish Environment Protection Agency (SEPA) Eden Estuary Intertidal Seagrass Survey

Trial Intertidal seagrass survey in conjunction with a Macroalgal Blooming (MAB) survey in the Eden Estuary, Scotland. This was for the EU Water Framework Directive Monitoring using the WFD (Angiosperm) Intertidal Seagrass tool. The tool looks at the species composition of the seagrass bed, the density (as percent cover) and the extent of the seagrass bed.

Organization: Marine Environmental Data & Information Network
Model simulations of pathogen dissemination in four European bivalve production areas

Hydrodynamic models were constructed for four mollusc shellfish production 
sites which represented a range of bathymetry and climatic conditions: 
Dungarven Bay (Republic of Ireland), Bay of Brest (France), Ria de Vigo 
(Spain) and the Ebro Delta (Spain). The modelling software used for each of 
these studies is Telemac (Hervouet, 2007). 

To investigate the spread of diseases within the marine environment, passive 
tracers (without decay terms) were released within each model domain from 
known aquaculture sites. The environmental conditions chosen for the 
simulation were typical of the summer months in each area, which are the 
conditions permissive for the pathogens of interest (e.g. oyster herpesvirus).

For each study site, model results then provide the concentration of tracer 
over time as an indication of pathogen concentration, alongside other water 
column properties.

Organization: Marine Environmental Data & Information Network
2000 English Nature (EN) Flamborough Head, intertidal survey

Report following surveying of the intertidal zone within the Flamborough Head candidate Special Area of Conservation (cSAC). The aims of the survey were to compile (using both existing information and field survey) a biotope distribution map for the intertidal reefs, select a number of intertidal transects encompassing a range of biotopes and to produce accurate descriptions and diagrams of the zonation of littoral biotopes of each transect.

Organization: Marine Environmental Data & Information Network
FISP Filling the Gap 2022-2024 WP2 Crustacean Observer Data

Brown crab and European lobster size composition data was collected by researchers onboard commercial crustacean potting vessels across Wales. Core measurements taken include: string number, number of pots per string, the abundance and size of each lobster and crab caught in the string, the sex of each animal, GPS location of string and whether the animal was landed or discarded. Additional measurements sometimes taken include: Abdomen width of lobsters, whether the animal was berried, pot type information (e.g., presence/absence of escape gaps, entrance size, pot size, top entry or side entry), soak time, moult stage, condition index and damage. Trips were sporadic and dependent on weather and fisher availability. Trips occurred more frequently March-August in line with the seasonality of pot fishing in Wales.

Organization: Marine Environmental Data & Information Network