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Particle physics, nuclear physics, condensed matter, plasma physics, optics, acoustics, quantum mechanics
6,222 datasets
High-resolution Conductivity-Temperature-Depth (CTD) data was collected from the CEFAS research vessel RV Corystes in August 2003. The data broadly covers the European Shelf, with some measurements from the Iberian Abyssal Plain, collected using a lowered CTD rosette system while the vessel was stationary. Profiles from the surface to near the sea bed were undertaken, with the down cast providing a clean profile and water samples for calibration taken on the up cast.
Conductivity, temperature, and depth data were collected from the European Shelf and Iberian Abyssal Plain using a lowered CTD rosette system on CEFAS research vessel surveys. The data represent profiles from the surface to near the seabed, with water samples taken on the up-cast for sensor calibration. Over time, the sensor configuration expanded to include instruments like fluorometers and optical backscatter sensors, varying by cruise.
European Shelf and Iberian Abyssal Plain data collected by CEFAS research vessels using a lowered CTD rosette system. The dataset contains profiles of pressure, temperature, and conductivity, with later cruises potentially including fluorometer and optical backscatter measurements. Data was collected in January 1996 from the RV CiroLana, with water samples taken for calibration.
RV Corystes 07/2000 Low Resolution Conductivity-Temperature-Depth (CTD) Data was collected by CEFAS (or DFR) research cruises. The data broadly cover the European Shelf with some data from the Iberian Abyssal Plain, collected using a lowered CTD rosette system while the vessel was stationary. Profiles were taken from the surface to near the seabed, with water samples collected on the up cast for calibration.
Research vessel RV Corystes collected this oceanographic data in February 2003 using a lowered CTD rosette system. The Government Digital Service provides profiles of pressure, temperature, and conductivity from the surface to near the seabed across the European Shelf and Iberian Abyssal Plain. Salinity can be derived from conductivity using UNESCO formulations, and the data format reflects the specific sensor configuration for this cruise.
June 2001 oceanographic data collected by CEFAS from the RV Corystes research vessel. The dataset contains high-resolution Conductivity-Temperature-Depth (CTD) profiles from the European Shelf and the Iberian Abyssal Plain, collected using a lowered rosette system with water samples for calibration. The data were produced by the Government Digital Service.
European Shelf and Iberian Abyssal Plain oceanographic data collected by CEFAS research vessels. The dataset contains high-resolution Conductivity-Temperature-Depth (CTD) profiles from stationary vessel stations, with calibration samples taken via water bottles. Data collection began with core parameters like pressure, temperature, and conductivity, with later cruises adding sensors for fluorescence, optical backscatter, and photosynthetically available radiation.
Research vessel CORYSTES collected this high-resolution Conductivity-Temperature-Depth (CTD) data during a 1997 cruise. The data likely contains profiles from the surface to near the sea bed, with parameters including pressure, temperature, and conductivity for calculating salinity. The dataset is provided by the Government Digital Service and originates from CEFAS research cruises broadly covering the European Shelf.
The European Shelf and Iberian Abyssal Plain are covered by this oceanographic data. It was collected by CEFAS research vessels using a lowered CTD rosette system while stationary, capturing profiles from the surface to near the seabed. The data includes core parameters like pressure, temperature, and conductivity, with later cruises potentially adding sensors for fluorometry and light measurement.
Research vessel data collected by CEFAS (or DFR) using a lowered CTD rosette system while the vessel was stationary. The data broadly cover the European Shelf and include profiles from the surface to near the sea bed, with water samples taken for calibration on the up cast. Early years likely contain core parameters like pressure, temperature, and conductivity, from which salinity can be derived.
CEFAS research cruises collected these oceanographic profiles using a lowered CTD rosette system while vessels were stationary. The data broadly covers the European Shelf and includes the Iberian Abyssal Plain, with parameters expanding over time from core measurements to include fluorometry and light sensors. The Government Digital Service provides this archive, which contains downcast data intended as clean profiles from the surface to near the seabed.
Data collected from CEFAS research cruises, including the RV CORYSTES 3B/1992 cruise. The dataset contains high-resolution Conductivity-Temperature-Depth (CTD) profiles collected from the surface to near the seabed using a lowered rosette system. It was gathered by the Government Digital Service and broadly covers the European Shelf, with some data from the Iberian Abyssal Plain.
Crystal structure data and density functional theory calculations for Yb2Si2O7. The repository contains crystallographic information files (CIFs) and results from Phonopy code runs. Author William Riffe from the University of Virginia contributed this data, last updated on 2026-05-31.
A 2026 study analyzes ammonium (NH4) content in feldspars near five shale-hosted stratiform Pb-Zn-Ag deposits in the Selwyn Basin. The research compares deposits at Howards Pass, Driftpile, Clear Lake, Tom, and Jason, measuring NH4 concentrations up to 2000 ppm to evaluate its use as an exploration tool.
CEFAS research cruises collected this Conductivity-Temperature-Depth (CTD) data from the RV CORYSTES 5B/1995 and other vessels. The data broadly covers the European Shelf and includes profiles from the surface to near the sea bed, with parameters like pressure, temperature, and conductivity. In later years, additional sensors such as fluorometers and transmissometers were added, though the exact configuration varies by cruise.
Research vessel data collected by CEFAS or DFR from stationary stations on the European Shelf and Iberian Abyssal Plain. The lowered CTD rosette system captured profiles from surface to sea bed, with core parameters including Pressure, Temperature, and Conductivity for calculating Salinity. Later cruises likely added sensors for fluorometry, optical backscatter, and photosynthetically available radiation.
June 1999 oceanographic data collected by CEFAS from the RV CIRLANA research cruise. The dataset contains high-resolution Conductivity-Temperature-Depth (CTD) profiles from the European Shelf and Iberian Abyssal Plain, gathered using a lowered CTD rosette system while the vessel was stationary. Water samples for calibration were taken via bottles fired at specific depths during the up cast.
Government of Yukon data contains deep-ice temperature measurements from two surge-type glaciers in the Yukon Territory, Canada. The study includes temperature profiles from Trapridge Glacier and Steele Glacier, used to model basal ice temperatures and thermal regulation of surge behavior. Numerical modeling of water-filled crevasse effects predicts temperature profiles and long-term thermal memory.
Data collected from CEFAS research cruises on the European Shelf and Iberian Abyssal Plain. The dataset contains high-resolution profiles of pressure, temperature, and conductivity, with later cruises adding fluorometer and optical backscatter measurements. The data were gathered using a lowered CTD rosette system from stationary vessels.
Data collected from CEFAS research cruises broadly covering the European Shelf and the Iberian Abyssal Plain. The data were collected using a lowered CTD rosette system while the vessel was stationary, capturing profiles from the surface to near the sea bed. The exact parameters collected vary by cruise but likely include core measurements of pressure, temperature, and conductivity, with later cruises adding sensors for fluorometry, optical backscatter, and light.