cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6075/j0wh2nc7
title: HDSS RR1506 Cruise Data. In Hydrographic Doppler Sonar System (HDSS): Acoustic ocean current profiling data from the R/V Revelle

description: Port of departure: Auckland, New Zealand Port of arrival: Auckland, New Zealand The Hydrographic Doppler Sonar System (HDSS) on the R/V Revelle provides profiles of absolute ocean current and acoustic scattering strength in support of scientific operations. The HDSS consists of a 50 kHz Doppler sonar which returns data in a depth range between 20 m and 700-1100 m (depending on conditions), and a 140 kHz Doppler sonar which returns data in a depth range between 20 m and 150-350 m (depending on conditions). The system was created to provide measurements with higher depth resolution than is available from commercial Doppler sonars. Both the acoustic pulse length and the angular width of an acoustic beam affect depth resolution. HDSS uses large transducers to get narrower beams and greater power to get greater range without sacrificing vertical resolution. Just as ocean bathymetry is routinely collected from research vessels, the HDSS has the parallel tasks of monitoring ocean currents and acoustic scattering wherever the R/V Revelle sails, while simultaneously supporting individual science missions. The established policy is to have the system running and recording data at all times that the ship is underway, unless restricted by political regulation or acoustic interference.
description: Cruise type: Mapping, Exploration, and Sampling at Havre (MESH) Vessel ID: Roger Revelle Call sign: KAOU
DOI: 10.6075/j0154ff6
title: HDSS RR1502 Cruise Data. In Hydrographic Doppler Sonar System (HDSS): Acoustic ocean current profiling data from the R/V Revelle

description: Cruise type: The role of internal wave-driven near-bed turbulent dynamics in coastal ocean sediment mobilisation Vessel ID: Roger Revelle Call sign: KAOU
description: Port of departure: Hobart, Australia Port of arrival: Hobart, Australia The Hydrographic Doppler Sonar System (HDSS) on the R/V Revelle provides profiles of absolute ocean current and acoustic scattering strength in support of scientific operations. The HDSS consists of a 50 kHz Doppler sonar which returns data in a depth range between 20 m and 700-1100 m (depending on conditions), and a 140 kHz Doppler sonar which returns data in a depth range between 20 m and 150-350 m (depending on conditions). The system was created to provide measurements with higher depth resolution than is available from commercial Doppler sonars. Both the acoustic pulse length and the angular width of an acoustic beam affect depth resolution. HDSS uses large transducers to get narrower beams and greater power to get greater range without sacrificing vertical resolution. Just as ocean bathymetry is routinely collected from research vessels, the HDSS has the parallel tasks of monitoring ocean currents and acoustic scattering wherever the R/V Revelle sails, while simultaneously supporting individual science missions. The established policy is to have the system running and recording data at all times that the ship is underway, unless restricted by political regulation or acoustic interference.
DOI: 10.6075/j04x565m
title: HDSS RR1501 Cruise Data. In Hydrographic Doppler Sonar System (HDSS): Acoustic ocean current profiling data from the R/V Revelle

description: Cruise type: The role of internal wave-driven near-bed turbulent dynamics in coastal ocean sediment mobilisation Vessel ID: Roger Revelle Call sign: KAOU
description: Port of departure: Hobart, Australia Port of arrival: Hobart, Australia The Hydrographic Doppler Sonar System (HDSS) on the R/V Revelle provides profiles of absolute ocean current and acoustic scattering strength in support of scientific operations. The HDSS consists of a 50 kHz Doppler sonar which returns data in a depth range between 20 m and 700-1100 m (depending on conditions), and a 140 kHz Doppler sonar which returns data in a depth range between 20 m and 150-350 m (depending on conditions). The system was created to provide measurements with higher depth resolution than is available from commercial Doppler sonars. Both the acoustic pulse length and the angular width of an acoustic beam affect depth resolution. HDSS uses large transducers to get narrower beams and greater power to get greater range without sacrificing vertical resolution. Just as ocean bathymetry is routinely collected from research vessels, the HDSS has the parallel tasks of monitoring ocean currents and acoustic scattering wherever the R/V Revelle sails, while simultaneously supporting individual science missions. The established policy is to have the system running and recording data at all times that the ship is underway, unless restricted by political regulation or acoustic interference.
DOI: 10.6075/j09p301q
title: HDSS RR1319 Cruise Data. In Hydrographic Doppler Sonar System (HDSS): Acoustic ocean current profiling data from the R/V Revelle

description: Cruise type: Multi Spectral Imaging of the Sunda Mega Thrust (MIST) Vessel ID: Roger Revelle Call sign: KAOU
description: Port of departure: Colombo, Sri Lanka Port of arrival: Kaohsiung, Taiwan The Hydrographic Doppler Sonar System (HDSS) on the R/V Revelle provides profiles of absolute ocean current and acoustic scattering strength in support of scientific operations. The HDSS consists of a 50 kHz Doppler sonar which returns data in a depth range between 20 m and 700-1100 m (depending on conditions), and a 140 kHz Doppler sonar which returns data in a depth range between 20 m and 150-350 m (depending on conditions). The system was created to provide measurements with higher depth resolution than is available from commercial Doppler sonars. Both the acoustic pulse length and the angular width of an acoustic beam affect depth resolution. HDSS uses large transducers to get narrower beams and greater power to get greater range without sacrificing vertical resolution. Just as ocean bathymetry is routinely collected from research vessels, the HDSS has the parallel tasks of monitoring ocean currents and acoustic scattering wherever the R/V Revelle sails, while simultaneously supporting individual science missions. The established policy is to have the system running and recording data at all times that the ship is underway, unless restricted by political regulation or acoustic interference.
DOI: 10.6075/j0vm49n5
title: HDSS RR1303 Cruise Data. In Hydrographic Doppler Sonar System (HDSS): Acoustic ocean current profiling data from the R/V Revelle

description: Cruise type: Transit Vessel ID: Roger Revelle Call sign: KAOU
description: Port of departure: Anacortes, Washington Port of arrival: Kaohsiung, Taiwan The Hydrographic Doppler Sonar System (HDSS) on the R/V Revelle provides profiles of absolute ocean current and acoustic scattering strength in support of scientific operations. The HDSS consists of a 50 kHz Doppler sonar which returns data in a depth range between 20 m and 700-1100 m (depending on conditions), and a 140 kHz Doppler sonar which returns data in a depth range between 20 m and 150-350 m (depending on conditions). The system was created to provide measurements with higher depth resolution than is available from commercial Doppler sonars. Both the acoustic pulse length and the angular width of an acoustic beam affect depth resolution. HDSS uses large transducers to get narrower beams and greater power to get greater range without sacrificing vertical resolution. Just as ocean bathymetry is routinely collected from research vessels, the HDSS has the parallel tasks of monitoring ocean currents and acoustic scattering wherever the R/V Revelle sails, while simultaneously supporting individual science missions. The established policy is to have the system running and recording data at all times that the ship is underway, unless restricted by political regulation or acoustic interference.
DOI: 10.6075/j00c4t5x
title: HDSS RR1214 Cruise Data. In Hydrographic Doppler Sonar System (HDSS): Acoustic ocean current profiling data from the R/V Revelle

description: Cruise type: The Equatorial Mixed Layer and Upper Ocean Mixing Vessel ID: Roger Revelle Call sign: KAOU
description: Port of departure: Nuku Hiva, French Polynesia Port of arrival: San Diego, California The Hydrographic Doppler Sonar System (HDSS) on the R/V Revelle provides profiles of absolute ocean current and acoustic scattering strength in support of scientific operations. The HDSS consists of a 50 kHz Doppler sonar which returns data in a depth range between 20 m and 700-1100 m (depending on conditions), and a 140 kHz Doppler sonar which returns data in a depth range between 20 m and 150-350 m (depending on conditions). The system was created to provide measurements with higher depth resolution than is available from commercial Doppler sonars. Both the acoustic pulse length and the angular width of an acoustic beam affect depth resolution. HDSS uses large transducers to get narrower beams and greater power to get greater range without sacrificing vertical resolution. Just as ocean bathymetry is routinely collected from research vessels, the HDSS has the parallel tasks of monitoring ocean currents and acoustic scattering wherever the R/V Revelle sails, while simultaneously supporting individual science missions. The established policy is to have the system running and recording data at all times that the ship is underway, unless restricted by political regulation or acoustic interference.
DOI: 10.6075/j0445jw7
title: HDSS RR1213 Cruise Data. In Hydrographic Doppler Sonar System (HDSS): Acoustic ocean current profiling data from the R/V Revelle

description: Cruise type: The Equatorial Mixed Layer and Upper Ocean Mixing and UAV Test Vessel ID: Roger Revelle Call sign: KAOU
description: Port of departure: Papeete, French Polynesia Port of arrival: Nuku Hiva, French Polynesia The Hydrographic Doppler Sonar System (HDSS) on the R/V Revelle provides profiles of absolute ocean current and acoustic scattering strength in support of scientific operations. The HDSS consists of a 50 kHz Doppler sonar which returns data in a depth range between 20 m and 700-1100 m (depending on conditions), and a 140 kHz Doppler sonar which returns data in a depth range between 20 m and 150-350 m (depending on conditions). The system was created to provide measurements with higher depth resolution than is available from commercial Doppler sonars. Both the acoustic pulse length and the angular width of an acoustic beam affect depth resolution. HDSS uses large transducers to get narrower beams and greater power to get greater range without sacrificing vertical resolution. Just as ocean bathymetry is routinely collected from research vessels, the HDSS has the parallel tasks of monitoring ocean currents and acoustic scattering wherever the R/V Revelle sails, while simultaneously supporting individual science missions. The established policy is to have the system running and recording data at all times that the ship is underway, unless restricted by political regulation or acoustic interference.
DOI: 10.6075/j0ff3qrn
title: HDSS RR1318 Cruise Data. In Hydrographic Doppler Sonar System (HDSS): Acoustic ocean current profiling data from the R/V Revelle

description: Port of departure: Colombo, Sri Lanka Port of arrival: Colombo, Sri Lanka The Hydrographic Doppler Sonar System (HDSS) on the R/V Revelle provides profiles of absolute ocean current and acoustic scattering strength in support of scientific operations. The HDSS consists of a 50 kHz Doppler sonar which returns data in a depth range between 20 m and 700-1100 m (depending on conditions), and a 140 kHz Doppler sonar which returns data in a depth range between 20 m and 150-350 m (depending on conditions). The system was created to provide measurements with higher depth resolution than is available from commercial Doppler sonars. Both the acoustic pulse length and the angular width of an acoustic beam affect depth resolution. HDSS uses large transducers to get narrower beams and greater power to get greater range without sacrificing vertical resolution. Just as ocean bathymetry is routinely collected from research vessels, the HDSS has the parallel tasks of monitoring ocean currents and acoustic scattering wherever the R/V Revelle sails, while simultaneously supporting individual science missions. The established policy is to have the system running and recording data at all times that the ship is underway, unless restricted by political regulation or acoustic interference.
description: Cruise type: Effects of Bay of Bengal Freshwater Flux on Indian Ocean Monsoon (EBOB) Vessel ID: Roger Revelle Call sign: KAOU
DOI: 10.6075/j0k64ggc
title: HDSS RR1317 Cruise Data. In Hydrographic Doppler Sonar System (HDSS): Acoustic ocean current profiling data from the R/V Revelle

description: Cruise type: Air-Sea Interactions in the Northern Indian Ocean (ASIRI) Vessel ID: Roger Revelle Call sign: KAOU
description: Port of departure: Colombo, Sri Lanka Port of arrival: Colombo, Sri Lanka The Hydrographic Doppler Sonar System (HDSS) on the R/V Revelle provides profiles of absolute ocean current and acoustic scattering strength in support of scientific operations. The HDSS consists of a 50 kHz Doppler sonar which returns data in a depth range between 20 m and 700-1100 m (depending on conditions), and a 140 kHz Doppler sonar which returns data in a depth range between 20 m and 150-350 m (depending on conditions). The system was created to provide measurements with higher depth resolution than is available from commercial Doppler sonars. Both the acoustic pulse length and the angular width of an acoustic beam affect depth resolution. HDSS uses large transducers to get narrower beams and greater power to get greater range without sacrificing vertical resolution. Just as ocean bathymetry is routinely collected from research vessels, the HDSS has the parallel tasks of monitoring ocean currents and acoustic scattering wherever the R/V Revelle sails, while simultaneously supporting individual science missions. The established policy is to have the system running and recording data at all times that the ship is underway, unless restricted by political regulation or acoustic interference.
DOI: 10.6075/j0pz576s
title: HDSS RR1316 Cruise Data. In Hydrographic Doppler Sonar System (HDSS): Acoustic ocean current profiling data from the R/V Revelle

description: Cruise type: Air-Sea Interactions in the Northern Indian Ocean (ASIRI) Vessel ID: Roger Revelle Call sign: KAOU
description: Port of departure: Colombo, Sri Lanka Port of arrival: Colombo, Sri Lanka The Hydrographic Doppler Sonar System (HDSS) on the R/V Revelle provides profiles of absolute ocean current and acoustic scattering strength in support of scientific operations. The HDSS consists of a 50 kHz Doppler sonar which returns data in a depth range between 20 m and 700-1100 m (depending on conditions), and a 140 kHz Doppler sonar which returns data in a depth range between 20 m and 150-350 m (depending on conditions). The system was created to provide measurements with higher depth resolution than is available from commercial Doppler sonars. Both the acoustic pulse length and the angular width of an acoustic beam affect depth resolution. HDSS uses large transducers to get narrower beams and greater power to get greater range without sacrificing vertical resolution. Just as ocean bathymetry is routinely collected from research vessels, the HDSS has the parallel tasks of monitoring ocean currents and acoustic scattering wherever the R/V Revelle sails, while simultaneously supporting individual science missions. The established policy is to have the system running and recording data at all times that the ship is underway, unless restricted by political regulation or acoustic interference.
DOI: 10.6075/j0bp016j
title: HDSS RR1307 Cruise Data. In Hydrographic Doppler Sonar System (HDSS): Acoustic ocean current profiling data from the R/V Revelle

description: Port of departure: Kaohsiung, Taiwan Port of arrival: Kaohsiung, Taiwan The Hydrographic Doppler Sonar System (HDSS) on the R/V Revelle provides profiles of absolute ocean current and acoustic scattering strength in support of scientific operations. The HDSS consists of a 50 kHz Doppler sonar which returns data in a depth range between 20 m and 700-1100 m (depending on conditions), and a 140 kHz Doppler sonar which returns data in a depth range between 20 m and 150-350 m (depending on conditions). The system was created to provide measurements with higher depth resolution than is available from commercial Doppler sonars. Both the acoustic pulse length and the angular width of an acoustic beam affect depth resolution. HDSS uses large transducers to get narrower beams and greater power to get greater range without sacrificing vertical resolution. Just as ocean bathymetry is routinely collected from research vessels, the HDSS has the parallel tasks of monitoring ocean currents and acoustic scattering wherever the R/V Revelle sails, while simultaneously supporting individual science missions. The established policy is to have the system running and recording data at all times that the ship is underway, unless restricted by political regulation or acoustic interference.
description: Cruise type: Origins of the Kuroshio and Mindanao Currents (OKMC) Moorings Vessel ID: Roger Revelle Call sign: KAOU
DOI: 10.6075/j0gf0rxg
title: HDSS RR1306 Cruise Data. In Hydrographic Doppler Sonar System (HDSS): Acoustic ocean current profiling data from the R/V Revelle

description: Cruise type: Moorings, drifters, and gliders south of Taiwan - Leg 3 Vessel ID: Roger Revelle Call sign: KAOU
description: Port of departure: Kaohsiung, Taiwan Port of arrival: Kaohsiung, Taiwan The Hydrographic Doppler Sonar System (HDSS) on the R/V Revelle provides profiles of absolute ocean current and acoustic scattering strength in support of scientific operations. The HDSS consists of a 50 kHz Doppler sonar which returns data in a depth range between 20 m and 700-1100 m (depending on conditions), and a 140 kHz Doppler sonar which returns data in a depth range between 20 m and 150-350 m (depending on conditions). The system was created to provide measurements with higher depth resolution than is available from commercial Doppler sonars. Both the acoustic pulse length and the angular width of an acoustic beam affect depth resolution. HDSS uses large transducers to get narrower beams and greater power to get greater range without sacrificing vertical resolution. Just as ocean bathymetry is routinely collected from research vessels, the HDSS has the parallel tasks of monitoring ocean currents and acoustic scattering wherever the R/V Revelle sails, while simultaneously supporting individual science missions. The established policy is to have the system running and recording data at all times that the ship is underway, unless restricted by political regulation or acoustic interference.
DOI: 10.6075/j0m61hn6
title: HDSS RR1305 Cruise Data. In Hydrographic Doppler Sonar System (HDSS): Acoustic ocean current profiling data from the R/V Revelle

description: Port of departure: Kaohsiung, Taiwan Port of arrival: Kaohsiung, Taiwan The Hydrographic Doppler Sonar System (HDSS) on the R/V Revelle provides profiles of absolute ocean current and acoustic scattering strength in support of scientific operations. The HDSS consists of a 50 kHz Doppler sonar which returns data in a depth range between 20 m and 700-1100 m (depending on conditions), and a 140 kHz Doppler sonar which returns data in a depth range between 20 m and 150-350 m (depending on conditions). The system was created to provide measurements with higher depth resolution than is available from commercial Doppler sonars. Both the acoustic pulse length and the angular width of an acoustic beam affect depth resolution. HDSS uses large transducers to get narrower beams and greater power to get greater range without sacrificing vertical resolution. Just as ocean bathymetry is routinely collected from research vessels, the HDSS has the parallel tasks of monitoring ocean currents and acoustic scattering wherever the R/V Revelle sails, while simultaneously supporting individual science missions. The established policy is to have the system running and recording data at all times that the ship is underway, unless restricted by political regulation or acoustic interference.
description: Cruise type: Moorings, drifters, and gliders south of Taiwan - Leg 2 Vessel ID: Roger Revelle Call sign: KAOU
DOI: 10.6075/j0qv3jxf
title: HDSS RR1304 Cruise Data. In Hydrographic Doppler Sonar System (HDSS): Acoustic ocean current profiling data from the R/V Revelle

description: Port of departure: Kaohsiung, Taiwan Port of arrival: Kaohsiung, Taiwan The Hydrographic Doppler Sonar System (HDSS) on the R/V Revelle provides profiles of absolute ocean current and acoustic scattering strength in support of scientific operations. The HDSS consists of a 50 kHz Doppler sonar which returns data in a depth range between 20 m and 700-1100 m (depending on conditions), and a 140 kHz Doppler sonar which returns data in a depth range between 20 m and 150-350 m (depending on conditions). The system was created to provide measurements with higher depth resolution than is available from commercial Doppler sonars. Both the acoustic pulse length and the angular width of an acoustic beam affect depth resolution. HDSS uses large transducers to get narrower beams and greater power to get greater range without sacrificing vertical resolution. Just as ocean bathymetry is routinely collected from research vessels, the HDSS has the parallel tasks of monitoring ocean currents and acoustic scattering wherever the R/V Revelle sails, while simultaneously supporting individual science missions. The established policy is to have the system running and recording data at all times that the ship is underway, unless restricted by political regulation or acoustic interference.
description: Cruise type: Moorings, drifters, and gliders south of Taiwan - Leg 1 Vessel ID: Roger Revelle Call sign: KAOU
DOI: 10.6084/m9.figshare.12050784
title: Additional file 14 of Whole genome resequencing reveals an association of ABCC4 variants with preaxial polydactyly in pigs

description: Additional file 14: Table S10. The genotype of the top ten highly associated SNPs between population in this study and the 559 unpublished data set. Pos: Physical position; Ssc: Sus scrofa; Ref: Reference allele; Alt: Altered allele; GT_A: Genotypes of affected cases; GT_U: Genotypes of unaffected controls; GT_C: Genotypes of validation data set; The number “0” represent reference allele and “1” represent altered allele; The number behind the genotype in brackets represent the number of this genotype’s individuals; IGR: Intergenic region. The bold italic highlighted rows (*) represent the SNPs which identified by genome scanning (Additional file 5: Table S5).
DOI: 10.6084/m9.figshare.12050787.v1
title: Additional file 1 of Whole genome resequencing reveals an association of ABCC4 variants with preaxial polydactyly in pigs

description: Additional file 1: Table S1. Information of all samples and their genome resequencing data characteristics.
DOI: 10.6084/m9.figshare.12050793.v1
title: Additional file 2 of Whole genome resequencing reveals an association of ABCC4 variants with preaxial polydactyly in pigs

description: Additional file 2: Table S2. Distribution and annotation of SNPs identified in this study. ENCODE indicate that the SNPs which were located in the homologous sequences of human counterparts have ENCODE annotations; Motif indicates that the SNPs which were located in the homologous sequences of transcription factor DNA-binding motifs of human counterparts; UTR, untranslated regions; CDS, coding sequence.