The SOCIB Glider Facility is an example of new technologies being progressively implemented in coastal to open ocean regions allowing autonomous and sustained high-resolution monitoring of specific areas. SOCIB-GF is fully operational in JERICO-NEXT and since 2006 has accomplished 64 missions, 1.244 days in water, 14.555 nm navigated with 39.378 vertical profiles collected. SOCIB-GF human team is composed out of 2 full-time engineers, 1 full-time technician, 2 part-time field-technicians (for at sea operations), 2 part time engineers (for glider data management) and 2 part-time experienced scientists. An intense and fruitful collaboration with IMEDEA (CSIC-UIB) team also exists since the origin of glider operations. The fleet in 2016 consists of 7 Slocum gliders and 2 iRobot Seagliders, equipped for collecting both physical (T, S) and biogeochemical data (fluorescence, oxygen, etc.) at high spatial resolutions (2km). SOCIB-GF includes a pressure chamber (1.000 m) as well as ballasting and operations labs. It also has access to other SOCIB facilities such as (1) ETD (Engineering & Technology Development): Hurricane Zodiac 9.2 m RIB, Lab-Van and harbour warehouse; (2) SOCIB-R/V: a 24 m coastal catamaran and (3) Data Center: including data management, public repository, on-line web-based platform tracker -for mission monitoring- and development of tools such as the glider processing toolbox (Troupin et al., Methods in Oceanog., 2015, - freely available scripts available at https://github.com/socib/glider_toolbox).
Data produced in the platform Buoy BahiaDePalma. It's compound by: Conductivity and Temperature Recorder, Current profiler, Currentmeter, Multiparameter probe, Oceanographic Buoy, Status, Waves recorder, Weather Station data
No description is available. Visit https://dataone.org/datasets/a597343a7e7413ecf82e8fe9c814da8d for complete metadata about this dataset.
Attribution 4.0 (CC BY 4.0)https://creativecommons.org/licenses/by/4.0/
License information was derived automatically
CoreTrustSeal certification
http://socib.es/?seccion=dataCenter&facility=accessPolicyhttp://socib.es/?seccion=dataCenter&facility=accessPolicy
Lagrangian experiment in the Ibiza channel during Autumn 2018, aiming to use the novel CARTHE GPS drifters (low-cost, compact, practical, eco-friendly and able too track currents centered 40 cm below the surface) to validate HF-Radar (new Antenna Pattern Measurement) and WMOP surface velocities, capture all representative spatio-temporal scales of surface circulation, study dispersion of surface particles, perform HFR data assimilation experiment with WMOP.
OceanGliders GDAC trajectories abstract=The general objective of the EBAMAR-PortoC program is to promote, jointly and coordinated with the activities carried out by other autonomous communities, the current research and technological development strategy in marine sciences of the Balearic Islands so that the new challenges in the ocean observation and, in particular, the effects of climate change in the Mediterranean Sea. Through a detailed understanding of how carbon cycling processes are varying in neritic and oceanic waters, and of the pathways that link production in surface waters with the export of organic matter to deep areas of the ocean, we seek to answer to scientific questions about ocean warming, and more specifically, how Mediterranean marine ecosystems and biogeochemical cycles respond to environmental changes or what the dynamics of the carbon cycle and marine ecosystems will be like in the future. acknowledgement=Ministerio de Economía y Competitividad (http://www.idi.mineco.gob.es/). Govern de les Illes Balears (http://www.caib.es/). author_email=glider@socib.es cdm_data_type=Trajectory cdm_trajectory_variables=JULD, time citation=Ministerio de Economía y Competitividad (http://www.idi.mineco.gob.es/). Govern de les Illes Balears (http://www.caib.es/). comment=Data regularized, corrected and/or derived from raw glider data. Conventions=CF-1.6 EGO-1.2, COARDS, ACDD-1.3 creator=SOCIB Glider facility data_center=SOCIB Data Center data_center_email=data.centre@socib.es data_mode=R data_type=EGO glider time-series data distribution_statement=see citation Easternmost_Easting=696970.15 featureType=Trajectory format_version=1.2 geospatial_lat_max=696970.15 geospatial_lat_min=-94.01332363329217 geospatial_lat_units=degrees_north geospatial_lon_max=696970.15 geospatial_lon_min=-179.9998312997277 geospatial_lon_units=degrees_east ices_platform_code=undefined infoUrl=http://www.ego-network.org/ institution=IFREMER instrument=SCB-SLDEEP004 instrument_manufacturer=Teledyne instrument_model=Slocum G2 Deep keywords_vocabulary=GCMD Science Keywords naming_authority=EGO Northernmost_Northing=696970.15 positioning_system=GPS and dead reckoning processing_level=L1 processed data with corrections and derivations project=SOCIB Operational publisher=SOCIB qc_manual=none source=Glider observation source_files=sdeep04-2024-245-2-0-sbd(06260000) sdeep04-2024-245-2-103-sbd(06260103) sdeep04-2024-245-2-107-sbd(06260107) sdeep04-2024-245-2-11-sbd(06260011) sdeep04-2024-245-2-13-sbd(06260013) sdeep04-2024-245-2-15-sbd(06260015) sdeep04-2024-245-2-18-sbd(06260018) sdeep04-2024-245-2-20-sbd(06260020) sdeep04-2024-245-2-24-sbd(06260024) sdeep04-2024-245-2-33-sbd(06260033) sdeep04-2024-245-2-35-sbd(06260035) sdeep04-2024-245-2-37-sbd(06260037) sdeep04-2024-245-2-39-sbd(06260039) sdeep04-2024-245-2-41-sbd(06260041) sdeep04-2024-245-2-43-sbd(06260043) sdeep04-2024-245-2-45-sbd(06260045) sdeep04-2024-245-2-48-sbd(06260048) sdeep04-2024-245-2-50-sbd(06260050) sdeep04-2024-245-2-53-sbd(06260053) sdeep04-2024-245-2-56-sbd(06260056) sdeep04-2024-245-2-60-sbd(06260060) sdeep04-2024-245-2-62-sbd(06260062) sdeep04-2024-245-2-65-sbd(06260065) sdeep04-2024-245-2-67-sbd(06260067) sdeep04-2024-245-2-69-sbd(06260069) sdeep04-2024-245-2-71-sbd(06260071) sdeep04-2024-245-2-73-sbd(06260073) sdeep04-2024-245-2-75-sbd(06260075) sdeep04-2024-245-2-77-sbd(06260077) sdeep04-2024-245-2-79-sbd(06260079) sdeep04-2024-245-2-8-sbd(06260008) sdeep04-2024-245-2-81-sbd(06260081) sdeep04-2024-245-2-83-sbd(06260083) sdeep04-2024-245-2-85-sbd(06260085) sdeep04-2024-245-2-87-sbd(06260087) sdeep04-2024-245-2-89-sbd(06260089) sdeep04-2024-245-2-91-sbd(06260091) sdeep04-2024-245-2-93-sbd(06260093) sdeep04-2024-245-2-95-sbd(06260095) sdeep04-2024-245-2-0-tbd(06260000) sdeep04-2024-245-2-103-tbd(06260103) sdeep04-2024-245-2-107-tbd(06260107) sdeep04-2024-245-2-11-tbd(06260011) sdeep04-2024-245-2-13-tbd(06260013) sdeep04-2024-245-2-15-tbd(06260015) sdeep04-2024-245-2-18-tbd(06260018) sdeep04-2024-245-2-20-tbd(06260020) sdeep04-2024-245-2-24-tbd(06260024) sdeep04-2024-245-2-30-tbd(06260030) sdeep04-2024-245-2-33-tbd(06260033) sdeep04-2024-245-2-35-tbd(06260035) sdeep04-2024-245-2-37-tbd(06260037) sdeep04-2024-245-2-39-tbd(06260039) sdeep04-2024-245-2-41-tbd(06260041) sdeep04-2024-245-2-43-tbd(06260043) sdeep04-2024-245-2-45-tbd(06260045) sdeep04-2024-245-2-48-tbd(06260048) sdeep04-2024-245-2-50-tbd(06260050) sdeep04-2024-245-2-53-tbd(06260053) sdeep04-2024-245-2-56-tbd(06260056) sdeep04-2024-245-2-60-tbd(06260060) sdeep04-2024-245-2-62-tbd(06260062) sdeep04-2024-245-2-65-tbd(06260065) sdeep04-2024-245-2-69-tbd(06260069) sdeep04-2024-245-2-71-tbd(06260071) sdeep04-2024-245-2-73-tbd(06260073) sdeep04-2024-245-2-75-tbd(06260075) sdeep04-2024-245-2-77-tbd(06260077) sdeep04-2024-245-2-79-tbd(06260079) sdeep04-2024-245-2-8-tbd(06260008) sdeep04-2024-245-2-81-tbd(06260081) sdeep04-2024-245-2-83-tbd(06260083) sdeep04-2024-245-2-85-tbd(06260085) sdeep04-2024-245-2-87-tbd(06260087) sdeep04-2024-245-2-89-tbd(06260089) sdeep04-2024-245-2-91-tbd(06260091) sdeep04-2024-245-2-93-tbd(06260093) sdeep04-2024-245-2-95-tbd(06260095)
sourceUrl=(local files) Southernmost_Northing=-94.01332363329217 standard_name_vocabulary=CF Standard Name Table v29 time_coverage_end=2024-10-23T15:12:14Z time_coverage_start=1970-01-01T00:00:00Z transmission_system=IRIDIUM update_interval=daily Westernmost_Easting=-179.9998312997277
En gentagen sæsonbestemt hydrografisk undersøgelse af Balearerne, overvågning af Ibiza og Mallorca kanaler.
This data set contains raw data for the pH time series at BOATS (Balearic Ocean Acidification Time Series) bay of Palma station located in the Balearic Islands Observing and Forecasting System (SOCIB ) Bay of Palma Buoy (https://www.socib.es/).
SMART missions are part of the long-term quasi endurance program between Menorca- Sardinia to monitor medium-to-long-term variability of surface and intermediate water masses. The SMART program aims to be sustained over the years to understand the transitional layer between intermediate and deep water, which is subject to the effects of the WMT and where the thermohaline staircase
A coastal sea level reconstruction based on tide gauge observations is developed and applied to the western basin of the Mediterranean sea, including sea level anomaly (SLA) and interpolation error along the entire coastline. The reconstructions are carried out in four frequency bands: periods longer than 10 years, periods between 1 and 10 years, periods between 1 month and 1 year, and periods between 1day and 1month. Total sea level at monthly and daily resolution, obtained by merging the different frequency bands, is also provided. The reconstructions are based on an optimal interpolation method in which the correlation between tide gauge data and all coastal points has been determined from the outputs of the numerical model managed by the Balearic Islands Coastal Observing and Forecasting System (SOCIB, https://www.socib.es). The reconstructions for frequencies lower than 1 month use monthly observations from the Permanent Service for Mean Sea Level (PSMSL, https://www.psmsl.org/) database and cover the period from 1884 to 2019. For the reconstruction of higher frequencies, hourly observations from the Global Extreme Sea Level Analysis (GESLA–2, https://www.gesla.org/) dataset are used, and cover from 1980 to 2015. The compressed file includes 6 datasets in NetCDF format, for monthly, daily and the 4 frequency band reconstructions.Funded by MCIN/AEI/10.13039/501100011033 and by ERDF A way of making Europe.
Un studiu hidrografic sezonier repetat al Mării Baleare, care monitorizează canalele Ibiza și Mallorca.
Description of attributes for sediment mass budget at the coast for the last 10, 50 and 100 years for the Mediterranean basin and for each NUTS3 region along the coast.
Ismételt szezonális hidrográfiai felmérés a Baleár-tengeren, az Ibizai és a Mallorcai Csatorna megfigyelésével.
Lagrangian experiment in the Ibiza channel during Summer 2016, aiming to validate HF-Radar surface currents (new Antenna Pattern Measurement)
Systematic and sustained high quality measurements of nearshore waves and beach morphology are crucial to unravel the effects of global warming on sandy coasts and thus be able to assess the validity of sediment transport numerical models. Such measurements are also key to understanding the morphodynamic processes that determine how the beach evolves. In 2011 a comprehensive beach monitoring program, the first in the Mediterranean Sea, started at Cala Millor Beach on the island of Mallorca (Spain). The aim was to provide long-term datasets of near-shore morphodynamics in a carbonate sandy micro-tidal and semi-embayed beach fronted by a Posidonia oceanica seagrass meadow. The dataset includes topobathymetries, shoreline positions obtained from video cameras, meteorological parameters from a weather station, currents, as well as waves and sea level from ADCP measurements and sediment size. This free and unrestricted archived dataset can be used to support the modelling of erosion-deposition patterns, calibrate beach evolution models, and as a result to propose adaptation and mitigation actions under different global change scenarios.
Attribution 4.0 (CC BY 4.0)https://creativecommons.org/licenses/by/4.0/
License information was derived automatically
This dataset contains all data used in the article:
Observational characterization of atmospheric disturbances generating meteotsunamis in the Balearic Islands
Joan Villalonga*(1,2), Sebastià Monserrat (1), Damià Gomis (1,3), Gabriel Jordà*(2)
(1) Departament de Física (UIB), Palma, Spain.
(2) Centre Oceanogràfic de Balears, CN-Instituto Español de Oceanografía (IEO-CSIC), Palma, Spain.
(3) Institut Mediterrani d’Estudis Avançats (UIB-CSIC), Esporles, Spain.
Corresponding email: joan.villalonga@uib.cat
There are 7 data files:
Atm_pres_all: containing the atmospheric pressure time series measured in the different meteorological stations used in the work. Each station contain its name and position in coordinates. All the time series have a temporal resolution of 1 min. The data have been obtained from BalearsMeteo (http://balearsmeteo.com/) and from SOCIB (https://www.socib.es/).
ciutadella_SL_AtmPres: containing the sea level and atmospheric pressure records in Ciutadella from 2018 to 2021. All the time series have a temporal resolution of 1 min. The data have been provided by PortIB (https://www.portsib.es/ca/paginas/inici).
ciutadella_SL_long: containing the sea level records in Ciutadella from 2014 to 2021. All the time series have a temporal resolution of 1 min. The data have been provided by PortIB (https://www.portsib.es/ca/paginas/inici).
ciutadella_spectral_data: containing the sea level and atmospheric pressure power wavelet spectra in Ciutadella from 2018 to 2021. Computed from the data in ciutadella_SL_AtmPres.
corr_rissagues_1min_allfreq_12h: containing the maximum lagged correlation matrices between the atmospheric pressure time series measured at the 12h surrounding each meteotsunami event in 2021. They have been computed from the data in Atm_pres_all.
sepic_index_vars: containing the five ERA5 1-hour time series of the variables used to compute the meteotsunami index as described in Sepic, et al,. 2016.
wind_ciutadella: containing the time series of the wind speed and direction provided by ERA5 reanalysis over Ciutadella during the period of study.
For more details, please consult the manuscript of the article
Μια επαναλαμβανόμενη εποχική υδρογραφική έρευνα της Βαλεαρίδας Θάλασσας, παρακολουθώντας τα κανάλια Ίμπιζα και Μαγιόρκα.
Socib Glider
Socib Glider
Socib Glider
The SOCIB Glider Facility is an example of new technologies being progressively implemented in coastal to open ocean regions allowing autonomous and sustained high-resolution monitoring of specific areas. SOCIB-GF is fully operational in JERICO-NEXT and since 2006 has accomplished 64 missions, 1.244 days in water, 14.555 nm navigated with 39.378 vertical profiles collected. SOCIB-GF human team is composed out of 2 full-time engineers, 1 full-time technician, 2 part-time field-technicians (for at sea operations), 2 part time engineers (for glider data management) and 2 part-time experienced scientists. An intense and fruitful collaboration with IMEDEA (CSIC-UIB) team also exists since the origin of glider operations. The fleet in 2016 consists of 7 Slocum gliders and 2 iRobot Seagliders, equipped for collecting both physical (T, S) and biogeochemical data (fluorescence, oxygen, etc.) at high spatial resolutions (2km). SOCIB-GF includes a pressure chamber (1.000 m) as well as ballasting and operations labs. It also has access to other SOCIB facilities such as (1) ETD (Engineering & Technology Development): Hurricane Zodiac 9.2 m RIB, Lab-Van and harbour warehouse; (2) SOCIB-R/V: a 24 m coastal catamaran and (3) Data Center: including data management, public repository, on-line web-based platform tracker -for mission monitoring- and development of tools such as the glider processing toolbox (Troupin et al., Methods in Oceanog., 2015, - freely available scripts available at https://github.com/socib/glider_toolbox).