Resultados de investigación

This data sheet presents the spectral data of 49 patients obtained using a chest-mounted probe capable of performing radiofrequency spectroscopy within the 40 Hz to 1 MHz range, with tomographic capability to reach the esophagus. The spectra include measurements from patients with an empty esophagus, as well as those taken while ingesting water, orange juice, and 1% (w/w) brine. Additionally, comprehensive patient data are provided, including body mass, height, protein content, fat percentage, visceral fat levels, age, presence of digestive issues, smoking status, and GERD diagnosis. This dataset enables a thorough analysis of esophageal dielectric properties and their correlation with physiological and lifestyle factors., Agencia Estatal de Investigación Ministerio de Economía, Industria y Competitividad, Programa Estatal de I+D+i orientada a los Retos de la Sociedad: AGL2016-80643-R, Peer reviewed

Data from five PIES collected north of the Canary Islands from from 22 november 2022 to 12 december 2023., [Dataset Overview] This dataset includes measurements from five PIES (Pressure-Inverted Echo Sounders) deployed north of the Canary Islands. Data were collected over a 13-month period, from 22 November 2022 to 12 December 2023., [File Naming and Instrument Mapping] The correspondence between file names and PIES identifiers, as referenced in the manuscript, is as follows: 423.dat → PIES A 424.dat → PIES B 431.dat → PIES C 432.dat → PIES D 433.dat → PIES E, [File Structure and Content] Each file contains time series data organized in rows and columns with the following structure: Column 1 – Year Day (backward order) Indicates the day of the year, starting from 12 December 2023 and proceeding backward in time. Column 2 – Acoustic Travel Time (seconds) Row 1: Most Significant Bits (MSB), with a resolution of 0.5 s. Row 2: Least Significant Bits (LSB). Column 3 – Pressure (decibars) Row 1: MSB of pressure, scaled by a factor of 1000, with a resolution of 2 dbar. Row 2: LSB. Subsequent Columns – Telemetry Metadata These columns include non-measurement data such as timestamps and system status information collected during telemetry transmission., [Remarks] Please note that for accurate reconstruction of travel time and pressure values, MSB and LSB must be combined appropriately following the instrument's encoding scheme., Peer reviewed

[Contributors] Akazawa Fumihiko , Alraddadi Turki , Ananda Pascual , Andre Xavier, Arhan Michel , Atmadipoera Agus , Babin Marcel , Balan Sorin , Ballestero Daniel , Baringer Molly, Barre Nicolas , Beebeejaun M. , Belbeoch Mathieu , Belchi Pedro Velez , Bellingham Clare, Bernard Vincent, Bittig Henry, Blain Stephane , Boebel Olaf , Boetius Antje , Boss Emmanuel , Bourles Bernard , Bower Amy , Boyer Tim , Brandt Peter , Buck Justin, Byon Jaeyoung , Cabanes Cecile, Cancouët Romain, Carton Xavier , Carval Thierry, Chai Fei , Chen Dake , Chen Ju , Claustre Herve, Coatanoan Christine, Conan Pascal , Coppola Laurent , Cowley Rebecca , Cravatte Sophie, Czeschel Rena, D'Ortenzio Fabrizio , Dall'olmo Giorgio, Danchenkov Mikhail , Daubord Camille , Davidson Fraser , Davis Russ , de Jong Femke , Delcroix Thierry, Desbruyeres Damien, Diggs Stephen , Dong Mingmei , Donnelly Matthew, Dumas Franck , Durand Francoise , Dutreuil Vincent , Echevin Vincent , Eldin Gerard , Escher Sharon , Fach Bettina , Fassbender Andrea, Felipe Silva Santos Luis , Fennell Sheena , Fisher Juergen , Font Jordi , Fontaine Laure , Freeland Howard , Frenzel Hartmut, Gaboury Isabelle, Gao Guoping , Garzoli Silvia l. , Giese Holger , Gilbert Denis , Gilson John , Gladyshev Serguey , Gouriou Yves , Gourcuff Claire, Gowers Katie , Grant Fiona , Greenan Blair , Haapala J. , Hacker Peter , Hardman-Mountford Nick , Hasegawa Takuya , Hermes Juliet , Horton Charlie , Hosoda Shigeki , Hristova Hristina, Ignazewski Mark , Ishikawa Koichi , Ito Shin-Ichi , Jayne Steven , Jeon Youngsoo , Ji Fengying , Jianping Xu , Jin Weifang , Jo Hyeogjun , Johnson Gregory c. , Johnson Kenneth , Jordi Font , Ju Chen , Kang Hyunsuk , Kang Kiryong , Kassis Dimitris , Kihm Christoph , Kikuchi Takashi , Kim Sung-Dae , Kim Young-Hwa , Klatt Olaf , Keeley Bob , Klein Birgit , Kobayashi Kensaku , Kolodziejczyk Nicolas, Koltermann Klaus-Peter , Korres Gerasimos , Körtzinger Arne, Kusaka Akira , Kuwano-Yoshida Akira , La Forgia Giovanni, Lagadec Catherine , Latarius Katrin , Lazar Alban , Lazarevich Peter , Le Reste Serge , Lebreton Nathanaele , Lehmann Lisa , Lim Byunghwan , Liu Zenghong , Loisel Hubert , Louazel Stephanie , Lovell Jeny , Luis Ochoa de La torre Jose , Lyman John, Maes Christophe , Martinez Elodie , Mata Mauricio m. , Maurer Tanya , Maze Guillaume, McTaggart Kristy , Meincke Jens , Merceur Frédéric, Michida Yutaka , Mitarai Satoshi , Molinari Bob , Moon-Sik Suk , Morel Yann , Mork Kjell Arne , Morrow Romain, Moutin Thierry , Naoki Sato , Notarstefano Giulio , O'conchubhair Diarmuid , Oguz Tmel , Oke Peter , Oke Peter , Organelli Emanuele, Ouellet Mathieu , Owens Breck , Paba Violetta, Pacciaroni Massimo , Park Hyukmin , Park Jongjin , Parrilla Gregorio , Peacock Thomas , Pelegri Josep Luis , Petersen Sven , Peterson Ingrid , Phillips Helen , Plant Josh , Poteau Antoine, Poulain Pierre-Marie , Pouliquen Sylvie, Prieur Loic , Prigent Anaig , Provost Charlotte , Purkey Sarah , Purokoski Tero , Purokoski Tero , Qiu Bo , Quadfasel Detlef , Radhakrishnan Ranju , Ramalho dos Santos Ferreira Tobias , Rannou Jean Philippe , Ravichandran M , Rees Andy , Reverdin Gilles , Rintoul Steve , Riser Stephen , Robbins Pelle, Roemmich Dean , Rohardt Gerd , Rojas Ricardo , Roquet Fabien , Ross Tetjana , Rudels Bert , Rudnick Dan , Rykova Tatiana , Ryoo Sang-Buem , Sallee Jean Baptiste , Sallee Jean-Baptiste , Santos Aristide , Saout-Grit Carole, Sauzede Raphaelle , Scanderbeg Megan , Schimanski Jens , Schmechtig Catherine, Schmid Claudia, Schmidtko Sunke , Schneehorst Anja , Seo Jang-Won , Serpette Alain , Shikama Nobuyuki , Shimizu Yugo , Shirooka Ryuichi , Slabakova Violeta , Speich Sabrina , Stanev E. , Stawarz Marek , Steffen Elizabeth , Sterl Andreas, Stocks Karen , Suga Toshio , Suk Moon-Sik , Sutton Phil , Svendsen Einar , Szczechowski Carl , Takeuchi Kensuke , Taupier-Lepage Isabelle , Tenorio-Feranandez Leonardo , Thierry Virginie, Thompson Peter , Tran Anh , Troisi Ariel , Trull Tom , Tuomi L. , Turton Jon , Tutasi Pritha , Udaya Bhaskar Tvs , Uitz Julia , Ulloa Osvaldo , van der Zwet Wilmar , Van Wijk Esmee , Velez-Belchi Pedro, Vialard Jerome , Vivier Frederic , Walczowski Waldemar, Walicka Kamila, Walsh Ian , Wang Haili , Watanabe Tomowo , Weller Robert , Wright Roseanna, White Martin , Wijffels Susan , Wong Annie, Woody Catherine , Xie Shangping , Xing Xiaogang , Xu Jianping , Yamada Hiroyuki , Youn Yong-Hoon , Yuan Dongliang , Zenghong Liu , Zenk Walter , Zhang Jianhua , Zhang Yurui , Zhou Jianqing , Zilberman Nathalie , King Brian, [Location] 90N, -90S, 180E, -180W, [Utilisation] A user of Argo data is expected to read and understand this manual and the documentation about the data contained in the "attributes" of the NetCDF data files, as these contain essential information about data quality and accuracy. A user should acknowledge use of Argo data in all publications and products where such data are used, preferably with the DOI and following standard sentence:"These data were collected and made freely available by the international Argo project and the national programs that contribute to it.", Argo user’s manual. Ifremer. https://doi.org/10.13155/29825, [User's manual] BGC-Argo synthetic file documentation; Argo documentation; Argo user’s manual [Alternative access to data] ftp://ftp.ifremer.fr/ifremer/argo; ftp://usgodae.org/pub/outgoing/argo; Argo data selection tool; ERDDAP; GDAC, El dataset se puede consultar y descargar en el siguiente enlace: https://www.seanoe.org/data/00311/42182#116315/, Argo is a global array of 3,000 free-drifting profiling floats that measures the temperature and salinity of the upper 2000 m of the ocean. This allows, for the first time, continuous monitoring of the temperature, salinity, and velocity of the upper ocean, with all data being relayed and made publicly available within hours after collection. The array provides 100,000 temperature/salinity profiles and velocity measurements per year distributed over the global oceans at an average of 3-degree spacing. Some floats provide additional bio-geo parameters such as oxygen or chlorophyll. All data collected by Argo floats are publically available in near real-time via the Global Data Assembly Centers (GDACs) in Brest (France) and Monterey (California) after an automated quality control (QC), and in scientifically quality controlled form, delayed mode data, via the GDACs within six months of collection. The BGC-Argo Sprof snapshot is a subset of the global Argo data snapshot. It is created to ease BGC-Argo data usage. The content is the same if you are to download the global Argo data snapshot, and then select all the BGC-Argo Sprof files. Please use the same DOI and citation as the global Argo data snapshot., Peer reviewed

[EuroSciVoc] Relational databases; Flood risk management, PaleoRiada is the first national geographic database that compiles data on palaeoflood records published in scientific journals, book chapters, conference presentations, and publicly accessible scientific-technical reports. This database has been implemented through a Database Management System (Microsoft Access)., Grants 2022-2023 and 2023-2026, signed between the Spanish General Directorate for Water (DGA-MITERD) and the Spanish Research Council (CSIC-MCIU), which include actions 20223TE003 and 20233TE012 (Tarquín project in IGME-CSIC). Community of Madrid (Predoctoral research grant PIPF-2022/ECO-24879), Peer reviewed

El dataset se puede consultar y descargar en el siguiente enlace: https://zenodo.org/records/12772979, Lagrangian simulations based on 18 years (2002-2019) of high-resolution thermohaline and three-dimensional velocity fields allow revisiting the fate and thermohaline changes of the upper-ocean Antarctic Circumpolar Current (ACC) waters that enter directly the South Atlantic Ocean basin. An advection-diffusion scheme, applied to both climatological annual-mean and daily-mean fields, allows estimating the mean pathways and seasonal variability, as well as recirculation volume transports, times and depths in the South Atlantic Subtropical Gyre (SASG). The annual-mean diffusive simulation shows that 96.5 Sv of the upper-ocean waters (up to the 28.00 kg m-3) crossing the Drake Passage remain in the ACC, while 13.0 Sv join the eastern margin of the SASG. Of these, 8.6 Sv plus an additional 2.7 Sv reach the North Brazil Current, yielding a total Drake contribution of 11.2 Sv to the upper returning-limb of the Atlantic Meridional Overturning Circulation. The upper-ocean waters that reach the eastern SASG undergo substantial water mass transformations, with a net transfer of 6.7 Sv from intermediate-deep to surface layers and an increase in heat transport by 0.39 PW and salt transport by 8.5 × 106 kg s-1, but remain largely unchanged as they drift westward toward the western boundary at 21°S. Most waters within the SASG (86%) recirculate once, taking a median of 9.1 ± 9.0 years, although some complete as many as three loops after reaching 32°S-W. Regarding seasonality, the transit times and transport fraction of the upper-ocean waters flowing into the SASG show higher variability than those remaining in the ACC path. The dataset contains the Lagrangian particle outputs generated directly from Parcels v2, without any post-processing, for climatological annual-mean diffusive, daily-mean diffusive, annual-mean non-diffusive, and 18-year daily non-diffusive simulations. Annual_mean_diffusive_particles.nc: Lagrangian particles tracked using a climatological annual-mean simulation with horizontal diffusion (kh > 0) over a 75-year period. Annual_mean_nondiffusive_particles.nc: Lagrangian particles tracked using a climatological annual-mean simulation without horizontal diffusion (kh = 0) over a 75-year period. Daily_18y_nondiffusive_particles.nc: Lagrangian particles tracked using original GLORYS12v1 daily fields (2002–2019), without horizontal diffusion (kh = 0) over a 75-year period. Daily_mean_diffusive_4d_[MMDD].nc: Lagrangian particles tracked and released every 4 days using climatological daily-mean fields with diffusion (kh > 0) over a 75-year period. [MMDD] corresponds to the month and day on which particles were released. Please read the README.rt file for further details. Cite the preprint as: Anna Olivé Abelló, Josep L Pelegrí, Mariona Claret. Direct pathways from the Drake Passage to the South Atlantic subtropical gyre. ESS Open Archive. July 15, 2024. DOI: 10.22541/essoar.172107873.36398970/v1, This work has been funded by the Spanish Government through projects SAGA (Ministerio de Ciencia, Innovación y Universidades, reference RTI2018-100844-B-C33) and SACO-SO (Ministerio de Ciencia e Innovación, reference PID2022-139403NB-C22). AOA is grateful to the FPU programme, funded by the Spanish Government (Ministerio de Educación, Cultura y Deporte, reference FPU17/03796). We are also grateful to Dr. Vallés-Casanova for his invaluable recommendations regarding the implementation of the code, to Dr. Provost and Dr. Artana for their insightful suggestions and guidance at the beginning of this study, and to Dr. Machín and Dr. Rintoul for their meticulous review of the initial manuscript draft. Additionally, we want to extend our gratitude to the authors of Parcels for developing the code and make it freely available. This article is a publication of the Unidad Océano y Clima of the Universidad de Las Palmas de Gran Canaria, an R+D+I CSIC-associate unit. The authors also recognize the institutional support of the Spanish Government through the Severo Ochoa Center of Excellence accreditation (CEX2019-000928-S)., Peer reviewed

Understanding the drivers of diversification is a central goal in evolutionary biology, but can be challenging when lineages radiate quickly and/or hybridize frequently. Cichlids in the tribe Lamprologini, an exceptionally diverse clade found in the Congo basin, exemplify these issues: their evolutionary history has been difficult to untangle with previous datasets, particularly with regard to river-dwelling lineages in the genus Lamprologus. This clade notably includes the only known blind and depigmented cichlid, L. lethops. Here, we reconstructed the evolutionary, population, and biogeographic history of a clade of Lamprologus from the Congo River by sampling over 50 species of lamprologines using genomic data and providing the best species-level coverage of this fauna to date. We found that in the mid-late Pliocene, two lineages of Lake Tanganyika lamprologines independently colonized the Congo River, where they subsequently hybridized and diversified, forming the current monophyletic group of riverine Lamprologus. Our estimates for divergence time and introgression align with the region’s geological history and suggest rapid speciation in Lamprologus species from the Congo River marked by rapids-driven vicariance and water level fluctuations, repeated secondary contact, and reticulation. This complex hybrid origin, followed by a rapid series of isolation and reticulation events, illustrates the multifaceted dynamics of speciation that have shaped the rich biodiversity of this region., National Science Foundation: 1655227, DEB; National Science Foundation: 1655694, DEB, Peer reviewed

This dataset supports the manuscript entitled: "Sustainable fabrication of 2D-based devices through reuse of substrates with microfabricated electrodes". It includes both raw and processed data corresponding to the figures presented in the main text of the manuscript. The data were collected, processed, and curated by the primary contributors listed as creators. This dataset is publicly available to support transparency, reproducibility, and further research based on the reported findings. For any questions regarding the dataset, please contact Ying Zhang at zying07281128@gmail.com., Peer reviewed

[EN] The Study and Recovery of Musical Heritage project being developed by the UB and the CSIC, together with the CRAI Biblioteca de Fons Antic de la Universitat de Barcelona, ​​the Grupo de Investigación Patrimonio Musical Histórico de la Institución Milá y Fontanals de Investigación en Humanidades of the CSIC, the Archdiocese of Barcelona, ​​the Barcelona Cathedral, the Arxiu de l’Església de Santa Maria del Pi, and the Oratory of Sant Felip Neri in Barcelona, and, in collaboration with the Barcelona Music Museum, has recovered musical heritage: a musical piece by Carles Baguer (1768-1808) which is found in the manuscript Ms.1378 of the music collection of theCRAI Biblioteca de Fons Antic de la Universitat de Barcelona. This dataset contains two files: - Transcription of the Sonata in E minor by Carles Baguer from the manuscript Ms. 1378. - Sound recording of the piece performed by: Dani Espasa, with a piano Steinway, model D, on loan from the Barcelona Music Museum., [CA] Sota el marc del projecte Estudi i Recuperació de Patrimoni Musical que estan desenvolupant la UB i el CSIC, juntament amb el CRAI Biblioteca de Fons Antic de la Universitat de Barcelona, el Grup per a l’Estudi del Patrimoni Musical (GEPAM), el Grup de Recerca Patrimoni Musical Històric de la Institució Milà i Fontanals d’Investigació en Humanitats del CSIC, l’Arquebisbat de Barcelona, la Catedral de Barcelona, l’Arxiu de l’Església de Santa Maria del Pi i l'Oratori de Sant Felip Neri de Barcelona, i, en col·laboració amb el Museu de la Música de Barcelona, s'ha recuperat una peça musical de Carles Baguer (1768-1808) que es troba al manuscrit MS. 1378 del fons musical del CRAI Biblioteca de Fons Antic de la Universitat de Barcelona. Aquest dataset conté dos arxius: - Transcripció de la Sonata en Mi menor de Carles Baguer del manuscrit Ms. 1378. - Enregistrament sonor de la peça interpretada per: Dani Espasa, amb un piano Steinway, model D, cedit pel Museu de la Música de Barcelona., Peer reviewed

El dataset se puede consultar y descargar en el siguiente enlace: https://zenodo.org/records/15684002, This dataset contains the data and code to reproduce the figures in the research paper: Exploring Ozone-climate Interactions in Idealized CMIP6 DECK Experiments., Peer reviewed

Dataset and R codes of "Fire modulates the structural and functional drivers of individual-base plant-pollinator networks" by Larissa Alves de Lima & Diego Anjos et al. We used individual-based plant-pollinator networks to evaluate: (i) How do plant- (i.e., individual traits, phenology) and site-related attributes (i.e., spatial factors, local temperature) influence interaction patterns before and after a fire? (ii) How is individual plant fitness affected by the combination of these attributes and the role of individual plants within the interaction network (i.e., centrality) before and after fire? Update (version 2) of the dataset and R codes of "Fire modulates the structural and functional drivers of individual-base plant-pollinator networks" by Larissa Alves de Lima & Diego Anjos et al. We used individual-based plant-pollinator networks to evaluate: (i) How do plant- (i.e., individual traits, phenology) and site-related attributes (i.e., spatial factors, local temperature) influence interaction patterns before and after a fire? (ii) How is individual plant fitness affected by the combination of these attributes and the role of individual plants within the interaction network (i.e., centrality) before and after fire? Our findings shows that facilitative interactions with conspecifics via pollinator sharing were diluted by fire, with potential delayed effects on population recovery. Our findings emphasize that fire causes a shift from facilitative processes to more competitive scenarios in plant-pollinator networks, with implications for population dynamics and community recovery., Fundação de Amparo à Pesquisa do Estado de Minas Gerais: Student Fellowship11589 Coordenação de Aperfeicoamento de Pessoal de Nível Superior: Researcher grant88887.466638/2019–00 Ministerio de Ciencia, Innovación y Universidades: VI Plan Propio de Investigación National Council for Scientific and Technological Development: Researcher grant403647/2021-5, Peer reviewed