AndreaBozzo/ceres-open-data-index huggingface dataset:
Gombessa 5 cruise: CTD profiles in western Mediterranean, July 2019

[Lien vers la fiche source] This dataset contains the CTD data collected during the GOMBESSA 5 cruise, from 1 to 25 July 2019, in the western Mediterranean, jointly by the Andromède océanologie (France) and MARBEC MARine Biodiversity, Exploitation and Conservation (France) teams in the framework of the MEGAFAUNA research project. The full-depth CTD profiles were performed using an autonomous SeaBird SBE 19plus V2 SeaCAT Profiler CTD, from the Zembra vessel belonging to Andromède océanologie (France). 15 stations, from the depth of 200 m to the surface, were sampled off the French and Monegasque coasts (western Mediterranean basin) between latitude 43.06-43.69 °N and longitude 5.65-7.31 °E. The accuracy, specified by the manufacturer, were ± 0.005 °C for temperature and ± 0.0005 S/m for conductivity. The dataset is provided as an ODV (Ocean Data View) collection, which contains, for each station the following parameters: - Depth [salt_water,m] - Temperature [ITS-90,deg-C] - pH - Salinity [PSU] - Conductivity [S/m] - Density [kg/m^3] - Oxygen [mL/L] - Oxygen_sat [% saturation] - Oxygen_umoll [umol/L] - Turbidity [NTU] - Fluorescence [mg/m^3] - Light [PAR/Irradiance] The ZIP archives contain 1/ a map of stations 2/ the list of the ID stations and geographic coordinates 3/ all raw data acquired, for all parameters, in ODV format, 4/ in NetCDF format, 5/ in CSV format and 6/ one vertical profile graph of the Sea Water Temperature for each station. All data acquired are publicly accessible without any restriction (under CC-BY licence). The extracted data are accessible from this GOMBESSA 5 landing page with a downloadable ZIP file.
Combining morphological and molecular data to study past foraminiferal communities from a temperate coastal sediment core

[Lien vers la fiche source] This data is associated with a paper presenting the results of a dual approach for assessing fossil benthic foraminiferal communities using both traditional morphology-based analyses and sedimentary ancient DNA (sedaDNA) metabarcoding. The main objectives are to test the feasibility of sedaDNA analysis to assess foraminiferal biodiversity in temperate shelf sediments off a major river system through time (Le Croisic), and to point out the similarities and differences between classical and molecular methods. Our results show that in contrast to the high foraminiferal diversity obtained from classic morphological analysis (over 140 species), the sedaDNA analysis yielded only twenty Operational Taxonomic Units (OTUs), which can be considered as equivalent to species. This strongly suggests a bad preservation of foraminiferal DNA downcore, likely due to the relatively “high” temperature of the study site (14°C), and/or to a methodological bias (e.g., insufficient amount of extracted sediment). In the total sedaDNA, more than 90% of the reads were assigned to monothalamids. In contrast, only a small number of mineralized taxa—highly dominant when identified using the morphological approach—were detected. This could be due to the naturally higher abundance of monothalamids compared to hard-shelled foraminifera. While this abundance is reflected in sedaDNA, it is not preserved in fossil morphological assemblages. In addition, the sedaDNA of monothalamids might be easier to extract and their barcode to amplify than hard-shelled foraminifera. The discrepancies between the microfossil data and sedaDNA also include several species (e.g., Ammonia confertitesta (T6), Elphidium oceanense (S3), Nonionella sp. T4 and Nonionella sp. T6) that were rarely or not found in the fossil material which might be an indication of the presence of propagules, morphologically undetected in the >63µm size fraction used. Finally, the presence of sequences of Ammonia confertitesta (T6) in the deep layer of the study core suggests that this species, considered until now as recently invasive in the European coast, could have been present in the Atlantic coast several thousand of years ago, way before any anthropogenic activity involving international shipping and commercial trades.
Gombessa 6 "Cap Corse" cruise: CTD profiles in Corsica, NW Mediterranean sea, July 2021

[Lien vers la fiche source] This dataset contains the CTD data collected during the GOMBESSA 6 cruise, from 1 to 12 July 2021, in Corsica, western Mediterranean, jointly by the Andromède océanologie (France) and MARBEC MARine Biodiversity, Exploitation and Conservation (France) teams. The full-depth CTD profiles were performed using an autonomous SeaBird SBE 19plus V2 SeaCAT Profiler CTD, from the Pionnier vessel belonging to Seaowl France and chartered by the French Navy. Nine stations, from the depth of 115 m to the surface, were sampled off the Corsica coasts (western Mediterranean basin) between latitude 43.11-43.74 °N and longitude 9.49-9.52 °E. The acquisition rate was 4 Hz. The accuracy, specified by the manufacturer, were ± 0.005 °C for temperature and ± 0.0005 S/m for conductivity. The dataset is provided in different formats (CSV, NetCDF, Ocean Data View collection), which contains, for each station the following parameters: - Depth [salt_water,m] - Temperature [ITS-90,deg-C] - pH - Salinity, Practical [PSU] - Conductivity [S/m] - Density [kg/m^3] - Oxygen [mL/L] - Oxygen_sat [% saturation] - Oxygen_umoll [umol/L] - Turbidity [NTU] - Fluorescence [mg/m^3] - Light [PAR/Irradiance] - QC (reference: OceanSITES quality flags http://www.oceansites.org/docs/oceansites_user_manual_version1.2.doc) - Julian Days and UTC time (yyyy-mm-ddThh:mm:ss.sss) The ZIP archives contain 1/ a map of stations 2/ the list of the ID stations, geographic coordinates and general metadata 3/ all raw data acquired, for all parameters, in CNV format, 4/ the downcasts and upcasts in CSV format, 5/ the upcasts only in ODV, 6/ NetCDF and 7/ TXT formats, and 8/ two vertical profile graphs including all stations (sea water temperature and oxygen). All data acquired are publicly accessible without any restriction (under CC-BY licence). The extracted data are accessible from this GOMBESSA 6 landing page with a downloadable ZIP file.
Messages et enseignements du projet Explore2 - Analyse de l’hydrologie de surface  selon les niveaux de réchauffement fixés par la TRACC

[Lien vers la fiche source] Ce document résume les principales conclusions sur l'évolution de variables climatiques et hydrologiques (surface) et des aléas hydroclimatiques, obtenues à l'issue du projet Explore2, analysées par niveau de réchauffement prescrit par la TRACC (réchauffement de +2,7 °C et +4 °C en France hexagonale et Corse par rapport aux niveaux préindustriels).
Conventions de subventions 2025 du Département de Maine-et-Loire

Données essentielles des conventions passées avec des organismes de droit privé pour l'octroi de subventions attribuées par le Département de Maine-et-Loire d'un montant supérieur à 23 000 euros, en 2025, au sens du décret n° 2017-779 du 5 mai 2017. Le jeu de données respecte le modèle de structure du [Socle Commun des Données Locales] (SCDL) : [cellules valides : 84.4%]
Automatic expansion of lexicon for organic residues valorization in emerging and developing countries

[Lien vers la fiche source] A previously created lexicon ([https://doi.org/10.18167/DVN1/HNZZSI]) was processed to: 1. combine existing synonymic terms into consolidated relevant terms, and 2. extract additional morphosyntactic variants from a corpus of 7,692 publications (titles and abstracts). The extraction of variants was based on the Fastr method (Jacquemin C., 1994), a driven linguistic approach that enables the extraction of term variants from full-text documents. The dataset contains two types of files: * "XX_consolidated": these files contain the lexicons built for three lists of relevant terms (OWT, TM and AV) after automatic consolidation with Fastr (sheet raw) and after manual validation (sheet validated). Terms are split into two columns: seed_terms and variants. The variants column contains terms from the lexicon that were considered synonyms of the corresponding seed_term. * "XX_variants_from_corpus": these files contain the lexicons' seed terms (from their consolidated version) along with the morphosyntactic variants extracted using the Fastr method. The code is openly accessible at: [https://github.com/SarahVal/FastrOrganicWastes/tree/main]. __________________________________________________________________ Jacquemin C. Fastr: a unification-based front-end to automatic indexing. In: Intelligent multimedia information retrieval systems and management - Volume 1, Le centre de hautes études internationales d’informatique documentaire, Paris, FRA, RIAO ’94, pp. 34–47, 1994
IWWOC Global Ocean Directional Wave Parameters Level 2S from SWIM onboard CFOSAT version 1 (superseded)

[Lien vers la fiche source] The main objective of the SWIM Level 2S (L2S) product is to provide along-track directional wave spectra measures, as well as the integrated parameters of the associated wave systems (wave length, significant wave height, direction), over the global ocean, as observed with SWIM instrument onboard CFOSAT. CFOSAT (Chinese French Ocean SATellite) is a french-chinese mission launched in 2018, whose aim is to provide wind (SCAT instrument) and wave (SWIM instrument) measurements over the sea surface. The wave spectra and their associated partitions are provided independently for each SWIM incidence (from 2° to 10°), together with the sigma0 resampled at a 20m resolution. They are complemented with information from the nadir beam such as the sigma0, wind speed, significant wave height or rain flag. The SWIM level 2S (L2S) product is generated in delayed mode, a few days after acquisition. It complements the Near-Real Time (NRT) L2 product delivered by the CWWIC center by providing an alternative and evolutive processing to test and implement quickly new algorithms for the wave inversion over the whole mission archive. These evolutions may take advantage of better ancillary data not available in NRT (ice mask product, best estimates of wind or wave model), of the combination with wind measurements from the onboard SCAT scatterometer. The product is also designed to handle complex situations such as coastal areas and heterogeneous seas. These complex situations are by nature of particular scientific interest (e.g. wind wave interactions, wave evolution in coastal region). **This dataset is now superseded by version 2 : check: https://sextant.ifremer.fr/geonetwork/srv/eng/catalog.search#/metadata/69d1b17d-78ab-44d2-b2fe-cf1a655d03c6** In order to be informed about changes and to help us keep track of data usage, we encourage users to register at: https://forms.ifremer.fr/lops-siam/access-to-iwwoc-cfosat-data/ The SWIM L2S product is generated and distributed by Ifremer / CERSAT in the frame of the Ifremer Wind and Wave Operation Center (IWWOC) co-funded by Ifremer and CNES and dedicated to the processing of the delayed mode data of CFOSAT mission.
IWWOC Global Ocean Directional Wave Parameters Level 2S from SWIM onboard CFOSAT version 2

[Lien vers la fiche source] The main objective of the SWIM Level 2S (L2S) product is to provide along-track directional wave spectra measures, as well as the integrated parameters of the associated wave systems (wave length, significant wave height, direction), over the global ocean, as observed with SWIM instrument onboard CFOSAT. CFOSAT (Chinese French Ocean SATellite) is a french-chinese mission launched in 2018, whose aim is to provide wind (SCAT instrument) and wave (SWIM instrument) measurements over the sea surface. The wave spectra and their associated partitions are provided independently for each SWIM incidence (from 2° to 10°), together with the sigma0 resampled at a 20m resolution. They are complemented with information from the nadir beam such as the sigma0, wind speed, significant wave height or rain flag. The SWIM level 2S (L2S) product is generated in delayed mode, a few days after acquisition. It complements the Near-Real Time (NRT) L2 product delivered by the CWWIC center by providing an alternative and evolutive processing to test and implement quickly new algorithms for the wave inversion over the whole mission archive. These evolutions may take advantage of better ancillary data not available in NRT (ice mask product, best estimates of wind or wave model), of the combination with wind measurements from the onboard SCAT scatterometer. The product is also designed to handle complex situations such as coastal areas and heterogeneous seas. These complex situations are by nature of particular scientific interest (e.g. wind wave interactions, wave evolution in coastal region). This version 2 improves the previous release in particular through a new empirical modulation transfer function (MTF) and better partitioning. The dataset is also lighter in size. It has been completely reprocessed from SWIM Level 1 archive. Note that the dataset is split on the access server in two different sub-versions (**2.0** for the L2S using Level 1 in OP06 version, **2.1** for the L2S using Level 1 in OP07 version). No major differences are expected. The SWIM L2S product is generated and distributed by Ifremer / CERSAT in the frame of the Ifremer Wind and Wave Operation Center (IWWOC) co-funded by Ifremer and CNES and dedicated to the processing of the delayed mode data of CFOSAT mission.
Gaze-EEG coregistration for intra-saccadic motion perception

[Lien vers la fiche source] This dataset contains the data used in the article « Nicolas, G., Kristensen, E., Dojat, M., Guérin-Dugué, A., Eye movement dynamics are a key factor for intra-saccadic motion perception, 17 November 2025, PREPRINT (Version 1) available at Research Square https://doi.org/10.21203/rs.3.rs-8116701/v1 ». It replicates the seminal experiment by Castet and Masson (2000) to investigate intra-saccadic motion perception of a stimulus optimized to activate the magnocellular pathway. The dataset includes synchronized EEG recordings (BrainAmp .vhr, .wmrk, .eeg-), eye movement data (EyeLink 1000, SR Research, .edf), behavioral data (.csv), 3D electrode positions (BrainVision CapTrak, .sfp) and stimulus description (.csv) from 29 participants who successfully completed the experiment. One .zip file per participant is provided (~350 Mo). Full experimental details are described in the associated preprint. These multimodal data (EEG, eye-tracking, behavior, electrode positions) enable replication, sources localization, meta-analyses, and advanced modeling of saccadic motion perception.
Population résidante permanente par  genre, nationalité et classe d'âge, dès 2010

Ce jeu de données présente la population résidante permanente du canton de Fribourg, ventilée selon le genre (hommes, femmes), la catégorie de nationalité (Suisse, Étranger), la classe d'âge quinquennale et le niveau géographique (district, commune), dès 2010. Les effectifs correspondent au nombre de personnes domiciliées dans le canton de Fribourg au 31 décembre de chaque année. La catégorie "Etranger" regroupe toutes les nationalités non suisses, sans distinction de pays. Les données sont harmonisées selon l'état territorial des communes. Jusqu'en 2021, elles n'incluent pas le territoire de l'ancienne commune bernoise de Clavaleyres, intégré à la commune fribourgeoise de Murten/Morat dès 2022. Pour plus d'informations sur la Statistique de la population et des ménages (STATPOP): [https://www.bfs.admin.ch/bfs/fr/home/statistiques/population/enquetes/statpop.assetdetail.35996266.html]
Stadt Neuss: Baumpflanzungen 2025

Für die Baumpflanzungen im Herbst 2025 wurden bewährte und empfohlene Arten und Sorten verwendet, die für die veränderten klimatischen Gegebenheiten in unserer Region geeignet sind. Beispiele sind Rotahorn, Purpurerle, Amberbaum, Hopfenbuche und Wollapfel. Die Aufteilung der Baumstandorte über das Neusser Stadtgebiet stellt sich wie folgt dar. Es sind 12 Stadtbezirke bei der Planung berücksichtigt worden, die sich jedoch über das Stadtgebiet verteilen und nicht zwingend zusammen hängend sind. Im Jahr 2026 finden die restlichen Stadtbezirke Berücksichtigung. Diese Regelung gilt nicht für Sonderprojekte und vereinbarte Baumspenden. Neu in diesem Jahr, ist die Stabilisierung des Baumes mit einer sogenannten niedrigen Anbindung. Diese ist in Skandinavien, Großbritannien und den Niederlanden schon Standard. Dabei wird der Baum in einer Höhe zwischen 80 bis 100cm über dem Boden mit einem Dreibock und Gurtbändern befestigt. Der Vorteil ergibt sich daraus, dass die Baumkrone und der Stammteil über der Anbindung schon an Wind und Windböen gewöhnt werden, während der untere Stammteil und der Wurzelballen, anders als bei der hier üblichen hohen Anbindung noch stärker stabilisiert sind. Dies mindert die Gefahr eines verrutschen oder bewegen des Wurzelballens und schließt ein ab- oder anreißen der sich neu bildenden Feinwurzeln aus.
Phenotyping data for rice lines edited in the resistance gene against rice yellow mottle disease, rymv1,  obtained from the Kitaake variety

[Lien vers la fiche source] The rice yellow mottle virus (RYMV, Sobemovirus RYMV) is one of the most devastating viral pathogens affecting rice production in Africa.The recessive resistance gene rymv1 encodes the eukaryotic translation initiation factor 4G isoform eIFiso4G1, which acts as a susceptibility factor. Its interaction with the viral VPg protein is essential for infection, and disruptive mutations in eIFiso4G1 are associated with resistance. While naturally occuring resistance alleles are predominantly found in the African cultivated species Oryza glaberrima, their use in breeding programs is limited by interspecific sterility barriers with the widely cultivated O. sativa. CRISPR-Cas9 technology offers new oppportunities to introduce targeted mutations in elite genotypes, already enabling the generation of knockout (KO) or insertion-deletion (Indel) mutations in susceptibility genes involved in several plant-virus interactions. The aim of our study was to evaluate whether CRIPSR-Cas9 could facilitate the development of eIFiso4G1 variants associated with RYMV resistance and contribute to breeding elite rice lines with durable resistance. Using the Kitaake genetic background, we developed lines carrying: (1) KO mutations in eIFiso4G1 and its homologous copy, eIFiso4G2, (2)Indel variants in the eIF(iso)4G1 region critical for interaction with the viral VPg protein. These lines were evaluated under controlled conditions for resistance to diverse RYMV isolates and for morphological traits. This dataset presents the phenotypic evaluation results.
Captures de truites fario (IAT) - Observatoire Sélune

[Lien vers la fiche source] L’ouverture des barrages va considérablement impacter le fonctionnement des populations de truites de la Sélune. Le rétablissement de la continuité écologique du fleuve modifiera les flux populationnels en autorisant la remontée plus en amont des truites de mer amphihalines et le déplacement des truites autochtones en aval et en amont des barrages. La population de truites est suivie sur un réseau de stations couvrant l’ensemble du bassin de la Sélune à l'aide d'un indice d’abondance, qui est effectué tous les 2 ans. Les campagnes de terrain respectent le protocole de pêche Vigitruite®, mis au point à l’INRA et destiné à être utilisé partout en France. Cet indice d’abondance, rapporté à la superficie d’habitats favorables sur le cours d’eau permet d’évaluer la quantité de truitelles présentes dans la rivière, issues de la reproduction naturelle des années passées. Ce tableau donne les données individuelles sur les truites capturées selon l'année d'étude.
Nuage de Points lidar par drone aérien de l’habitat naturel des récifs d’hermelles de Sainte-Anne (35)

[Lien vers la fiche source] Ce nuage de points en couleur naturelle de la zone d’intérêt des récifs d’hermelles de Sainte-Anne (Ille-et-Vilaine) provient d’un levé lidar par drone aérien réalisé le 8 septembre 2025.
Arbeitslose und Stellensuchende pro Monat nach Altersklasse, Geschlecht, Nationalität und NOGA Sektor ab 2015

Der Datensatz enthält monatliche Bestandszahlen zu arbeitslosen und stellensuchenden Personen, gegliedert nach Altersklasse, Geschlecht, Nationalität, Wirtschaftssektor gemäss NOGA sowie nach klar definierten arbeitsmarktstatistischen Metriken. Die beinhalteten Metriken sind: Langzeitarbeitslose; nicht arbeitslose Stellensuchende (gesamt) sowie die Unterkategorien PvB, übrige, Umschulung/Weiterbildung und Zwischenverdienst; registrierte Arbeitslose; registrierte Stellensuchende. Der Entstehungszusammenhang ist die amtliche Schweizer Arbeitsmarktstatistik. Die Datenquelle ist das Staatssekretariat für Wirtschaft SECO; die inhaltlichen Abgrenzungen der Metriken folgen den offiziellen SECO-Definitionen. Zur Datenqualität ist festzuhalten, dass fehlende Werte (NA) auftreten und einzelne Merkmalskombinationen mit dem Wert 0 ausgewiesen sind. Der räumliche Bezug der Daten beschränkt sich auf den Kanton Thurgau; der zeitliche Umfang beginnt ab dem Jahr 2015. Die Daten werden täglich automatisch mit den Daten von amstat.ch synchronisiert. Datenquelle: Amt für Wirtschaft und Arbeit Kanton Thurgau
Kennzahlen zur Kurzarbeit pro Monat nach Betriebsgrösse und NOGA Subgruppe ab 2004

Der Datensatz enthält monatliche Kennzahlen zur Kurzarbeit ab dem Jahr 2004, gegliedert nach Betriebsgrössenklassen und NOGA-Subgruppen. Er umfasst verschiedene Metriken wie die Anzahl betroffener Arbeitnehmer, Ausfallstunden, ausbezahlte Beträge sowie die Anzahl Betriebe und Betriebsabteilungen im Zusammenhang mit der Kurzarbeitsentschädigung (KAE). Die Daten stammen aus der amtlichen Statistik des Staatssekretariats für Wirtschaft (SECO) und basieren auf administrativen Prozessen der Kurzarbeitsentschädigung, insbesondere den Systemen ASAL und AVAM, einschliesslich genehmigter Fälle. Zur Datenqualität ist festzuhalten, dass einzelne Merkmalskombinationen fehlende Werte (NA) enthalten, was auf nicht verfügbare oder nicht erhobene Angaben hinweist. Der räumliche Bezug der Daten ist auf den Kanton Thurgau beschränkt. Die Daten werden täglich automatisch mit den Daten von amstat.ch synchronisiert. Datenquelle: Amt für Wirtschaft und Arbeit Kanton Thurgau
Anzahl Aussteuerungen pro Monat nach Altersklasse, Geschlecht und Nationalität ab 2020

Der Datensatz enthält monatliche Zählwerte zu Aussteuerungen in der Arbeitslosenversicherung, gegliedert nach Altersklasse, Geschlecht und Nationalität. Die ausgewiesene Metrik „Anzahl Aussteuerungen“ gibt die Anzahl Personen an, deren Anspruch auf Arbeitslosentaggelder im jeweiligen Monat endet. Die Zuordnung erfolgt zu dem Monat, in dem das letzte Taggeld bezogen wurde. Der Entstehungszusammenhang ist die amtliche Schweizer Arbeitsmarktstatistik. Die Daten stammen aus dem Statistiksystem amstat und werden vom Staatssekretariat für Wirtschaft SECO publiziert. Die inhaltliche Abgrenzung der Aussteuerung folgt den offiziellen Definitionen der Arbeitslosenversicherung, insbesondere zu Höchstanspruch, Rahmenfrist und Sonderregelungen. Der räumliche Bezug der Daten ist auf den Kanton Thurgau beschränkt. Der zeitliche Umfang beginnt ab dem Jahr 2020. Die Daten werden täglich automatisch mit den Daten von amstat.ch synchronisiert. Datenquelle: Amt für Wirtschaft und Arbeit Kanton Thurgau