AndreaBozzo/ceres-open-data-index huggingface dataset:
Abdominal in vivo metrics derived from axial dynamic MRI of healthy participants

[Lien vers la fiche source] This dataset presents different abdominal metrics including visceral area, abdominal muscles lengths, thicknesses, radial displacements, radial and circumferentials strains. The considered abdominal muscle groups are rectus abdominis and lateral muscles. This dataset was derived from the segmentation masks of dynamic MRI of twenty healthy participants performing three different exercises: breathing, coughing and the Valsalva maneuver (corresponding dataset: https://doi.org/10.57745/CTM9BO). Specific timepoints (corresponding dataset: https://doi.org/10.57745/JLI4DP) were used to compute the current dataset. Please look at the README file for more informations.
Dataset of Ixodes ricinus ticks in the Auvergne-Rhône-Alpes region (France)

[Lien vers la fiche source] The database represents the number of Ixodes ricinus ticks collected monthly in April, May and June 2018 by the dragging method on routes identified in forests of the Auvergne-Rhône-Alpes region (France). The information in this dataset on the local abundance of questing I. ricinus ticks can be used to determine the best way to collect data in the field based on the sampling rate and vegetation type.
Dynamic axial Magnetic Resonance Imaging (MRI) of healthy abdominal wall

[Lien vers la fiche source] This dataset contains anonymized axial magnetic resonance imaging (MRI) data of abdominal region of twenty healthy in vivo participants performing three exercises: breathing, coughing and Valsalva. This dataset includes anatomical MRI slices and corresponding segmented masks, providing insights into muscle activity and anatomical structures under different exercise conditions. Please look at the README file for more informations
Votation – Votation mars 2025 - Résultats - Questions locales

Résultats de la votation du 23 mars 2025 – Questions locales A l’occasion de la votation du dimanche 23 mars 2025, plusieurs mairies d’arrondissement ont, conformément au règlement de la votation, soumis une question d’intérêt local au vote des électeurs de leur arrondissement. L’organisation de cette votation était placée sous le contrôle d'une commission de contrôle indépendante. La votation s'est déroulée dans 218 bureaux de vote, répartis sur 34 sites. Les questions dites d’arrondissement posées le 23 mars 2025 étaient : * Paris Centre : Pour ou contre introduire davantage de commerces de proximité, de logements et de végétalisation sur l’île de la Cité ? * 10e arrondissement : Pour ou contre la transformation des portes Saint-Martin et Saint-Denis en places végétalisées et piétonnisées ? * 11e arrondissement : Pour ou contre la réalisation d’au moins un cœur piéton dans chaque quartier du 11e arrondissement ? * 14e arrondissement : Pour ou contre l’expérimentation d’une caisse alimentaire solidaire dans le 14e arrondissement ? * 17e arrondissement : Pour ou contre l’expérimentation dans le 17e arrondissement de technologies numériques afin d’optimiser les consommations énergétiques de l’éclairage public et faciliter l’entretien de l’espace public ? * 19e arrondissement : Pour ou contre la création d’un jardin du souvenir pour les animaux de compagnie dans le 19e arrondissement ? * 20e arrondissement : Pour ou contre la création d’un conseil des enfants du 20e arrondissement doté de prérogatives dans le champ de l’enfance et des familles ? Les fichiers des résultats de la votation comprennent : * Nombre d’inscrits * Nombre d’émargements * Nombre de votants * Nombre de votes blancs * Nombre de votes nuls * Nombre de suffrages exprimés * Nombre de votes Pour * Nombre de votes Contre
Votation – Votation mars 2025 - Pour ou contre végétaliser et rendre piétonnes 500 nouvelles rues dans Paris, réparties dans tous les quartiers ?

Résultats de la votation du 23 mars 2025 - Question dite parisienne Le dimanche 23 mars 2025, la Ville de Paris a organisé une votation sur végétalisation et la piétonisation des rues de Paris. La votation s'est déroulée dans 218 bureaux de vote, répartis sur 34 sites. Ces bureaux de vote, dont le nombre a été proposé par chaque mairie d’arrondissement, ont permis de repartir la totalité des électeurs concernés. L’organisation de cette votation était placée sous le contrôle d'une commission de contrôle indépendante. Les fichiers des résultats de la votation comprennent : * Nombre d’inscrits * Nombre d’émargements * Nombre de votants * Nombre de votes blancs * Nombre de votes nuls * Nombre de suffrages exprimés * Nombre de votes Pour * Nombre de votes Contre
Metagenetic data and bacterial quantification of 310 Label Rouge broiler carcass samples

[Lien vers la fiche source] The dataset provides the 16S metagenetic data of sequencing of 310 Label Rouge broiler carcass samples, collected in a French slaughterhouse between 2023 and 2024. It includes 16S rRNA metabarcoding data from broiler carcass rinses before and after 7 days of storage at 4°C. Amplicons from the region V3-V4 of 16S rRNA were sequenced with Illumina MiSeq technology. The dataset also includes Campylobacter et Total Mesophilic Aerobic flora quantification on agar plates before and after refrigerated storage. The data were collected to identify bacterial species that correlate positively or negatively with Campylobacter on chicken meat.
Example National Road Database (Wildlife Fences for roads in Umeå)

If you want information about roads and railways in the municipality, you can find it via the Swedish Transport Administration (Trafikverket). Trafikverket’s open data contains a wide range of information about roads and railways. This dataset contains information about wildlife fences in the municipality. You can find more information about their open data here: [https://www.trafikverket.se/e-tjanster/hamta-data-fran-trafikverket/] This is an example of the data that can be retrieved. Please note that this dataset is not regularly updated by this portal. For up-to-date information, we refer you directly to Trafikverket.
CDC-Actualites Ambizione Digitale

Présentation des données issues du flux RSS du site Ambizione Digitale de la Direction de la Transformation et de l'Aménagement Numérique Dans le cadre de sa mission de modernisation et de transformation numérique, la Direction de la Transformation et de l'Aménagement Numérique diffuse régulièrement des informations essentielles concernant ses projets, ses initiatives et ses actions sur le site [Ambizione Digitale]. Afin de faciliter l’accès à ces actualités, un flux RSS est mis à disposition des utilisateurs. Ce flux RSS offre un accès instantané et automatisé aux dernières publications et mises à jour relatives à la transformation numérique des territoires, l’aménagement digital des infrastructures et l’implémentation des nouvelles technologies. Il permet aux abonnés de suivre en temps réel les évolutions des projets numériques portés par cette direction, qu'il s'agisse de nouveaux développements, de politiques publiques en matière de numérique, ou encore d'initiatives visant à renforcer la transition digitale des collectivités. ### Caractéristiques du flux RSS : * Actualités en temps réel : Les dernières nouvelles concernant les projets numériques, les événements à venir et les annonces importantes sont immédiatement disponibles. * Accès facilité : Le flux RSS permet une lecture directe des titres et résumés des articles, avec des liens vers les contenus détaillés sur le site Ambition Numérique. * Suivi des initiatives : Vous pouvez suivre spécifiquement les projets en lien avec l'aménagement numérique, les investissements en infrastructures digitales, et les stratégies de transformation numérique des administrations publiques.
PerCorsi di memoria

La toponomastica di un territorio rappresenta una mappa d’identità che documenta le diverse stratificazioni della storia, degli eventi e dei protagonisti che si sono voluti tramandare. PerCorsi di Memoria è un progetto a cura di Roberto Pasquali Associazione A.I.P.I. con il contributo di Comune di Bologna e A.N.P.I.; in collaborazione con Istituti Scolastici di primo e secondo grado di Bologna; Istituto Storico Parri; Museo Civico del Risorgimento; Archivio Storico; A.N.P.P.I.A.; Ass. OTTOmani.
NOAA Current Warnings

National Weather Service Data for current warnings. Watch- A watch is used when the risk of a hazardous weather or hydrologic event has increased significantly, but its occurrence, location, and/or timing is still uncertain. It is intended to provide enough lead time so that those who need to set their plans in motion can do so. Warning- A warning is issued when a hazardous weather or hydrologic event is occurring, is imminent, or has a very high probability of occurring. A warning is used for conditions posing a threat to life or property. Advisory- The expected weather condition has a pretty good chance of occurring, even a likely chance of occurring, but typically an advisory is used for less severe type of weather conditions. A WindAdvisory might be issued or a Freezing Rain Advisory issued instead of a High Wind Warning or an ice Storm Warning. Update frequency: Every 5 minutes.
NOAA Watches Warnings

National Weather Service Data for watches and warnings. Watch- A watch is used when the risk of a hazardous weather or hydrologic event has increased significantly, but its occurrence, location, and/or timing is still uncertain. It is intended to provide enough lead time so that those who need to set their plans in motion can do so. Warning- A warning is issued when a hazardous weather or hydrologic event is occurring, is imminent, or has a very high probability of occurring. A warning is used for conditions posing a threat to life or property. Advisory- The expected weather condition has a pretty good chance of occurring, even a likely chance of occurring, but typically an advisory is used for less severe type of weather conditions. A Wind Advisory might be issued or a Freezing Rain Advisory issued instead of a High Wind Warning or an ice Storm Warning. Update Frequency: Every 5 minutes
Milos Shallow Water Hydrothermal System: Autonomous temperature records (Summer2019 fieldwork)

[Lien vers la fiche source] Raw temperature files from the Milos shallow water hydrothermal fields acquired in Paleochori Bay, Summer 2019 (23-27 Sep 2019). Files are separated in two folders : "Hexagon" study site in Paleochori Bay, and "Paleochori_Bay" for the remaining of the sites. Records are given by temperature sensor type (NKE, ThermalBlanket, WHOI_HighT), and include time-stamps (UTC time) and the temperature reading (in °C), in text or csv files. The Hexagon was studied during 2019 Milos Fieldwork in dives 1, 2 and 3 using NKE and WHOI_HighT sensors along with a thermal blanket. Paleochori Bay was studied during dives 4, 5 and 6 using NKE sensors only. Table S1 and S2 provide details of all the deployments, and of the temperature values reported in the paper. These tables also provide the start and end time for each deployment, as well as the corresponding instrument.
3D textured Digital Outcrop Models along the Amorgos Fault scarp (Aegean Sea, Greece) - Dive 244-01 - AMORGOS-23 cruise

[Lien vers la fiche source] The AMORGOS-23 cruise (https://doi.org/10.17600/18003211) was conducted onboard R/V Europe from April 26th 2023 to May 9th 2023. Using HROV Ariane equipped with 4K cameras, we surveyed the main active faults between Amorgos and Anafi islands in order to identify and quantify recent deformation of the seafloor linked to the 1956 Amorgos earthquake. During dive 244-1, we surveyed the steepest scarp of the Amorgos fault, along its central segment. We provide here seven scaled Digital Outcrop Models (in .obj format) calculated from the HROV videos with MATISSE 3D software. There location (model origin) is also provided in a table, together with information about the portions of the videos used to produce the models. Due to incomplete navigation data, the models are not properly oriented.
ODEMAR cruise: ROV Victor photomosaics - French Antilles - GEOTIFFS (blended & renavigated, UTM 20N)

[Lien vers la fiche source] Photomosaics acquired by ROV Victor during ODEMAR cruise, Dive #563, with OTUS camera (B&W) vertically mounted. Track follows the Roseau Fault (French Antilles, off Les Saintes islands). GEOTIFFS projected in WGS84 UTM Zone 20N.
Milos Shallow Water Hydrothermal System: Shapefiles for AUV and Drone photomosaic interpretations and instrument locations

[Lien vers la fiche source] This dataset inscludes shapefiles interpreted from photomosaics over the Milos shallow water hydrothermal system, and instrument locaitons, from fieldwork in July and September 2019. The shapefiles are organized by study areas (Agia Kyria, Paleochori, and Spathi bays). Details are provided in the associated paper (Puzenat et al., 2021) in addition to information in the Readme File associated. a) Shapefiles of seafloor textures interpreted from drone imagery. b) Shapefiles of seafloor texttures interpreted from AUV imagery. c) Shapefiles of instruments deployed in the study area in September 2019.
Lucky Strike segment (Mid-Atlantic Ridge) - WHOI Towcam seafloor photomosaic (Graviluck 2006 Cruise): ~1-cm resolution colour geotiffs from navigation-based photomosaics (UTM zone 25 projection)

[Lien vers la fiche source] Colour seafloor photomosaics along towed camera tracks crossing the axis of the Lucky Strike ridge segment (Mid Altantic Ridge). Images were acquired with the WHOI TowCam system (https://www.whoi.edu/what-we-do/explore/underwater-vehicles/towed-vehicles/towcam/), during the Graviluck 2016 cruise. Images are process for colour and illumination correction. Images are placed and photomosaiced based on USBL navigation of the TowCam, altitude, and orientation. The datasets include geotiffs for each of the tracks. To be cited: cited: Gini et al. (submitted); Escartin et al. (2008; 2014).
ODEMAR shipboard Pourquoi Pas? multibeam bathymetry

[Lien vers la fiche source] Multibeam bathymetry data, gridded at 40m, acquired around the 13°20'N and 13°30'N oceanic detachments along the Mid-Atlantic Ridge. Bathymetric data was acquired by the PourQUoi Pas? multibeam system (RESON 7150). Data is provided as a grid in GRD format (GMT NETCDF). grdinfo of the file: - ODEMAR_Shipboard_Bathymetry_40m.grd: Title: Bathy_40m.grd - ODEMAR_Shipboard_Bathymetry_40m.grd: Command: File written by MATLAB function grdwrite2.m - ODEMAR_Shipboard_Bathymetry_40m.grd: Remark: Created 22-Nov-2014 16:35:13 - ODEMAR_Shipboard_Bathymetry_40m.grd: Gridline node registration used [Cartesian grid] - ODEMAR_Shipboard_Bathymetry_40m.grd: Grid file format: nf = GMT netCDF format (32-bit float), COARDS, CF-1.5 - ODEMAR_Shipboard_Bathymetry_40m.grd: x_min: -45.14293893 x_max: -44.77177893 x_inc: 0.00036 name: x nx: 1032 - ODEMAR_Shipboard_Bathymetry_40m.grd: y_min: 13.20017553 y_max: 13.62389553 y_inc: 0.00036 name: y ny: 1178 - ODEMAR_Shipboard_Bathymetry_40m.grd: z_min: -4498.29248047 z_max: -1935.33117676 name: z - ODEMAR_Shipboard_Bathymetry_40m.grd: scale_factor: 1 add_offset: 0 - ODEMAR_Shipboard_Bathymetry_40m.grd: format: classic
Microbathymetry from AUV and ROV Surveys (MOMARETO'06, MOMAR'08-Leg1 and BATHYLUCK'09 cruises) along the Lucky Strike ridge segment (Mid Atlantic Ridge)

[Lien vers la fiche source] Multibeam near-bottom bathymetry from the Lucky Strike ridge segment along the Mid-Atlantic Ridge. The bathymetry data were acquired during AUV Asterx and ROV Victor6000 surveys during three different cruises (MOMARETO 2006, MOMAR'08-Leg1, & BATHYLUCK'09). The dataset includes a central grid (LuckyStrike_microbathymetry_Centre) that combines data from several AUV and ROV dives, and where original bathymetry grids for each dive have been manually shifted and combined into a single grid, using other datasets (shipboard bathymetry, acoustic sonar data from the Lustre'96 data) for geographical reference. The rest of the grids are from individual ROV or AUV dives. All grids are provided in NETCDF GMT .grd format, and with two associated GEOTIFFS with both the bathymetry DEM and the hillside (illumination) file. All grids are given in WGS84 (WGS 84 - WGS84 - EPSG:4326).
Lucky Strike hydrothermal field (Mid-Atlantic Ridge at ~37.25°N) - OTUS Victor photomosaic (Bathyluck 2009 Cruise): ~1-cm resolution B&W geotiffs (UTM zone 25 projection)

[Lien vers la fiche source] Black and white seafloor photomosaic of the Lucky Strike hydrothermal field and the ridge axis to the South, acquired with VICTOR6000 during the Bathyluck 2009. Individual still images were matched, corrected for uneven illumination, renavigated and blended for a seamless photomosaic. This data release includes partial geotiffs covering the whole surveyed area. To be cited: Gini et al. (submitted); Barreyre et al. (2012); Escartin et al. (2013); Escartín et al. (2015).
Arc-en-Sub: Seafloor current meter records at Rainbow Massif (AES_C01, AES_C02A, AES_C02B), May 2022

[Lien vers la fiche source] Current meter Nortek Aquadopp data. Data for 2 current meter deployments of NORTEK Aquadopp instruments at the Rainbow Massif. Instruments where kindly provided by the Parc National d'Instrumentation Océanographique de l'INSU. Data is provided in 2 sets of files, corresponding to deployments AES_C01 and AES_C02. The instruments where installed in a broadband OBS (BBOBS) from the INSU OBS National Park. Deployment AES_C02 includes two lowerings (see information below, indicated as deployments AES_C02A and AES_C02B). AES_C01 with current meter serial number : A6L6094 (head) AQD11097 (Hardware), deployed on BB03 with deployment AES_B01_BB3. Bottom position: 36.23544°N, 33.91036°W, 2505 m waterdepth. AES_C02_A with current meter serial number : A6L6127 (head) AQD11247 (Hardware), deployed on BB02, deployment AES_B03_BB02. Bottom position: 36.22233°N, 33.87996°W, 1950m waterdepth. AES_C02_B with current meter serial number : A6L6127 (head) AQD11247 (Hardware), deployed on BB02, deployment AES_B06_BB02. Bottom position: 36.2020833°N, 33.8118833°W, 2557m waterdepth. Data are provided in two zipped files that include: AESC0101.aqd: Aquadopp binary file AESC0101.dat: Ascii table of data - full record AESC0101.dia: Aescii data file - partial record AESC0101.hdr: Instrument parameter information and description of columns in AESC0101.dat AESC0101.mat: Matlab file corresponding to AESC0101.dat AESC0101.ssl: Log of instrument (error and info messages) In addition to several instrument logs: AESC01_start.log AES_C01_deploy.dep AESC01_start.dep The ascii file contains 27 columns as follows: 1 Month (1-12) 2 Day (1-31) 3 Year 4 Hour (0-23) 5 Minute (0-59) 6 Second (0-59) 7 Error code 8 Status code 9 Velocity (Beam1|X|East) (m/s) 10 Velocity (Beam2|Y|North) (m/s) 11 Velocity (Beam3|Z|Up) (m/s) 12 Amplitude (Beam1) (counts) 13 Amplitude (Beam2) (counts) 14 Amplitude (Beam3) (counts) 15 Battery voltage (V) 16 Soundspeed (m/s) 17 Soundspeed used (m/s) 18 Heading (degrees) 19 Pitch (degrees) 20 Roll (degrees) 21 Pressure (dbar) 22 Pressure (m) 23 Temperature (degrees C) 24 Analog input 1 25 Analog input 2 26 Speed (m/s) 27 Direction (degrees)
Milos Shallow Water Hydrothermal System: Drone seafloor photomosaics (July/September 2019 fieldwork)

[Lien vers la fiche source] Drone photomosaics of the seafloor at the shallow-water Milos hydrothermal system. Photomosaics were acquired with a Phantom and a Mavic Pro drone. Images were acquired in July and September 2019. Photomosaics are provided as geotiffs (UTM Zone 35).
Milos Shallow Water Hydrothermal System: AUV seafloor photomosaics (July 2019 fieldwork)

[Lien vers la fiche source] AUV photomosaics of the seafloor at the shallow-water Milos hydrothermal system. Photomosaics were acquired with the Sparus II (Iqua, Girona) AUV and constructed from vertically acquired still images. Images were acquired in July 2019 at the Paleochori and Spathi Bays. Photomosaics are provided as geotiffs (UTM Zone 35). This dataset includes both original photomosaics, that show distortions due to AUV navigation drift, and georeferenced photomosaics, that have been registered with the associated drone photomosaics at these same areas.
Arc-en-Sub: Seafloor pressure and temperature record at Rainbow Massif (AES_P01), 6-26 May 2022

[Lien vers la fiche source] Pressure and temperature records from the proximity of the Rainbow hydrothermal site. The record spans from 8th to 26th May 2022. Data were acquired with an RBR Duet pressure sensor lent by PNIO. The pressure sensors was deployed on a broad band OBS (BBOBS) from the INSU national OBS parc at IPGP. Datafiles includes the full raw data file, and a file with only the record at the seafloor, after removing the ascent and the descent of the instrument, attached to the BBOBS) The seafloor position of the OBSs is: 36.23544°N, 36.91036°W, 2505 m waterdepth (~2538 m average depth recorded in this record).
Replication data for: Phase field study of the effective fracture energy increase during dynamic crack propagation in disordered heterogeneous materials.

[Lien vers la fiche source] Here are the data used for the creation of the figures of the article «Phase field study of the effective fracture energy increase during dynamic crack propagation in disordered heterogeneous materials.» Some more data are included. The data were obtained with numerical simulations of a phase field model of crack propagation in a disordered material composed of spherical heterogeneities of a given radius placed randomly in a matrix. The heterogeneities elastic moduli are smaller than the matrix ones. Data are mostly position of the crack front during the dynamic crack propagation.
Energie et développement durable

Ce jeux de données indique les caractéristiques des parkings Saemes en faveur de l’environnement. Notamment : - l'éclairage par LED permettant -30% de consommation électrique et avec détection de présence permettant (-13% supplémentaires) - l'utilisation d'une électricité 100% renouvelable (éolienne, hydraulique, solaire) - le tri sélectif des déchets - le contrôle de la qualité de l'air CO et NOx (NO et NO2) - et même l'emplacement de nos ruches produisant le fameux Miel Automobeele Saemes est le premier exploitant de parkings certifiée ISO 14001 Management Environnemental.
Replication data for Impact of a Brief Early-life Motor Training on Mouse Neuromuscular Development.

[Lien vers la fiche source] Replication data for the paper entitled: Impact of a Brief Early-life Motor Training on Mouse Neuromuscular Development published in PloS Biology. Electrophysiological data from lumbar motoneurons recorded in newborn mice, analysis of myelin sheath and MyHC in hindlimb muscles.
Installations accueillant des déchets d'activités économiques (DAE) en Pays de la Loire

Ce jeu de données correspond à la liste des installations ligériennes ayant accueilli des déchets d'activités économiques en 2022. Cette liste d'installation a été établie à partir des déclarations aux enquêtes et registres suivants : - Enquête Traitement 2022 réalisée par l'observatoire TEO Pays de la Loire auprès des installations de traitement des déchets non dangereux : UVE, ISDND, Centres de tri (tri automatisé et tri au grappin), Plateformes de compostage, Unités de préparation de CSR, Chaufferie CSR, Co-incinération en cimenterie, Centres de transit et déchèteries professionnelles. Cette enquête a été réalisée en 2023 sur les données 2022. - Données de bilans annuels 2022 remis à la DREAL dans la cadre de l'enquête des installations de valorisation du biogaz en fonctionnement : seuls les méthaniseurs ayant accepté des déchets d'activités économiques (type IAA, hors déchets agricoles) en 2022 ont été pris en compte. - Registre GEREP / IREP Eliminateur 2022 : identification des récupérateurs de métaux Seules les installations ayant déclarés avoir admis des déchets d'activités économiques sont listées dans ce jeu de données. Le jeu de données a été publié le 05/03/2024. 03/04/2025 : Mise à jour du jeu de données : ajout de l'entreprise LVL (collecte et de tri des consommables d’impression)