AndreaBozzo/ceres-open-data-index huggingface dataset:
906978a3-63b0-484f-b0ca-7da573761db1

[Lien vers la fiche source] Bathymétrie de la mer Tyrrhénienne en Méditerranée, au pas de 30 mètres. Ces jeux de données sont des Modèles Numériques de Terrain bathymétriques, issus de l'acquisition acoustique du sondeur multifaisceau EM122 de l'Atalante. Quatre MNT sont disponibles : - mont sous-marin Sergey Vasilov - bassin Propeller (bassin Paola) - mont sous-marin Palinuro - mont sous-marin Marsili Référence verticale : Niveau observé des mers Rapport de traitement : Guerin Charline (2025). ULYXDEMO24 Leg2 - Traitement des données SMF coque et Ulyx. REM/GEOOCEAN/ANTIPOD/25-01 Description de la campagne : RAUGEL Ewen, ESCARTIN Javier (2024) ULYXDEMO 2024 cruise, RV L'Atalante, https://doi.org/10.17600/18003780
A dataset for estimating genetic change following artificial selection of ears of maize landraces by old farmers from the French Pyrenees

[Lien vers la fiche source] This dataset is related to the study: " Seed management and selection in old maize landraces from the French Pyrenees: ethnobotanical survey and selection experiment" by Gouesnard et al. (published in 2025). We asked old farmers who had cultivated maize populations to select 15 ears from 150 exposed ears. Four maize populations were included in the study. The data include the description of the 150 ears shown to the old farmers and of the 15 ears selected by each of them, as well as the dataset for estimating the narrow sense heritability of ear morphological traits, based on a full-sib half-sib design. All files were used to estimate the expected genetic change after one generation of mass selection using the farmers’ selection criteria.
Cadastre-napo-Nimes_FeuillesSection

Ce jeu de données, contenant les feuilles de section du cadastre napoléonien, produit par Catherine Fruchart, contient les données obtenues à partir du géoréférencement du cadastre ancien de Nîmes (1825). Ce travail a été réalisé dans le cadre du programme de recherche PARCEDES sur l’histoire des parcellaires agraires (« Parcellaires agraires et dynamiques d’exploitation du sol dans la longue durée ») et financé par l’ANR.
Cadastre-napo-Nimes_hydronymes

Ce jeu de données, contenant les hydronymes du cadastre napoléonien, produit par Catherine Fruchart, contient les données obtenues à partir du géoréférencement du cadastre ancien de Nîmes (1825). Ce travail a été réalisé dans le cadre du programme de recherche PARCEDES sur l’histoire des parcellaires agraires (« Parcellaires agraires et dynamiques d’exploitation du sol dans la longue durée ») et financé par l’ANR.
Cadastre-napo-Nimes_odonymes

Ce jeu de données, contenant les odonymes du cadastre, produit par Catherine Fruchart, contient les données obtenues à partir du géoréférencement du cadastre ancien de Nîmes (1825). Ce travail a été réalisé dans le cadre du programme de recherche PARCEDES sur l’histoire des parcellaires agraires (« Parcellaires agraires et dynamiques d’exploitation du sol dans la longue durée ») et financé par l’ANR.
Hydrological and hydrochemical data collected from Van Uc River and estuary (Vietnam), 12-14 December 2017

[Lien vers la fiche source] These data were collected in the frame of Violaine Piton's PhD at LEGOS (Toulouse, France), whose subject is to study the dynamics and sediment transport along the estuary-coastal area continuum. The evolution of the Red River delta in terms of siltation, erosion and accretion of its estuaries and coastlines constitute a major concern, as the delta is the most populated region of Vietnam, and is the second-most important rice-producing region of the country. The Red River was ranked as the ninth river in the world in terms of sediment discharge but the construction of two dams across the river in the 1980s caused a reduction of sediment discharge from 145-160 Mt y-1 in the 1970s (Milliman and Meade, 1983) to 40 Mt y-1 nowadays (Le et al., 2007; Vinh et al. 2014; Wei et al., 2019). In order to explore the seasonal and tidal changes in flow and suspended matter dynamics in the tropical and macrotidal Van Uc river estuary (North Vietnam) and in order to better understand the sediment delivery to the ocean and the processes behind the estuarine siltation, four in-situ measurement campaigns were carried out in 2017. The campaigns took place during the contrasting high flow and low flow seasons, for each during neap and spring tides. This dataset corresponds to the dry season, neap tide. Water and suspended matter fluxes, salinity, turbidity and particle size distribution (PSD) were measured for 24h at three cross sections along the estuary. These three stations (ST1, ST2 and ST3) are spaced by 10km. ST1 is located near to the river mouth while ST3 is the further upstream. Each station was sampled for 24 hours with cross-river transects measurements every two hours to cover a full diurnal tidal cycle, starting at ST1 and finishing at ST3. Each series of measurements consisted of four different steps. Firstly, cross river velocity profiles were measured will a hull-mounted, downward-looking, 1200 kHz Acoustic Doppler Current Profiler (ADCP RDI Workhorse in bottom tracking mode). Secondly, vertical profiles of conductivity and temperature were measured for each transect, in the deep channel at the middle of the river, using a CTD Compact-CTD (ASTD687, Alec Electronics Co., Nishinomiya, Japan, now released by JFE Advantech Co., Nishinomiya, Japan, as Rinko-Profiler) at a frequency of 0.1 Hz. Thirdly and parallel to CTD measurements, depth profiles of floc size distribution and concentration were measured using an in-situ laser scattering and transmissometry instrument with a 90% path reduction module (LISST-100X, type B, Sequoia Scientific Inc., Bellevue, WA, USA). Fourthly, in order to study the relationship between turbidity and suspended particulate matter concentration, water samples (~1 L) near subsurface (~1.5 m depth) were collected every four hours with a Niskin bottle. Turbidity of these samples were measured onboard using a Hach 2100Q Turbidimeter.
Hydrological and hydrochemical data collected from Van Uc River and estuary (Vietnam), 26-28 August 2017

[Lien vers la fiche source] These data were collected in the frame of Violaine Piton's PhD at LEGOS (Toulouse, France), whose subject is to study the dynamics and sediment transport along the estuary-coastal area continuum. The evolution of the Red River delta in terms of siltation, erosion and accretion of its estuaries and coastlines constitute a major concern, as the delta is the most populated region of Vietnam, and is the second-most important rice-producing region of the country. The Red River was ranked as the ninth river in the world in terms of sediment discharge but the construction of two dams across the river in the 1980s caused a reduction of sediment discharge from 145-160 Mt y-1 in the 1970s (Milliman and Meade, 1983) to 40 Mt y-1 nowadays (Le et al., 2007; Vinh et al. 2014; Wei et al., 2019). In order to explore the seasonal and tidal changes in flow and suspended matter dynamics in the tropical and macrotidal Van Uc river estuary (North Vietnam) and in order to better understand the sediment delivery to the ocean and the processes behind the estuarine siltation, four in-situ measurement campaigns were carried out in 2017. The campaigns took place during the contrasting high flow and low flow seasons, for each during neap and spring tides. This dataset corresponds to the wet season, neap tide. Water and suspended matter fluxes, salinity, turbidity and particle size distribution (PSD) were measured for 24h at three cross sections along the estuary. These three stations (ST1, ST2 and ST3) are spaced by 10km. ST1 is located near to the river mouth while ST3 is the further upstream. Each station was sampled for 24 hours with cross-river transects measurements every two hours to cover a full diurnal tidal cycle, starting at ST1 and finishing at ST3. Each series of measurements consisted of four different steps. Firstly, cross river velocity profiles were measured will a hull-mounted, downward-looking, 1200 kHz Acoustic Doppler Current Profiler (ADCP RDI Workhorse in bottom tracking mode). Secondly, vertical profiles of conductivity and temperature were measured for each transect, in the deep channel at the middle of the river, using a CTD Compact-CTD (ASTD687, Alec Electronics Co., Nishinomiya, Japan, now released by JFE Advantech Co., Nishinomiya, Japan, as Rinko-Profiler) at a frequency of 0.1 Hz. Thirdly and parallel to CTD measurements, depth profiles of floc size distribution and concentration were measured using an in-situ laser scattering and transmissometry instrument with a 90% path reduction module (LISST-100X, type B, Sequoia Scientific Inc., Bellevue, WA, USA). Fourthly, in order to study the relationship between turbidity and suspended particulate matter concentration, water samples (~1 L) near subsurface (~1.5 m depth) were collected every four hours with a Niskin bottle. Turbidity of these samples were measured onboard using a Hach 2100Q Turbidimeter.
Hydrological and hydrochemical data collected from Van Uc River and estuary (Vietnam), 06-08 December 2017

[Lien vers la fiche source] These data were collected in the frame of Violaine Piton's PhD at LEGOS (Toulouse, France), whose subject is to study the dynamics and sediment transport along the estuary-coastal area continuum. The evolution of the Red River delta in terms of siltation, erosion and accretion of its estuaries and coastlines constitute a major concern, as the delta is the most populated region of Vietnam, and is the second-most important rice-producing region of the country. The Red River was ranked as the ninth river in the world in terms of sediment discharge but the construction of two dams across the river in the 1980s caused a reduction of sediment discharge from 145-160 Mt y-1 in the 1970s (Milliman and Meade, 1983) to 40 Mt y-1 nowadays (Le et al., 2007; Vinh et al. 2014; Wei et al., 2019). In order to explore the seasonal and tidal changes in flow and suspended matter dynamics in the tropical and macrotidal Van Uc river estuary (North Vietnam) and in order to better understand the sediment delivery to the ocean and the processes behind the estuarine siltation, four in-situ measurement campaigns were carried out in 2017. The campaigns took place during the contrasting high flow and low flow seasons, for each during neap and spring tides. This dataset corresponds to the dry season, spring tide. Water and suspended matter fluxes, salinity, turbidity and particle size distribution (PSD) were measured for 24h at three cross sections along the estuary. These three stations (ST1, ST2 and ST3) are spaced by 10km. ST1 is located near to the river mouth while ST3 is the further upstream. Each station was sampled for 24 hours with cross-river transects measurements every two hours to cover a full diurnal tidal cycle, starting at ST1 and finishing at ST3. Each series of measurements consisted of four different steps. Firstly, cross river velocity profiles were measured will a hull-mounted, downward-looking, 1200 kHz Acoustic Doppler Current Profiler (ADCP RDI Workhorse in bottom tracking mode). Secondly, vertical profiles of conductivity and temperature were measured for each transect, in the deep channel at the middle of the river, using a CTD Compact-CTD (ASTD687, Alec Electronics Co., Nishinomiya, Japan, now released by JFE Advantech Co., Nishinomiya, Japan, as Rinko-Profiler) at a frequency of 0.1 Hz. Thirdly and parallel to CTD measurements, depth profiles of floc size distribution and concentration were measured using an in-situ laser scattering and transmissometry instrument with a 90% path reduction module (LISST-100X, type B, Sequoia Scientific Inc., Bellevue, WA, USA). Fourthly, in order to study the relationship between turbidity and suspended particulate matter concentration, water samples (~1 L) near subsurface (~1.5 m depth) were collected every four hours with a Niskin bottle. Turbidity of these samples were measured onboard using a Hach 2100Q Turbidimeter.
Hydrological and hydrochemical data collected from Van Uc River and estuary (Vietnam), 03-05 September 2017

[Lien vers la fiche source] These data were collected in the frame of Violaine Piton's PhD at LEGOS (Toulouse, France), whose subject is to study the dynamics and sediment transport along the estuary-coastal area continuum. The evolution of the Red River delta in terms of siltation, erosion and accretion of its estuaries and coastlines constitute a major concern, as the delta is the most populated region of Vietnam, and is the second-most important rice-producing region of the country. The Red River was ranked as the ninth river in the world in terms of sediment discharge but the construction of two dams across the river in the 1980s caused a reduction of sediment discharge from 145-160 Mt y-1 in the 1970s (Milliman and Meade, 1983) to 40 Mt y-1 nowadays (Le et al., 2007; Vinh et al. 2014; Wei et al., 2019). In order to explore the seasonal and tidal changes in flow and suspended matter dynamics in the tropical and macrotidal Van Uc river estuary (North Vietnam) and in order to better understand the sediment delivery to the ocean and the processes behind the estuarine siltation, four in-situ measurement campaigns were carried out in 2017. The campaigns took place during the contrasting high flow and low flow seasons, for each during neap and spring tides. This dataset corresponds to the wet season, spring tide. Water and suspended matter fluxes, salinity, turbidity and particle size distribution (PSD) were measured for 24h at three cross sections along the estuary. These three stations (ST1, ST2 and ST3) are spaced by 10km. ST1 is located near to the river mouth while ST3 is the further upstream. Each station was sampled for 24 hours with cross-river transects measurements every two hours to cover a full diurnal tidal cycle, starting at ST1 and finishing at ST3. Each series of measurements consisted of four different steps. Firstly, cross river velocity profiles were measured will a hull-mounted, downward-looking, 1200 kHz Acoustic Doppler Current Profiler (ADCP RDI Workhorse in bottom tracking mode). Secondly, vertical profiles of conductivity and temperature were measured for each transect, in the deep channel at the middle of the river, using a CTD Compact-CTD (ASTD687, Alec Electronics Co., Nishinomiya, Japan, now released by JFE Advantech Co., Nishinomiya, Japan, as Rinko-Profiler) at a frequency of 0.1 Hz. Thirdly and parallel to CTD measurements, depth profiles of floc size distribution and concentration were measured using an in-situ laser scattering and transmissometry instrument with a 90% path reduction module (LISST-100X, type B, Sequoia Scientific Inc., Bellevue, WA, USA). Fourthly, in order to study the relationship between turbidity and suspended particulate matter concentration, water samples (~1 L) near subsurface (~1.5 m depth) were collected every four hours with a Niskin bottle. Turbidity of these samples were measured onboard using a Hach 2100Q Turbidimeter.
Abitaziuns tenor vischnanca grischuna, categoria d'edifizis, dumber da chombras e perioda da construcziun, dapi l'onn 2010

Quest dataet preschenta las cifras annualas d'abitaziuns tenor vischnanca grischuna, categoria d'edifizis (chasas d'ina famiglia, chasas da pliras famiglias, edifizis d'abitar cun utilisaziun accessorica, edifizis cun utilisaziun parziala per intents d'abitar), dumber da chombras e perioda da construcziun, a partir da l'onn 2010. Per facilitar l'evaluaziun da las datas èn las valurs mancantas vegnidas applitgadas statisticamain en la statistica dals edifizis e da las abitaziuns. En cas d'evaluaziuns sin pitschens spazis na poi perquai betg vegnir exclus che questas cumplettaziuns chaschunian sfalsificaziuns. Analisas per pitschens spazis ston perquai vegnir interpretadas cun quità.
LARD : Landing Approach Runway Detection, dataset of aerial front view images of runways

[Lien vers la fiche source] Landing Approach Runway Detection (LARD) is a dataset of aerial front view images of runways designed for aircraft landing phase. It contains over 17K synthetic images of various runways, enriched with more than 1800 annotated pictures from real landing footages for comparison. We also provide a synthetic image generator based on Google Earth Studio if you want to enrich your dataset, or fatten your LARD. Starting from a database of runway positions, our generator produces high quality synthetic pictures of airport runways with their metadata. Through geometric transformations, these pictures can then be automatically annotated with the position of the runway or any targeted element in the aerial picture.
Interplanetary solar events catalogs

[Lien vers la fiche source] This dataset contains catalogs of interplanetary solar events which in-situ signature has been identified in the OMNI dataset from 1995 to 2024 (inclusive). These catalogs are at the core of the method presented in the following article: Gautier Nguyen, Guillerme Bernoux, and Antoine Ferlin. “Simultaneous multi-class detection of interplanetary space weather events " Published in the Journal of Space Weather and Space climate , 2025. The dataset is made of three catalogs that correspond to three types of events: 1. Interplanetary Coronal Mass Ejections (ICMEs), 904 events 2. Sheaths, 255 events 3. Stream Interaction Regions (SIRs), 1290events Each list is in a CSV table with three columns: 1. id: the event’s relative identifier; 2. start date: event start date and time; 3. end date: event end date and time; Those catalogs were obtained by aggregating existing event catalogs and newly found events throughout the development of the method presented in the publication associated to this dataset. We may update the list occasionally in the future. The research leading to these results was done within the frame of the ONERA FIRSTS internal research project
Gemeinderechnungen 2024

Der Datensatz enthält die Jahresberichte der politischen Gemeinden im Kanton Thurgau, bestehend aus den Kontensalden per 31.12. des entsprechenden Jahres für Erfolgsrechnung, Investitionsrechnung und Bilanz. Die Konten sind auf 4. Stelle verdichtet, die Funktionen auf 3. Stelle. Die Einteilung der Konten basiert auf dem Kontenplan, wie er in der Fachempfehlung 03 des Schweizerischen Rechnungslegungsgremiums für den öffentlichen Sektor (SRS-CSPCP) vorgesehen ist. Der Kontenplan umfasst eine vierstellige Struktur und wird regelmäßig (im Prinzip jährlich) aktualisiert. Die aktuellste Version kann hier eingesehen werden: https://www.srs-cspcp.ch/de/harmonisierter-kontenplan-n17986 Datenquelle: Finanzverwaltung Kanton Thurgau
Results of Simultaneous multi-class detection of interplanetary space weather events

[Lien vers la fiche source] This dataset contains all the material needed to reproduce the results presented in the following article: Gautier Nguyen, Guillerme Bernoux, and Antoine Ferlin. “Simultaneous multi-class detection of interplanetary space weather events " Accepted for publication in the Journal of Space Weather and Space climate, 2025. This work being dedicated to the development of a multi-class Interplanetary Coronal Mass Ejections (ICMEs) and Stream Interaction Regions (SIRs) algorithm. Result include results obtained by both our model, namely SPODIfY, and state of the art model, namely ResUnet++. In particular, this repository includes: * The outputs of both SPODIFY and ResUnet++ models in the form of .npy files ; * The ICMEs and SIRs catalogs obtained from those outputs in the form of CSV tables * A set of preprocessed streaming, Interplanetary Magnetic Field and solar wind plasma moments in-situ measurements resampled at a resolution of 10 minutes in the form of a pickle file * A Python file that contains routines to manage events * Routines used to obtain the different figures presented in the publication associated to this dataset in the form of a Jupyter Notebook The research leading to these results was done within the frame of the ONERA FIRSTS internal research project
Radiation Belts Electron Enhancement Events

[Lien vers la fiche source] This dataset contains the list of radiation belts electron enhancement events identified using the ground-based index Ca with the method described in the following article: > Bernoux, G., Nguyen, G., Sicard, A., & Maget, M. (2025). Automatic Identification of Past Radiation Belts Electron Enhancement Events Using a Ground-Based Parameter. Earth and Space Science, 12, e2024EA003945. https://doi.org/10.1029/2024EA003945 These are radiation belts electron enhancement events events corresponding to medium-energy (0.03 ≲ E ≲ 1 MeV) electrons located at the core of the outer electron belt from 1868 to 2021 (inclusive). The list is in a CSV table with one header, 4243 data rows and 6 columns: 1. id: the event’s relative identifier; 2. start date: event start date and time; 3. end date: event end date and time; 4. max date: date and time of maximum Ca of the event; 5. max value: event’s maximum Ca value (nT); 6. category: probable cause of the event, which can take six values: empty cell, “icme”, “sir”, “multiple icmes”, “multiple sirs”, “sir and icme”. Date and times are in ISO 8601 format. We may update the list occasionally in the future, for example when new definitive values of the aa index are published. The research leading to these results has received funding from the European Union's Horizon Europe research and innovation programme under grant agreement No 101081772 (FARBES project).
Accompanying Dataset and Python Code for Reproducibility and Implementation of the IR-TDIBC Method

[Lien vers la fiche source] # Supporting Dataset and Python Code for TDIBC Method This repository provides the dataset and Python codes necessary to regenerate the figures presented in the manuscript "Revisiting Nonlinear Impedance in Acoustic Liners" (https://hal.science/hal-04810729v1) and to facilitate the proper implementation of the Impulse-Response Time-Domain Impedance Boundary Condition (IR-TDIBC) method. The materials aim to promote transparency, reproducibility, and accessibility for researchers working with nonlinear impedance models and acoustic liners in time domain. ## Contents * Dataset: Includes data used in the manuscript, covering experimental measurements obtained in an impedance tube and flow noise obtained in the B2A bench at ONERA. * Python Scripts: Scripts designed to: * Recreate the figures from the paper * Demonstrate the IR-TDIBC implementation step-by-step ## Features * Scripts for generating plots and verifying results from the manuscript. * Clear examples to help users adapt the IR-TDIBC method to their specific setups. * Annotations and explanations within the code for ease of understanding and modification.
Experiment with the Full Span High Lift Common Research Model at the ONERA F1 Pressurized Low Speed Wind Tunnel

[Lien vers la fiche source] Data package delivered by ONERA for the [5th AIAA CFD High Lift Prediction Workshop] regarding the test campaigns of the High-Lift Common Research Model full-span model (LRM-HL) in the ONERA F1 pressurized low-speed wind tunnel, in April 2022 and February 2023.
Dataset for the Assembly Line Preliminary Design Optimization Problem

[Lien vers la fiche source] Dataset for the Assembly Line Preliminary Design Optimization Problem presented in the conference CP'23. The Assembly Line Preliminary Design Problem consists in defining, for a given aircraft design, the best assembly line layout and the type and number of machines equipping each workstation. This dataset contains data coming from a real assembly line manufacturer. Each instance describes a scenario for building an aircraft (a build process) and details which tasks should be performed, and which types of machines are used. The objective of the problem considered in the original paper is to design a sert of pareto optimal assembly lines (number or stations, rate, number of machines) with regards to thé investment costume, time to build the entire aircraft and rate.