Borealis, the Canadian Dataverse Repository
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Enquête sur la population active, mai 2025 [Canada]
No full textL'Enquête sur la population active (EPA) fournit des estimations de l'emploi et du chômage. Parmi les principales séries de données économiques mensuelles, les estimations de l'EPA sont les premières à être rendues publiques, les résultats de l'enquête étant diffusés 10 jours seulement après la fin de la collecte. Les données de l'EPA sont utilisées pour produire le très connu taux de chômage ainsi que d'autre indicateurs de base du marché de travail tel que le taux d'emploi et le taux d'activité. Les données de l'EPA sont utilisées pour produire le très connu taux de chômage ainsi que d'autre indicateurs de base du marché de travail tel que le taux d'emploi et le taux d'activité. En plus, l'EPA procure également des estimations de l'emploi selon l'industrie, la profession, les secteurs publics et privés, le nombre d'heures travaillées et davantage. Il est possible de croiser ces séries selon une variété de caractéristiques démographiques. Des estimations sont diffusées pour le Canada, les provinces, les territoires et pour plusieurs régions infraprovinciales. Pour les employés, des données sur les salaires, la couverture syndicale, la permanence de l'emploi et la taille de l'établissement sont également disponibles.
Ces données sont utilisées par les différents paliers de gouvernements pour évaluer et planifier les programmes d'emploi au Canada. Les taux de chômage régionaux sont utilisés par Emploi et Développement social Canada pour déterminer l'admissibilité au régime d'assurance-emploi, de même que le niveau et la durée des prestations pour les personnes qui vivent à l'intérieur d'une région d'assurance-emploi donnée. Les données sont utilisées par les analystes du marché du travail, les économistes, les consultants, les planificateurs, les prévisionnistes ainsi que les universitaires et ce, autant du secteur public que privé.
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IEA Electricity Information Statistics. OECD - Net electrical capacity, 1960-2021
No full textThis table shows a comprehensive status of net electrical capacity by type of energy. It also contains data on single fuel-fired and multi-fuel fired plants, type of generation and peak load. [Dataset editions 2015-2017; 2019-2023]
Replication Data for: Urban landscape heterogeneity can modulate the invasive potential of non-native species
No full textThis dataset contains data files and metadata for replication of the analyses shown in the paper titled "Urban landscape heterogeneity can modulate the invasive potential of non-native specie"
SynPAIN
No full textOverview
SynPAIN is a publicly available synthetic dataset to support pairwise pain detection models for older adults with dementia. It contains 10,710 facial expression images (5,355 neutral/expressive pairs) across five ethnicities/races, representing two age groups (young: 20-35, old: 75+), both genders, and two expression types (pain and non-pain). It also includes five-second, 24 fps videos transitioning from a neutral to an expressive face for 40 identities, representing one combination from each ethnicity/race, gender, expression type, and age group.
Dataset Contents
SynPAIN consists of the following:
SynPain_Part1.zip: A zip file containing:
SynPain.txt: A txt file explaining the data structure and filename format.
SynPain_folds.txt: A txt file providing the folds that were used for the "within-dataset experiments" (Section IV of the SynPAIN paper)
Images_Part1: A directory that contains 2,677 of the 5,355 images
Videos: A directory that contains 40 videos, and for each video, the images they're based on
SynPain_Part1.zip: A zip file containing:
Images_Part2: A directory that contains 2,678 of the 5,355 images
Citation
If you use SynPAIN in your research, please cite the SynPAIN paper:
Taati, B., Muzammil, M., Zarghami, Y., Moturu, A., Kazerouni, A., Mihailidis, A., Reimer, H., & Hadjistavropoulos, T. (2025). SynPAIN: A Synthetic Dataset of Pain and Non-Pain Facial Expressions. </p
Ottawa Police Service’s Traffic Stop Race Data Collection Project
No full textThe Traffic Stop Race Data Collection Project (TSRDCP) required Ottawa police officers to record their perception of the driver’s race, by observation only, for traffic (motor vehicle) stops over a two-year period from June 27, 2013 to June 26, 2015. A total of 81,902 records of traffic stops were examined.
The TSRDCP is the result of a settlement agreement between the Ottawa Police Services Board and the Ontario Human Rights Commission (OHRC). This data was originally released in this form on the Ottawa Police web site, which is now only accessible through the Internet Archive.</p
Objective and Subjective Measures of Physical Activity in Pediatric Oncology (Search strategies)
No full textCe jeu de données contient les stratégies de recherche pour PubMed (NLM), Medline (Ovid), Embase (Ovid), All EBM Reviews (Ovid) et Web of Science (Clarivate). Quand on les exécute dans leurs bases de données respectives, ces stratégies repêchent les articles sur, inclusivement, les concepts d'exercice, de pédiatrie, de cancer et d'études contrôlées. Le nombre de résultats et les stratégies de recherche pour chaque base de données sont indiqués dans le fichier rtf. La date indiquée dans cette description est la date à laquelle la recherche a été effectuée
Search for "ecotoxicological risks to the aquatic environment in Canada from micro- and nanoplastics"
No full textRecord provides full Compendex (through Engineering Village) search strategy. Originally developed June-September 2025 for a scoping review
Replication Data and Code for: U.S.-China trade war: Heterogeneous effects on the U.S. consumer
No full textThe data and programs replicate tables and figures from "U.S.-China trade war: Heterogeneous effects on the U.S. consumer", by DeDad and Ghosh. Please see the ReadMe file for additional details
Data and code for "Robotic manipulation of human bipedalism reveals overlapping internal representations of space and time"
No full textIncludes data and code to replicate the figures from "Robotic manipulation of human bipedalism reveals overlapping internal representations of space and time"
Abstract:
Effective movement control in bipedal postures relies on sensory inputs from the past, which encode dynamic changes in the spatial properties of our movement over time. To uncover how the spatial and temporal properties of bipedal posture interact in the perception and control of upright stance, we implemented a robotic virtualization of human body dynamics to systematically alter body inertia and viscosity as well as sensorimotor delays in 20 healthy participants. Inertia gains below unity as well as negative viscosity gains led to larger postural oscillations and caused participants to exceed the virtual balance limits, mimicking the disruptive effects of imposing an additional 200 ms sensorimotor delay on balance control. When balancing without delays, participants adjusted their inertia gains to below unity and viscosity gains to negative values to match the perceived effects of balancing with an imposed delay. When delays were present, participants increased inertia gains above unity and used positive viscosity gains to align their perception with baseline balance. Building on these findings, 10 naïve participants exhibited improved balance stability and reduced the number of instances they exceeded the limits when balancing with a 200 ms delay appropriately compensated by inertia gains above unity and positive viscosity gains. These results underscore the importance of innovative robotic virtualizations of standing balance to reveal the interconnected representations of space and time that underlie the stable perception and control of bipedal balance. Robotic manipulation of body physics offers a transformative approach to understand how the nervous system processes spatial information over time and could address clinical sensorimotor deficits associated with delays
Corex: Gas Phase Core Excitation Database
No full textThis data base contains 685 gas phase core excitation spectra of more than 400 pure compounds recorded using the dipole regime Inner Shell Electron Energy Loss Spectrometer (ISEELS) at McMaster University