cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5683/sp3/zil0bu
title: Enquête nationale sur les voyages, 2023: Fichier de visite [Canada]
title: National Travel Survey, 2023: Visit file [Canada]
title: ENV 2023

description: L'ENV a été élaborée pour remplacer entièrement l'Enquête sur les voyages des résidents du Canada (numéro d'enregistrement 3810) et pour remplacer la composante des résidents canadiens de l'Enquête sur les voyages internationaux (numéro d'enregistrement 3152). L'Enquête nationale sur les voyages recueille des renseignements concernant les voyages intérieurs et internationaux des résidents du Canada.
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L'ENV, qui est parrainée par Statistique Canada, vise à mesurer les caractéristiques et les répercussions économiques des activités touristiques des résidents du Canada. Les objectifs de l'enquête consistent à fournir des renseignements concernant le nombre de voyages et les dépenses des résidents du Canada, selon l'origine du voyage, la destination, la durée, le type d'hébergement utilisé, les raisons du voyage, le mode de déplacement, etc., afin de produire des données sur l'incidence des voyages et d'établir le profil sociodémographique des voyageurs et des non voyageurs. D'un point de vue macroéconomique, l'ENV mesure la demande touristique intérieure et internationale des résidents du Canada.
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L'information provenant de l'ENV est utilisée pour satisfaire aux exigences du Système de comptabilité nationale du Canada (produit intérieur brut/balance des paiements) ainsi qu'aux flux interprovinciaux pour les dépenses entre les provinces et les territoires. De plus, les renseignements recueillis dans les questionnaires sont utilisés par le Compte satellite du tourisme, Destination Canada, les organismes touristiques provinciaux, les sociétés d'investissement, d'autres industries du secteur privé et des chercheurs indépendants. L'information est également utilisée pour faire rapport à des organisations internationales telles que ONU Tourisme et l'Organisation de coopération pour le développement économique (OCDE).
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description: Enquête nationale sur les voyages
DOI: 10.5683/sp3/bqcrt2
title: Enquête nationale sur les voyages, 2023: Fichier de personne [Canada]
title: National Travel Survey, 2023: Person file [Canada]
title: ENV 2023

description: L'ENV a été élaborée pour remplacer entièrement l'Enquête sur les voyages des résidents du Canada (numéro d'enregistrement 3810) et pour remplacer la composante des résidents canadiens de l'Enquête sur les voyages internationaux (numéro d'enregistrement 3152). L'Enquête nationale sur les voyages recueille des renseignements concernant les voyages intérieurs et internationaux des résidents du Canada.
&lt;br&gt;
&lt;br&gt;
L'ENV, qui est parrainée par Statistique Canada, vise à mesurer les caractéristiques et les répercussions économiques des activités touristiques des résidents du Canada. Les objectifs de l'enquête consistent à fournir des renseignements concernant le nombre de voyages et les dépenses des résidents du Canada, selon l'origine du voyage, la destination, la durée, le type d'hébergement utilisé, les raisons du voyage, le mode de déplacement, etc., afin de produire des données sur l'incidence des voyages et d'établir le profil sociodémographique des voyageurs et des non voyageurs. D'un point de vue macroéconomique, l'ENV mesure la demande touristique intérieure et internationale des résidents du Canada.
&lt;br&gt;
&lt;br&gt;
L'information provenant de l'ENV est utilisée pour satisfaire aux exigences du Système de comptabilité nationale du Canada (produit intérieur brut/balance des paiements) ainsi qu'aux flux interprovinciaux pour les dépenses entre les provinces et les territoires. De plus, les renseignements recueillis dans les questionnaires sont utilisés par le Compte satellite du tourisme, Destination Canada, les organismes touristiques provinciaux, les sociétés d'investissement, d'autres industries du secteur privé et des chercheurs indépendants. L'information est également utilisée pour faire rapport à des organisations internationales telles que ONU Tourisme et l'Organisation de coopération pour le développement économique (OCDE).
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description: Enquête nationale sur les voyages
DOI: 10.5683/sp3/kbcsli
title: Enquête nationale sur les voyages, 2018: Fichier de voyage [Canada]
title: National Travel Survey, 2018: Trip file [Canada]
title: ENV 2018

description: L'Enquête nationale sur les voyages a été élaborée pour remplacer entièrement l'Enquête sur les voyages des résidents du Canada (numéro d'enregistrement 3810) et pour remplacer la composante des résidents canadiens de l'Enquête sur les voyages internationaux (numéro d'enregistrement 3152). L'Enquête nationale sur les voyages recueille des renseignements concernant les voyages intérieurs et internationaux des résidents du Canada.
&lt;br&gt;
&lt;br&gt;
L'Enquête nationale sur les voyages, qui est parrainée par Statistique Canada, vise à mesurer les caractéristiques et les répercussions économiques des activités touristiques des résidents du Canada. Les objectifs de l'enquête consistent à fournir des renseignements concernant le nombre de voyages et les dépenses des résidents du Canada, selon l'origine du voyage, la destination, la durée, le type d'hébergement utilisé, les raisons du voyage, le mode de déplacement, etc., afin de produire des données sur l'incidence des voyages et d'établir le profil sociodémographique des voyageurs et des non voyageurs. D'un point de vue macroéconomique, l'ENV mesure la demande touristique intérieure et internationale des résidents du Canada.
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description: Enquête nationale sur les voyages
DOI: 10.5683/sp3/ytd4sr
title: Replication Data for: Palaeoecological signals remain robust at broad spatiotemporal scales despite artificial reductions in sampling power and geographical scope

description: This repository contains the data and code to replicate the results for 3.1, 3.2, or 3.3 in the paper titled "Palaeoecological signals remain robust at broad spatiotemporal scales despite artificial reductions in sampling power and geographical scope." It also contains the citations for the data used in the analysis. Project summary: Palaeoecological analyses rely on datasets that are comprised of collections or observations of fossil specimens. When palaeoecologists consider the scope of a novel project or research question, logistical constraints surrounding specimen acquisition are often a primary limiting factor. Despite this, some exceptional datasets exist that are both broad in spatiotemporal scope and densely sampled. One such dataset, consisting of 116,896 fossil brachiopods from central Nevada spanning from the beginning of the Early Devonian to the end of the Middle Devonian, is utilized by the present study as a model dataset to test the effects of logistically imposed restrictions on sample collection. Specifically, the present study tests whether palaeoecological signals (as represented in an NMDS ordination plot), and the processes that drive them, may be identified despite artificial reductions in spatiotemporal resolution and scope. These artificial reductions simulated two types of logistical sampling constraints: (1) limitations on the absolute number of samples collected, and (2) inability to travel to, and collect from, geographically separated regions. The primary palaeoecological signal identified in NMDS ordination plots of the entire dataset (255 samples) was identifiable more than &gt;98% of the time with as few as 26 randomly selected samples, and NMDS ordinations of geographically restricted subsamples representing temporal intervals of &gt;5 Ma were found to contain signals representative of the entire study area. Thus, it was possible to capture the primary signals corresponding to biodiversity shifts on broad scales with limited sampling power, and without extensively sampling outside of a single geographical region.
DOI: 10.5683/sp3/spkc43
title: Enquête nationale sur les voyages, 2018: Fichier de visite [Canada]
title: National Travel Survey, 2018: Visit file [Canada]
title: ENV 2018

description: L'Enquête nationale sur les voyages a été élaborée pour remplacer entièrement l'Enquête sur les voyages des résidents du Canada (numéro d'enregistrement 3810) et pour remplacer la composante des résidents canadiens de l'Enquête sur les voyages internationaux (numéro d'enregistrement 3152). L'Enquête nationale sur les voyages recueille des renseignements concernant les voyages intérieurs et internationaux des résidents du Canada.
&lt;br&gt;
&lt;br&gt;
L'Enquête nationale sur les voyages, qui est parrainée par Statistique Canada, vise à mesurer les caractéristiques et les répercussions économiques des activités touristiques des résidents du Canada. Les objectifs de l'enquête consistent à fournir des renseignements concernant le nombre de voyages et les dépenses des résidents du Canada, selon l'origine du voyage, la destination, la durée, le type d'hébergement utilisé, les raisons du voyage, le mode de déplacement, etc., afin de produire des données sur l'incidence des voyages et d'établir le profil sociodémographique des voyageurs et des non voyageurs. D'un point de vue macroéconomique, l'ENV mesure la demande touristique intérieure et internationale des résidents du Canada.
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description: Enquête nationale sur les voyages
DOI: 10.5683/sp3/yv1ydb
title: Replication Data for: Sao praphet song – "a second kind of woman": Cortical structure in a Thai "third" gender

description: Replication data and code for Skorska, Folkierska-Żukowska et al.
DOI: 10.5683/sp3/hndydh
title: Enquête nationale sur les voyages, 2018: Fichier de personne [Canada]
title: National Travel Survey, 2018: Person file [Canada]
title: ENV 2018

description: L'Enquête nationale sur les voyages a été élaborée pour remplacer entièrement l'Enquête sur les voyages des résidents du Canada (numéro d'enregistrement 3810) et pour remplacer la composante des résidents canadiens de l'Enquête sur les voyages internationaux (numéro d'enregistrement 3152). L'Enquête nationale sur les voyages recueille des renseignements concernant les voyages intérieurs et internationaux des résidents du Canada.
&lt;br&gt;
&lt;br&gt;
L'Enquête nationale sur les voyages, qui est parrainée par Statistique Canada, vise à mesurer les caractéristiques et les répercussions économiques des activités touristiques des résidents du Canada. Les objectifs de l'enquête consistent à fournir des renseignements concernant le nombre de voyages et les dépenses des résidents du Canada, selon l'origine du voyage, la destination, la durée, le type d'hébergement utilisé, les raisons du voyage, le mode de déplacement, etc., afin de produire des données sur l'incidence des voyages et d'établir le profil sociodémographique des voyageurs et des non voyageurs. D'un point de vue macroéconomique, l'ENV mesure la demande touristique intérieure et internationale des résidents du Canada.
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description: Enquête nationale sur les voyages
DOI: 10.5683/sp3/akmveo
title: Replication Data and Code for: Employment Allocations and Unemployment: The Role of International Trade and Migration Frictions

description: The data and programs replicate tables and figures from "Employment Allocations and Unemployment: The Role of International Trade and Migration Frictions", by Xin Wang. Please see the ReadMe file for additional details.
DOI: 10.5683/sp3/go8ujy
title: Supplemental data: Perceived training gaps of newly licensed veterinarians and impact of single-instance peer mentorship participation in Ontario, Canada - Interviews with mentors

description: A total of 11 veterinarians met our inclusion criteria as active peer advisors. Interviews were conducted with 10 participants from, with three (30%) participants identifying as men and seven (70%) as women. The average age of participants was 58 years (median = 59, range = 46 to 68) and average time in veterinary practice was 33 years (median = 33, range = 20 to 43). Among our participants, eight (80%) were companion-animal veterinarians, one (10%) was a mixed-animal veterinarian, and one (10%) was a veterinary specialist. Four of our participants (40%) had a graduate degree (e.g., MSc, PhD, MBA). Interviews were held from January 14 to March 20, 2025. Data collection was stopped once additional insights were unlikely to result from further interviews (i.e., data saturation). Interviews lasted an average of 52 minutes (median = 52, range = 33 to 74).
DOI: 10.5683/sp3/wvlv2r
title: Search strategy for Psychatric Day Hospitals for Mental Illness

description: The notes field contains the full MEDLINE (Ovid) search strategy for studies on psychiatric day treatment and mental disorders. The search file in this dataset contains the full MEDLINE (Ovid), EMBASE (Ovid), PsycInfo (Ovid) and CINAHL (EBSCO) strategies from February 14, 2025. The remaining files are the original database downloads for each search as well as the database results once records from before 2005 removed; access to these files are restricted due to licensing agreements.
description: Ovid MEDLINE(R) ALL &lt;1946 to February 13, 2025&gt;

1 mental disorders/ or mental health services/ 212139
2 exp Mood Disorders/ 177222
3 exp "Schizophrenia Spectrum and Other Psychotic Disorders"/ 168832
4 exp Anxiety Disorders/ 95500
5 Stress Disorders, Post-Traumatic/ 44947
6 exp Somatoform Disorders/ 20460
7 (Psychiatr* or mental health or mental illness* or mentally ill or mental disorder* or anxiety or anxious or depression or depressive or PTSD or post-traumatic or posttraumatic or mood* or panic or agoraphobi* or phobi* or obsessive compulsive or OCD or bipolar* or manic or mania or schizophreni* or schizoaffective or psychotic or psychosis or Somatic Symptom or SSD or "Functional Neurological" or conversion or "functional movement").tw,kf. 1686752
8 or/1-7 1821425
9 ((day adj (treatment* or program* or centre* or center* or hospital* or unit or units)) or (partial adj3 hospital*)).tw,kf. 18631
10 8 and 9 3598
DOI: 10.5683/sp3/rnnogk
title: Large-Scale Tree-Type Photonic Cluster State Generation with Recurrent Quantum Photonic Neural Networks dataset

description: Dataset required to interpret, verify, and expand upon the research presented in "Large-Scale Tree-Type Photonic Cluster State Generation with Recurrent Quantum Photonic Neural Networks", a journal article written by Jacob Ewaniuk, Bhavin J. Shastri & Nir Rotenberg.
DOI: 10.5683/sp3/zxyuts
title: Wildfire Impacts in Nova Scotia, Spring 2023

description: This dataset represents the spatial extent of wildfires that occurred in Nova Scotia during the spring of 2023. It includes polygon features delineating wildfire areas, as well as polygon and point features of emergency shelters and network accessibility affected by the wildfires. The burned area features were produced through a combination of supervised classification of satellite imagery and manual digitization. Initial fire locations and ignition dates were obtained from the Canadian Wildland Fire Information System (CWFIS) interactive map (https://cwfis.cfs.nrcan.gc.ca/interactive-map). Only fire events larger than 5 hectares were included. These dates informed the acquisition of Sentinel-2 Level-2A imagery via the Copernicus Open Access Hub. A threshold of less than 15% of cloud cover was set. Image classification was conducted in ArcGIS Pro version 3.1.2 using a supervised, pixel-based approach. Training samples were collected for the following land cover classes: "burned", "developed", "undeveloped", and "water". Classification was performed on false-color composite imagery (bands 8-4-3) to enhance burn detection. Raster outputs were converted to vector format, followed by a consistency check using visual inspection. Where classification results were insufficient, manual digitization of burned areas was performed to improve spatial accuracy, particularly in smaller or heterogeneous burn scars. The final wildfire perimeter layer is a merged product of the classified and manually digitized features. Each polygon includes attributes for fire name, ignition date, and burned area in hectares. 
The socioeconomic dataset includes census-based attributes aggregated at the dissemination area (DA) level for the province of Nova Scotia (Statistics Canada). The DA boundary shapefiles were obtained from Statistics Canada (2021 Census Boundary Files), and the corresponding tabular socioeconomic variables were retrieved from the CHASS Data Centre (University of Toronto) based on the 2021 Census of Population. Each DA polygon is attributed with the total population (2021), population density (persons per square kilometre), and average after-tax household income (2020 CAD). 
The coordinate system of shapefiles is NAD83 CSRS UTM Zone 20 N, EPSG: 2961. 
This dataset supports research on wildfire impact assessment, emergency preparedness planning, vegetation change analysis, and spatial network modeling.
DOI: 10.5683/sp3/wyacet
title: Replication Data for: Federal fiscal budget forecast errors in Canada

description: This datafile presents the data used to accompany the paper entitled, Do Canadian fiscal budget forecasts contain political bias? Federal forecasts and outcomes: 1958/59 - 2023/24.

Does the governing party in a parliamentary government use the time gap between the forecasts made in the budget and their final realization to manipulate voters for electoral or partisan advantage? This hypothesis is tested on Canadian federal fiscal forecast errors made with respect to government expenditures, revenues and overall budgetary balance. The results find evidence consistent with a partisan bias but no evidence of forecasts being used to produce an election cycle. The data also suggests that the degree of manipulation increases with continued party incumbency.
DOI: 10.5683/sp3/y4ctdc
title: Concentrations of Select Metals and Metalloids in Air in ’A’ą̈y Chù’ Valley Mineral Dust Spring/Summer 2021

description: Total Suspended Material (TSP), PM10 and PM2.5 samples were collected in the ’A’ą̈y Chù’ Valley in Kluane National Park, Yukon, Canada from early June to early July 2021 at 3.3 and 6.3 m above the ground. The GPS coordinates for the sample site are 60°59'55.25"N, 138°31'24.05"W. Samples were then analyzed for metal(loid) concentrations using ICP-MS. Results are corrected for recovery and presented along with Yukon workplace airborne metal(loid) 8-hour exposure standards and Ontario Ambient 24-hour standards.

Sampling procedure: PM sampling began on June 4th and ended on July 2nd, 2021. PM sampling was conducted using a set of four ARA N-FRM Samplers (ARA Instruments) positioned in pairs at 3.3 m and 6.3 m above the ground, with respect to the height of the sampling head inlets. The samplers were set in pairs to allow for simultaneous sampling at a given height of different PM size classes, Total Suspended Particles (TSP), PM10, and PM2.5. PM sampling was conducted on nearly a daily basis for TSP and PM10 samples, using an approximate collection time of 24 hours, whereas a 48-hour collection time was used for PM2.5 samples to obtain greater masses of PM2.5 for improved quantitation of trace elements. A flow rate of 16.7 L min−1 was used for samples destined for metal(loid)s analysis. All PM sampled this way was either collected on Teflon (PALL Corporation, Teflo, 2.0 µm pore size, 47 mm diameter) or Quartz fiber (Whatman™, Grade QMA, 47 mm diameter) filters. Filters were weighed and pre-weighed using a microbalance (VWR, VWR-21XC, readability 1 µg). Quality control procedures for gravimetric measurements were adapted from the US-EPA’s Quality Assurance Guidance Document 2.12 for Monitoring PM2.5 in Ambient Air Using Designated Reference or Class 1 Equivalent Methods (Us-Epa, 2016). As such, at least one lab blank and one field blank filter was reserved for every 10 filters used for sampling. The filters were conditioned in the weighing room for at least 24 hours prior to their weighing or pre-weighing.
DOI: 10.5683/sp3/mi0hzp
title: 2024 Canadian Digital Health Survey

description: The Canadian Digital Health Survey is a series of surveys conducted annually commissioned by Canada Health Infoway (Infoway) through a third-party vendor. These annually conducted surveys are based on a variety of specific system utilization and attitudinal tracking metrics used in previous years as well as new areas of inquiry. The surveys include core tracking questions as well as new questions that will provide actionable insights to help advance the digital health landscape in Canada. For visualization and be able to filter data to gain insights into the Canadian digital health landscape, please visit Infoway's interactive data and analytics hub: https://insights.infoway-inforoute.ca/
description: 15-20 minute online survey conducted February 6th – March 10th, 2025. Web survey of 12,153 citizens in Canada over the age of 16. The survey was made available in both English and French. Using Canadian Census data, weighting was applied according to region, age, and gender in order to render a representative sample of the Canadian population. Sample base sizes indicated are unweighted. A margin of error cannot be associated with a non-probability sample in a panel survey. For comparison purposes, a probability sample of this size would have a margin of error ±0.889%, 19 times out of 20.

Ethics approval was obtained before fielding the survey. The ethics approval was granted by an independent institutional review board in Jan. 2025, Veritas IRB Inc (IRB Tracking Number: 2025-3661-20237-4). In addition, the results presented in this study comply with the public opinion research standards and disclosure requirements of CRIC (the Canadian research and insights council) and the global ESOMAR network.
DOI: 10.5683/sp3/a1dvy8
title: Seasonal shoreline change in northeastern Haida Gwaii dataset

description: This dataset comprises 32 manually digitized shoreline shapefiles representing the coastline near Masset, in northeastern Haida Gwaii, British Columbia. It also includes an onshore baseline and a series of transects spaced at 30 m intervals extending seaward from the baseline. These data were used to analyze shoreline position changes using the U.S. Geological Survey's Digital Shoreline Analysis System (DSAS). 
This dataset was used to investigate shoreline change between Masset and the Sangan River over a 15-year period from 2007 to 2022. Shorelines were digitized twice annually, in April and October, to capture the end of winter and summer conditions, respectively. These seasonal envelopes allowed for investigations into maximum rates of erosion and aggradation. 
The seasonal shorelines were digitized using Landsat 7 and 8 panchromatic imagery, where the water-land interface was used as the shoreline proxy.