School of Cities / Research / City Research Insights

Volume 4: Issue 3 | Canadian Urban Data Catalogue (CUDC)

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VIEW THE PDF: Canadian Urban Data Catalogue (CUDC)

The Urban Data Research Centre (UDRC) leverages the potential of urban data to enhance the design, planning, and operations of cities, and improve the delivery and impact of programs and services for its residents. UDRC’s mission is to break down traditional data ‘silos’ within cities and give them greater interoperability and control over their digital infrastructure. Our activities include ontologies for city data, city data standards, City Digital Twins, and City Data Governance.

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With the availability of open data platforms such as CKAN and Dataverse, there are a growing number of repositories – operated by governments, NGOs, and for-profit organizations – that contain urban data. Although the digital landscape is inundated with data, it can be a difficult process for researchers to find specific information suitable and relevant for their study. This paradoxical scarcity in an age of abundance is due to inadequate metadata, a lack of audience-tailored data presentation, and challenges in accessibility depending on where data is stored.² The single greatest barrier to finding relevant datasets is that they are distributed across many different data platforms that are variably open and closed, making them exceedingly difficult to find. In addition, inconsistencies in the accompanying metadata often arise, impeding the identification and comparison of datasets. Furthermore, the domain-specific nature of metadata necessitates a familiarity with specialized terminology, adding another layer of complexity in cross-portal searches.

Canadian Urban Data Catalogue, https://data.urbandatacentre.ca/
  1. enable the discovery of a dataset,
  2. help determine its suitability or relevance, and
  3. clarify who may use it and how.

The current catalogue contains over 43,000 catalogue entries over seven domains

Catalogue entries by keyword search in the CUDC

This category is composed of datasets ranging from recreation to conservation reserves, and includes datasets about park use, attendance statistics, and available amenities.

These datasets cover topics such as shelter system flow in the City of Toronto and housing affordability, housing tenures, and vacancy rates of housing across the country.

Many of the datasets in the CUDC on homelessness are provided by the Homeless Hub, which provides data such as the homeless count. Data is available for multiple cities and provinces across Canada, and includes topics such as housing, shelters, PiT counts, and social assistance.

These datasets are categorized into four subgroups: origin/destination, stop analytics, zone management, and traffic. These subgroups provide information on the flow of traffic between regions, provinces, and national zones. They also provide traffic behaviour data such as movements at intersections and stop durations.

Data on farming and economy are subcategorized into groups such as livestock, economy and industry, and agriculture, and provide information on topics including the Census of Agriculture, livestock, and the bio-food industry.

This category contains data on various topics of interest for researchers focused on cultural and societal demographics data. Topics include demographic maps, data in relation to law and aid response, and diaspora data across the country.

Datasets under this topic are subcategorized into different groups such as air quality, greenness, environment monitoring and reporting, and vegetation. Examples of data in this set include smoke exposure, forest fire severity levels, water quality data, and sensitivity of bodies of water to climate change in different regions.

  1. Urban data is the collection and analysis of information related to the city and urban environments. It comprises data collected from several sources and in multiple ways, including census data, transportation data, data about infrastructure and services, and labour market data, to name a few. Data can be generated and collected in many ways, e.g. via surveys, reporting, GPS sensors, and environmental monitoring.
  2. Adegboyega Ojo, Porwol, L., Waqar, M., Stasiewicz, A., Osagie, E., Hogan, M., Harney, O., and Zeleti, F.A., “Realizing the Innovation Potentials from Open Data: Stakeholders’ Perspectives on the Desired Affordances of Open Data Environment”, in Working Conference on Virtual Enterprises (Springer, Cham., 2016), 48–59.
  3. Mark C. Paulk, Curtis, B., Chrissis, M. B., & Weber, C. V., “Capability maturity model, version 1.1.”, IEEE software 10, no. 4 (1993): 18-27.
  4. Fox, Mark S., Bart Gajderowicz, and Dishu Lyu, “A Capability Maturity Model for Urban Dataset Meta-data.” arXiv preprint arXiv:2402.05211 (2024).
  5. Pandya, M., Transportation problems and data requirements: Report of the Transportation Panel, (2023a). https://storage.googleapis.com/wzukusers/user-12947767/documents/c4609af45a0546deb1a4468616c808ad/UDC%20Transportation%20Panel%20Report%20v3.pdf
    Pandya, M., Affordable housing problems and data requirements: Report of the Affordable Housing Panel, (2023b). https://storage.googleapis.com/wzukusers/user-12947767/documents/32479acd560c4ed1be6d1f8a393d8846/UDC%20-%20Affordable%20Housing%20Panel%20Report%20-%20v3.pdf