The Postal Code Conversion File Plus (PCCF+) is a SAS control program and set of associated datasets derived from the Postal Code Conversion File (PCCF), a 2016 postal code population weight file, the Geographic Attribute File, Health Region boundary files, and other supplementary data. PCCF+ automatically assigns a range of Statistics Canada standard geographic areas and other geographic identifiers based on postal codes. PCCF+ differs from the PCCF in that it: Uses population-weighted random allocation for many postal codes that link to more than one geographic area. Options are available for institutional postal codes. Procedures are included to link partial postal codes to geographic identifiers where possible. Problem records and diagnostics are provided in the program output, along with reference information for possible solutions. The geographic coordinates, which represent the standard geostatistical areas linked to each postal code on the PCCF, are commonly used to map the distribution of data for spatial analysis (e.g., clients, activities)

UBCO_Buildings: UBC Okanagan Building data for general purpose mapping and planning. Original building footprint data imported from CAD spring 2013, Footprint data maintained by UBC Planning. These data will join to building data managed by Infrastructure Development by BL_ID.

Custom maps and GIS data sets created for the Sauder School of Business at the University of British Columbia.

Data from the Travel to Work Survey is used to assist in the formulation of transportation policies and planning. Each Travel to Work supplement provides additional valuable data which is added to the already established data set, thereby increasing the value of this type of series by providing further insight into the transportation and energy problems. The survey collects data from individuals travelling to work from randomly chosen households in Canada.

University of British Columbia Vancouver (formerly called Point Grey) campus lidar survey. This survey does not cover the entire campus; it consists mostly of shoreline areas.

Infrared aerial imagery of the UBC Vancouver campus, 2015. Note Some of the imagery has not been georeferenced or has been georeferenced incorrectly. Images are provided AS-IS and no support for georeferencing is available.

Orthorectified aerial imagery of the UBC Vancouver campus, 2008.

This survey monitors changes in time use to better understand how Canadians spend and manage their time and what contributes to their well-being and stress. The data collected provides information to all levels of government when making funding decisions, developing priorities and identifying areas of concern for legislation, new policies and programs. Researchers and other data users use this information to inform the Canadian population about the changing nature of time use in Canada such as: How many hours are we working? How much time is spent commuting? Do we have flexible work schedules? How much time do mothers and fathers spend on childcare? How much time is spent playing sports, participating in leisure activities or volunteering? Are Canadians getting more or less sleep then we used to? Are we satisfied with the balance between work and life?

These spatial-index maps act as an important finding aid for map collections in libraries. They serve as a spatial 'table of contents' for the maps contained in a series of maps and are important for users to determine which sheet covers a particular location–-information that cannot be adequately described in a traditional catalog record.

Orthorectified aerial imagery of the UBC Vancouver campus, 2009.

This survey is designed to collect information on the use (or non-use) of early learning and child care in Canada for children younger than 6 years old. It asks whether or not a particular child under the age of 6 in the family is enrolled in early learning and child care, and collects information about the different types of arrangements the child uses and their frequency of use, the cost of early learning and child care, the difficulties some families may face when looking for early learning and child care arrangements, and the reasons for not using it. The survey will also cover the COVID-19 pandemic and its impact on early learning and child care.

CanMap Content Suite contains over 100 unique and rich content layers. Each layer has a unique file and layer name with associated definitions, descriptions, attribution and metadata. All layers, with a few exceptions, are vector data consisting of polygon, polyline, or point geometry representation.

TransLink route and station data created from General Transit Specification Feed (GTFS), downloaded 18 July 2016. Esri shapefiles and geojson were created by UBC library from the GTFS feed from TransLink. Stops shapefile: Transit stops as point shapefile Shapes, routes and trips shapefile and geojson: Bus routes as polyline shape file with trip information. No time codes are included.

These spatial-index maps act as an important finding aid for map collections in libraries. They serve as a spatial 'table of contents' for the maps contained in a series of maps and are important for users to determine which sheet covers a particular location–-information that cannot be adequately described in a traditional catalog record.

Second quarter data 2019

This study explored Milwaukee, Wisconsin, respondents' use of and opinions about various government agencies. Part 1, Main File, contains general attitudinal information such as satisfaction with schools, the police, public facilities, and government officials, as well as filter items indicating the respondents' contact with specific agencies. Those interviewees who had used the services of one or more of 50 listed agencies or programs were asked a supplementary set of questions about these particular contacts, focusing on the respondents' views of the treatment received as compared to their expectations. This information is included in Part 2, Supplementary File, which contains a record for each agency. The record was left blank if the agency's services were not used by the respondent.

As of March 2018, these files have been converted to GeoJSON and Esri shapefiles format using GDAL OGR2OGR from Mapinfo format files. The original .e00 files still remain, so files are available in multiple formats suitable for a variety of systems.

The symmetric industry by industry input-output tables show inter-industry transactions, that is, all purchases of an industry from all other industries as well as expenditures on imports and the components of value added such as wages and gross operating surplus. Similarly, the symmetric final demand tables show all purchases by each final demand category from all industries as well as expenditures on imports. The symmetric input-output tables are analytically derived from the industry by product supply and use tables. The tables are available at the Detail level and at the Link 1997, Link 1961 and Summary aggregations.

The Postsecondary Student Information System (PSIS) is a national survey that enables Statistics Canada to provide detailed information on enrolments and graduates of Canadian postsecondary education institutions in order to meet policy and planning needs in the field of postsecondary education.

The National Travel Survey was developed to fully replace the Travel Survey of Residents of Canada (record number 3810) and replace the Canadian resident component of the International Travel Survey (record number 3152). The National Travel Survey collects information about the domestic and international travel of Canadian residents. The National Travel Survey, sponsored by Statistics Canada, aims to measure the characteristics and the economic impact of the tourism activities of Canadian residents. The objectives of the survey are to provide information about the number of trips and expenditures by Canadian residents by trip origin, destination, duration, type of accommodation used, trip reason, mode of travel, etc.; to provide information on travel incidence and to provide the socio-demographic profile of travellers and non-travellers. From a macroeconomic point of view, the NTS measures the domestic and international tourism demand by Canadian residents.