Open Government Portal

This table provides the current expenditure forecast for each statutory authority within a department or agency, for which a financial requirement has been identified.

__The link: * Accessing the data repository* is available in the*Dataset description sheets; Additional information*__ section. Ecoforestry maps in PDF format are available at a scale of 1:20 ,000 and cover Quebec territory approximately up to the 52nd parallel. Each map covers an average area of about 250 km2 and presents the forest information of the territory concerned. Its accuracy is approximately 10 meters. These maps are an image of the ecoforestry map up to date for the corresponding year. __Maps 2021__ The 2021 maps are produced from the ecoforestry map updated for the year 2021. It represents the result of the photo-interpretation of aerial photographs taken during the 4th and 5th ecoforestry inventory of southern Quebec to which were added natural disturbances (fires, epidemics, windfalls, etc.) and forestry interventions (harvesting and reforestation) carried out in the public forest following the year of shooting. According to the maps, data according to the Forest Stand Inventory (FOIA) approach are included when these are available for a complete sheet. Main components: vegetation type (forest species grouping, density class, height class, age class, etc.) or AIPF vegetation type (detailed forest species, density (%), height (m), age class, etc.); slope class; terrain nature (peatlands, gravel pits, etc.); hydrography (lakes, rivers, streams, swamps, etc. ); transport network and bridges; topography (contour lines); fragmentation. __2019 and 2020 maps__ The 2019 maps, as well as those of 2020, are produced from ecoforest maps updated for the corresponding year. They represent the result of photo-interpretation of aerial photographs taken during the 4th and 5th ecoforestry inventory of southern Quebec, to which were added natural disturbances (fires, epidemics, windfalls, etc.) and forestry interventions (harvesting and reforestation) carried out in the public forest following the year in which the photo-interpretation of aerial photographs from the 4th and 5th ecoforestry inventory of southern Quebec. An update is then carried out taking into account natural disturbances (fires, epidemics, windthrow, etc.) and forestry interventions (harvesting and reforestation) carried out in public forests. The information presented corresponds to the updated ecoforestry map of 2019 or 2020 depending on the case. On each of the maps, the name of the stands is expressed by the grouping of species. Main components: vegetation type (forest species, density, height, age class, etc.); slope class; nature of the terrain (peatlands, gravel pits, etc.); hydrography (lakes, rivers, streams, swamps, etc.); transportation network and bridges; topography (contour lines); fragmentation. __2015 maps__ The 2015 maps are produced from photo-interpretation of aerial photographs from the 3rd and 4th ecoforestry inventory of southern Quebec. An update is then carried out taking into account natural disturbances (fires, epidemics, windthrow, etc.) and forestry interventions (cutting and planting) carried out in public forests. The information presented corresponds to the ecoforestry map updated to 2015. MAP FOR PRINTING (GEOREFERENCED)**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

This digital product is developed from the NovaROC database of mineral rights information for the province of Nova Scotia. The database is maintained by the Nova Scotia Department of Natural Resources and Renewables, Geoscience and Mines Branch. The digital product was developed from information contained in the NovaROC database and is updated every night at around 2:00 AM. The digital product contains layers for entities such as: exploration licences; special licences (coal, salt and potash, geothermal and minerals in a closure area); leases; hydrocarbon storage-area licences and leases; and non-mineral registrations.

Data elements are feature coded and structurally clean. Map components are available in a number of data exchange formats. Note: Toponymic (Electoral District names) information is contained in these data sets. Shoreline information and vectors are not included as part of the Federal Electoral Districts of Canada data set.

The number of people having to commute to work (usual place of work or no fixed workplace address) has risen considerably over the past five years from 13 450 900 in 2001 to 14 714 300 in 2006 or 9.4%. While the car is still the most frequently used mode of transportation for getting to work, there was a decrease in the proportion of drivers in the past five years, from 73.8% of workers in 2001 to 72.3% in 2006. In 2006, 11% of Canadian workers used public transit to get to work, compared to 10.5% in 2001 and 10.1% in 1996.

Nearly 74% of Canadian commuters drove to work in 2001, up from 73.3% and about 10.5% of employed Canadians used public transportation to get to work in 2001, up marginally from 10.1% in 1996. In 2001, the proportion of workers who rode to work as passengers in a car, truck or van decreased to 6.9% from 7.4% in 1996. About 6.6% of all employed Canadians walked to work in 2001, down slightly from 7.0% in 1996. The proportion of employed Canadians who cycled to work increased marginally to 1.2% in 2001 from 1.1% in 1996.

An archive of 2D regional seismic and long period magnetotelluric data collected during 20 years of work under the LITHOPROBE project. Data are primarily onshore and cover widespread regions of Canada. Available data types include raw digital data, processed sections, and images of final sections, as well as auxiliary information required for analysis of the data.

An archive of 2D regional seismic and long period magnetotelluric data collected during 20 years of work under the LITHOPROBE project. Data are primarily onshore and cover widespread regions of Canada. Available data types include raw digital data, processed sections, and images of final sections, as well as auxiliary information required for analysis of the data.

This product provides large scale mapping (i.e. 1:1 000 to 1:5 000) of Canada Lands located in Quebec. It contains topographic information including utilities, land cover, occupational limits and administrative boundaries, contours, hydrography, building and transportation features. The mapping information is derived from high resolution aerial photography or large scale aerial photographs.

This table is part of a series of tables that present a portrait of Canada based on the various census topics. The tables range in complexity and levels of geography. Content varies from a simple overview of the country to complex cross-tabulations; the tables may also cover several censuses.