Map of Canada showing locations of facilities selling nautical charts in both paper and digital formats.

This dataset includes all MPMO projects at various stages in the review process, including those that are currently undergoing review and those that have completed a review.

SQRC grid (Quebec Cartographic Reference System) at a scale of 1:500 and 1:1000 of Montreal Island. The dxf file contains an underlying layer of streets for better location.**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

This data set presents the places of interest in the City of Montreal according to the classification carried out as part of the Montreal on Foot (MàP) initiative in 2020. The Montréal à Pied project aims to improve orientation and pedestrian paths throughout Montreal. Although the data concern the territory of the boroughs, places of interest may be located on the territory of linked cities for a better coherence of geographic information.**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

Le Canada est divisé en 338 circonscriptions. Un représentant du Parlement ou député est élu pour chacune des circonscriptions. Après la diffusion des chiffres de population de chaque recensement décennal, le directeur général des élections détermine le nombre de sièges à la Chambre des communes et publie cette information dans la Gazette du Canada. Les commissions de délimitation des circonscriptions déterminent ensuite les modifications à apporter aux limites des circonscriptions. Les commissions de délimitation des circonscriptions fédérales sont des organismes indépendants qui prennent toutes les décisions concernant les limites proposées et définitives des circonscriptions fédérales. Élections Canada offre des services de soutien à la commission de délimitation des circonscriptions dans chaque province. À la lumière des rapports de ces commissions, le directeur général des élections prépare un décret de représentation électorale faisant état des limites, du nom et de la population de chaque CF. Le décret de représentation électorale prend effet à la première dissolution du Parlement qui se produit au moins sept mois après sa proclamation. Le décret de représentation électorale de 2013 (proclamée le 5 octobre 2013) était fondée sur les chiffres de population du recensement de 2011; le nombre de CF, établi à 308 selon le décret de représentation électorale de 2003, est passé à 338. L’Ontario s’est accru de quinze sièges, l’Alberta et la Colombie-Britannique en ont gagné six chacun, alors que le Québec en a ajouté trois. Le 19 juin 2014, la Loi de 2014 sur les changements de noms de circonscriptions (Projet de loi C-37) a reçu la sanction royale modifiant les noms de 31 CF. Le nom des CF peut être modifié n’importe quand par une loi fédérale.

Le Canada est divisé en 308 circonscriptions. Un représentant du Parlement ou député est élu pour chacune des circonscriptions. Après la diffusion des chiffres de population de chaque recensement décennal, le directeur général des élections détermine le nombre de sièges à la Chambre des communes et publie cette information dans la Gazette du Canada. Les commissions de délimitation des circonscriptions déterminent ensuite les modifications à apporter aux limites des circonscriptions. Les commissions de délimitation des circonscriptions fédérales sont des organismes indépendants qui prennent toutes les décisions concernant les limites proposées et définitives des circonscriptions fédérales. Élections Canada offre des services de soutien à la commission de délimitation des circonscriptions dans chaque province. À la lumière des rapports de ces commissions, le directeur général des élections prépare une ordonnance de représentation faisant état des limites, du nom et de la population de chaque CF. L'ordonnance de représentation prend effet à la première dissolution du Parlement qui se produit au moins un an après sa proclamation. L'Ordonnance de représentation de 2003 (proclamée le 25 août 2003) était fondée sur les chiffres de population du recensement de 2001; le nombre de CF, établi à 301 selon l'Ordonnance de représentation de 1996, est passé à 308. L'Ontario s'est accru de trois sièges, alors que l'Alberta et la Colombie-Britannique en ont gagné deux chacun. Le 19 juin 2014, la Loi de 2014 sur les changements de noms de circonscriptions (Projet de loi C-37) a reçu la sanction royale modifiant le nom de la CF de Western Arctic à Territoires du Nord-Ouest. Le nom des CF peut être modifié n'importe quand par une loi fédérale.

Small area data (SAD) on field crops show seeded and harvested area, yield and production estimates for most principal field crops and some special crops in Canada. Most SAD geographies correspond exactly with the Census Agriculture Region (CAR) limits, excepts for some regions of Quebec (where small areas are defined by provincial administrative boundaries), Saskatchewan (where small areas coincide with census divisions boundaries as of 2017) and British Columbia. For exact correspondence between Census Agricultural Regions (CAR) and Small Area Data (SAD) Regions, see the following link: https://www.statcan.gc.ca/eng/statistical-programs/document/3401_D2_V2 These regions are associated with Statistics Canada estimates on principal field crops available in the following table: https://www150.statcan.gc.ca/t1/tbl1/en/tv.action?pid=3210000201

Produced as part of the St. Lawrence Action Plan, the Atlas of Territories of Interest for Conservation in the St. Lawrence Lowlands shows the sites where conservation needs are the most pressing. The conservation targets selected (coarse filter) are forest environments, wetlands, open environments (wastelands, perennial crops) and aquatic environments to which are added elements of the fine filter such as exceptional aquatic environments associated with the St. Lawrence corridor (e.g. spawning grounds), alvars, bird colonies, wildlife elements (e.g. nesting sites of Bank Swallows and Chimney Swift, etc.) and important floristic occurrences. Our objective is to determine the sites of interest until a representative threshold of 20% is reached. The geospatial data associated with sites of interest for conservation, the user guide, the methodological report, the metadata as well as the detailed mapping of land use in the St. Lawrence Lowlands, which was an essential basic data for producing this atlas, are available for download. Users can therefore more accurately consult the spatial distribution of sites of interest and the conservation value associated with each plot of habitat for conservation targets (forest environments, wetlands, wastelands, perennial crops, aquatic environments) using geographic information systems (e.g. ArcGIS). Users can also adapt the analysis of this data to their territorial reality and according to specific objectives specific to their interests. Since the conservation of natural environments and species in precarious situations is a shared responsibility, this Atlas will make it possible to meet the priorities of the many organizations involved in the conservation of natural environments in the St. Lawrence Lowlands.**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

As part of measure 2.6 of the 2013-2020 Climate Change Action Plan, the MELCC financed two projects specific to the St. Lawrence river section and aimed at supporting municipalities facing the risks of erosion and flooding. The team of the **Laboratoire de Géomorphology Terre-Mer du Département de Géomorphology de l'Université Laval** has set up an essential geospatial information base for assessing the risks associated with the erosion of the banks of the banks of the St. Lawrence river section. The user will be able to find there (i) the mapping of the classification of the shore (types of banks and their artificialization), (ii) the degradation conditions of artificial structures and (iii) the state of erosion of natural or artificial segments. The sectors most vulnerable to erosion have also been mapped and documented with image quality sheets. These sheets present the characteristics of the shoreline and the main natural (currents, ice, etc.) and human geomorphological processes (currents, ice, etc.) associated with bank erosion for these nerve sectors, in order to better represent local dynamics. The geospatial data associated with shoreline mapping, the quality sheets and the project report, which includes the description of the methodology and results, are available for download. The second project is led by Ouranos and aims to reduce the vulnerability to floods and erosion associated with climate change for communities bordering the St. Lawrence river section. The user will be able to consult two reports resulting from this project: a. Technical report on future trends in the main hydro-climatic factors that influence natural flood risks and bank erosion processes along the fluvial section of the St. Lawrence. The objectives of this report are to draw a portrait of these hazards, covering both the recent past and future projections (2050 and 2080). These factors range from large-scale phenomena, such as the spring flood of the St. Lawrence River or marine uplift, to local phenomena such as freeze-thaw processes that affect clay cliffs and microcliffs. b) Summary of the needs mentioned by the actors of the regional round tables (TCRs) to adapt shoreline communities to the risks of bank erosion and flooding. This report presents a portrait of the participants of the four workshops organized in the fall of 2018, the approach used for the consultation and a summary of the needs expressed. The lists of participants and the detailed reports of each workshop are also included in the annex to this document. The TCRs consulted during these workshops are those of Haut-Saint-Laurent — Greater Montreal, Lac Saint-Pierre, the fluvial estuary and the TCR of Quebec. Following this characterization project, a [Study of bank mobility issues in the St. Lawrence river section] project (https://www.donneesquebec.ca/recherche/dataset/etude-d-enjeux-de-mobilite-des-berges-dans-le-troncon-fluvial-du-saint-laurent) was carried out.**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

__The link: * Access the data directory* is available in the section*Dataset description sheets; Additional information*__. Ecoforest 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 approximately 250 km2 and presents forest information for the territory concerned. Its accuracy is approximately 10 meters. These maps are an image of the current ecoforest map for the corresponding year. __Maps 2021, 2022, 2023 and 2024__ The maps 2021, 2022, 2023, as well as those of 2024 are produced from the up-to-date ecoforest map of the corresponding year. It represents the result of the photo-interpretation of aerial photographs taken during the 4th and 5th ecoforestry inventories of southern Quebec to which were added natural disturbances (fires, epidemics, windfalls, etc.) and forest interventions (harvesting and reforestation) carried out in the public forest following the year in which the picture was taken. According to the maps, data using the forest stand inventory approach (AIPF) is included when available for a complete sheet. Main components: type of vegetation (forest species group, density class, class of density, class of height, age class, etc.) or type of AIPF vegetation (detailed forest species, density (%), height (m), age class, etc.); slope class; class of slope; nature of the terrain (peatlands, height class, age class, etc.); topography (level curves); fragmentation. __2019 and 2020 maps__ The 2019 maps, as well as those of 2020, are produced from up-to-date ecoforest maps of the corresponding year. They represent the result of the photo-interpretation of aerial photographs taken during the 4th and 5th ecoforestry inventories of southern Quebec to which were added natural disturbances (fires, epidemics, windfalls, etc.) and forest 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 inventories of southern Quebec were taken. An update is then carried out taking into account natural disturbances (fires, epidemics, windfalls, etc.) and forest interventions (harvesting and reforestation) carried out in public forests. The information presented corresponds to the current ecoforest map of 2019 or 2020 as the case may be. On each of the maps, the name of the stands is expressed by the group of species. Main components: type of vegetation (forest species, density, height, height, age class, etc.); slope class; nature of the terrain (peatlands, gravel, etc.); hydrography (lakes, rivers, streams, streams, swamps, etc.); transport network and swamps, etc.); transport network and bridges; topography (level curves); fragmentation. __Maps 2015__ The 2015 maps are produced from the photo-interpretation of aerial photographs from the 3rd and 4th ecoforest inventories of southern Quebec. An update is then carried out taking into account natural disturbances (fires, epidemics, windfalls, etc.) and forest interventions (cutting and planting) carried out in public forests. The information presented corresponds to the 2015 updated ecoforest map. MAP FOR PRINTING (GEOREFERENCED)**This third party metadata element was translated using an automated translation tool (Amazon Translate).**