Land use mapping.**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

Mapping of municipal zoning boundaries.**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

Geo-Flooding is an interactive map, accessible by mobile or computer, which allows you to consult the sectors for which information relating to flood zones is available. The information disseminated in this map comes from the following three sources of information (work has been done on the data to standardize everything): * _ Territory flooded in 2017 and 2019_ * _ Special intervention zone of 2017-2019 (from which territories covered by a ministerial decree are excluded)_ * Mapping of flood zones identified by the MRCs and represented in the Provincial Land Use Portrait (PPAT) . For more details about the PPAT, consult the following page: _ Application Territories - Provincial Land Use Portrait (PPAT) _ For information, the _ Transitional Flood Area Management Regulation, of shores and coastline_ is in force since March 1, 2022. Under the _ Transitional Regulation_), the flood zones in question are, with some exceptions, the boundaries established according to the most recent maps or flood ratings as of March 25, 2021, including territories flooded by spring floods in 2017 or 2019. The interactive map and the data are provided for information purposes only and have no legal value. It presents a standardized grid that identifies sectors for which information on flood zones is available (flood zone maps, flood ratings, etc.). _You must always check the information and regulations in force with the MRC or the municipality in question. _**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

The forest fire map shows forest fires that occurred mainly in the territory of southern Quebec, i.e. the area located south of the territorial limit of attributable forests. This map data makes it possible to improve knowledge about fire regimes and to meet the specific needs of special management plans following forest fires. They can also be used to meet a variety of study and research needs, such as analyzing the impact of climate change, modeling post-fire regeneration, and studying ecosystem dynamics. This information is obtained from and produced from a variety of sources, including satellite images, aerial photographs, field or aerial surveys, fire scar dating, and archival documents. This data contains four types of mapping as well as fire regime mapping: • Detailed fire mapping, from 1976 to the present. This mapping includes burn types, total burn and partial burn, when information is available. In addition, for fires that have been characterized, information on the classes of burning patterns is added. The minimum mapping area can be up to 0.1 ha, depending on the source products used. This map is partially available for areas located in the north of southern Quebec. • Mapping the simplified contours of fires, from 1972 to today. This map shows the external contours of fires (without fragmentation), in order to represent them globally in a product that is easily usable and can be integrated into current information systems, GPS or others. Resulting from the fusion of detailed fire mapping, this product was designed to meet various customer needs. This map is partially available for the sectors located in the north of southern Quebec. • The mapping of the origin of fires having been listed by the protection organizations (e.g.: SOPFEU) for the period from 1972 to today. This mapping includes the date, the source of ignition (human or lightning) and the protection zone. It is available for all of Quebec. • The mapping of ancient fires concerns fires that occurred between the very end of the 19th century and 1975. This mapping comes from the information present on the forest maps of the first and second inventories, as well as from the information contained on the ecoforest maps of the third and fourth inventories. The dating of these fires is done using various methods, including the analysis of study trees bearing fire scars and the consultation of archival documents. This data is available for the following regions: Saguenay-Lac-Saint-Jean (02), Bas-Saint-Laurent (02), Bas-Saint-Laurent (01), Gaspésie-Îles-de-la-Madeleine (11), Abitibi-Témiscamingue (08), Mauricie-Centre-du-Québec (04-17), and Lanaudière-du-Québec (04-17), and Lanaudière-Laurentides (14-15). • Mapping fire regimes in southern Quebec. This map shows 13 zones with distinct fire regimes. These areas were delineated based on available information on the areas burned during the period 1890-2020 and other potentially decisive environmental variables, such as physiography, the abundance of different tree species known to be dependent on fire as well as the location of natural and anthropogenic ignitions. Fire regime mapping covers all forest areas under management as well as a more northern portion that is not managed. The detailed methodology is presented in Forest Research Paper no. 189 “Zoning fire regimes in southern Quebec” (coming soon). This zoning may be useful to ensure better consideration of the risk of fire in a forest management context. It can also serve as a territorial basis for projecting future fire activity taking into account various factors, such as climate change, fire suppression as well as changes in the types of fuels and their distribution on the territory.This third party metadata element was translated using an automated translation tool (Amazon Translate).

Mapping of agricultural production zoning in the urban planning code (CDU) on the territory of Laval.**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

With an area of over 63,000 km2, the agricultural zone extends over the territory of metropolitan communities, census metropolitan areas, census agglomerations and 954 municipalities located in the 17 administrative regions of Quebec. The land integrated into the agricultural zone is mainly found in southern Quebec, along the St. Lawrence River and in certain peripheral regions, in short, where the biophysical environment offers the best characteristics for the practice of agricultural activities. · Source of the digital agricultural zone. The reference documents that served as the basis for the digitization of the agricultural zone are: the Quebec topographic database (BDTQ) at a scale of 1:20,000, the cadastral compilation at a scale of 1:20,000, the official maps of the boundary of the agricultural zone and their technical descriptions. · Warning and limitations o The file of the boundaries of the agricultural zone does not include any inclusions or exclusions. o The numerical boundaries of the agricultural zone and their technical descriptions. · Warning and limitations o The file of the boundaries of the agricultural zone does not include any inclusions or exclusions o The numerical boundaries of the agricultural zone have been validated visually by superposition with the limits appearing on the official maps . This first version was produced and distributed in response to repeated requests from various organizations that wanted to have a general overview of the agricultural area. It has no legal value. In fact, the 1:20,000 scale paper plans accompanying government decrees establishing agricultural areas by municipality are the official and legal version of the boundaries of the agricultural zone. These plans are submitted to the Commission de Protection du Terrain Agricole du Québec, to the registrar of rights officer and to the clerk or secretary-treasurer of the local municipality concerned. o With the progress of cadastral renovation, more and more territories in agricultural areas are dependent on the new cadastre. The renovated cadastre has the advantage of being more precise and better structured than the cadastral compilation. On the other hand, you should know that the agricultural area was demarcated using the cadastral compilation. As a result, the zoning assigned to a renovated lot is sometimes difficult to establish with certainty in cases where one is located near the boundary between the agricultural zone and the non-agricultural zone. This difficulty arises from the discrepancy between the boundaries of the lots in the cadastral compilation and the renovated cadastre. Therefore, in order to limit the risks of misinterpretation, refer to paper plans at a scale of 1:20,000 or contact our information service to determine the zoning assigned to a lot. A project to adjust the boundary of the agricultural zone to the cadastral renovation lots is under way. o During digitization, arbitrations had to be made when there was a discrepancy between the digital source elements and the same elements from the same elements from the official maps of the agricultural area. In addition, the assembly of paper maps into a continuous digital agricultural zone reveals a lack of uniformity at the level of the boundaries of the agricultural zone in a water environment. A revision aimed at correcting this lack of coherence is under consideration, although it has legal constraints. Purpose: Representation of the agricultural zone of Quebec**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

Données géolocalisées et cartes illustrant la délimitation des zones industrialo-portuaires. La zone industrialo-portuaire est un espace délimité servant à des fins industrielles et situé à proximité de services portuaires ainsi que d’infrastructures routières et ferroviaires. Cette proximité représente un avantage comparatif considérable pour les entreprises, notamment pour celles du secteur de la transformation, puisqu’elle permet un accès facilité aux intrants et une distribution adéquate des marchandises produites vers les marchés nord-américains et internationaux. Pour plus d'information: (source: https://www.economie.gouv.qc.ca/bibliotheques/strategies/avantage-saint-laurent-la-nouvelle-vision-maritime-du-quebec/zones-industrialo-portuaires) Notez que cette base de données est en constante évolution selon le rythme d’officialisation des zones. La structure comprend les champs suivants: - Nom de la zone, par exemple Québec-Lévis - Date d’officialisation de la zone, par exemple 2017-07-06 - Description du secteur : Anse-au-Foulon (ce nom est donné par le comité) - Géométrie du secteur - Nom de la municipalité où est situé le secteur, par exemple Québec - Code géographique de la municipalité où est situé le secteur (code unique à 5 chiffres), par exemple 23027 (pour Québec) - Superficie en km² du secteur, par exemple 0,421755

The link: Access the data directory is available in the section*Dataset Description Sheets; Additional Information*. The forest fire map shows forest fires that occurred mainly in the territory of southern Quebec, i.e. the area located south of the territorial limit of attributable forests. This map data makes it possible to improve knowledge about fire regimes and to meet the specific needs of special management plans following forest fires. They can also be used to meet a variety of study and research needs, such as analyzing the impact of climate change, modeling post-fire regeneration, and studying ecosystem dynamics. This information is obtained from and produced from a variety of sources, including satellite images, aerial photographs, field or aerial surveys, fire scar dating, and archival documents. This data contains four types of mapping as well as fire regime mapping: • Detailed fire mapping, from 1976 to today. This mapping includes burn types, total burn and partial burn, when information is available. In addition, for fires that have been characterized, information on the classes of burning patterns is added. The minimum mapping area can be up to 0.1 ha, depending on the source products used. This map is partially available for areas located in the north of southern Quebec. • Mapping the simplified contours of fires, from 1972 to today. This map shows the external contours of fires (without fragmentation), in order to represent them globally in a product that can be easily used and integrated into current information systems, GPS or others. Resulting from the fusion of detailed fire mapping, this product was designed to meet various customer needs. This map is partially available for sectors located in the north of southern Quebec. • The mapping of fire origins having been listed by protection organizations (e.g.: SOPFEU) for the period from 1972 to today. This mapping includes the date, the source of ignition (human or lightning) and the protection zone. It is available for all of Quebec. • The mapping of ancient fires concerns fires that occurred between the very end of the 19th century and 1975. This mapping comes from the information present on the forest maps of the first and second inventories, as well as from the information contained on the ecoforest maps of the third and fourth inventories. The dating of these fires is done using various methods, including the analysis of study trees bearing fire scars and the consultation of archival documents. This data is available for the following regions: Saguenay-Lac-Saint-Jean (02), Bas-Saint-Laurent (02), Bas-Saint-Laurent (01), Gaspésie-Îles-de-la-Madeleine (11), Abitibi-Témiscamingue (08), Mauricie-Centre-du-Québec (04-17), and Lanaudière-Laurentides (04-17), and Lanaudière-Laurentides (14-15). • Mapping fire regimes in southern Québec. This map shows 13 zones with distinct fire regimes. These areas were delineated based on available information on the areas burned during the period 1890-2020 and other potentially decisive environmental variables, such as physiography, the abundance of different tree species known to be dependent on fire as well as the location of natural and anthropogenic ignitions. Fire regime mapping covers all forest areas under management as well as a more northern portion that is not managed. The detailed methodology is presented in Forest Research Paper no. 189 “Zoning fire regimes in southern Quebec” (coming soon). This zoning may be useful to ensure better consideration of the risk of fire in a forest management context. It can also serve as a territorial basis for projecting future fire activity taking into account various factors, such as climate change, fire suppression as well as changes in the types of fuels and their distribution on the territory.**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

Abstract not available. This series is produced to expedite the release of information by making unedited manuscript material available to the public in advance of formal publication, and to act as a repository for relevant supporting data that are referred to in published reports. Open Files can be maps; reports; voluminous data sets resulting from multiparameter geophysical and geochemical surveys; consultants' reports; preliminary, unvetted field and laboratory results. They are all critically reviewed by one specialist. The series is geared towards specialists (mining industry, land-use planning, geoscience students) rather than the general public.

Objectifs :

Diffuser aux internautes la cartographie des zones industrielles sur le territoire de la Ville de Longueuil.

Territoire concerné :

Ville de Longueuil

Fréquence de la mise à jour :

Quotidienne

Système de coordonnées :

EPSG: 32188. (Référence: https://spatialreference.org/ref/epsg/32188/ )

Cette cartographie localise les parties de territoire où doivent s’appliquer les normes relatives aux glissements de terrain, prescrites par le gouvernement du Québec. Les zones de contraintes relatives aux glissements de terrain comprennent, en plus du talus, des bandes de protection à son sommet et à sa base, où différentes interventions doivent être réglementées. Ces zones sont destinées à être intégrées au schéma d’aménagement et de développement des MRC pour la planification du territoire et le contrôle de l’utilisation du sol, conformément aux exigences de la Loi sur l’aménagement et l’urbanisme (A-19.1, art.5).

Abstract not available. This series is produced to expedite the release of information by making unedited manuscript material available to the public in advance of formal publication, and to act as a repository for relevant supporting data that are referred to in published reports. Open Files can be maps; reports; voluminous data sets resulting from multiparameter geophysical and geochemical surveys; consultants' reports; preliminary, unvetted field and laboratory results. They are all critically reviewed by one specialist. The series is geared towards specialists (mining industry, land-use planning, geoscience students) rather than the general public.

Zoning**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

Cartographie des zones d’aménagement écologiques particulières (ZAEP) dans le code de l’urbanisme (CDU) sur le territoire lavallois.

CIC et le MELCCFP ont amorcé en 2009 un projet opérationnel de cartographie détaillée des milieux humides pour les basses-terres du Saint-Laurent, la plaine du Lac Saint-Jean et d'autres secteurs au sud du Québec nécessitant ce type d'information.

La cartographie détaillée des milieux humides constitue un point de départ pour la protection, la restauration et la gestion des milieux humides. Ainsi, les décideurs et les professionnels de l’aménagement du territoire et de l’environnement disposent désormais d’une base d’information uniforme et reconnue pour les aider dans leurs décisions de planification et de conservation de ces habitats essentiels pour le bien-être de la société. Cela permettra d’envisager la question de la protection des milieux humides en amont du développement, évitant ainsi des conflits d’usages. Les intervenants du monde municipal, en vertu de leurs pouvoirs en matière d’environnement, contribuent significativement à l’effort de conservation des milieux humides par l’intégration de ceux-ci au sein des outils de planification du territoire et de réglementation.

CIC aimerait remercier ses divers partenaires qui collaborent avec nous pour la réalisation de cette initiative inédite de cartographie des milieux humides. Le projet continu et des nouvelles données seront disponibles prochainement pour d'autres territoires au sud du Québec.

Couche polygonale du zonage sur le territoire de la ville de Shawinigan.

Lien vers la fiche Isogeo

https://jmap.shawinigan.ca/doc/photos/LogoShawinigan.jpg" alt="Logo de Shawinigan">

Méthode de collecte Numérisation à partir du cadastre.

Attributs

• objectid (integer) :
• usage_ (char) : Usage
• numéro (integer) :
• grandezone (integer) :
• usage_v1 (char) :
• zone_v1 (integer) :
• numéro_v1 (integer) :
• numéro_v2 (integer) :
• usage_v2 (char) :
• numéro_v3 (integer) :
• usage_v3 (char) :
• numéro_v4 (integer) :
• usage_v4 (char) :
• zone_ (char) : Zone
• cm_zone (char) :
• marge_recul (double) :
• marge_recul_note (char) : Note marge de recul
• st_area(shape) (double) :
• st_length(shape) (double) :

Data on flood zones include mapping carried out as part of the mapping program of the Canada-Quebec Convention from 1976 to 2001, the Program for the determination of flood ratings from 2001 to 2004 (PDCC), as well as the mapping carried out after that date by the Centre d'expertise du Québec (CEH) and its various partners.**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

This map locates the parts of the territory where the standards relating to landslides, prescribed by the Government of Quebec, must apply. Landslide stress areas include, in addition to the embankment, protective bands at its top and base, where various interventions must be regulated. These areas are intended to be integrated into the MRC land use and development plan for land use planning and land use control, in accordance with the requirements of the Land Use Planning Act (A-19.1, art.5).**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

This layer presents the delimitation of the perimeter of the special intervention zone (ZIS) of the decree called “Declaration of a special intervention zone in order to promote better management of flood zones”. This zone was created using a variety of data sources presenting the 2017 and 2019 flooded areas. Since the adoption of Decree 817-2019, this dataset is no longer in force. For more information on the mapping of flood zones in Quebec, consult the Information available on the Ministry's website using the following link: http://www.cehq.gouv.qc.ca/zones-inond/zone-intervention-speciale.htm**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

This map locates the areas of high current and low current of the Ottawa and Gatineau rivers. The low-current zone corresponds to the part of the floodplain, beyond the limit of the high-current zone, that can be flooded during a 100-year recurrent flood. The high-current zone that corresponds to the part of a floodplain that can be flooded during a 20-year recurrent flood. The floodplain corresponds to the space occupied by a lake or a watercourse during a flood period within the meaning of the Policy for the Protection of Coastal Shores and Floodplains. Appendix E - zoning by-law 502-2005 - amendment 502-237-2017, in force on July 24, 2017 Sources: Annex E - zoning by-law 502-2005 - amendment 502-237-2017, in force on July 24, 2017 City of Gatineau, City of Gatineau, Department of Urban Planning and Sustainable Development, Department of Urban Planning and Sustainable Development, in force on July 24, 2017, in force, City of Gatineau, Department of Urban Planning and Sustainable Development, May 2014, May 2014, May 2014, Mapping of areas of large and weak currents of the Ottawa and Gatineau rivers from two sources: JFSA, April 2014, Determination and mapping of open water flood levels in the Gatineau River. 995-14 Quebec Water Expertise Center, March 2008, Determination of flood ratings corresponding to the large current zone and the low current zone, Ottawa River, CEHQ 07-114. The low-current zone corresponds to the part of the floodplain, beyond the limit of the high-current zone, that can be flooded during a 100-year recurrent flood. The high-current zone that corresponds to the part of a floodplain that can be flooded during a 20-year recurrent flood. The floodplain corresponds to the space occupied by a lake or a watercourse during a flood period within the meaning of the Policy for the Protection of Coastal Shores and Floodplains. Appendix E - zoning by-law 502-2005 - amendment 502-237-2017, effective July 24, 2017**This third party metadata element was translated using an automated translation tool (Amazon Translate).**