The Drought Impact Label dataset is used on all drought polygons from D1 to D4 to specify the longitude and magnitude of impacts. Impact labels are often used in association with the Drought Impact Line dataset. The impact labels are classified as follows: S – Short-Term, typically less than 6 months. L – Long-Term, typically more than 6 months. SL – A combination of Short and Long-Term impacts.

The Drought Impact Lines dataset highlights areas that have been physically impacted by drought. All drought impact lines have a drought impact label inside of them to express the longevity of the impact. The impact lines are classified using impact labels as follows: S – Short-Term, typically less than 6 months. L – Long-Term, typically more than 6 months. SL – A combination of Short and Long-Term impacts.

Map of Quebec City railways.**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

The layers of administrative divisions offered at the scales of 1/20,000 and 1/100,000 allow the location of boundaries for the following components: * Boroughs and agglomerations; * Municipalities, unorganized territories and indigenous territories; * Administrative regions, metropolitan communities, and MRCs; * The international border, the interprovincial borders as well as the Québec—Newfoundland and Labrador border. For the 1/100,000 scale version, the cut-off data originally compiled at the scale of 1/20,000 is adjusted to the corresponding planimetric components at the scale of 1/100,000.**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

Central lines for the layout of street sections. **Collection context** Maintenance by the geomatics division in collaboration with the engineering department. **Collection method** Computer-aided mapping. **Attributes** * `ASSET_ID` (`integer`): Identifier * `Odonym` (`varchar`): Odonym * `Jurisdiction` (`varchar`): Jurisdiction * `Status` (`varchar`): Status * `NIV_HIERARC` (`varchar`): Hierarchical level * `Circulation` (`varchar`): Traffic * `Coating` (`varchar`): Coating * `NB_VOIE` (`integer`): Number of channels * `LENGTH` (`numeric`): Length * `display_class` (`varchar`): Display class * `ODONYME_INT_A` (`varchar`): Odonym intersection A * `ODONYME_INT_B` (`varchar`): Odonym intersection B * `ADR_DEBUT_G` (`integer`): Address start left * `ADR_FIN_G` (`integer`): End left address * `ADR_DEBUT_D` (`integer`): Right start address * `ADR_FIN_D` (`integer`): Right end address * `NOTES` (`varchar`): Notes * `SOURCE` (`varchar`): Source * `DATE_CREATION` (`smalldatetime`): Created on * `DATE_MODIFICATION` (`smalldatetime`): Modified on * `USER_MODIFICATION` (`varchar`): Modified by * `ODO_LONG_COMPLETE` (`varchar`): Full long odonym * `ODO_INDEX_COURT` (`varchar`): Short index odonym * `ODO_INDEX_LONG` (`varchar`): Long index odonym For more information, consult the metadata on the Isogeo catalog (OpenCatalog link).**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

All civic addresses and their specific location on the territory of the city of Saguenay**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

Data describing clean growth and climate change projects that have received federal funding since 2015 that feeds into the Climate Action Map. The data include projects that meet Mitigation, Adaptation and Clean Technology objectives. The data include project names and descriptions, funding information, locations, and recipients.

Polygons of evaluation units of the graphic matrix. **Collection context** Update process in collaboration with the evaluation department. **Collection method** Computer-aided mapping. **Attributes** * `ID` (`integer`): Identifier * `ADM01A` (`varchar`): Municipality code * `SI0318A` (`smalldatetime`): Registration date * `SI0317C` (`varchar`): Registration * `SI0528C` (`varchar`): Neighborhood unit * `DATE_CREATION` (`smalldatetime`): Created on * `DATE_MODIFICATION` (`smalldatetime`): Modified on * `USER_MODIFICATION` (`varchar`): Modified by * `X_FIC_JOINT` (`varchar`): Attached file * `ID_OLD` (`varchar`): Old id For more information, consult the metadata on the Isogeo catalog (OpenCatalog link).**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

The product of the land rights layer (leases) contains the centroid or, in some cases, the outline of rental leases granted by the Government of Quebec, or granted by MRCs and cities that are signatories of an agreement to delegate land management and the management of sand and gravel exploitation on land under the domain of the State. The main components are: * Personal purposes (e.g.: main residence, cottage, summary shelter in the forest) * Commercial purposes (e.g. outfitter, tourist site, fish farming, sawmill) * Public interest purposes (e.g. telecommunications) * Municipal purposes (recreational or sports activities) * Community purposes (shelter, shelter, relay, trail) Depending on the case, the data sources are: * GPS inputs * Aerial photographs * Surveying surveys**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

Cyanobacteria (also referred to as blue-green algae) are common photosynthetic bacteria that live in surface waters. Under favorable conditions, such as warm water and high nutrient content, these bacteria can form nuisance “blooms”. The presence of blooms in recreational water causes unpleasant aesthetics and exposure to some toxin-producing blooms may pose potential health risks. Contact with blooms can cause skin rashes and irritation, itchy eyes, and ear infections. Inhaling water may cause allergic-like reactions, runny noses or sore throats. Ingestion of toxins can cause a range of symptoms (e.g., hepatotoxic or neurotoxic effects, and even death). There has been increased public awareness as a result of research over the past 25 years, recent monitoring efforts, and increased public education on the topic. In 2009, Alberta Health and Alberta Health Services began seasonal monitoring for cyanobacterial blooms at high use recreational beaches. In 2019, beach operators took over the sampling role from Alberta Health Services under the Alberta Safe Beach Protocol. Water is collected from shallow water adjacent to beaches and submitted to laboratories for analysis of cyanobacterial bloom indicators. These data, along with visual inspection, are used to characterize potential cyanobacterial blooms and issue recreational water use advisories when cyanobacteria are found in a waterbody at levels that can affect human health. The data presented below is organized into two files that contain supporting data and key cyanobacterial bloom indicators, and counts of individual cyanobacteria species, respectively. Each row represents a water sample collected from an Alberta beach. In the cyanobacteria species data, each water sample will have many associated rows of data. Each column represents a piece of information about that water sample (e.g., key indicators and supporting information) that is used to characterize cyanobacterial blooms. Data from the current year (2025) should be considered preliminary and might change with further quality control/quality assurance steps. This dataset is updated monthly between June and September each year. For more information on these indicators please refer to the column descriptions “Usage Considerations” associated with this dataset.