Polyline feature layer of winter trails in Manitoba provincial parks. This feature layer contains polylines showing locations of winter trails in Manitoba provincial parks. Winter trails are those trails designated for certain winter activities, such as cross-country skiing, skijoring, skate-skiing, fat biking, and dog sledding. Most of these trails are groomed by Manitoba Parks staff throughout the season. This layer is used in the interactive map Manitoba Parks - Winter Activity Trails Map and the web app Manitoba Parks - Winter Trails and Recreation Areas. The dataset includes the following fields (Alias (Name): Description) Trail Name (Trail_Name): Name of the trail Park Name (Park_Name): Name of the provincial park where the trail is located Winter Use (Winter_Use): Indicates whether or not the trail is designated for winter use (Note: All features in this layer have a value of 'Yes') For more information about winter activities, visit the Manitoba Parks website.

Polygon feature layer of Manitoba's economic regions This feature layer depicts the boundaries of economic regions in Manitoba. There are eight regions in Manitoba, defined by Statistics Canada. Fields included [Alias (Field Name): Field description] Economic Region (Economic_Region): The name of the economic region For more information, see Regional Economic Profiles on the Manitoba  government  website.FF

This is the 5 year investment plan for Manitoba Highway and Infrastructure Capital Projects. This dataset will show all the proposed infrastructure projects for the next 5 years. This Feature layer is similar to the "Manitoba Capital Plans Project Status" and will be updated once a year.This dataset contains points showing the locations of the capital projects such as asphalt surface treatment, grading, bituminous rehabilitation, concrete reconstruction, culvert jacking, intersection improvement, structures improvement, traffic signal improvements, and traffic safety improvements. This dataset was created by digitizing high-resolution imagery of Manitoba road network, bridge sites, and culvert locations. The details of the capital projects are available as attributes of the dataset.Fields included (Alias (Field Name): Field description.)Hwy (Hwy): The highway number where the project is located.  Location Description (Location_Description): A detailed description of the project location. Project Distance in km (km): The physical length of the project Project Type (Project_Type): A particular category assigned to the project based on the nature of work. Investment Category : (Investment_Category): Category of future investment for the project. (Ex: Renewal, Economic Development, Connectivity and Innovation, Climate Resiliency)  Municipality Name (MUNI_NAME): The name of the municipality where the project is located. Department Program (Department_Program): The name of the MI department responsible for the project.This dataset is used in Manitoba Infrastructure Projects an interactive map that shows Manitoba infrastructure's new, approved, and continuing capital project locations.

Application showing the locations of sites included in the Contaminated Sites Registry This application shows the locations of sites included in the Contaminated Sites Registry. There are three types of sites in the registry: Designated Contaminated, Designated Impacted, and Not Designated.  The data for this map are provided via a web csv file that is maintained by Environment, Climate and Parks staff. For more information visit Environment, Climate and Parks website.

Map showing the locations of sites included in the Contaminated Sites Registry This map shows the locations of sites included in the Contaminated Sites Registry. There are three types of sites in the registry: Designated Contaminated, Designated Impacted, and Not Designated.  The data for this map are provided via a web csv file that is maintained by Environment, Climate and Parks staff. For more information visit Environment, Climate and Parks website.

Current weather induced overland flood alerts The Hydrologic Forecast Centre (HFC) issues several categories of flood alert throughout the year including riverine flooding due to snowmelt and rainfall, wind and wave induced shoreline flooding and ice pileup, and rainfall induced overland flooding. This layer demonstrates the location and/or extend of current alerts due to rainfall induced overland flooding. The types are defined below:Overland Flood Warning: A severe weather warning that is issued to alert the public that overland flooding is imminent or occurring in the warned area. Overland flooding is a quick onset of flood conditions, usually occurring after heavy rain that may not be linked to a specific waterway or lake. Rainfall intensity and duration, topography, soil conditions and ground cover are factors impacting overland flooding. Overland flooding can also occur because of a sudden release of water held by an ice jam.Overland Flood Watch: A severe weather watch that is issued when conditions are favourable for overland flooding. Normally issued when significant rainfall is expected in locations with saturated soil.

This is a spatial dataset of the school locations within the province of Manitoba. This point layer shows the locations of Manitoba schools, as per Manitoba Education on September 30th, 2020. Schools are mapped with the best possible information to their street address or known coordinates. If your school is incorrectly placed, please contact Marcelo.Speranza@gov.mb.ca with the correct information.This point layer is symbolized by the school division name from the field School Division.The dataset includes the following fields:Alias (Field Name): Description of fieldSchool Code (SCHCODE): School code assigned by Manitoba Education.Division Code (DIVCODE): Division code assigned by Manitoba Education.School Name (SCHNAME): School name. Alternate School Name (ALTSCHNAME): Alternative name the school is known by, usually in French or Indigenous languages.School Phone (SC_PHONE): School phone number. School Fax (SC_FAX): School fax number. School Website (SC_WEBSITE): School website. School Address (SC_ADD_1): School address. School Address Note (SC_ADD_2): Notes on address or point location. Community (Community): Community Name or location the school is within. School City (SC_CITY): School city. School Postal Code (SC_POCODE): School postal code School Province (SC_PROVINCE): School province Country (COUNTRY): School country Regional Health Authority Code (RHACODE_1): Two-digit numeric code which uniquely identifies a specific legislatively defined RHA Regional Health Authority Name (RHAName): This field contains a simple name for each RHA, suitable for use as a label, in English. Nom de l'office régionale de la santé  ( RHANomFr):This field contains a simple name for each RHA, suitable for use as a label, in French. Regional Health Authority District ( RHAD): Four-character code which uniquely identifies a specific district.  This code consists of two alphabetic characters which indicate the RHA which the district belongs to, followed by a single numeric character which indicates which zone the district belongs to, followed by a single numeric character which identifies the district uniquely within its zone. Regional Health Authority District Name ( RHADNam ): Human-readable labels for the RHA Districts.  This is the field which should be used for labeling RHA Districts. Municipality Number (MUNI_NO): Manitoba municipality identifier number. Municipality  Name - Shorthand ( MUNI_NAME ): Legal name of municipality. Municipality  Name - Formal (MUNI_LIST_NAME): Name of municipality suitable for alphabetical list. School Division Code ( DIVCOD): School Division code. School Division Name (DIVNAME): School Division name.School  Division Phone (D_PHONE): School Division phone number. School  Division  Fax (D_FAX): School Division Fax number School Division Address (D_ADD_1): School Division address School Division Address Note (D_ADD_2): Notes on School Division address or point location School Division Website (hyperlink): School Division website address School Division City (D_CITY): School Division city School Division Postal Code (D_POCODE): School Division postal code. School Division Province (D_PROVINCE): School Division province. School Division Country (D_COUNTRY): School Division country. Teacher (TEACH): Number of teachers employed. Enrolment (Enrolment): Number of students enrolled. Low Grade (GRADE_L): Lowest grade offered (string).Grade_H (GRADE_H): Highest grade offered (string). Low Grade Number (GRADE_L): Lowest grade offered (numerical).High Grade Number (GRADE_H): Highest grade offered (numerical).Program (PROG): Language programs offered. English (English): Offering English classes. Français (Français): Offering French classes. French Immersion (FRENCH_IMMERSION): Offering French Immersion classes. Indigenous 1 (IND1): Offering Indigenous bilingual classes. Indigenous 2 (IND2): Offering Indigenous bilingual classes. International 1 (INT1): Other international languages offered. International 2 (INT2): Other international languages offered. Delivery Method (DELIVERY_METHOD): Style of program delivery i.e. online. Grade Programming (GRPROG): Gradual programming. Entry Point (ENTRY_POINT): Designated entry point for French Immersion.Comments (COMMENTS): Comments about this location.Longitude (POINT X): Longitudinal coordinates of the school location.Latitude (POINT Y): Latitudinal coordinates of the school location

This polygon layer displays 84-hour accumulated precipitation forecasts from the Regional Deterministic Prediction System (RDPS), aggregated at the sub-basin level. This layer helps hydrologists, water resource managers, and emergency responders identify watersheds with potentially higher rainfall or snowfall, facilitating short-term flood risk analysis and operational planning. Model & Domain: The RDPS is Environment and Climate Change Canada’s regional numerical weather prediction model, running at ~10 km resolution to capture mesoscale weather patterns over Canada and adjacent regions. Forecast Integration: It produces short-range forecasts (up to 84 hours), updated 4 times daily with boundary conditions from the global GEM model (GDPS). Sub-Basin Aggregation: This layer averages forecasted precipitation across each sub-basin polygon, providing a convenient snapshot of expected accumulations for hydrological modeling and water management. Key Applications:Flood Forecasting – Identifying basins at risk of heavy runoff. Resource Allocation – Positioning crews and equipment in vulnerable watersheds. Planning – Adapting reservoir release schedules, urban drainage controls, and agricultural activities

This is the web experience created using ArcGIS Web Experience Builder to portray the dynamic precipitation maps derived using various weather model data published by the Environment Canada, National Oceanic and Atmospheric Administration and European Centre for Medium-Range Weather Forecasts. It contains various precipitation layers for each of the models depicting various forecast periods / observation periods. The underlying data is updated regularly as the data gets published by ECCC/NOAA/ECMWF as per the publishing frequency. Following are the forecast weather models depicted in this Web Experience : HRDPS Model (High Resolution Deterministic Prediction System - Continental) for 24 and 48 hours of forecast periods. Regional Ensemble Prediction System (REPS) for 72 hours of forecast period hour. Regional Deterministic Prediction System (RDPS) for 84 hours of forecast period hour. Global Deterministic Prediction System (GDPS) for 168 and 240 hours of forecast periods. Global Forecast System (GFS) for 168 hours of forecast period. Global Ensemble Prediction System (GEPS) for 384 hours of forecast period. European Centre for Medium-Range Weather Forecasts for 168 hours of forecast periodAnd following are the observed weather models depicted in this Web Experience :High Resolution Deterministic Precipitation Analysis (HRDPA) with observation periods of the past 1 day, 3 days and 7 days.Special Thanks to Environment and Climate Change Canada, NOAA’s National Centers for Environmental Prediction, European Centre for Medium-Range Weather Forecasts

This polygon layer reflects short-range (up to 84 hours) accumulated precipitation forecasts from the Regional Deterministic Prediction System (RDPS), a high-resolution (~10 km) weather model developed by Environment and Climate Change Canada (ECCC). It supports flood forecasting, hydrological modeling, and operational planning by providing refined, near-real-time precipitation guidance for Canada and surrounding areas. Short-Range Forecasts: RDPS runs multiple times per day, offering precipitation outlooks for days 0–3.5 with updates every six hours. High Resolution: At ~10 km, RDPS captures critical mesoscale phenomena like localized downpours, lake-effect snow, and terrain-driven precipitation. Hydrological Utility: Especially valuable for sub-basin-level flood risk assessment and water resource management in near-term scenarios. Technical Basis: The RDPS is a limited-area configuration of the GEM model, using initial/boundary conditions from ECCC’s Global Deterministic Prediction System (GDPS).