Contains the boundary of the Town of Caledon and the Cities of Brampton and Mississauga, the three of which collectively constitute the Region of Peel. The Region of Peel has regional municipal jurisdiction within, and only within, the larger boundary; individual municipalities have jurisdiction within, and only within, their respective boundaries.There is a division of powers and responsibilities between these 3 municipalities, referred to by the Province as "lower tier municipalities", and the Region of Peel (referred to by the Province as an "upper tier municipality").A recent update to the data includes new land added along Lake Ontario near the boundary with Toronto.

Contains ward boundaries within the Region of Peel for the 2022-2026 term of council. Municipal elections are levied at the Ward level. Councillors are elected from each ward to form Municipal and Regional councils.There are two files provided in this package:WardBoundary - the Regional Ward boundaries along with the start and end date of the ward boundary.WardBoundary_Councillors - this table follows the OpenNorth Represent format for their Represent API. It provides councillor information, including a link to their profile, photo, and contact information.In Brampton, there are wards that have multiple councillors. Councillors in Brampton also represent two wards at the Regional level. The relationship between WardBoundary and WardBoundary_Councillors should be joined as a one to many relationship to reflect this using the WardName and DistrictName columns as the join field. To use this relationship within ArcGIS Online Map View, check out the Rolling out related records in map viewer blog post from Esri.AppsOpenNorth Represent

Contour lines covering Peel Region and a 1 kilometre buffer outside of the Region's boundary.

Contour information is a valuable tool for both map display (cartographic) and scientific and resource management applications. Some applications may include hydrologic modelling, resource monitoring and landscape visualization, and change measurement.

Specifications

Capture year: Spring 2021 Horizontal projection (original dataset): NAD 1983 UTM Zone 17N (EPSG: 26917). Note: ArcGIS Online provides download files in the Web Mercator projection. Vertical projection: CGVD 1928 (EPSG: 5713) Horizontal accuracy: ±50 centimetres Vertical accuracy: ±50 centimetres Method of creation: photogrammetric

Other notes

This is a large dataset in both file size and number of features. Please be patient with downloading and filtering the data.

The contour dataset is updated yearly and is released to Open Data approximately one year after orthoimagery photo flights take place. The data is created and updated through photogrammetry by the vendor based on the latest imagery capture.

This is an old dataset. Use the Peel Ward Boundary dataset for up to date ward boundaries and representatives. Contains ward boundaries within the Region of Peel for the 2018-2022 term of council. Municipal elections are levied at the Ward level; councillors are elected from each ward to form Municipal and Regional councils.There are two files provided in this package:WardBoundary_20182022 - the Regional Ward boundaries with Councillor name and contact information.WardBoundary_20182022_Represent - this table follows the OpenNorth Represent format for their Represent API. It provides additional contact and contextual information that is used by the API.AppsOpenNorth Represent

The Region of Peel is an upper tier municipality that consists of the City of Brampton, Town of Caledon, and City of Mississauga. This boundary provides the extent of the Region's jurisdiction and responsibility.There is a split of powers and responsibilities between the Region of Peel and the local municipalities. For example, local municipalities provide services such as roads, community/recreation centres, libraries, parks, and fire response, while the Region provides services such as major roads (Regional Roads), water, waste water, waste collection, police, and social services.

Delineates the 2031 Regional Urban Boundary in order to assist in land-use planning decisions. Delineates the 2031 Regional Urban Boundary. In order to provide certainty as to which lands are being proposed for urban purposes and which lands will remain agricultural or rural within the timeframe of the Region of Peel Official Plan, a Regional Urban Boundary was established, within which urban growth will be planned to occur in a phased manner until 2031.

NOTE: These boundaries are subject to slight revisions in 2024 as the park management plans are completed.This version is as produced for the approved Plan of August 2019, except:the boundaries have been slightly adjusted to match Yukon Government's Order-In-Councils (legal withdrawals of land)the boundaries have been slightly adjusted to match updated planning region boundary corrections (YLUPC March 2023)Surface and linear disturbance statistics for each LMU were calculated using GeoYukon's Surface disturbance layers published 2022-10-11The "Dist_years" attribute provides the range of years of imagery used to map disturbances in that LMU. Outlier years (i.e., those used for only one disturbance feature) were not includedAttributes describing threshold levels were added as described in table 3.2The attribute "SD room before cautionary level" provides the amount of surface disturbance in km2 within that LMU that can happen before the cautionary level is reached. The attribute "LD room before cautionary level" provides the amount of linear disturbance in km within that LMU that can happen before the cautionary level is reached. Both attributes above do not consider recovery, permits, reclamation etc. at this time. Negative values indicate the amount that the cautionary level has been exceeded. Published ~June 15, 2023

Contains lot, concession, and road allowance boundaries for Peel Region. Lots and concessions are a distinctive method of addressing, divided by concession roads (running North-South) and Lines/Sideroads (running East-West). This system is now typically only used in more rural settings, but was the original land division system as surveyed in the 1800s. Lot removal from the fabric is dictated by the Ontario Surveyor General.The geographic townships and lot information is still used for land administration (title) purposes. They are used as part of the legal description of the parcel. This dataset cannot replace a Plan of Survey.The townships, concessions and lots compromise the original township fabric of the Province. The spatial accuracy of the lot fabric for some townships has been improved through the Ontario Parcel, Township Realignment and Township Improvement projects. Improvements to the fabric may include: road allowance widths, spatial changes to better represent the location of lot boundaries, and more consistent concession names.NotesBoundaries along water bodies follow the shoreline as represented in the original plans prepared by the Crown. They may not match the current shoreline configuration or extent.Lots and right of way polygons have been split by Peel staff along current municipal boundaries for internal mapping and analysis purposes. Lot lines may not actually be split in such a way, legally.Lot Fabric, Improved Frequently Asked Questions (PDF)Lot Fabric, Improved - Data Description (PDF)Lot Fabric, Improved - Documentation (DOCX)

Data from the 2016 Census Program using the Ward Boundaries 2018-2022. Includes most of the information released as part of the Complete Profiles. Due to the complexity of the data, changes were made to the field names in order to accommodate the limitations of the database. This make some uses harder as it requires careful use of the field names and totals to provide accurate values and analysis.The custom geography order data is a 25% sample and cannot be directly compared to standard geography data.It is suggested you do not download the data in the Shapefile format due to the very long field names. Aliases have been provided for all tables to improve readability. Some tables also contain more than 256 columns, the maximum number of columns in Microsoft Excel in Office 2003 or earlier.

Unsupervised outlier detection constitutes a crucial phase within data analysis and remains an open area of research. A good outlier detection algorithm should be computationally efficient, robust to tuning parameter selection, and perform consistently well across diverse underlying data distributions. We introduce Boundary Peeling, an unsupervised outlier detection algorithm. Boundary Peeling uses the average signed distance from iteratively peeled, flexible boundaries generated by one-class support vector machines to flag outliers. The method is similar to convex hull peeling but well suited for high-dimensional data and has flexibility to adapt to different distributions. Boundary Peeling has robust hyperparameter settings and, for increased flexibility, can be cast as an ensemble method. In unimodal and multimodal synthetic data simulations Boundary Peeling outperforms all state of the art methods when no outliers are present while maintaining comparable or superior performance in the presence of outliers. Boundary Peeling performs competitively or better in terms of correct classification, AUC, and processing time using semantically meaningful benchmark datasets.

Contains the 1984 General Land Use Map (GLUM), which identifies high-level, general land uses across the Region of Peel in polygon format along with associated land use attributes. The GLUM assigns a broad category to all lands within the Region, thereby identifying trends and patterns in land uses.Updated in July 2014 with polygons split by current municipality boundaries and with topology checked and fixed. Field names were also changed to align with more recent names, although the classification scheme was not.Landsat 5 multispectral (true colour) imagery was used for the update of the dataset. The imagery has a spectral resolution of 30 metres. The acquisition date was 1994-10-15.

Distribution of disturbances and pile quartz as a layer of hydrogeological map 1:500 000. Zoom limit min. 1:1 000 000 to max. 1:200 000. The technical basis is the disruptions from the GK500. These were modified where new findings were available or adjustments to the geometries of the hydrogeological units were necessary. No statements can be derived from the map for the hydraulic function of the displayed faults. The stake is an NW-strokeing shear zone with mylonites (sometimes called pile slate) and cataclites in the edge zone and the pile quartz in the central area, which emerges morphologically as a prisoner. Geometries and legend units are designed for the viewing scale 1:500 000 (1 cm on a map correspond to 5 km in nature) and are i.e. strongly generalised. The HK 500 is intended as a basis for larger-scale considerations, it does not replace detailed examinations and assessments by a specialist office in the planning of local projects.

The generalised land use was created from 1954 aerial imagery (2.5m) available from the University of Toronto map library (resource here). These images were georeferenced and areas were clipped out. While not as exact as newer GLU years, it provides a useful historical view of Peel County before its explosive growth in the following decades. The shoreline of Peel was cut along the shoreline as it was in the 1954 imagery, which predated some of the heavy industrial land uses that reshaped the shore (for example, Lakeview Generating Station). The outer boundary is also different than the present-day boundary, as there were various changes to the boundary when Peel County was converted into Peel Region in 1974 and subsequent land exchanges took place with neighbouring municipalities such as Orangeville and Halton.

This data represents the Environmental Protection Authority of Western Australia - Peel Harvey EPP Environmental Protection (Peel Inlet - Harvey Estuary) Policy 1992. This policy protects the estuary by setting environmental quality objectives and outlines the means by which they are to be achieved and maintained to prevent further degradation. These boundaries were gazetted and enacted with the policy on the 11 Dec 1992. Boundary was developed by the Policy Branch of the Department of Environmental Protection, a full description of the Policy and boundary is available on the EPA website www.epa.wa.gov.au.

The dataset titled "Active Recreation" falls under the domain of Park and Recreation. It is tagged with keywords such as Housing Potential, Park, School board regions, playground, and recreational use. The dataset is available in multiple formats including CSV, GeoJSON, GeoPackage SQLite3, KML, KMZ, and MS Excel. The metadata identifier for this dataset is 632108CD-23ED-4B29-98D3-E8B53C7506B0 and it was published on 2013-10-10. The dataset spans a time period ending on 2020-08-25 and covers the geographical area of Peel Region. It is an open access dataset and its location is provided. The dataset can be accessed through the ArcGIS data service. The contact point for this dataset is Kevin Farrugia and it was last accessed on 2025-03-26. The unique identifier for the dataset is RegionofPeel::active-recreation and it is in English. A link to the dataset description is provided. The dataset has a persistent identifier but does not have a globally unique identifier. It contains 2415 data rows. The dataset is owned by the Peel Region organization and it provides approximate boundaries of buildings, sports fields, playgrounds, pools, splash pads, and major parks in Peel Region. The source of the dataset is provided and it is licensed under the Open Data Licence for The Regional Municipality of Peel. The dataset includes resources such as 'Active_Recreation_-1349356554867285314.csv', 'Active_Recreation_2447383290045799034.kmz', and 'Active_Recreation_5842467441282231954.zip'. The metadata for the dataset was created on 2025-03-26 and last modified on 2025-03-28.

"The map of Allotment 1, Section 53, Ballaarat East, Napier & Peel Streets. Johnston, McLarty. This map is georeferenced by CeRDI using a projective transformation ( linear rotation and translation of coordinates: scale 1:25000). More Information: www.access.prov.vic.gov.au, www.landata.vic.gov.au Author: City of Ballarat Owner: Department of Environment, Land, Water & Planning"

This data represents the Environmental Protection Authority of Western Australia. This dataset represents the spatial boundary of the Swan Bioplan Peel Sector. © Government of Western Australia …Show full descriptionThis data represents the Environmental Protection Authority of Western Australia. This dataset represents the spatial boundary of the Swan Bioplan Peel Sector. © Government of Western Australia 2014. Environmental Protection Authority. This dataset was formally known as SWAN Bioplan Peel Sector 2010 (EPA-007)

Psidium guajava L. is an important fruit crop in the tropical and subtropical regions of the world. The advanced breeding methods are not employed for important commercial traits like peel and pulp color, seed hardiness, fruit size, etc., due to the scarcity of genome-wide molecular markers and high-density linkage maps. In this study, we employed single-nucleotide polymorphism (SNP) markers and identified quantitative trait loci (QTL) regions that are associated with color traits of leaf, peel, and pulp in the guava intervarietal mapping population. The mapping population was developed from the contrasting genotypes of fruit and leaf color. Variations in color among the segregating hybrids were recorded both visually and using a Color reader. A high-density linkage map of guava was constructed using the SNP markers from genotyping by sequencing (GBS) of 150 hybrid individuals of the cross ‘Arka Poorna’ (green) x ‘Purple Local’ (purple). The integrated linkage map consisted of 1426 SNPs mapped on 11 linkage groups (LG), spanning a total distance of around 730 cM with an average of 129.6 markers per LG. Through QTL analysis for color traits, a minor QTL region was identified for visually scored leaf color and peel color on LG1, whereas a major QTL was detected for pulp color in LG4. The Hunter color values (L* and, a*) also had major QTLs with overlapping marker intervals for leaf and peel colors, establishing the association of SNP markers to the trait. The QTLs harbored genes and transcription factors involved in lycopene and anthocyanin pigment biosynthesis. This is the first report of a high-density linkage map based on SNP markers in guava and QTL mapping for color characters in leaf, fruit peel and pulp. The genotyping information generated in this study can aid in genetic engineering and marker-assisted breeding in guava.

Contour map on tranparency, with handwritten annotations in ink, rich in detail, in good condition. - Observation measure: equal parts interpretation and observation. - Map size: B0. - Field sheets for Grindley, G.W. 1980 Geological map of New Zealand 1:63,360 Sheet S13 Cobb. 1st ed. Wellington: Department of Scientific and Industrial Research. Geological map of New Zealand 1:63,360 S13. 1 fold. map + 1 booklet. Field work done between 1966-1970 and 1973 and 1977. Keywords: COBB; GEOLOGIC MAPS; PEEL; KAKAPO; KIMBELL;

Provides the location of various food programs in Peel Region. There are several types of programs that are provided - each type of program is for a specific purpose and some locations have multiple services operating at the same location.Some programs have restrictions or other limitations, so it's best to contact the location for more information before visiting.You can view the web map of the data here.