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CLOSPA Highly Vulnerable Aquifer

Metadata Information Sheet
Production

General Description
Full Name CLOSPA Highly Vulnerable Aquifer
Abstract An aquifer that can be easily changed or affected by contamination from both human activities and natural processes as a result of: (a) its intrinsic susceptibility, as a function of the thickness and permeability of overlaying layers, or (b) by preferential pathways to the aquifer. The Director’s rules will permit the use of various methods, such as the Intrinsic Susceptibility Index (ISI), to determine those aquifers that are highly vulnerable. Ontario’s ISI defines a highly vulnerable aquifer as having a value of less than 30. An ISI is a numerical indicator that helps to indicate where contamination of groundwater is more or less likely to occur as a result of surface contamination due to natural hydrogeological features. The ISI is the most commonly used method of index mapping and was the prescribed method set out in the provincial 2001/2002 Groundwater Studies.
Feature Type Polygon
Location CTC_SWP
Feature Dataset CTC_SWP.SWP.HIGHLY_VULNERABLE_AQUIFR_ARDB3
Geographic Extent CLOSPA Watershed
Maintenance Status None Planned
Georeferencing and Accuracy
Horizontal Datum North American Datum 1983
Vertical Datum
Spatial Projection NAD83/UTM Zone 17N
Data Sources and Restrictions
Access Constraint CLOCA Open Data Licence v1
Use Constraint None - in accordance with licence agreement
Citation Produced using information under License with the Central Lake Ontario Conservation Authority, © Central Lake Ontario Conservation Authority, 20** (**Insert year of publication of IP)
Agency Originator Central Lake Ontario Source Protection Authority
Agency Distributor Central Lake Ontario Conservation Authority
Online Linkage https://open-data.cloca.com/datasets/7e465ca768aa48c5a5dc4089f2a07bf3_23
Methodology
Supplimental Info
Related Documents
Related Records
Attributes
Update History (last 5)
Contact Information
FullName CLOCA Open Data
JobTitle Open Data
Email opendata@cloca.com
   
Metadata Last Updated     February 22, 2024