May 8, 2020 Minutes
Minutes from CVC’s Board of Directors meeting.
CVC’s Sustainable Forest Management Plan (SFMP) provides direction for forest management for the next 20 years (2021- 2040), with a review and update scheduled for 2030. The overarching goal of the SFMP is to maintain and restore forest health, improve biodiversity and strengthen the resilience of forests in the watershed – on lands owned by CVC, municipal partners, and private landowners.
This strategic plan updates the previous
plan Our Future to Shape: Strategic Plan
2015-2019. This document provides a framework for internal alignment and work planning over the next three years.
University of Toronto-Mississauga report documenting the results of collaboration with CVC to model landscape connectivity in the Credit River Watershed using a circuit theory approach and evaluate the importance of each natural area for maintaining connectivity.
This factsheet provides an overview of CVC’s Intergrated Watershed Monitoring Program (IWMP).
The CVC Administrative By-laws guide the Board Members in their role as CVC representatives. Last amended January 2026.
The Hungry Hollow SNAP Action Plan outlines the vision, goals and actions recommended to make the Hungry Hollow SNAP neighbourhood in Georgetown more sustainable and resilient to the impacts of climate change. It was developed collaboratively by CVC and the Town of Halton Hills, in consultation with Halton Region and other local stakeholders and community members.
The Hungry Hollow SNAP Background Report is a foundational document to the Hungry Hollow Sustainable Neighbourhood Action Plan. It profiles existing neighbourhood conditions; documents consultation, social market research and community engagement activities; and highlights the diversity of existing work, sustainability and climate change plans and programs at the watershed, municipal and regional scale.
Application form for development, interference with wetlands and alterations to shorelines and watercourses.
Floodproofing incorporates the use of designed structural treatments to render structures flood free, impervious and/or immovable.