Here you will find a comprehensive collection of free educational resources dedicated to helping rural shoreline property owners, families, municipalities, lake groups, and educators protect their lakes and restore natural habitat. Explore guides, best practices, case studies, lesson plans, and tools to become a freshwater protector. Funding support thanks to Peterborough K.M. Hunter Charitable Foundation, and S.M. Blair Family Foundation.
This reference documents helps teachers understand the basic needs of different fish species and their habitat needs. This document is helpful for teachers who want to deliver fish-centred programming in their classroom and want to …
This blog post was written as a thank you to all the staff, board, volunteers, and financial supporters that supported our work in 2016.
Despite being referred to as 'weeds', aquatic plants are actually incredibly important for freshwater ecosystem health. In fact, aquatic plant communities serve many of the same ecological functions that terrestrial plant communities do and are …
Riprap is a type of shoreline structure that uses piles of rocks to strengthen the shoreline against erosion. While it is far from the best option for mitigating erosion, removing riprap can be complex and …
The benthic zone is the ecological region at the lowest level of a body of water. It plays a vital role in the health of aquatic ecosystems. Benthic organisms are very important as they are …
The leafless season is a great time to improve birding skills and learn more about the birds that can be attracted to feeders and found in the branches beyond. Presented through the filter of an …
Cyanobacteria, also known as blue-green algae, are having a significant impact on freshwater ecosystems in Canada due to their rapid reproduction and production of toxic compounds. These organisms can cause a range of effects on …
Doug Smith was an avid freshwater enthusiast who became our organization's first ever legacy gift donor. Through the funds generously donated in his will, he has personally helped ensure that our habitat restoration, shoreline restoration, …
Reaching up to hundreds of kilometers wide and hundreds of meters deep, it is perhaps not surprising that the Laurentian Great Lakes share many geological similarities with saltwater oceans. They have high winds, large waves, …