Freeflow is an ecological consulting organization created in response to a growing interest in Canada and beyond to evaluate and maintain ecological connectivity in freshwater ecosystems. Indeed, Canada is home to a considerable portion of the world's freshwaters. Given this vast natural heritage, Canadians are committed to the protection and preservation of these vital ecosystems. As a recent signatory to the Kunming-Montreal Global Biodiversity Framework Canada has made clear their commitment to enhancing biodiversity through restoration (Target 2), protecting at least 30% of inland waters (Target 3), and mitigating the impacts of invasive species (Target 6). Connectivity of freshwater habitats is an essential component touching on all of these targets: the restoration of ecological connectivity can enhance biodiversity by linking species to important habitats to complete their life history, the benefit of protecting additional inland waters can be maximized by considering hotspots of species migrations, and the distribution of aquatic barriers on rivers are known to limit the spread of aquatic invasive species. We believe connectivity analyses of freshwater ecosystems have an important place in a portfolio of indicators with the aim of monitoring and enhancing biological integrity.
We have worked with ministries at multiple levels (provincial and federal) to develop workflows for the analysis of ecological connectivity in river ecosystems. We have also partnered with the Department of Fisheries and Oceans (DFO) and Environment and Climate Change Canada (ECCC) to develop new and efficient computational tools to calculate freshwater connectivity indices.
Founder (he/they)
Hello and welcome to Freeflow!
My name is Alex and I started Freeflow in 2019. Over the last several years I have worked with many groups across Canada in measuring and monitoring freshwater connectivity. I have experience designing workflows that marry multiple tools into efficient toolboxes, programming new tools in a variety of languages, and a range of common freshwater ecological analysis techniques ranging from measurements of chlorophyll-a in water to the development of machine learning models to estimate fish species density.
I received my Masters degree in Biology from McGill University in 2021 and I am currently pursuing a PhD in the Biology department of Memorial University of Newfoundland and Labrador.