Call to action:

Conserve freshwater and restore water cycles at multiple scales using regenerative practices, collaborative management, and innovative technologies.

Water is essential to life on Earth. More than 70 percent of every cell inside every living organism is water. It makes up half our body weight and is crucial to maintaining healthy organs, reducing body temperature, and processing waste. Water is essential to regeneration. But water is in trouble. Only 3 percent of all water on Earth is freshwater, and two-thirds of that is locked up in glaciers. Competing demands, aquifer depletion, drought, and pollution are stressing the remaining third. Global water demand is projected to outstrip supply by 40 percent by 2030. Agriculture uses 70 percent of all freshwater. Water stress will grow as the effects of climate change become more severe. Solutions must be diverse, collaborative, and work at multiple scales. A crucial one is regenerative agriculture, which can improve water cycles, keep water clean, and build resilience to extreme weather. This documentary about the water cycle and soil health shows how water makes climate.

Local Context:

Almost 9% of Canada’s total area is covered with freshwater, with 2 million lakes, myriad wetlands and rivers, and a quarter of the world’s peatlands (see our Peatlands page). Wetlands are our most effective land-based ecosystem for addressing climate change. In parts of southwestern Ontario over 90% of the original wetlands are gone, among the highest recorded rate of loss anywhere on Earth. A wetland as small as two hectares can retain water runoff from an area 70 times its size, significantly reducing flood damage.

The five Great Lakes contain about 18% of all the world’s fresh surface water. Over 85% of Ontarians rely on municipal drinking water, half from Lake Ontario, and the rest from other lakes, rivers and wells. Despite improvements, there are still First Nations communities with drinking water advisories. Besides climate change, additional stressors are development, pollution and population growth, exacerbated by Canadians’ prolific use of water per capita. Canada recently launched a new water agency with initiatives to improve freshwater management, which joins a robust network of civil society organizations working on water. 

7 Actions You Can Take Right Now:

  1. Read - Lost Rivers in Toronto - CBC’s interactive story map 
  2. Read - Freshwater - Threats and opportunities by World Wildlife Fund Canada
  3. Watch - Biinaagami (4 min) - A call to action affirming our shared responsibility to the land and waters around the Great Lakes
  4. Watch - Paving Over Paradise (26 min) - The Water Brothers, Season 5, Episode 3 
  5. Choose better - Avoid toxic chemicals in your home, garden and personal care products that pollute our water; conserve water where you can
  6. Join - Find a group in your area that works to protect water
  7. Respect - Water … take a moment to listen

Action Items

INDIVIDUALS

  • Learn about the multiple challenges to freshwater and their impacts. Roughly 25% of the world’s population is experiencing extreme water stress. Approximately two billion people do not have access to clean drinking water, and 3.6 billion lack adequate sanitation. More than 800,00 people die each year globally from unsafe water. Chemical runoff from farms is a significant source of water pollution. While drought, erosion, and contamination impact surface water sources, more than 90 percent of all freshwater globally is found below our feet as groundwater. These subsurface sources are suffering from depletion, pollution, lack of natural recharge, and mining for use in hydraulic fracking. Although freshwater is abundant in most of Canada, it faces significant pressures from drinking water supply, development, irrigation, agriculture, industrial uses, and fossil fuel extraction, as well as ecosystem needs. Major challenges include contamination by PFAS “forever” chemicals, nuclear waste, road salt, as well as the bottling of groundwater from municipal aquifers. In parts of Canada wildfires, sudden downpours, melting glaciers, reduced snowcover, and ageing infrastructure compound local water crises, such as in Calgary.

  • Surface water pollution. Preventing the contamination and depletion of our lakes, rivers and groundwater sources is an important first step in protecting drinking water. Canada’s water quality is most affected by industrial effluent, oil sands and mining tailings, agricultural runoff, and municipal sewage pollution. The danger posed by chemicals or pathogens depends on their amount, toxicity, and distance from municipal water supply. Chemical threats include solvents, fuels, fertilizers, pesticides, plastics and road salt. Pathogens arise from human and animal waste.

  • The Clean Water Act of 2006 arose from the E. coli outbreak in Walkerton, Ontario, which was a warning to ensure good drinking water treatment and oversight. Contaminants bioaccumulate in the environment and humans across generations. Three generations of Anishinaabe people in Grassy Narrows, Ontario are still being poisoned from mercury dumped upstream by a paper mill two generations ago. Increases in toxic algae blooms in Canadian lakes and coastal water have heightened risks to human health, such as those in Lake Erie. Excessive winter use of road salt is raising salinity levels in rivers and the Great Lakes all year round, where it’s having a devastating impact on freshwater species. A further source of contamination is pipeline leaks; Line 5 has leaked 29 times. The Experimental Lakes Area has studied the effects of pollution on 58 small lakes in northwestern Ontario for over half a century.

  • Groundwater depletion and pollution. The rate of global groundwater depletion doubled between 1960 and 2000, affecting millions of people. In the US, groundwater depletion threatens to exhaust aquifers across the nation. Groundwater is effectively non-renewable, with just 6% of groundwater around the world replenished and renewed within 50 years. Surface water from rain and melting snow that makes its way underground is often polluted. A main source of contamination is agricultural chemicals, including pesticides. Other sources include storage tanks, septic systems, landfills, and hazardous waste.

See More
  • Learn about your watershed. Watersheds come in all shapes and sizes. Conservation Ontario defines a watershed as the land that catches rain and snow and drains or seeps into a marsh, stream, river, lake or groundwater. Find your local watershed on this map, and check its watershed report card. Learn why it’s important to support the health of your watershed and its ecosystem.

Key Players*

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Regenerator Stories

Connecting to local organizations taking action on freshwater.

Biinaagami

In Anishinaabemowin the name means pure, clean water. They use multimedia, ceremony, water hubs and restoration to rebuild healthy relations between wildlife, people and place in the Great Lakes-St. Lawrence watershed

Our living waters

A thriving network driving collaboration and uniting voices, their Shared Measurement System Dashboard gauges our progress toward an ambitious goal: All waters in good health by 2030.

environmental defence

This leading Canadian advocacy organization works with government, industry and individuals to defend clean water, a safe climate and healthy communities. Read their brief on freshwater.