SDG 14 - Strategic Initiatives

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Outreach: Freshwater Ecosystems, Water Management, Overfishing

Western has several programs designed to educate and engage various audiences on the importance of water conservation, management, and overfishing for local and national community outreach.

Sustainable Fisheries   fishing1.png

Western has several programs designed to educate local and national communities on the importance of sustainable fisheries, aquaculture, and tourism.

  • As a partner in the Marine Biomass Innovation project, Western collaborates nationally with Indigenous communities to develop sustainable solutions for 100% biomass utilization. In partnership with Mi’kmaw communities, the project aims to co-develop sustainable, innovative, educational, marine-based technologies for local industries and community organizations.
  • The Centre for Environment and Sustainability hosts an EnviroCon Conference annually. One speaker addressed small-scale fisheries and their sustainable management. This free conference is open to students, faculty, and community members.
  • Mark Biesinger, listed on Stanford’s World’s Top 2% Scientists List (2018-2023), conducts research on the science of finding, catching, and conserving fish. He shares his knowledge as president of Forest City Bassmasters, a local London club that hosts guest speakers and events with a focus on conservation activities.
  • Discover the World Travel Program offers educational travel opportunities for Western alumni, their families, friends, and the broader community. It combines adventure with education, focusing on cultural discovery and sustainable tourism practices.
  • The Western Marine Biology Society hosts local events and advocates for ocean conservation.

Sustainable Utilization of Rivers

Western supports and organizes events for the conservation and sustainable utilization of our local ponds, lakes, and rivers.

  • Students, faculty, and community members worked with Western and the Upper Thames River Conservation Authority on a project called Live Staking. This form of bioengineering is used to keep water in Medway Creek and pollution and other contaminants out.
  • Riverfest is an annual occurrence, celebrating Deshkan Ziibi (Thames River). This event, which is free for students, staff, faculty, and the local community, focuses on Indigenous ways of knowing and conserving nature, emphasizing humanity’s duty to protect and honour the water flowing through Deshkan Ziibi.
  • Western teaches numerous water utilization-related courses with field research components that promote conservation of local bodies of water. As an example, Katrina Moser teaches a course called Paleolimnology and Global Change. Her class typically conducts research on Tumbleson Pond and shares its findings with the Western Ontario Fish and Game Protective Assn. Inc., contributing to the sustainable management of local bodies of water.

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Maintain Biodiversity of Ecosystems

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Western engages in research, industry, and local community collaboration to maintain and enhance ecosystems and biodiversity, including aquatic ecosystems and those under threat.

  • The Sherwood Fox Arboretum is a collection of trees on campus, representing the biodiversity of the Carolinian Zone, including an old growth forest. In 2003, Western signed the International Agenda for Botanic Gardens in Conservation, prioritizing plant conservation. The Western University Tree Dashboard offers an interactive tour of the arboretum. A Tour of Select Trees in the Sherwood Fox Arboretum tells the story of their biological and historical importance.
  • The WesternWater Centre collaborates with government, local municipalities, industrial partners, academic partners, and the local Indigenous community. The centre focuses on research leading to innovative solutions addressing all aspects related to clean water supply and water-environment issues, including the protection and management of water resources, resource recovery, and treatment technologies, to aid our aquatic ecosystems.
  • The Great Lakes Futures Project is a collaboration of over 20 Canadian and American organizations working towards a socio-ecologically sustainable future for the Great Lakes – St. Lawrence River Basin. The assessments of climate change, the economy, biological and chemical contaminants, invasive species, demographics and societal values, governance and geopolitics, energy, and water quantity form the basis for driving international policy to protect our water resources and ecosystems.

Water: Wastewater Treatment, Discharge Guidelines, Standards

Western University adheres to stringent water quality standards and discharge guidelines to protect ecosystems, wildlife, and human health.

Our wastewater is directed via the sanitary sewer system to the Greenway Wastewater Treatment Plant. This ensures compliance with the  Ontario Water Management Quality Guidelines and the City of London’s Wastewater and Stormwater Bylaw. These guidelines are designed to safeguard all forms of aquatic life and their life cycles.

Western has implemented targeted measures to pre-treat greywater before it enters the utility’s sewer system, including the installation of sink grease traps in research laboratories. As a member of the Southern Ontario Water Consortium, Western collaborates with the City of London to demonstrate and validate innovative, near-market wastewater treatment technologies. Western has partnered with the Government of Ontario on wastewater monitoring initiatives to enhance environmental protection and public health. The WesternWater Centre conducts research on water and wastewater treatment.


Marine and Water System Pollution  life-under-water.png

Western University has policies in place to prevent and reduce marine pollution of all kinds, particularly from land-based activities. This includes processes to prevent polluted water from entering the water system, including pollution caused by accidents and incidents at the university. 

Western University abides by federal, provincial, and municipal regulations, as well as our own policies, to protect water resources and prevent marine pollution. The Canadian Environmental Protection Act regulates the disposal of wastes into bodies of water. The Ontario Water Resources Act regulates water quality and prohibits the discharge of pollutants into Ontario’s waters. London’s Water By-law (W-8) prohibits non-potable water from entering the water distribution system, and the Waste Discharge By-law (WM-16) regulates and enforces waste disposal into the public sewage systems. 

Western’s Policy on Environment and Sustainability commits to promoting sustainability and reducing waste and hazardous materials. Comprehensive procedures are in place to prevent polluted water from entering the water system, including stringent protocols for handling and disposing of contaminated biowaste, emergency response plans for accidents, and regular safety audits to ensure compliance with environmental standards. Key policies include: 


Watershed Management: Minimize Alteration of Ecosystems

Western University has a plan to minimize physical, chemical, and biological alterations of local ecosystems, including aquatic ecosystems. We have implemented a watershed management strategy based on the diversity of our local species, including aquatic species. 

Western is located within the Thames River watershed, with the Thames River and Medway Creek flowing through the campus. The university is committed to minimizing impacts on local aquatic ecosystems through a continuously evolving set of practices, including: