top of page

Discover Our Work

IMGP7256.JPG

Events

Upcoming Events

  • Compost Council of Canada Conference
    Compost Council of Canada Conference
    Wed, Oct 02
    Crowne Plaza Niagara Falls-Fallsview
    Oct 02, 2024, 8:30 a.m. – Oct 04, 2024, 4:00 p.m.
    Crowne Plaza Niagara Falls-Fallsview, Niagara Fall, Ontario
    Oct 02, 2024, 8:30 a.m. – Oct 04, 2024, 4:00 p.m.
    Crowne Plaza Niagara Falls-Fallsview, Niagara Fall, Ontario
    34th Annual National Organics Recycling Conference
  • Graduate Student Recruitment for Innovative Waste Management
    Graduate Student Recruitment for Innovative Waste Management
    Link to Expression of Interest Below
    Expression of Interest Questionnaire (RSVP)
    Link to Expression of Interest Below
    Expression of Interest Questionnaire (RSVP)
    Link to Expression of Interest Below
    Expression of Interest Questionnaire (RSVP)
    We are looking for outstanding applicants to join the Innovative Waste Management Research Team as PhD or Masters students through the Faculty of Agriculture at Dalhousie University. There are some exciting new opportunities related to soil science and spectroscopy, food loss and waste, and more.

Latest Posts

Our Research

Exploring Innovations

Our laboratory focuses on cutting-edge research in organic waste management, climate change, and environmental sustainability. We are dedicated to providing high-quality solutions that address the pressing challenges of waste management and environmental conservation.

The Innovative Waste Management Research Program (IWM) is based in the Faculty of Agriculture at Dalhousie University, Nova Scotia, Canada. Our research focuses on soil and environmental management, bio-conversion and valorization of organic materials generated from within agriculture, fisheries (aquaculture and wild catch), municipalities, and industry. We also study the impacts of organic wastes on climate change and greenhouse gas emissions by evaluating pathways of food loss and wastes across the food value chain.

The Innovative Waste Management Research Laboratory was established in 2007 as part of an initiative between the Nova Scotia Department of Agriculture and the Faculty of Agriculture (formerly Nova Scotia Agricultural College). The IWM research program emphasizes sustainable soil and environmental management, building unique solutions for bioconversion and valorization of organic materials generated from agriculture, industry, or municipalities, and training students to become skilled thinkers and adept scientists.

The IWM Research Program boasts extensive field facilities, located at the Bio-Environmental Engineering Complex, in Bible Hill, Nova Scotia and a full analytical laboratory capable of chemical, physical, and biological characterization of soils and organic materials. We are affiliated and collaborate with many colleagues and organizations from across Canada and around the world. The research program consists of graduate students at the Masters of Science and Doctoral degree levels, Post-Doctoral Fellows, Visiting Scholars, and Undergraduate Research Assistants.

Current Initiatives

Our ongoing projects aim to revolutionize waste management practices, mitigate the effects of climate change, and promote sustainable environmental management. Each project is meticulously designed to contribute to a greener and healthier planet.

Research Papers

We publish a variety of research papers covering topics such as waste management technologies, environmental policies, and climate change mitigation strategies. Our publications are a valuable resource for staying informed about the latest developments in the field.

Meet Our Experts

Our team comprises dedicated researchers and students in the fields of waste management, environmental science, and climate studies. Each team member brings unique skills and perspectives to our research projects, ensuring comprehensive and innovative solutions.

Data Visualizations

Interactive Insights

Explore our interactive data visualizations to gain a deeper understanding of waste management trends, environmental impacts, and climate change projections. Our visualizations provide valuable insights for researchers, policymakers, and the general public.

Services

bottom of page