All Resources

Sustainable Anatomical Pathology
This Playbook comprises a summary of information relevant to AP, with added actions specific for AP labs to reduce greenhouse gas (GHG) emissions and other harmful environmental effects. The target audience for this Playbook are anatomical pathologists, and anatomical pathology laboratory technical managers and supervisors.
Playbook

Environmental Sustainability in Radiology
This playbook is intended for all medical imaging professionals and teams including radiologists, technologists, healthcare executives, facility operations teams, allied healthcare providers, patients, and industry partners.
Playbook

Opportunities to address the environmental impacts of medication in primary care
This webinar examines how medications, while essential to healthcare, have significant environmental impacts and can contribute substantially to healthcare’s carbon footprint, particularly in primary care. It explains that most prescriptions are written in primary care, creating an opportunity for more sustainable prescribing practices that combine patient-centred care with reduced environmental impact. The session in the Sustainable Primary & Community Care Implementation Series features Ilona Hale, a family physician with the East Kootenay Division of Family Practice and Assistant Clinical Professor at the University of British Columbia, and Trudy Huyghebaert, a clinical pharmacist with the University of Calgary and Alberta Health Services, who share prescriber and pharmacist perspectives on sustainable medication use.
Webinar
Sustainable Occupational Therapy
This Playbook is intended to do the following: a) Provide background information, resources, and considerations to guide more sustainable and climate-resilient occupational therapy. b) Highlight the contributions that occupational therapy can make in transitioning current healthcare systems towards high-quality, low-carbon, sustainable and climate-resilient care.
Playbook

Leveraging Sustainable Occupational Therapy for climate mitigation and adaptation
This webinar explores how occupational therapy can support climate-conscious, sustainable healthcare. It highlights ways practitioners can reduce environmental impacts, design nature-informed services, and build climate resilience. Janet Craik and Nancy Rushford present the Sustainable Occupational Therapy playbook, offering guidance for low-carbon, sustainable occupational therapy practice.
Webinar
Exam Room Wall Poster (Option 2)
An example of an exam room poster provided by London Health Sciences Centre on how exam bed paper does not reduce the spread of infections.
Poster
Go Green, Cut the Paper: Eliminating Exam Table Paper
A one-page summary explaining why exam table paper should be eliminated.
Document
Four Principles of Environmentally Sustainable Clinical Care
An infographic for planetary health in primary care featuring four principles for environmentally sustainable healthcare: avoid unncessary care, empowering patients, choose environmental alternatives, shirt to prevention.
Infographic
Planetary Health for Primary Care
This primer is an introduction to planetary health in the primary care setting and is designed to highlight ways practitioners can integrate these principles into their clinical work. It is not intended to duplicate existing resources on other important topics such as political and personal actions or hospital-based solutions. It oers examples, practice tips and links to existing resources to educate, inspire and remove barriers to change, organized around the our principles. Readers may want to read it from start to finish or by sections.
Tool
Reducing healthcare waste by eliminating exam table paper in a primary care practice: a sustainable quality improvement initiative
This simple QI project demonstrates the feasibility of implementing a small change in a primary care clinic that can improve environmental sustainability with multiple co-benefits. If all family physicians in Canada eliminated exam table paper in their offices, it would result in savings of approximately 95 940 km of paper, 121 680 trees, $C8 400 600 and 3054 T CO2 emissions, equivalent to driving around the world 360 times.
Article