Post
Published on October 31, 2022
![](https://www.yorku.ca/dighr/wp-content/uploads/sites/181/2022/10/8.-Raphael-Oct-26-1-300x157.jpg)
On October 26, Raphael Aguiar presented a guiding framework that focuses on rescaling socio-ecological governance approaches to addressing AMR by considering societal relations with nature that affect AMR at the human-animal-environmental interface. Antimicrobial resistance, pandemics, biodiversity loss, and climate change pose simultaneous existential threats, yet coordinated responses that jointly address them through a One Health approach do not exist. An urban political ecology (UPE) lens informs a critical analysis of the governance of antimicrobial stewardship (AMR) by situating AMR risks in relation to global governance and economic forces that shape the social and political co-determinants of antimicrobial and other systemic existential threats already confronted in broader commitments to pandemic prevention and environmental stewardship.
Watch the seminar presentation below:
Themes | Global Health Foresighting |
Status | Active |
Related Work |
N/A
|
Updates |
N/A
|
People |
Raphael Aguiar, Dahdaleh Global Health Graduate Scholar, Global Health & Humanitarianism Alum
|
You may also be interested in...
Hot off the Press – Digital Technologies and Food Security During Crisis: Covid-19 Experiences from Smallholder Farmers in Odisha, India
Since the COVID-19 pandemic, approximately 150 million people experienced hunger due to food insecurity. Digital agriculture technology determines accurate and specific risks in food production, providing farmers valuable insights to market conditions of a region ...Read more about this Post
Call for Applications – 2023 Seed Grants for Critical Social Science Perspectives in Global Health Research
The Dahdaleh Institute for Global Health Research is accepting applications for the 2023 Seed Grants for Critical Social Science Perspectives in Global Health Research. Five seed grants worth up to $5,000 CAD each will be awarded. ...Read more about this Post
Student Opportunity FW24-25 - Microfluidic Droplet Generation of Imprinted Polymers RAY Student
Job ID: 69872 Job Title: Microfluidic Droplet Generation of Imprinted Polymers RAY Student Application Deadline: Thursday, August 15, 2024 @ 11:59 p.m. ET Applications are only accepted through the Career Centre. Go to the Experience York ...Read more about this Post