Using Vector and Climate Change Disease Modelling to Inform Surveillance and Response in a Changing Climate

This presentation explores vector modelling and what it tells us about potential vector range expansion due to climate change. It presents, in response to several vector modelling initiatives that include BC, an overview of several different active and passive tick and mosquito surveillance programs that the BC Centre for Disease Control has been engaged with. These projects include active tick surveillance in the province (field work and ticks off birds), passive tick surveillance in companion animals and mosquito surveillance on Vancouver Island and the Sea to Sky region. 

Understanding and Assessing Quantitative Modelling Research

This document provides an overview of how to critically assess a research article which uses quantitative, data-driven mathematical modelling to examine infectious disease transmission. Included is a Quick Reference Guide which aligns with the process of quantitative model development and the format of research articles and is meant to assist in a critical review of the research.

mod4PH Research Highlights Podcast: Within-Host Modelling, What Does It Mean To Model Immunity?

In this episode, we spoke with Dr Jane Heffernan from York University about using mathematical modelling methods for understanding and controlling infectious diseases in individuals (or immunology) and in populations (or epidemiology), and discuss the differences between within-host and population-level modelling.

mod4PH Research Highlights Podcast: NACI Guidelines for economic evaluation of vaccination programs in Canada

This episode will provide an overview of the National Advisory Committee on Immunization (NACI) health economics guidelines for the evaluation of vaccination programs in Canada, and how they can be used to inform best practices and promote standardized and high-quality evidence for public health decision making.