Can wastewater analysis be used to understand patterns, processes and determinants of human migration and mobility?

Theme: Environmental Management 

Description: 

Traditional methods of studying human migration and mobility often rely on surveys, census data, and observational studies, which can be time-consuming and limited in scope. Wastewater analysis offers a complementary approach, providing near real-time, anonymized data that can reflect movement of populations as well as the sociodemographic/economic status of the population. This method has been successfully used in epidemiology and public health to track disease outbreaks and drug use patterns, but its ability to accurately monitor population movement is yet to be determined.

This project will involve biomarkers within wastewater samples from various urban and rural locations. Advanced analytical techniques, such as mass spectrometry and data triangulation will be employed to correlate demographic and geographic information to identify migration patterns and mobility trends.

Additional Information: Due to the analytical chemistry focus of this project, preferred candidates will have completed ENVM3211 – Environmental Pollution and one or more undergraduate CHEM subjects, as well as have a sound understanding of GIS.

Contact: Dr Jake O'Brien / Assoc Prof Elin Charles-Edwards