The overall aim of ’The Power of Size’ is to establish relationships describing the emission, fate and effects of pollutants as a function of size. We intend to derive overarching scaling principles that apply across multiple disciplines, including hydrology, socioeconomics, toxicology and ecology.

To achieve this goal, you will collect data from databases, reviews, articles and reports. You will then derive and compare statistical and mechanistic relationships. As the lead author, you will publish your results in scientific journals and present your main findings at international conferences. 

This vacancy involves Task 3.1 of ‘The Power of Size’ project, which is aimed at deriving theoretical and empirical scaling relationships linking species richness, trophic level productivity and community biomass to size spectra under stress. Merging existing and new relationships on specific indicators for these quantities, you will obtain a set of equations that describe ecosyst...