Historically, research on upside-down jellies has focused on their life history and their symbiotic relationship with zooxanthellae. However, the majority of such studies have been in laboratory conditions. In contrast, there is much less information about their field ecology. Recently, a couple of studies have tapped into their potential as bioindicators of nutrient pollution since their symbionts thrive on the nutrient availability. Also, high population densities of upside-down jellies have been linked with human activity in nearshore environments. 

Hence, the overarching question of my project is: can upside-down jellies be used as bioindicators of nutrient pollution or other social disturbances in coastal ecosystems? This project is the missing piece in the upside-down jellies puzzle. The results of this project will allow a better understanding of how these unique jellies live in their natural habitat. Potentially, upside-down jellies can be useful for coastal zone management practices as a low-cost bioindicator.