Daniel Jolly

Daniel Jolly

Profile

I am a keen environmental ecologist, focusing on estuarine and coastal ecosystems and invertebrate communities. In particular, I wish to understand how anthropogenic influences on the environment impact benthic ecosystem function, and the potential consequences this could have on the services they provide. For my undergraduate studies, I achieved a First Class Degree with Honours in Environmental Geography, from the University of York. I then commenced my study of MSc Oceanography at the University of Southampton, where I achieved a Distinction grade. My Master’s thesis was titled; “Investigating the impact of food availability and temperature on benthic intraspecific functional and behavioural trait variation”. During my thesis research, I really honed my interests in understanding the pivotal role invertebrate communities play in regulating global environmental processes, and how their function has been affected by anthropogenic induced stressors.

I am also a passionate conservationist, having spent my time between degrees working as a Ranger for Babergh and Mid Suffolk District Council, as well as getting involved with local conservation projects and beach cleans.

Daniel Jolly

PhD title: “Are biodegradable plastics really better for the environment - impacts on the structure and functioning of ecological communities”

This project aims to understand how biodegradable plastics influence fluvial and marine ecosystems when they enter them as litter. With a clear consensus on the negative impacts of conventional plastics entering the natural environment as pollution, there have been significant pushes towards more sustainable alternatives, such as biodegradable plastics. However, the definition of a biodegradable plastic can be vague. Whether they truly degrade in an innocuous manner within natural environments is uncertain, with initial scientific investigations suggesting biodegradable plastics can impart similar negative effects as conventional plastics on the organisms that encounter them. This project will focus on the impacts biodegradable macroplastics have on the structure of ecological communities and their functioning. In particular, focus will be on invertebrate communities and their functional trait expression. Such as their influence on biogeochemical cycling, carbon sequestration and secondary productivity.