Plastics in the Environment and Society (PLENTY)

Pollutants

The versatile applicability of plastics in our daily life lead to an increasing demand and production of plastics in the past decades and plastics pollution consequently became a topic of increasing concern. Due to their versatility and durability, plastics are found in diverse environmental compartments ranging from sea water, the deep sea and biota, and cause growing environmental problems. In this context, the research platform PLENTY investigates global plastic pollution in a holistic approach. The key research focus is biotic and abiotic interactions on the surface of plastics in aquatic systems. In addition, the aim is to investigate how information and altered perception of plastics can potentially change the use of plastics in society and the associated material flows.

In this project, the research of our team specifically focusses on understanding the environmental behavior and fate of microplastics, i.e. plastic particles of a size of 1-1000 µm, in aqueous systems. Plastics contain additives that can migrate to the surrounding media during the lifespan of the plastics. Since some of these additives cause adverse effects to the environment, studying the migration of these additives is a key research topic and provides important information for microplastics transport modeling and risk assessment.

A close cooperation of PhD students from the different departments, completed by regular meetings of PhD students, post docs and professors involved in this project will provide frequent transfer of expertise, know-how and an outstanding interdisciplinary working atmosphere.

PLENTY is one of four new platforms approved in 2017 and like other research platforms of the University of Vienna aims to promote interdisciplinary, innovative research projects. Our collaborators are Gerhard Herndl, Mili Shah, Laura Bomm, and Ulrike Felt (see links below).

Image: Creative Commons CC0, Pixabay

This project receives funding from the University of Vienna.

Investigated by: