Professional summary

Research Interests

I am an environmental modeller with a background in quantum physics. My core research centres on aquatic and terrestrial contaminants such as microplastics, nanomaterials and metals and, more specifically, creating geospatial models of their fate, speciation and bio-uptake. I lead the development of the NanoFASE model, a spatiotemporal model of nanomaterial fate and bio-uptake. My work frequently involves assessing the relevance of such models to regulators and industry, tackling issues around how complex model output can be best used in robust, evidence-based decision making. I currently lead the FRAGMENT-MNP project, which is developing a model of micro- and nanoplastic degradation and fragmentation in the environment.

I am interested in how integrated modelling can help us to better quantify the impacts of environmental change, and how the latest software tools, infrastructures and best practices can aid this. I am a keen advocate of, creater of and contributor to open source software and open science. I am a 2022 Fellow of the Software Sustainability Institute, a Fellow of NERC's Constructing a Digital Environment Expert Network and a member of the Centre of Excellence in Environmental Data Science (CEEDS).

Outside of the computational sciences, I have an active interest in synchrotron science and have used x-ray absorption spectroscopy to investigate chemical speciation of nanomaterials in soils and plants.

Find me on GitHub.

Qualifications

  • PhD: Quantum Nanotechnology Group, Department of Physics, Lancaster University. Awarded in 2016.
  • MPhys: Department of Physics, Lancaster University. Awarded in 2012.

Publications