Dr Kate Schofield

Dr Kate Schofield is a biogeochemist specialising in the monitoring and improvement of soil health.

Kate's current research focus is on the development of healthy and sustainable manufactured soils using waste materials. She leads research on the EU-funded ReCon Soil project (April 2021 to June 2023) and previously on the EU-funded FabSoil project (part of the wider AgriTech Cornwall programme).

Kate has also worked in industry-based research conducting environmental fate and ecotoxicology studies at Unilever and Angus International Safety Group.

Qualifications

Experience

2019 - Present  Post-Doctoral Research Fellow - University of Plymouth

2017 - 2019    Visiting Research Fellow - Manchester Metropolitan University

2017 - 2019    Environmental Scientist - Angus International Safety Group

2016 - 2017    Environmental Scientist: Ecotoxicology - Unilever, Safety and Environmental Assurance Centre

2015 - 2016    Post-Doctoral Research Fellow - University of Plymouth

Education

2011- 2015 PhD - Environmental Science - University of Plymouth.

•  Thesis title: A biogeochemical study of nutrient dynamics in artificial soil.

2008 - 2011 BSc(hons) First Class - Environmental Science - University of Reading

Professional membership

MRSC - Member of the Royal Society of Chemistry

Roles on external bodies

RSC Agriculture Sector Group - Secretary

Teaching interests

CHM1015 - Organic Chemistry 2

CHM3015 - Advanced Organic Chemistry

ENVS2002 - Environmental Expedition

ENVM2002 - Environmental Management and Sustainability in Practice

Research interests

My research interests focus on the use of analytical techniques for the examination of biogeochemical processes within natural and human-influenced environments.

My specific research areas are:

• The reconstruction of soils from waste materials.
• Development of non-invasive techniques to monitor soil health.
• Biogeochemical processes within natural and anthropogenically-influenced environments.
  
• Nutrient dynamics and concentrations across environmental matrices.
• Water, sanitation, and hygiene (WASH).
• The environmental fate and toxicity of industrial and consumer chemicals (e.g. PFAS, UV-filters, surfactants).
• The development of environmental risk assessment methodologies.