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Biography

Kathryn’s research expertise lies in modelling atmospheric chemistry. She gained a PhD in atmospheric chemical modelling from Lancaster University in the UK, specialising in the gas to particle partitioning of organic hydrocarbons. She has experience developing chemical models of all scales – box models, regional and global models. She did a postdoc modelling radical formation chemistry at the University of York, before implementing a stratospheric sulfur scheme to the UK chemistry and aerosol (UKCA) model at Leeds University. She moved to Australia in 2011 to take up an air quality modelling position at CSIRO.

Kathryn is now a leader in the field of Australian biogenic emissions modelling. She developed the Australian version of the Model of Emissions of Gases and Aerosols from Nature (MEGAN), suited to the high biogenic emissions from Eucalyptus trees. Given their high ozone forming potential, she is studying how these biogenic emissions will increase in a warming climate. Kathryn also led the development of the Victorian grass pollen prediction system which assists the government in assessing thunderstorm asthma risk. She is a lead author of Australia’s federal “State of the Environment” report, and is a spokesperson for Australian air quality issues.

Current Roles

  • Principal Research Scientist
    Air quality modelling

Academic Qualifications

  • 1997

    Bsc (Hons) Environmental Science
    Lancaster University, UK

  • 2002

    PhD Atmospheric Chemical Modelling
    Lancaster University, UK

Professional Experiences

  • 2011-2020

    Senior Research Scientist
    CSIRO

  • 2006-2011

    Postdoctoral Researcher
    University of Leeds

  • 2003-2006

    Postdoctoral Researcher
    University of York

Other highlights

  • 2024-2024

    Invited speaker at the Gordon Research Conference on biogenic hydrocarbons and the atmosphere, Barcelona, Spain

  • 2016-2020

    Kathryn spearheaded the Characterizing the Organics and Aerosol Loading of Australia (COALA) project. COALA brought international researchers from the UK, USA and Japan to Australia participate in forest fieldwork to measure volatile emissions from Eucalyptus trees.

  • 2019-2020

    Visiting scientist at the Bureau of Meteorology, Australia

  • 2017-2020

    Developed first Australian atmospheric emission and dispersion model for grass pollen

  • 2018-2018

    Invited speaker at International Global Atmospheric Chemistry conference in Japan.

  • 2016-2016

    Lead author of 2016 State of the Environment: Atmosphere chapter.

  • 2016-2016

    Visiting scientist at NCAR, Colorado, USA

Community and Corporate Citizenship

  • 2021-present

    Editorial board. Frontiers in Allergy: Environmental Determinants

  • 2018-present

    Editorial board. Frontiers in Forests and Global Change: Atmosphere

  • 2017-present

    Leader of the Aspendale Women's Network

  • 2016-present

    Consultative Committee representative at Aspendale

  • 2017-2019

    Reward Review Committee