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Dr Angie Sherry

Associate Professor

School: Geography and Natural Sciences

 

Angie Sherry

Angie Sherry

  • I am an Environmental Molecular Microbiologist interested in the function and community composition of microbes in the environment. I have a diverse research portfolio focused on projects related to the biodegradation of oil, methane oxidation, geothermal energy, and the effects of pesticide use on microbes in agricultural soils. I have tested novel biotechnologies for their ability to deliver nutrients to oil spills to increase bioremediation rates. My research aims to mechanistically understand the role of microbes in geochemical processes and the impacts that environmental change or engineering interventions have had or will have. I enjoy working on collaborative ventures with both industry and academia with interdisciplinary teams, which has led to successful publications in e.g. Environmental Microbiology, Frontiers in Microbiology and Nature. My current research interests include microbe:textile biohybrids, built environment microbiomes, carbonate precipitation in microbial mats and engineered soils, aerobic methane oxidation in marine sediments, oil bioremediation and/or carbon sequestration using waste mineral amendments and microbially-influenced oil field issues. I am an Associate Professor in Microbial Environments, affiliated with the Hub for Biotechnology in the Built Environment (HBBE), School of Geography & Natural Sciences, 51.

  • Environmental Microbiology
    Anaerobic hydrocarbon biodegradation
    Aerobic hydrocarbon biodegradation
    Petroleum microbiology
    Oil spill bioremediation
    Methane cycling (methanogenesis and methanotrophy)
    Carbonate precipitation in hypersaline microbial mats
    Carbonate precipitation in soils
    Response of soil microbial communities to pesticides
    Use of wastes for soil hydrocarbon bioremediation and CO2 sequestration
    Built environment microbiomes (air and surface communities)
    Microbe:Material interactions and biohybrids

  • Samuel Marron The role of the soil microbiome in carbon sequestration and capture in soils amended with mineral wastes Start Date: 24/04/2025 End Date: 17/10/2025
  • Rebecca Pearman Understanding Bacillus spore interactions on textiles for innovative cleaning technologies Start Date: 24/04/2025 End Date: 17/10/2025
  • Lauren Olley Assessment of the interactions of the anaerobic soil microbiome with crop protection products under laboratory and field conditions. Start Date: 24/04/2025 End Date: 17/10/2025
  • Samuel Marron The role of the soil microbiome in carbon sequestration and capture in soils amended with mineral wastes Start Date: 24/04/2025
  • Rebecca Pearman Understanding Bacillus spore interactions on textiles for innovative cleaning technologies Start Date: 24/04/2025
  • Lauren Olley Assessment of the interactions of the anaerobic soil microbiome with crop protection products under laboratory and field conditions. Start Date: 24/04/2025

  • Microbiology PhD February 01 2005
  • Microbiology BSc (Hons) June 01 2000

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