Environmental AMR & One Health
How antimicrobial resistance evolves and spreads across wastewater, rivers, soils and hosts — with a focus on mobile genetic elements and catchment-scale surveillance.
Dr Susheel Bhanu Busi — Head of Molecular Ecology, UK Centre for Ecology & Hydrology
I build molecular observatories that track how microbial life responds to environmental pressure — from glacier-fed streams to farmland soils and wastewater — to deliver evidence for environmental resilience and One Health.
I lead molecular ecology at UKCEH, where our group develops high-resolution, genome-resolved approaches to follow environmental microbiomes over time across terrestrial and aquatic systems. We integrate metagenome-assembled genomes, gene catalogues and trait frameworks to build indicators of soil and ecosystem health, and to track antimicrobial resistance as it moves between people, animals and the environment.
Before UKCEH I spent four years at the Luxembourg Centre for Systems Biology with Paul Wilmes, working on the evolution and spread of AMR in a One Health setting and — with Tom Battin's group at EPFL — on the biofilms of high-alpine glacier-fed streams. My PhD at the University of Missouri used multi-omics to understand how gut biofilms and the microbiome shape colon cancer.
Today my focus is on turning microbial data into evidence that regulators, industry and communities can use — partnering with the Environment Agency, Defra, DAERA and academic colleagues across the UK and Europe.
peer-reviewed papers, including Nature, Nature Communications, Nature Microbiology and The ISME Journal
active UKRI/NERC research funding as PI or Co-I, including CLEAR-NEAGH (PI)
PhD and MSc students mentored, 11 graduated
Associate Editor roles — Environmental DNA and Metabarcoding & Metagenomics
Four connected threads, all built on genome-resolved, longitudinal views of microbial communities.
How antimicrobial resistance evolves and spreads across wastewater, rivers, soils and hosts — with a focus on mobile genetic elements and catchment-scale surveillance.
National-scale biomonitoring of rivers and catchments using eDNA, biofilms and long-read sequencing — building indicators regulators can act on.
Linking microbial genomic traits to ecosystem function — from restoration chronosequences to agricultural soils — to develop nutrient-cycling and soil-health indicators.
The genomic and metabolic adaptations of biofilms in glacier-fed streams and other extreme or rapidly changing ecosystems, and what they tell us about resilience.
Selected figures from open-access papers. Click any figure to enlarge; each links to the full article.
Research grants I currently lead or contribute to.
Catchment-Level Environmental AMR & eDNA Reconnaissance for Lough Neagh.
Advancing and integrating knowledge and data on PFAS sources, fate and risks for UK environments.
The role of microbial genomic traits in organic matter cycling and molecular composition along the river continuum.
Expansion and validation of microbiome-derived virulence factors (with P. Wilmes & R. Finn).
The full list below updates automatically from my Google Scholar profile.
Strategic leadership for molecular ecology across UKCEH; delivering molecular observatories for environmental resilience and One Health.
Linking fine-scale microbial diversity to ecosystem function; genome-resolved soil-health indicators.
AMR evolution and spread in a One Health setting; multi-omics of glacier-fed stream biofilms (with EPFL).
Multi-omics of gut biofilms and the microbiome in a rat model of colon cancer.
Probiotic R&D and cGMP manufacturing; inventor on a US patent for heat-resistant probiotics.
High temperature resistant probiotics for food and feed preparations. US 9,289,008 (2016).
Associate Editor
Reviewer for
I'm always happy to talk about collaborations, studentships, fellowships and ways to put microbial data to work for environmental policy.