Agri-ecosystems / Barley / Climate / Field trials / Isotope tracing / Metabolomics / Microscopy / Molecular breeding / Physiology- crop / Physiology- eco / Root microbiome / Root mycorrhiza / Soil carbon / Soil microbiome / Soil plant interactions / Symbiosis / Wheat

Dr Tom Thirkell (University of Leeds)

Email: t.j.thirkell@leeds.ac.uk
Website: https://biologicalsciences.leeds.ac.uk/school-of-biology/staff/403/tom-thirkell
Expertise: Barley, Field trials, Isotope tracing, Metabolomics, Microscopy, Molecular breeding, Wheat
Research Areas: Agri-ecosystems, Climate, Physiology- eco, Physiology- crop, Root microbiome, Root mycorrhiza, Soil carbon, Soil microbiome, Soil plant interactions, Symbiosis

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November 28, 2019
Agri-ecosystems / Barley / Biological control / Chemical biology / Field trials / Genetics / Greenhouse experiments / Molecular biology / Pathogen and pest biology / Rhizosphere / Root microbiome / Soil microbiome / Soil plant interactions / Symbiosis / Transcriptomics

Dr Sharon Zytynska (University of Liverpool)

Email: sharon.zytynska@liverpool.ac.uk
Website: https://www.liverpool.ac.uk/integrative-biology/staff/sharon-zytynska/
Expertise: Barley, Chemical biology, Field trials, Greenhouse experiments, Molecular biology, Transcriptomics,
Research Areas: Agri-ecosystems, Biological control, Genetics, Pathogen and pest biology, Rhizosphere, Root microbiome, Soil microbiome, Soil plant interactions, Symbiosis

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October 22, 2019
Agri-ecosystems / Bioinformatics / Chemical biology / Disease resistance / Field trials / Isotope tracing / Metabolomics / Molecular biology / Phenomics / Physiology / Plant Soil Interactions / Proteomics / Rhizosphere / Root microbiome / Root mycorrhiza / Science communication / Soil fertility / Soil structure / Symbiosis / Wheat

Prof Duncan Cameron (University of Sheffield)

Email: d.cameron@sheffield.ac.uk
Website: https://www.sheffield.ac.uk/aps/staff-and-students/acadstaff/cameron
Expertise: Bioinformatics, Chemical biology, Field trials, Isotope tracing, Metabolomics, Molecular biology, Phenomics, Proteomics, Science communication, Wheat
Research Areas: Agri-ecosystems, Disease resistance, Physiology, Rhizosphere, Root microbiome, Root mycorrhiza, Soil fertility, Soil plant interactions, Soil structure, Symbiosis

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October 21, 2019
Agri-ecosystems / Barley / Greenhouse gases / Nutrient dynamics / Plant Soil Interactions / Rhizosphere ecology / Rice / Root microbiome / Root mycorrhiza / Root rhizosphere / Soil fertility / SOIL FUNCTION / Soil health / Soil Microbiology / Soil microbiome / Soil nutrient cycling / Soil plant interactions / Symbiosis / Vegetables / Wheat

Prof Tim Daniell (University of Sheffield)

Tim DaniellEmail: t.j.daniell@sheffield.ac.uk
Website: https://www.sheffield.ac.uk/aps/staff-and-students/acadstaff/daniell
Expertise: Barley, Nutrient dynamics, Plant Soil Interactions, Rhizosphere ecology, Rice, Soil Microbiology, Vegetables, Wheat
Research Areas: Agri-ecosystems, Greenhouse gases, Root rhizosphere, Root microbiome, Root mycorrhiza, Soil fertility, Soil function, Soil health,, Soil microbiome, Soil nutrient cycling, Soil plant interactions, Symbiosis

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September 30, 2019
Abiotic stress- Nutrients / Agri-ecosystems / Barley / Isotope tracing / Metabolomics / Physiology- eco / Rhizosphere / Root mycorrhiza / Soil amendments / Soil carbon / Soil nutrient cycling / Soil plant interactions / Symbiosis / Wheat

Dr Katie Field (University of Leeds)

Email: k.field@leeds.ac.uk
Website: https://biologicalsciences.leeds.ac.uk/school-of-biology/staff/65/dr-katie-j-field
Expertise: Metabolomics, Isotope tracing, Barley, Wheat
Research Areas: Soil carbon, Soil amendments, Soil plant interactions, Soil nutrient cycling, Rhizosphere, Root mycorrhiza, Abiotic stress- Nutrients, Symbiosis, Physiology- eco, Agri-ecosystems

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August 22, 2019
Agri-ecosystems / Biogeochemical modelling / Chemical biology / Environmentally friendly farming practices / Greenhouse gases / Isotope tracing / Rhizosphere / Root mycorrhiza / Soil carbon / Soil microbiome / Soil nutrient cycling / Soil plant interactions / Symbiosis

Prof David Johnson (University of Manchester)

Email: david.johnson-2@manchester.ac.uk
Website: https://www.research.manchester.ac.uk/portal/david.johnson-2.html
Expertise: Chemical biology, Isotope tracing, biogeochemical modelling
Research Areas: Soil carbon, Soil microbiome, Soil plant interactions, Soil nutrient cycling, Rhizosphere, Root mycorrhiza, Symbiosis, Greenhouse gases, Agri-ecosystems, Environmentally friendly farming practices

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August 22, 2019
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