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Research Activity
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Plant-Environment Interactions
Plant responses to water availability ranging from stomatal physiology to long distance phytohormonal signalling, in aiming to improve "crop per drop". Molecular and whole-plant responses to ozone. Plant nutrient acquisition including regulation of root architecture and spectroscopic monitoring of plant health. Field phenotyping and next-generation genetics to uncover markers, genes and the biology underlying yield and stress tolerance.
Pest and Disease Control
Plant responses to water availability ranging from stomatal physiology to long distance phytohormonal signalling, in aiming to improve "crop per drop". Molecular and whole-plant responses to ozone. Plant nutrient acquisition including regulation of root architecture and spectroscopic monitoring of plant health. Field phenotyping and next-generation genetics to uncover markers, genes and the biology underlying yield and stress tolerance.
Photosynthesis and Photobiology
Plant responses to water availability ranging from stomatal physiology to long distance phytohormonal signalling, in aiming to improve "crop per drop". Molecular and whole-plant responses to ozone. Plant nutrient acquisition including regulation of root architecture and spectroscopic monitoring of plant health. Field phenotyping and next-generation genetics to uncover markers, genes and the biology underlying yield and stress tolerance.
Plant Communities and Climate Change
Plant responses to water availability ranging from stomatal physiology to long distance phytohormonal signalling, in aiming to improve "crop per drop". Molecular and whole-plant responses to ozone. Plant nutrient acquisition including regulation of root architecture and spectroscopic monitoring of plant health. Field phenotyping and next-generation genetics to uncover markers, genes and the biology underlying yield and stress tolerance.
Research Highlights
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News test 1
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