Speaker
Description
Eco-metabolomics is an emerging interdisciplinary field that combines ecological and metabolomic methodologies to investigate the biochemical basis of ecological processes and their responses to environmental changes. By examining how environmental factors such as climate, soil conditions, and interspecies interactions influence the metabolic profiles of organisms, eco-metabolomics provides insights into how plants, animals, and microorganisms adapt to or cope with their surroundings. This approach is particularly relevant in understanding species interactions—such as plant-insect dynamics, symbiosis, and competition—as well as in assessing biodiversity and ecosystem functioning.
To support and advance research in this domain, the EcoMetabolomics Platform for Ecology & Biodiversity Research (EcoMetEoR) was established. EcoMetEoR provides the necessary infrastructure, expertise, and guidance to implement both targeted and untargeted eco-metabolomic analyses in ecological studies. The platform offers comprehensive support across all stages of research, from experimental design and sample preparation to analytical measurement, data processing, and compound annotation. Our facility routinely analyzes plant secondary metabolites in various tissues to capture biochemical interactions and reveal patterns of metabolite changes that are biologically relevant.
By making metabolomics analysis accessible to scientists at all career stages, EcoMetEoR enables researchers to address their specific ecological questions more comprehensively by using molecular data. The platform’s combination of analytical tools and support ensures that researchers can effectively explore the potential of metabolomics in ecology, thereby contributing to a deeper understanding of biodiversity, ecosystem resilience, and the complex biochemical interactions that underpin ecological processes.
| Status Group | Doctoral Researcher |
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