Assistant Professor, Ph.D. in Bioscience
Many of the key processes that govern organic matter and nutrient cycling on our planet are regulated by bacteria. The sensors developed in our laboratory enable us to investigate the microbial world with high detail. In addition, compared to techniques that require sample collection and analysis, sensors provide immediate data thus enabling us to measure processes as they occur.
The focus of my research is on the main factors that regulate macronutrients (C, N, P, S, Fe) cycling in aquatic systems. Such factors include microorganisms, algae, seagrasses, and macroinvertebrates. I am particularly fascinated by the activity of electro-active bacteria. My work on this topic covers different aspects including their metabolism, geochemical impact, diversity and their potential application in sensing and remediation technologies. I address these topics by applying a broad range of sensing and isotopic techniques.
The most interesting part of my work is to observe the ability of people with different background and approaches that join forces and enthusiasm to explore how our planet works.
Biogeochemical process lie at the very basis of each ecosystem functioning. Improving our knowledge in this area of research help us to understand the resilience of natural systems under environmental stressors, including anthropogenic activities and to design and optimize more effective remediation actions.
Developing new sensors expands our ability, and the one of many other scientists around the world, to address novel and exciting questions.
