I am an eco-physiologist with interest in plant metabolism and plant-soil interactions. I started working with stable isotopes during my PhD and use them to elucidate processes that are difficult to measure otherwise. I am looking forward to meeting you during the workshop.

I am a geologist and archaeologist with wide-ranging interests.  I've worked in seismic processing, exploration petroleum geology in Canada, and have been a professional archaeologist in Jersey, U.K.  I don't know what I'm best at.  I've always been terrible with numbers which is something of a handicap in this field.  And I can't remember dates, which isn't brilliant for an archaeologist.  But strangely I am a proficient computer programmer in many languages!  However, I know a bit about isotopes and I'm good at fixing things, so I'm a research officer.  

I am a theoretical and experimental plant physiologist interested in all things photosynthesis. My focus is on linking different photosynthetic processes with mathematical models to study the biochemical limitations of carbon fixation and to gain a quantitative understanding of how plant carbon uptake responds to changes in the environment. To get the answers I'm after I often use stable isotopes. I was an attendee at the first SIBS workshop in 2013, where I got my first tasting of how to use carbon isotopes to measure mesophyll conductance. Now, years later, it has become a focus of my work.

I am plant ecophysiologist and soil scientist who often uses stable isotopes to understand the the dynamic response of tropical landscapes to a changing world. 

I am interested in all aspects of plant-soil interactions affecting carbon, nutrient, and water cycling in managed and unmanaged systems.

I am a Plant Physiologist who specialises in studying photosynthesis and water-use efficiency through gas exchange and stable isotope techniques. My research integrates theoretical biophysics with experimental methods to develop mechanistic models of carbon fixation, CO₂ diffusion, and plant hydraulics. By combining carbon and water isotope measurements, I investigate how CO₂ and water move within leaves, shedding light on mesophyll CO₂ gradients, diffusion resistances, and their impact on plant function.