Visiting EucFACE during SIBS 2023 was unforgettable — the world’s only mature forest CO2 enrichment site! Our hosts from Western Sydney University showed how isotopes reveal how rising CO2 affects soils, plants, and microbes.
I had an excellent time at SIBS 2026. I entered the workshop as an absolute beginner, and came out with a comprehensive overview of stable isotope concepts and their diverse applications (and a slighly sore brain). The opportunity to learn amongst such a passionate group of people was invaluable. I would absolutely recommend this workshop to anyone wanting to learn more about stable isotopes!
by Laura Bailey, Attendee — SIBS 2026 Camden
When I attended the first SIBS workshop in 2013, I did this mostly out of interest. It turned out that the workshop itself was not only much more fun than I could have imagined but the skills I learned also shaped my research direction over the following years. Once I got my hands dirty with working with isotopes, I started contributing to SIBS as an instructor. Now stable isotopes are a core technique we use in my lab to study mesophyll conductance in leaves - and it all started at SIBS!
by Florian Busch, Instructor
Attending SIBS 2018 in Hawkesbury as a student was a turning point for me. I learned techniques I still use today and connected with an inspiring community of isotope enthusiasts. Since then, isotopes have become a core part of my research, and I’ve had the privilege of returning to other SIBS events as a lecturer and mentor. Looking back, I’m grateful for both experiences, learning and later giving back.
by Diego Márquez, Instructor
Our Original SIBS Logo
Our very first SIBS logo, designed for the 2013 workshop in Camden – a symbol of more than a decade of passion and dedication to sharing the science and techniques of stable isotopes with students and professionals worldwide.
EucFACE Expedition
Visiting EucFACE during SIBS 2023 was unforgettable — the world’s only mature forest CO2 enrichment site! Our hosts from Western Sydney University showed how isotopes reveal how rising CO2 affects soils, plants, and microbes.