The Hawkhills venue for the Summer School. Credit: Jon Hale.
In 2022 I was fortunate enough to attend the SAPS Plant Science Summer School in York. It was a fantastic experience, and despite the plethora of online opportunities nothing can replace this in-person CPD.
There were only 6 teachers present, running in parallel to the undergraduate summer school over three and a half days. Like many biology teachers, I come from a biomedical background, plant science was not a strength of mine, and that’s why I am truly grateful for the opportunity.
The intensive summer school is effectively a “zero to hero” course, taking you on a journey to become competent and passionate about teaching plant science, and using plant contexts for teaching many of the other parts of the course.
At the core of the summer school is the lecture series where leaders from across the world deliver talks about their science aimed at undergraduates, who may be biomedical. This makes them very accessible to us as post-16 teachers. Although each talk is unique and no two years will be the same, it’s amazing how conceptually things slot into place, like apical dominance. Why auxins move with polarity was described with clarity by Prof Dame Ottoline Leyser, like many students I taught, I was thinking about auxin-mediated effects in isolation, rather than thinking about what else is happening across plasma membranes and inside plant cells. Linking together feedback loops, gene expression, proton pumps, protein trafficking, alongside the effects of auxins completes (more of) the story.
What sets the summer school apart is that the teachers get to discuss the science with the scientists for about half an hour after each lecture. This invaluable experience is when I was able to think like one of my own students, asking them “why” and “what if”, unleashing my own inner 16-year-old self. From these discussions, it’s amazing how you start to see the interconnectedness of plant science with the entire course.
Alongside the lectures, there are opportunities to undertake university-level practicals, such as using a confocal laser microscope to study guard cells in Arabidopsis, or using computational techniques to model the modular growth of plants.