By Rebecca Clough, Allerton Project Placement Student
Big picture themes from the 2026 meeting:
- The Wheat Genetic Improvement Network (WGIN) brings together scientists who are working to help wheat cope better with disease and climate change.
- Yellow Rust remains a major threat to UK wheat, because new versions of the disease are emerging that can overcome the plant’s natural defences.
- To tackle this, researchers are turning to older and traditional types of wheat, such as those in the Watkins Collection, which contain useful traits that modern wheat varieties have lost.
- Today’s wheat research combines traditional plant collections with modern breeding techniques and computer models that help predict how crops will respond to future climates.
- Protecting wheat in the long term will require quick action when new threats appear, alongside continued investment in plant research.
- Encouraging and supporting the next generation of plant scientists will be essential if we are to safeguard food production and build crops that can cope with future challenges.
On 11th March I attended the WGIN Stakeholders Meeting at the John Innes Centre in Norwich. The Wheat Genetic Improvement Network (WGIN) is a Defra-funded partnership undertaking comprehensive research with view to enhancing wheat crop resilience and adaptability. Researchers from Rothamsted Research and The John Innes Centre presented their ongoing work, delving into methodologies from germplasm collections, and precision breeding, to climate change modelling. As someone interested in pursuing this line of research it was an exciting overview of their work.
As a biology student interested in plant science, I was keen to gain a more direct insight into the genetic approaches underpinning plant research. In joining the conference, I hoped to learn of the experimental design and the real-world outcomes from these research labs, perhaps even discussing this and have the chance to speak with the scientists themselves, and ask all my “silly” questions. I was certainly an outsider - I have not yet graduated and have little talent for networking over finger-food. However, throughout the day, I realised how this room of researchers, stakeholders, PhD and masters students actually represented people connected through shared enthusiasm for what they do, and I felt right at home.
A presentation on Yellow Rust resistance piqued my interest. UK wheat variants possess a resistance gene, Yr15, which provides protection against the fungal disease, Yellow Rust. However, a survey conducted as recently as May last year identified a new strain of the pathogen capable of bypassing this resistance, and threatening up to half of UK wheat production. I learned about the huge effort now underway to find alternative resistance strategies, drawing on the Watkins Collection, a vast collection of ancient landrace wheat which offers an important source of genetic diversity. It's a fascinating thing to see, a project facing such a large-scale challenge and tackle it as rapidly as it emerged. It certainly reinforced my ambition to one day contribute to work of this scale and impact.
Towards the end of the conference, one topic of discussion was sparked particularly strong engagement from the audience: how to bring more young people into the industry. I had not imagined something so grassroots would be of importance to those actually conducting the science, but I was quickly proven wrong. Questions were raised about whether there are enough plant-focused modules in undergraduate degrees, whether internships and summer schools are advertised effectively?
I felt compelled to contribute. From my perspective, it is all very well for opportunities to exist, but another to feel confident in what can I offer to actually secure a role, particularly when we lack specialist lab skills or knowledge. It was reassuring to hear from plant breeders in the room emphasise that enthusiasm and determination often matter over qualifications in their successful candidates. The pool of people with masters in plant breeding remains small, and in their view, on-the-job training is of greater value.
It seems addressing this skill gap requires effort from both sides. Both in the training offered by employers, their open-mindedness to take on people without specialist qualifications, but also from candidates. The willingness to start on the ‘nitty-gritty’, said one plant breeder, who himself spends much of his time in the field alongside his desk-based role. Ultimately, it is that visible enthusiasm, for plants, research and solving real-world problems, which must be passed on in order to inspire young people to enter this fascinating world of plant research.