The event opened with a lecture addressing global food security, using rice as a model system to illustrate the complex interplay of biotic stress factors, climate change, and population growth. Particular emphasis was placed on strategies to secure and increase crop yields, ranging from classical breeding approaches to modern genome editing technologies.
A second presentation focused on the role of mutations in plant biology, highlighting their fundamental importance as drivers of evolution and diversity. The talk aimed to challenge common misconceptions by framing mutations not as detrimental events, but as essential sources of genetic variation. Both traditional and modern breeding approaches were discussed in the context of harnessing mutations to introduce beneficial traits into crops.
The Healthy Crops project was subsequently presented as a concrete response to biotic challenges in agriculture. The presentation introduced the project’s objectives and showcased plant lines developed within the initiative, with a focus on their potential applications and relevance for sustainable agriculture.
Following the lecture series, participants were invited to engage with the topic through an interactive session titled “Plant Research Hands-On”. Several thematic stations provided opportunities for direct interaction and informal learning. Visitors explored different rice varieties and plant samples through microscopy, gaining insights into morphological diversity. A quiz station encouraged participants to test and expand their knowledge of crop plants in an interactive format.
A world map installation illustrated the global scope of the Healthy Crops project, highlighting regions of activity and providing context on field trials and sample collection. Another station showcased the diversity of cultivated Brassica crops, including broccoli, kohlrabi, kale, cauliflower, and cabbage, to demonstrate how human-driven selection and mutation have shaped modern plant varieties. In addition, a technology-focused station introduced the principles of genome editing and contextualized its role in contemporary plant research.
Overall, the event successfully combined scientific rigor with accessible communication, fostering dialogue between researchers and the public. It underscored the importance of interdisciplinary approaches and public engagement in addressing the challenges of global food security.