STEM stands for science, technology, engineering and mathematics and reflects a renewed emphasis on the latest horticultural innovations. At the world’s most prestigious flower show, GreenSTEM represents horticulture where it intersects with science, technology and the environment and is the place to showcase cutting edge innovations and research.
Discover the GreenSTEM exhibits
Advanced Aeroponics: Growing Plants with Sound by LettUs Grow
LettUs Grow’s exhibit offers visitors a glimpse into the future of sustainable farming. The exhibit centres around the theme of innovation in aeroponic irrigation technology, where plants are irrigated with a fine, nutrient-dense mist. Key features include a full-scale aeroponic growing system showcasing the company’s patent-pending advanced aeroponic technology. Also included is a small cut-away version, allowing visitors to see healthy root structures up close. The exhibit’s message emphasises the potential of aeroponics to reduce water and peat consumption in commercial horticulture and food crop production.
Agrivoltaics and solar power in horticulture by PolySolar UK
This exhibit explores how Polysolar technology is revolutionising plant-growing both at home and on a commercial scale with a domestic greenhouse, a commercial polytunnel, interactive exhibits, research displays and a variety of plants currently grown commercially. The key features and messages are that by altering the light spectrum, solar technology not only enhances plant production but also generates sustainable energy. Therefore, solar technology enables dual functionality of producing both food and power at the same time using the same land. In an era of climate change, controlled environments in horticulture and agriculture are increasingly essential. Solar greenhouses and polytunnels offer a dual benefit: electrifying agriculture while improving productivity.
Inspired by a 2023 outbreak of this pest in the UK, this exhibit is designed to highlight the significant threat of the Colorado beetle to our potato industry. Visitors can engage with information panels, interactive graphics, technically immersive elements, and models. The theme underscores the importance of vigilance against the beetle, detailing how to identify signs of the pest and action if spotted, meeting APHA’s Measures aimed at preventing the spread of potentially harmful organisms (pests, diseases or invasive species) into the environment. These include sourcing plants responsibly, quarantining new plants and practising good garden hygiene.
biosecurity objective to protect the UK against such threats. The exhibit includes a graphical representation showing the beetle’s historical origins, spread, and impact. A multimedia experience highlights how the beetle attacks plants, transitioning from healthy potato crops to devastated fields. Learn about traditional and technologically advanced pest-spotting approaches and the beetle’s lifecycle. The journey concludes with practical tips to protect the UK’s potato industry, featuring real examples of the pest, reinforcing the exhibit’s call to action.
The exhibit takes visitors on an interactive journey through the latest discoveries in quantitative plant science research beginning with the flower. Flowers are more than just beautiful. Their colours, shapes, and patterns have evolved specifically to ensure The transfer of pollen grains from a male anther to a female stigma, either within the same flower or between two different flowers. It’s usually followed by fertilisation and seed production. Some flowers are pollinated by insects or other small creatures, others are wind pollinated. It’s also possible to pollinate flowers by hand, if you want to breed new plants or ensure successful pollination when there are few natural pollinators.
pollination and to distribute seed. Dive into the science behind plant life, exploring everything from molecular biology and genetics to advanced imaging, computational modelling, and the role of mathematics in shaping our understanding of plants. Uncover how evolutionary traits help plants thrive, from attracting pollinators to dispersing seeds and ensuring survival.
Sainsbury Laboratory Cambridge: Blooming Numbers demonstrates how cutting-edge tools like computational modelling, machine learning, biosensors, and experimental design are transforming the way we study plants. Whether through data-driven insights or new imaging technologies, mathematics is helping us unlock the mysteries of the amazing world of plants. Visitors will be able to use a scanning electron microscope to take images of flower structures, view the hidden UV patterns on petals that bees see, discover how plants move without muscles, find out about new research to build a 4D flower, watch how plants dynamically respond to their environments at the cellular level and explore why plants that share the same sets of genes differ so much from each other.
Going peat-free by Arit Anderson and the RHS
Following the success of the RHS Peat-Free Garden at RHS Hampton Court Palace Garden Festival 2024, designer Arit Anderson again collaborates with the RHS on a new exhibit showcasing the research and development going into the transition to alternatives to peat. See the trial results and scientific evidence which backs up the help, advice and support available to gardeners making the switch.