Oxfordshire pupils help butterflies thrive thanks to housebuilder’s donation

Pupils at Stanford in the Vale Primary School have helped local wildlife to flourish, thanks to a donation from leading housebuilder Barratt Homes.
The developer has donated a selection of butterfly seedballs to support the school’s Nature School – encouraging children to learn about the environment through hands-on outdoor activities, helping them to develop a love of nature and an understanding of biodiversity.
The butterfly seedballs – containing wildflower seeds specially chosen to attract butterflies and other pollinators – were planted by pupils to create colourful, wildlife-friendly areas within the Nature School.
As the flowers bloom, they’ll provide vital nectar sources for butterflies, bees, and other insects, while giving pupils the chance to see the results of their efforts up close.

Amanda Willis, Head Teacher at Stanford in the Vale Primary School, said: “Our pupils were very excited to receive the seedballs – they loved planting them and are looking forward to seeing them grow and encourage butterflies and other insects into the school grounds.
“It was a fun, hands-on opportunity to teach our pupils about sustainability, biodiversity, and plant biology. As an eco-friendly school, we are passionate about outdoor learning and improving the environment, and we would like to thank Barratt Homes for their kind donation.”
Emma Hawkins, Sales Director at David Wilson Homes Southern, said: “We are delighted to support the school with this donation and help inspire the next generation of nature enthusiasts.
“Outdoor learning is such a valuable part of education, and it’s wonderful to see pupils taking an active role in caring for the environment. We hope the butterfly seedballs bring lots of colour, and plenty of butterflies, to the Nature School.”

Located near Barratt Homes’ River Meadow development in Stanford in the Vale, the school was chosen for the donation as part of the housebuilder’s commitment to supporting the communities where it builds.