March 2020 BBC Essex Quest Visits the John Ray Garden
On Sunday 1 March the John Ray Trust was excited to take part in the BBC Essex Quest show on BBC Essex radio. The BBC Essex Quest is a radio 'treasure hunt' across the county of Essex. The programme broadcasts live every Sunday morning between 9am and 12midday, and has been on-air since July 2011.
Liana and Barry are its two 'out and about' presenters who have to try and solve four clues to four mystery places in Essex, without maps or the internet.
Listeners call the programme to help unravel the clues and give Barry and Liana directions to the places they're visiting.
On March 1 our John Ray Garden, part of the Braintree and Bocking Public Gardens in Bocking End, was one of the mystery locations
The clue Barry and Liana solved to find the garden, which they collected at Coggeshall Museum (their previous stop) was: "Enjoy an ice cream sundae with Prince William, to support a row of books. Beth Chatto would like it here".
The answer to the clue is:
> One type of ice cream sundae is a knicker-BOC-ker glory.
> Prince William is second in line to the throne and as such would be crowned KING.
> You might support a row of books with a book END.
> Beth Chatto is a well-known GARDEN designer.
On their arrival we took Liana on a tour of the garden, and introduced her and listeners to John Ray’s remarkable story and the work of the Trust today.
To find out more about our garden and how to visit please click here
November 2019 Congratulations to Science Prize Winner - Matthew Lewis
Each year the Trust invites final year students at the University of Cambridge who have conducted research that would have interested John Ray to apply for our science prize. This year's winner was Natural Sciences student Matthew Lewis for his research into how butterflies are responding to climate change. Since 1976 76% of British butterfly species have declined in distribution or abundance. Matthew's research looked at how well 29 butterfly species were able to 'buffer' their body temperature against fine temperature changes at a RSPB reserve. His findings suggest that providing varied habitats and vegitation, and therefore importantly shade, across a nature reserve can help the butterflies.
On 8 November Matthew visited Notley High School in Braintree to talk to GSCE Science students about his research, and about student life at Cambridge. It was a very inspirational talk, and we hope it will encourage many of the students to consider studying natural history at university and appyling to Oxbridge.
We were pleased to hear that Matthew is continuing his butterfly research and we wish him all the best with his future career.
For more information on the Science Prize please click here
May 2019 Family Nature Fun to Celebrate Launch of New Garden Signage
Over 200 people joined Trustees of the John Ray Trust this Sunday bank holiday (5 May 2019) for an afternoon of family nature fun in the John Ray Garden. The event marked the launch of new family-friendly garden signage, which was officially opened at the event by the Chairman of Braintree District Council.
The families enjoyed a range of free activities, including building an insect hotel, making their own geological planet, creating a butterfly mosaic and planting a sunflower seed to take home. There was also free face painting with Funky Fun Parties and Facepainting.
David Gask, Chairman of the Trust, said ‘It was lovely to see so many local families enjoying the garden and the activities, and learning more about John Ray through reading our new signs. Our charity supports natural science students and we hope the garden and these activities will help inspire the next generation of local natural scientists.’
The John Ray garden is situated inside the Braintree and Bocking Public Gardens and is planted with flowers, herbs and shrubs that would have been familiar to local science hero John Ray in the 1600s. Ray founded the scientific study of the natural world, and with the new signage garden visitors can learn more about his famous discoveries, including that trees can be dated from counting their rings.