Buglife Launches Chalk Lines Project to Restore Surrey Grasslands
At a glance
- Chalk Lines aims to restore over 30 hectares of chalk grassland in Surrey Hills
- Nearly £300,000 in funding provided by the National Lottery Heritage Fund
- The project targets seven rare and threatened invertebrate species
Efforts to restore chalk grassland habitats in the Surrey Hills are underway through Buglife’s Chalk Lines project, which focuses on supporting rare invertebrates and increasing community involvement in conservation activities.
The Chalk Lines initiative will run from April 2026 to June 2028, with activities planned in Guildford, Dorking, Leatherhead, Reigate, care homes, and HMP Send. The project is designed to reconnect fragmented habitats and improve conditions for wildlife in the region.
Funding for Chalk Lines comes from multiple sources, including the National Lottery Heritage Fund, Surrey Wildlife Trust, and Milkywire. The National Lottery Heritage Fund has contributed nearly £300,000 to support the project’s aims.
Seven rare and threatened invertebrate species are the focus of the restoration work. These include the Straw Belle moth, Hazel Pot-beetle, Adonis Blue butterfly, Large Scabious Mining Bee, Armed Nomad Bee, Red-tailed Mason Bee, and Shining Pot-beetle.
What the numbers show
- Chalk Lines will restore and reconnect more than 30 hectares of habitat
- Buglife’s earlier Space4Nature project restored over 62 hectares across 22 sites
- The Chalk Lines project runs from April 2026 to June 2028
- Horticultural students at HMP Send will grow up to 600 native wildflowers
- Buglife will advise on planting schemes for 4.5 acres of prison gardens
Chalk Lines builds on the outcomes of Buglife’s previous Space4Nature project, which delivered more than 62 hectares of habitat creation or restoration at 22 locations in Surrey. This earlier project laid the groundwork for expanded conservation efforts in the region.
As part of the Chalk Lines activities, volunteers will take part in insect identification workshops, wildflower seeding, habitat management, and creative workshops. These activities are intended to involve local communities and support the project’s restoration goals.
Horticultural students at HMP Send are set to grow up to 600 native wildflowers for use in the project. Buglife will also provide guidance on invertebrate-friendly planting for 4.5 acres of the prison’s gardens, integrating conservation with educational opportunities.
Chalk Lines is part of Buglife’s broader B-Lines initiative, which seeks to create connected corridors of wildflower-rich habitat across the UK. The project will contribute to the national B-Lines network, aiming to help pollinators and other wildlife move safely through the countryside.
* This article is based on publicly available information at the time of writing.
Sources and further reading
- Rare moths, reclusive beetles and more wildflowers: bringing Surrey's chalk grasslands back to life - Buglife latest news
- Space4Nature | Surrey Wildlife Trust
- Chalk Lines - Buglife projects
Note: This section is not provided in the feeds.
More on Science
-
Blazar Discovery Sheds Light on Early Universe Black Holes
Astronomers identified the most distant blazar, with radio waves traveling 12.9 billion light-years, revealing insights into early black holes.
-
NASA Details Multi-Phase Moon Base Program and 2026 Missions
NASA plans three Moon Base missions for 2026, with Phase One including 25 missions and 21 landings by 2029, near the lunar South Pole.
-
James Webb Telescope Measures Most Distant Dormant Black Hole
Astronomers identified a dormant black hole in galaxy MRG-M0138, estimating its mass at six billion solar masses, according to a study in Science.
-
Gene Editing in Human Embryos Advances With Base Editing Techniques
A Columbia University team achieved targeted genetic changes in 75% of human embryo cells using base editing, according to a preprint report.
-
Mangrove Restoration Efforts Show Measurable Gains in Carbon Storage
Restoration projects in 22 countries have replanted nearly 2,000 square kilometers of mangroves, enhancing carbon storage and coastal protection.