The Living Ash Project has been re-awarded funding. The new five-year programme is the second phase of the project which is aiming to secure trees tolerant to the fungal disease ash dieback for future seed production. The work has again been funded by Defra and is partnership between Future Trees Trust, Forest Research, Fera Science (Fera) and Kew.

Earlier this year, project partners completed Phase 1 of the project by planting one of the last trees at an archive site of three thousand trees in Hampshire. The selected trees have displayed some tolerance to ash dieback and have been planted as part of a pioneering project to tackle the disease.
Future Trees Trust will monitor the archive intended to provide the basis for a breeding programme of tolerant ash over time and will enable the development of orchards producing commercially available seed.
Fera Science Ltd are undertaking LC-MS (liquid chromatography mass spectroscopy) work – a type of chemical fingerprinting to ascertain tolerance in the selected trees and Forest Research will undertake a series of controlled inoculations to also ascertain tolerance.
Kew will be researching methods of vegetative propagation to avoid the use of non-tolerant rootstocks when grafting tolerant trees.
Future Trees Trust will also maintain and monitor existing research trials for further tolerant trees.
Recent News
View All news
Differences persist between ex-arable and ancient woodland even after 25 years, study suggests
A rare long-term study of woodland creation found that ex-arable woodland was distinct from adjacent ancient woodland 25-years after planting
Complexity could be the key to ecosystem restoration
New research highlights the importance of ecological complexity when restoring ecosystems.
Rethinking habitat fragmentation
In a new paper published in Trends in Ecology & Evolution, scientists say we need to understand fragmentation as a process that unfolds over time.
Differences persist between ex-arable and ancient woodland even after 25 years, study suggests
A rare long-term study of woodland creation found that ex-arable woodland was distinct from adjacent ancient woodland 25-years after planting
Complexity could be the key to ecosystem restoration
New research highlights the importance of ecological complexity when restoring ecosystems.
Rethinking habitat fragmentation
In a new paper published in Trends in Ecology & Evolution, scientists say we need to understand fragmentation as a process that unfolds over time.