Throughout 2025, the Forest Lab: Observing and understanding oak health project has been working closely with oak woodland managers to develop a practical, easy-to-use and scientifically robust tree health evaluation system. After a successful year of co-designing the methodology and reporting framework, we’re now ready to open the project to a wider network of observers across the UK.
To introduce the project, share early insights, and demonstrate how our assessment tools can support real-world woodland management, we’re hosting:
- An online webinar
- A series of half‑day field workshops across June and July 2026
These events are ideal for woodland managers and volunteers.
The webinar will cover three key themes:
- Understanding oak health:including current knowledge on Acute Oak Decline and other threats to oak.
- The forest lab oak health project: the aims, methods developed so far, and what the initial results are telling us.
- From assessment to action:tutorial on using the oak health assessment app and how this can inform evidence‑based and scientific woodland management decisions.
About the project
A partnership between Forest Research, Aberystwyth University and Sylva Foundation, this project aims to build a long-term, collaborative approach to oak health monitoring.
Through this programme, we are working to develop:
- A growing community of woodland managers empowered to assess, understand, and act on signs of oak decline
- A robust nationwide system for observing and recording oak health across the UK—with potential for future expansion to other tree species.
Recent News
View All news
Transforming and managing stands under continuous cover forestry: silviculture guidance
A new handbook for forest managers on continuous cover forestry (CCF) is now available. Authored and published by Forest Research, the best practice guide covers information on both transforming stands to continuous cover forestry (CCF) and on managing stands using CCF approaches.
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.
Transforming and managing stands under continuous cover forestry: silviculture guidance
A new handbook for forest managers on continuous cover forestry (CCF) is now available. Authored and published by Forest Research, the best practice guide covers information on both transforming stands to continuous cover forestry (CCF) and on managing stands using CCF approaches.
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.