Achieving impact from ecosystem assessment and valuation of urban greenspace: The case of i-Tree Eco in Great Britain
Evaluation of the impacts of I-Tree eco surveys in the UK
Understanding stakeholder visions for woodland expansion in Scotland
The development of stakeholder visions for woodland expansion in Scotland from analysing organisational documents, workshops and interviews.
Exploring changes in ecosystem services under varying scenarios
Exploration of the resilience of woodlands to future change by assessing how ecosystem service values and natural capital stocks of woodlands may be affected by change through the application of the UK National Ecosystem Assessment (UK NEA) scenarios and different management approaches, e.g. forest diversification through the application of forest management alternatives
Understanding the role of urban tree management on ecosystem services
Urban forests provide ecosystem services that contribute to human health, liveability and sustainability. The management of trees influences the delivery of these ecosystem services and thus helps determine the total...
Ecosystem services delivery by small and medium stature urban trees
This Research Report reviews the provision of four ecosystem services by 18 small and medium stature tree species using the i-Tree Eco model and compares the performance of these trees in different age groups.
Ecosystem services delivery by large stature urban trees
This Research Report reviews the provision of four ecosystem services by 12 large stature tree species using the i-Tree Eco model and compares the performance of trees in different age classifications and climate regions.
Resilience – Future Proofing Plant Health
What is tree resilience and how can we support better management for tree health in the face of climate change and pests and diseases?
Detecting young trees from space
FR have established how to detect young trees from space using synthetic aperture RADAR and machine learning techniques. This will support the monitoring of the planting of tens of thousands of restock sites and new woodland across Britain. In searching for a solution researchers hypothesised that even if the trees are too small to see, maybe we could ‘feel’ them using Synthetic Aperture Radar (SAR). A different technique to utilising optical data, SAR provides ‘fuzzy’ data on the presence of objects, their size, orientation and texture. The research found that this was possible and data on whether sites had tree cover or not has been derived for extensive areas of Britain and NFI are working to operationalise the process.
How does a biodiversity value impact upon optimal rotation length? An investigation using species richness and forest stand age
A study integrating biodiversity data for British forests with economic modelling of optimal rotation length. Investigation revealed some evidence of relationships between overall species richness and stand age. The research further explored impacts of biodiversity valuation for several forest types. Results showed that with very few exceptions inclusion of biodiversity often leads to little change in optimal rotation length.
Delivering Resilient Forests
Resilient forests are important if our trees are to cope better with changing environmental conditions and threats from pests and diseases. This page provides information on the publications produced as part of Forest Research's 'Delivering Resilient Forests' programme of research.