Forland Landscape Restoration
The ForLand-Restoration project is developing a forest landscape restoration decision support platform. A collaborative research project funded by Climate-KIC to explore landscape restoration opportunities with stakeholders with the aim of reaching consensus on land use decisions.
Provenance variation of emerging species
Forest Research has recently examined some long-term experiments to examine provenance variation of emerging species. The table below is a summary of how the results compare with Forestry Commission Bulletin…
Climate change impacts
Examining the effects of climate change on woodland and forestry.
The dendroclimatic and dendrochronological background to Acute Oak Decline
Using tree ring measurements (dendrochronology) and stable isotope analysis, the research aims to examine the stem growth and tree health histories of Acute Oak Decline (AOD)-affected trees, to look for evidence of predisposition to AOD, the impact of AOD on recent growth, and correlation with A. biguttatus attack.
Valuing and governing tree and forest ecosystem services
This research provides new insights into how to recognise and understand the value of ecosystem services provided by trees and forests.
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
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.
B4EST – adaptive breeding for productive, sustainable and resilient forests under climate change
B4EST will offer new understanding about how adaptive forest breeding can be used to increase forest survival, health, resilience and productivity under climate change and natural disturbances, while maintaining genetic diversity and key ecological functions.
Forestry and climate change mitigation
Research to improve our understanding of how forests and woodlands can contribute to the carbon balance at both local and global scales
The origins of shake and drought crack in trees
The soil conditions experienced by a growing tree are reproduced under controlled conditions. Fluid distributions with the tree are visualised using magnetic resonance imaging in order to identify stresses and determine if these are linked to drought cracking and shake.