Forests have been interwoven into the fabric of our society for centuries, and in our region – much of which is rural - we are lucky to be surrounded by large swathes of woodland. However, Forestry as a sector passes many of us by, particularly when it comes to innovation opportunities.


A key distinction in forestry is the difference between unmanaged and managed woodlands. When woodlands are actively managed in a sustainable fashion, it is proven to increase the quantity and quality of environmental, social, and economic benefits, including carbon sequestration and biodiversity. 


In the North East and Yorkshire regions alone, there is currently 74,000ha of unmanaged woodland. Managing just 10% of currently unmanaged woodland has the potential to release nearly £1m into local economies whilst simultaneously improving the environmental value of woodlands. 


However, the lack of woodland management is often not the fault of woodland owners, rather that they face a range of barriers to woodland management in the region. One major theme is a lack of detailed site-specific information around woodland stocks (species, age, size), hazards, and other environmental characteristics that can inhibit woodland owners’ capacity to carry out management activities. For example, the lack of detailed woodland maps increases the costs, risks, and ability for management activities to be carried out. 


Where such challenges exist, there are also innovation opportunities. A good example of this is myForest, a digital platform developed by Oxfordshire-based charity, Sylva Foundation, which features georeferenced maps in order to overcome difficulties in woodland mapping. By giving owners and managers a tool to more accurately plot their woodlands which can be used to inform management plans and activities, they can carry out their work more efficiently, reducing the need for specialist knowledge while incorporating these mapping practices into their everyday creation and management processes.


Further afield, other innovation and technology in forestry is being implemented across Europe and other large forestry markets such as Canada. This includes:


• Remote sensing, including LiDAR (light detection and ranging)

• Satellite technologies with higher resolution 3D imagery to focus on individual tree types

• Drones / Unmanned Aerials Vehicles (UAVs) for imagery, video capture, LiDAR data and being used for harvesting

• Augmented Reality (AR) to measure tree diameters and heights

• Artificial Intelligence (AI) for high quality data processing and analysis

• Web-based apps to help educate and inform decision makers


Use of such technology demonstrates not only the potential for our region to adopt greater innovation to better manage our woodlands, but also that this can be undertaken locally. By tapping into existing technology networks in our region and creating awareness of the opportunities that cross-sector collaboration can bring to forestry, a new market could be opened to our innovators.