Applied Tree and Forest Biology
JOIN AAB / RENEW
WHY JOIN AAB?
The Applied Tree and Forest Biology group was initiated in March 2022 as a follow-up to the AAB-organised ‘Trees for the Future’ event that took place at the University of Birmingham in November 2021.
The primary objective of the group is to narrow the gap between researchers and practitioners so as to facilitate the movement of new findings into practice.
We look forward to collaborating with other organisations to arrange events that would provide a new focus to the tree and forest biology communities.
Amanda is an assistant professor at the University of Nottingham, known for her research on adventitious rooting – particularly in cutting propagation. Currently working with industry and government funding, her research explores the hormone networks and environmental factors that control propagation success in woody species. The overall goal is to increase genetic and species diversity in tree propagation programs while improving long term tree resilience to diverse stresses.
I am a forester and farmer in Devon, owning and running the Perridge Estate near Exeter, an Honorary Fellow of the Institute of Chartered Foresters and an Honorary Professor at the University of Exeter. Between January 2013 to February 2020, I was Chairman of the Forestry Commission. I was Deputy Chairman of the Independent Panel on Forestry, which reported on the future of English forestry in July 2012. Between 2011 and 2017 I chaired the Phaunos Timber Fund a FTSE quoted international forestry Investment Trust.
I am currently the Chairman of Adapt Biogas an Anaerobic Digestion Group and a Fellow of the Institute of Chartered Accountants. The Perridge Estate was the joint winner of the All England Woodland Resilience Award for existing woodland in 2021.
I work as a Postdoctoral Research Fellow at the School of Biosciences, University of Birmingham, aiming to study how bacteria cause disease in trees. Our project includes several approaches to be employed for the establishment of robust pathosystem models that underpin a detailed examination of infection and disease progression. This research will be applied to the main tree diseases in the UK: acute oak decline, bacterial canker of cherry and ash, bleeding canker of horse chestnut, diseases that had emerged in both UK and Europe within the last 20 years.
I am a postdoctoral research fellow with the Royal Horticultural Society (RHS). I did my PhD in forest hydrology in Valencia, studying the effect of hot droughts on forest transpiration- and the effect of Aleppo pine forests on local hydrology. Her current research focus is on ecosystem services provided by garden trees. This research includes flood mitigation potential, thermal regulation and carbon storage. She is interested in how trees can buffer adverse effects of climate change and dense urban infrastructure.
Ted is a silviculturist with interests in tree biology, silvicultural systems and forest conservation. His work is mostly dedicated to applied research and knowledge transfer. His current focus is the transformation of conifer plantations to continuous cover forestry (CCF), using close-to-nature management principles, with projects in Ireland, Canada and the UK.
Forestry and woodlands lecturer and consultant at Harper Adams University. Spent the previous decade working for RSPB and Forestry England managing ancient woodland and commercial plantations from planting to harvesting. Interests include: Forest production – planting, tending, thinning, harvesting, marketing. Forest environment – biodiversity, water, soils, carbon capture. Forest recreation provision.
Andrew is a Senior Lecturer in Arboriculture and Urban Forestry at University Centre Myerscough, UK. He is passionate about bringing science into tree management, particularly in urban areas. His research is motivated by the need to create resilient treescapes and focuses on tree selection in urban environments; this allows him to pursue his interested in tree water relations and stress physiology. Andrew co-authored the book Applied Tree Biology and has contributed to a wide range of other industry and academic publications.