You are here

  1. Home
  2. TreeLab: A novel, engaged, urban forest research programme

TreeLab: A novel, engaged, urban forest research programme

Urban trees are critical elements of green infrastructure, and their management is key to supporting sustainable, healthy and equitable built environments.

Scientific understanding of the benefits urban trees provide is underpinned by data and models of their physical characteristics and growth. Despite a long history of research in production forestry and natural forest ecology, research on urban forests, their benefits and management is limited.

Most of the data that underpin our current knowledge of urban tree growth and structure come from studies in the USA. While there is some overlap between species, planting situations and urban settings, the relevance of these data outside North America is limited. However, collecting new data at the scale that is necessary in order to be meaningful for improving urban tree management is a huge challenge.

A further challenge for any practical work on urban trees is that they are often sources of conflict between the different interests in towns and cities. In several UK cities, trees have recently been at the centre of conflicts between local government and residents.

Funded by the Natural Environment Research Council, we are aiming to work together with a wide range of groups with interests in urban trees, including different groups of members of the public, urban tree researchers and tree managers, to co-create an urban tree research programme that addresses national research priorities but in a local context. Named TreeLab, this will be a model for collaborative, engaged research on urban trees.

We will develop TreeLab in the city of Milton Keynes, where we have an established network that includes the local authority, greenspace managers and a variety of community groups. We will build on this network to connect with publics and practitioners across Milton Keynes to co-produce a proposal for a nationally significant urban tree research project: TreeLab:MK.

To ensure TreeLab:MK addresses the wider national (and international) research needs, the project team will produce a review, based on our experience and expertise, that identifies key research areas for urban trees. We will then reach out to communities of urban tree researchers and practitioners nationally to validate these priorities. We will then collaborate with the diversity of groups in Milton Keynes to identify local priorities and translate the national priorities to the local level. Ultimately we aim, with our local partners and participants, to co-produce a research proposal for TreeLab:MK that we will submit for the second phase of funding under this call.

The project team includes some of the UK's leading researchers in urban trees, citizen science and engaged research. We have been working together for a decade on a range of projects to do with urban tree data, public engagement and citizen and community science. As part of this work we have developed and tested a number of tools for urban tree data collection by citizen scientists which we will aim to use in TreeLab. Our project will focus on Milton Keynes, but our vision is to develop a set of resources and an approach to engagement that can translate to any urban area.

TreeLab Contributors

News

Supporting students with dyslexia: an academic’s perspective

10% of the population are dyslexic. My name is Dr Anne Jay, and I am dyslexic. Dyslexia brings challenges that have a considerable impact on OU student success. A key struggle for people with dyslexia is written communication.

20th March 2023

Celebrating Graduation in Manchester

On 22 November Professors Clare Warren, Mark Brandon and Richard Holliman, and Dr Barbara Kunz travelled to Manchester for an OU Graduation Ceremony.

29th November 2022

EEES researcher to lead £800k project to improve global climate change predictions

An EEES researcher is leading a new Natural Environmental Research Council-funded project to improve our ability to predict climate change using cutting-edge analysis of fossilised algae molecules. 

15th November 2022
See all