The brief
Defence Estates / Land Securities were applying for outline planning permission to develop a 320ha area of land on the Hoo Peninsula, north of Rochester, Kent. The site was formerly the home of Chattenden Barracks and training area and Lodge Hill Camp and training area. It also includes areas of Chattenden Woods, a Site of Special Scientific Interest (SSSI). We were asked to provide ecological and arboricultural advice and surveys for input into the masterplan, and, as part of this, to produce the ecology chapters for an Environmental Impact Assessment (EIA) to support the planning submission.
What we did
- We were involved since the start of the project, gaining a full understanding of the existing biodiversity of the site and helping to design the masterplan.
- We undertook an arboricultural survey to BS5837:2005 over an area of 320ha and including survey of over 2000 trees, 130 groups of trees and 130 wooded areas.
- The resulting report and Tree Constraints Plan were used to inform the site layout at the master planning stage.
- We provided support and ecological advice to the planning authorities at all stages.
- We liaised and negotiated with the statutory authorities.
Recommendations and outcomes
The redevelopment of the site is expected to deliver a maximum of 4535 residential dwellings, employment and retail facilities, schools, health centres, sports areas and public open space.
-
Defence EstatesLocation
-
South East England
Services offeredThomson are experts in their field. They understand the masterplanning and EIA processes and deliver practical and informed solutions in a timely manner to enable protection and enhancement of wildlife to be a key feature of the development. -
Our other projects
We cover all aspects of environmental consultation – from smaller surveys through to strategic projects.
At Thomson, we strive to deliver a pragmatic and innovative approach to environmental compliance.
Working in partnership with our clients, our team of environmental specialists ensures objectives are met, with maximum efficiency for our clients, and minimal impact on the natural world.