Our first report
As part of our initial review, we looked at relevant plans, strategies, and activities, including any actions we have taken to enhance biodiversity in Trafford to date. More details of these can be found on this page.
Local Nature Recovery Strategy (LNRS)
Local Nature Recovery Strategies are a new, England-wide system of strategies that outline priorities and actions to support nature’s recovery. The Greater Manchester LNRS is being prepared by GMCA with our support. This strategy will complement GM and Trafford planning policies and strategies.
Find out more about the Greater Manchester Local Nature Recovery Strategy.
Greater Manchester State of Nature Report
Published in March 2024, this report outlines the state of the natural environment in Greater Manchester.
GM Places for Everyone
This plan, adopted by nine Greater Manchester districts, provides strategic spatial planning policies for biodiversity protection. Policy JP-G 9 focuses on improving connections between habitats and enhancing ecological networks.
Trafford Corporate Plan 2024 – 2027
One of the plan’s five priorities is ‘Addressing the climate crisis,’ which includes ensuring Trafford’s green spaces are biodiverse and offer opportunities for residents to be active.
Trafford Local Plan
This plan sets out the vision and policy framework for Trafford’s development. It includes dedicated policies on the natural environment and biodiversity net gain.
Find out more about our Local Plan.
Civic Quarter Area Action Plan (CQAAP)
Adopted in January 2023, this plan includes policies requiring major developments to increase site biodiversity and deliver biodiversity net gain.
Carbon Neutral Action Plan
Approved in December 2020 and updated in June 2023, this plan aims to make Trafford carbon neutral by 2038. It includes actions to expand Trafford’s urban forest, deliver green space projects, and progress biodiversity initiatives.
Flood Risk Strategy
As a Lead Local Flood Authority, we develop strategies to manage local flood risks. These strategies consider risks from surface runoff, groundwater, and watercourses.