Welcome to the website of the Lea Catchment Partnerships – bringing together people and projects for the benefit of the River Lea and its tributaries.
The River Lea and its tributaries - the Mimram, Beane, Ash, Rib, Quin and Stort - drain over 1000 km2 of south-east England. These rivers include rare and precious chalk streams, canals and navigations, and urban watercourses. To find out more about the rivers, the catchment partnerships, and to view the catchment plans, please navigate using the map opposite or the menu bars above.
The Environment Agency has been working with Lead Local Flood Authorities (LLFAs) and other Risk Management Authorities (RMAs) to produce draft Flood Risk Management Plans (FRMPs) for public consultation, and they now want to hear your views.
Read more ...
Plans to release beavers into the wild in England have been set out in a consultation launched on the 25 August 2021.
Read more ...
Luton Council seeks a freelance Community Participation Coordinator for Our River*, a new participatory public art project in Luton.
Read more ...Latest news
26/10/21
– Luton Lea news
Flood risk management - your views required!
The Environment Agency has been working with Lead Local Flood Authorities (LLFAs) and other Risk Management Authorities (RMAs) to produce draft Flood Risk Management Plans (FRMPs) for public consultation, and they now want to hear your views. Read more ...
05/10/21
– River Mimram news
Launch Event - Chalk Stream National Strategy - 15 October, R.Mimram
Join us to celebrate the launch of the Chalk Stream Strategy on the banks fo the River Mimram, (Tewinbury) on 15 October 2021. Read more ...
26/08/21
– Luton Lea news
Reintroduction of beavers in England Consultation
Plans to release beavers into the wild in England have been set out in a consultation launched on the 25 August 2021. Read more ...
Roll over the map to highlight a river catchment, click to view information for that river and view the projects and their progress.
A fantastic citizen science scheme helping local volunteers monitor the water quality of their local river