Meres, Mosses & Beaver Reintroduction

Meres, Mosses & Beaver Reintroduction

Meres, Mosses & Beaver Reintroduction

Delamere’s meres and mosses have existed since the end of the last Ice Age over 10,000 years ago. Just like the more than 200 other meres and mosses scattered across Cheshire and Shropshire this chain of bogs, marsh and fen wetlands are internationally important for the species they support and the ecosystem services they provide.

Delamere

Once known as the ‘Forest of the meres’ Delamere has lost many of its meres and mosses since 1812 when the area was first drained and forested. The restoration efforts carried out by the Forestry Commission and Natural England in the 1990’s have seen startling changes occur, with rare species such as the royal fern and the round-leaved sundew returning to the area.

While only a fragment of their former size, they are still home to many plants and insects that are rarely found elsewhere. Much of Cheshire’s most important wildlife is associated with its meres and mosses. Delamere’s Lost Mosses project ran for 5 years. A partnership with the Cheshire Wildlife Trust, the Forestry Commission, WREN, Natural England and Cheshire West and Chester Council restored over 125ha of mossland habitat, with over 40ha managed with the help of more than 100 volunteers.

The project helped develop skills amongst six part-time volunteer trainees, four of which have gone on to work in the conservation and ecology sector, with the other two remaining in education. Ten landowners were worked with to control invasive species control. Water quality was tested and the results leading to mitigation actions being carried out. A parcel of land was gifted to the Cheshire Wildlife Trust which connects to its Hatchmere Nature Reserve and including wet woodland, flushes and wet grassland with species such as ragged robin, water mint and bittersweet.

The project recorded 12 species of sphagnum, two of which are rare within the Cheshire region. The project also saw the return of the green hairstreak butterfly to two restoration areas within Delamere Forest (Black Lake and Norley moss) and confirmed that Scitticus floricola (the Delamere Jumping Spider) is still present on Black Lake and Abbots moss, as well as finding two previously unknown populations within the Delamere landscape, bringing known UK sites up to thirteen.

A nationally rare money spider Glyphesis cottonae was found on four new sites within the Delamere landscape, almost doubling the number of sites it has been found on in Cheshire. Rare mossland hoverfly Orthonevra intermedia was confirmed to be using five mossland sites within the Delamere area, currently the only known sites for this species in the UK. Surveys were carried out for the bog bush cricket, currently known from only two locations in Cheshire. The historic population on Abbots moss SSSI was confirmed to be thriving.

Flaxmere SSSI was reclassified as Unfavourable – recovering from Unfavourable – declining due to the work carried out by the project. Natural England currently think the site should be considered to be in Favourable condition in the near future. Sphagnum surveys have confirmed that area of sphagnum has increased across the Delamere mossland sites since the start of the DLM project. Fifteen guided walks, ten talks and ten training days were given throughout the project.

Birchenholt North

Cheshire Wildlife Trust have continued to maintain and improve the ecological quality of many of these mosses, and have reintroduced Beavers. The Eurasian beaver (Castor fiber) is a large herbivore, a mammal that was formerly native to these shores and once played an important part in our landscape from prehistoric times until it was hunted to extinction in the 16th century for its fur, meat and scent glands.

The loss of this charismatic species also led to loss of the mosaic of lakes, meres, mires, tarns and boggy places that it so brilliantly built. Beavers are known as ‘nature’s engineers’, they make changes to their habitats which create diverse wetlands by digging canal systems, damming water courses, and coppicing tree and shrub species, which create diverse wetlands for other species to thrive, often bringing enormous benefits to otters, water shrews, water voles, birds, invertebrates (especially dragonflies) and breeding fish.

Beavers and the landscapes they generate benefit both people and wildlife because:

  • They help to reduce downstream flooding – the channels, dams and wetland habitats that
    beavers create hold back water and release it more slowly after heavy rain
  • They increase water retention
  • They clean water
  • They reduce siltation, which pollutes water
Eurasian Beaver
Pollinator Projects

Pollinator Projects

Pollinator Projects

Hay meadows rich in wildflowers were once commonplace across the British countryside. Meadows were highly valued and an integral part of the farming system providing winter feed for livestock, spring and autumn grazing and offering medicinal benefits to livestock.

Wildflower Meadow

In addition, meadows also provided a host of ecosystem services such as carbon sequestration, nutrient cycling, and water retention. They provide an invaluable food source to all sorts of insects which in turn provide food for of other wildlife from Bats and birds to mice and frogs.

However, since the 1940’s there has been a substantial decline in wildflower meadows across the whole of the country but even more so, in the highly agricultural county of Cheshire, where we have seen a 99% loss. This loss is primarily attributed to the intensification of farming, switching from hay to silage production and the use of artificial fertilisers. This loss of meadows has had a devastating impact on the number of pollinating insects which are declining at an alarming rate.

 

Cheshire Wildlife Trust’s Pollinating Cheshire Project aims to reverse these distressing trends by working with private landowners, NGO’s, Local Councils, and parishes to create new meadows as well as restoring and enhancing existing ones. This is done by using green hay, brush harvested seed or plug planting. Local provenance is very important, so these methods, utilising seed from existing meadows means local genetics and adaptations are protected, whilst maximising the benefits for
local wildlife.

To enable us to do this, CWT have their own wildflower nursery to grow native wildflowers from seed collected in Cheshire.
So far 160ha of meadows across the county have been created, restored or enhanced. Over the next 3 years it’s hoped this will be doubled, working with more landowners and improving the connectivity of habitat across Cheshire. In 2023 20000 native wildflowers were grown from seed and CWT are aiming to grow 50000 wildflower plugs in 2024 of 36 species.

Wildflower Nursery
Map

Map of wildflower meadows created

Chester Wetland Project

Chester Wetland Project

Chester Wetland Project

The Chester Wetland Centre is a community-led project to create exemplar wetland habitat with educational benefits within and adjacent to a popular country park near the Countess of Chester Hospital while improving water quality in a contaminated watercourse.

Chester Wetland Image

The original aim of creating a low-nutrient wet meadow within the country park while maximising opportunities from adjacent land owned by project partners was extended to maximise multiple benefits and natural capital functions via additional habitat creation and improved morphological diversity of the Finchett’s Gutter waterbody by ‘rewiggling or renaturalising’ it’s course, with access for the local community to help people connect, learn about and appreciate the nature it will attract.

wetlands image

Vsitors who walk through the area will experience a wet meadow habitat.

The Natural Capital benefits of the project including:

  • improved community green/blue space access
  • ecological connectivity & function
  • improved water quality
  • floodplain connectivity
  • carbon sequestration

These have been valued at £1.6millon and the project has potential to attract funding support for some of these outcomes, in addition to delivering £600,000 worth of biodiversity units, to provide mitigation and uplift in habitats for development locally.

“Just reintroducing a once-common valuable habitat into our country park is important, but the [Chester Wetland Centre] project goes well beyond that. The benefits it delivers are significant, not just in terms of improved water quality, biodiversity net gain and improved carbon sequestration but also for the educational opportunities it will give us to work with schools, universities, and the local community.”

Andy Scargill

Job Title, Chair of the Friends of the Countess of Chester Country Park

“Well-managed wetland habitats are essential if we are to combat the biodiversity and climate crisis, at both a local and a national level, and the Chester Wetland Centre project is set to be a clear example of best practice for the country. The project is set to become a clear example of best practice for the country on how to combat the biodiversity & climate crisis at a local level”

Dr Christian Dunn

Senior Lecturer, Wetland Science, Bangor University

Environment Agency