Wellow Valley
The steep sides of the Wellow Valley offer good opportunities for creation of more nature-rich habitat, ideally resulting in a mix of connected woodland, grassland and mosaic habitats, and focusing on expanding and connecting existing nature-rich sites. This is reflected in the mapping of focus areas.
The Wellow Brook itself is a priority river for improving ecological status, which would require reducing the overall pollution into the river from urban areas, farming and water treatment works.
The reversion of arable farming on steep slopes to extensive, wildlife-friendly grazing would help to improve water quality by reducing soil and pollution runoff into the Wellow Brook, while benefiting nature.
Priorities for nature recovery
Delivering the priorities for nature recovery is particularly important in the mapped Focus Areas for Nature Recovery. ‘Landscape recovery’ measures, which will have the biggest impact on nature recovery, are particularly relevant in these Focus Areas.
There are more and better-connected species-rich lowland calcareous grasslands on limestone soils that support specialist pollinator and insect populations, including the small blue, marsh fritillary, chalkhill blue and grayling butterflies.
| Measures | Most relevant to | Land type | Indicative level of land-use impact for nature |
| Restore species-rich calcareous grassland on infertile soils and/or adjacent to existing species-rich grasslands. | Farmers and landowners | Countryside | Landscape recovery |
| Convert improved grassland or enhance ‘semi-improved’ grassland to species-rich calcareous grassland with greater species diversity. | Farmers and landowners | Countryside | Landscape recovery |
| Arable reversion to species-rich calcareous grassland where land is unproductive or arable farming is financially unviable. | Farmers and landowners | Countryside | Landscape recovery |
There are more and better-connected species-rich neutral grasslands, including traditional hay meadows, that help support resilient, diverse pollinator and insect populations.
| Measures | Most relevant to | Land type | Indicative level of land-use impact for nature |
| Restore species-rich neutral grassland on infertile soils and/or adjacent to existing species-rich grasslands. | Farmers and landowners | Countryside | Landscape recovery |
| Convert improved grassland or enhance ‘semi-improved’ grassland to species-rich neutral grassland with greater species diversity. | Farmers and landowners | Countryside | Landscape recovery |
| Arable reversion to species-rich neutral grassland where land is unproductive or arable farming is financially unviable. | Farmers and landowners | Countryside | Landscape recovery |
| Restore species-rich lowland meadows with appropriate ongoing management. | Farmers and landowners | Countryside | Environmental Stewardship |
| Measures | Most relevant to | Land type | Indicative level of land-use impact for nature |
| Manage existing wood pasture and parkland to maximise their value to wildlife and ensure continued survival of mature and veteran trees | Farmers and landowners | Countryside | Landscape recovery |
| Carry out specialist tree surgery as needed to extend the lives of veteran and ancient trees | Farmers and landowners | Countryside | Landscape recovery |
There is more woodland that is managed and in good ecological condition, including minimising the impact of ash dieback and reducing grazing pressure on sensitive woodlands from deer.
| Measures | Most relevant to | Land type | Indicative level of land-use impact for nature |
| Improve the management of existing areas of woodland for wildlife, following the principles set out in the Forest of Avon Plan | Farmers and landowners | Woodland | Landscape recovery |
| Reintroduce coppicing as a form of woodland management that benefits wildlife while potentially providing woodland products such as fuel | Farmers and landowners | Woodland | Landscape recovery |
| Open up rides and glades in existing woodland to develop ecotones and scrubby areas that better support a wider range of wildlife. Where appropriate, use new open woodland areas caused by ash dieback to create new wood pastures or glades | Farmers and landowners | Woodland | Landscape recovery |
| Consider introducing grazing animals in larger woodlands to create a more dynamic ecology and enable habitat succession. | Farmers & landowners | Woodland | Landscape recovery |
| Take measures to reduce deer grazing in woodlands, such as putting up deer fencing, to reduce their negative impact on woodland ecology due to overgrazing. | Farmers & landowners | Woodland | Environmental stewardship |
| Leave deadwood in situ to provide habitat for a variety of species including fungi, lichens, invertebrates, mosses, bats and birds. | Farmers & landowners | Woodland | Environmental stewardship |
| Periodically thin ‘high forest’ type woodlands (tall trees with little shrub layer) to maintain structural diversity and a varied age structure where appropriate | Farmers & landowners | Woodland | Environmental stewardship |
| Avoid placing game bird pens in woodlands with a high botanical value | Farmers & landowners | Woodland | N/A |
| Ensure public access to and recreational activities within woodlands minimises impacts on woodland ecology, including clearly marked paths. | Farmers & landowners | Woodland | N/A |
| Only fell trees affected by ash dieback when there is a material safety risk, a clear future safety risk, or as part of normal silvicultural operations, and leave deadwood in place where possible for the benefit of wildlife | Farmers & landowners | Woodland | Environmental stewardship |
| Where there is a diverse mix of tree species present, allow natural regeneration to replace trees lost through ash dieback. Where natural regeneration is not possible, replace trees lost through ash dieback with a suitable mix of native broadleaved species | Farmers & landowners | Woodland | Environmental stewardship |
| Adopt ecologically sound forestry practices in woodlands used for timber production. This can include continuous cover management regimes that attempt to mimic natural processes, and integration of areas and corridors of native broadleaved woodland in coniferous forests | Farmers & landowners | Woodland | Environmental stewardship |
| Include fire and fuel breaks and/or fire belts in woodland to reduce the risk of wildfires, and ensure woodlands are resilient to climate change in the future | Farmers & landowners | Woodland | N/A |
There are more waterbodies that are in good ecological status and support thriving populations of fish and other freshwater wildlife.
| Measures | Most relevant to | Land type | Indicative level of land-use impact for nature |
| Create a sediment pond or trap to provide an area where muddy run-off from fields or tracks is allowed to pond, so that sediment will settle out before entering watercourses | Farmers and landowners | Countryside | Sustainable farming |
| Reduce run-off of pollutants from farmland through the use of best practice in applying fertiliser, manure and slurry | Farmers and landowners | Countryside | Sustainable farming |
| Establish a buffer strip (which can contain long grasses, trees, and shrubs) of 4-12m on field boundaries or runoff channels. This can reduce nutrient and pollutant runoff into watercourses and provide habitat for wildlife | Farmers and landowners | Countryside | Sustainable farming |
| Improve management of manure and slurry to reduce pollution (e.g. roofing manure storage or manure storage pads) | Farmers and landowners | Countryside | Sustainable farming |
| Reduce the pollution caused by the transport network (particularly by cars through tyre and brake wear) by encouraging reduced use of private cars and more careful driving styles, encouraging manufacturers to produce tyres with less ecologically damaging components, and ensuring regular emptying of gullies. | Local Government Businesses Communities |
N/A | N/A |
| Reduce the frequency of continuous and intermittent point source pollution from sewage discharges | Businesses | N/A | N/A |
| Reduce the quantity of pollutants entering the freshwater environment from wastewater treatment works | Businesses | N/A | N/A |
| Ensure correct management of private septic tanks to reduce leakage of pollutants into the environment; and investigate and resolve drain misconnections in homes | Communities | N/A | N/A |
| Reduce demand on water supply through more efficient use of water in homes, businesses, and in farming | Businesses Communities Farmers and landowners |
N/A | N/A |
| Use constructed wetlands in wastewater treatment to reduce the amount of pollutants entering the freshwater environment, while providing wetland habitat | Businesses | N/A | N/A |
| Measures | Most relevant to | Land type | Indicative level of land-use impact for nature |
| Protect beavers from recreational disturbance and persecution, while managing conflict with other land uses where it arises | Farmers and landowners | N/A | N/A |
| Protect crops from beaver activity by using fencing that prevents beavers accessing the land to forage | Farmers and landowners | Countryside | Sustainable farming |
| Make a natural space of 20 metres or more for beavers alongside the river edge, planting native species such as willow and aspen. This will reduce the likelihood of beavers foraging elsewhere on your land | Farmers and landowners | Countryside | Landscape recovery |
The extent and quality of our hedgerow network for wildlife is improved, helping to connect wildlife-rich sites.
| Measures | Most relevant to | Land type | Indicative level of land-use impact for nature |
| Manage hedgerows in a thick and tall condition for wildlife, following best practice set out by Hedgelink and only cutting every three years on rotation | Farmers and landowners | Countryside | Environmental stewardship |
| Create/restore hedgerows where they have previously existed, or where they would fit in with the existing field system | Farmers and landowners | Countryside | Environmental stewardship |
| Measures | Most relevant to | Land type | Indicative level of land-use impact for nature |
| Plant field trees within hedgerows where they are not already present | Farmers and landowners | Countryside | Environmental stewardship |
| Protect existing trees within the farmed landscape, particularly veteran and ancient trees, and consider fencing off ancient and veteran trees to enable new trees to grow | Farmers and landowners | Countryside | Environmental stewardship |
| Create shelterbelts (windbreaks) made up of trees to protect livestock and crops from inclement weather | Farmers and landowners | Countryside | Environmental stewardship |
| Incorporate trees in grazing systems (silvopasture). This could include trees that can produce a fruit or nut crop alongside continued livestock grazing | Farmers and landowners | Countryside | Environmental stewardship |
| Establish agroforestry systems alongside crop production (silvoarable systems) | Farmers and landowners | Countryside | Environmental stewardship |
The region’s populations of Greater and Lesser Horseshoe bats, and other rare bat species are protected, and they have sufficient foraging habitat and landscape-scale connectivity to diversify the gene pool.
| Measures | Most relevant to | Land type | Indicative level of land-use impact for nature |
| Install bat boxes and bat night roosts where this is suitable foraging habitat to extend bats’ foraging ranges and increase the resilience of bat populations | Businesses Communities Farmers and landowners |
Countryside | N/A |
| Protect existing and create new dark, vegetated corridors to enhance connectivity and dispersal routes between key roosts | Local Government Farmers and landowners |
Countryside | N/A |
Relevant priority species
- European Beaver
- Greater Horseshoe Bat
- House Martin
- Lesser Horseshoe Bat
- Swallow