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Downward trend of lapwings reversed in Avon Valley
A new booklet documenting the success of the LIFE Waders for Real project has been published.

Ecologists and farmers work together to improve populations in the Avon Valley.

Conservationists have successfully reversed the downward decline of lapwings and other wading birds in the Avon Valley by working with farmers and other land managers.

According to the Game & Wildlife Conservation Trust (GWCT), the LIFE Waders for Real project has succeeded in increasing the number of lapwings in the Avon Valley from 61 pairs in 2015 to 105 in 2019.

The project has seen great success with the redshank population, with numbers increasing from 19 pairs in 2015 to 35 in 2019.

“The project wouldn’t have worked without the farmers and gamekeepers driving it,” commented project leader Lizzie Grayshon. “We opened their eyes to some of the issues and provided guidance on possible mitigations. The extra work these working conservationists put in to help the lapwing on their land has been truly inspiring.”

One of Britain's most iconic birds, the lapwing is also one of our most endangered species. Since the 1960s, populations in England and Wales have fallen by 80 per cent.

The GWCT secured funding for the LIFE Waders for Real Project, and, in 2015, their ecologists began working with gamekeepers, farmers and river-keepers to improve habitat and protect those birds that still bred in the valley.

Livestock farmers Will and Judy Mitchell, for example, now only graze experienced stock on the water meadows. This reduces the risk of nests being trampled and helps achieve the ideal sward with tussocks and large hoof prints, which hold moisture and insects for young lapwing chicks.

The GWCT says that addressing predation pressure was key to the project’s success. Temporary electric-fencing around nests proved effective, as did the control of foxes, crows and American mink.

Rupert Brewer, head gamekeeper on the Bisterne Estate, worked with the GWCT to monitor fox movements using camera traps and GPS tracking collars:

“We always did a bit to control foxes and crows but we stepped it up, focused it at the right time and changed our approach,” he said. “When we started, I remember seeing a pair of lapwings and 25 crows on the water meadows.

“Three years later I saw about 25 lapwings and one crow, which means they’ve got a chance. Being able to control corvids under the General Licences and foxes means we can maintain a balance, which is essential for stopping lapwing decline.”

A new booklet, ‘Saving our Lapwing: a guide to successful working conservation’, documents the success of the project and describes the conditions lapwing need to thrive.

Image (C) GWCT.

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AWF Student Grant Scheme opens for applications

News Story 1
 The Animal Welfare Foundation (AWF) is inviting applications to its 2021 Student Grant Scheme for innovative projects designed to impact animal welfare. The scheme welcomes proposals from undergraduates studying veterinary and animal welfare degrees, but students from other disciplines are also welcome to apply.

Grants will fund projects on animal welfare topics that are relevant to the veterinary profession and help develop the student's skills as a researcher. This year, the AWF is also accepting projects which are carried out alongside EMS so long as they are supervised. For more information and to apply, visit 

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News Shorts
Bristol Vet School announces new PhD Studentship opportunities

Bristol Veterinary School has announced four new PhD Studentship opportunities with a focus on cattle welfare. The projects include:

Developing a novel approach to improve the welfare of dairy cows; The impact of early life programming on resistance to helminths in ruminant livestock; The impact of change and the ability to deal with it on an individual's affective state and welfare; Harnessing 3D cameras and deep learning for on-the-fly automated body condition and mobility analysis to improve cattle welfare.

For more details and how to apply, visit the University of Bristol's website.