Your legacy can help secure a future for wild fish. A future in which people and the natural environment can flourish together.
Your legacy can help secure a future for wild fish. A future in which people and the natural environment can flourish together.
In the UK, 13% of freshwater species face risk of extinction. With your help we can continue to protect wild fish from the pressures that threaten their survival: pollution, fish farming and climate change.
Our work is possible thanks to the support of people who leave us a legacy.
They have helped us to:
We recognise the importance of this type of donation and make the following promise:
Christopher Hands: a legacy for Scotland and England
Christopher Hands lived in Scotland and was a member of Salmon & Trout Conservation (now WildFish) for many years. When he died, Christopher left two gifts in his Will to support our work in Scotland and England. We are very grateful to Christopher for thinking of us and for such generosity.
Christopher’s gift to Scotland has been put to work in our lobbying of the Scottish Government over open-net fish farming in Scotland and its harm to wild fish.
His gift to England was used in holding the Environment Agency to account with regard to pesticides being discharged into the River Itchen in Hampshire.
Find out more about leaving a gift in your will
For further information about dealing with a Will or Estate on behalf of a client, or loved one, please contact our administration team:
We work hard to keep UK waters wild without the use of public money. Every bit of our success is a product of your passion and support.
Your money helps us to understand the health of fresh water around the UK. Armed with data and results we can help local groups target efforts to protect and restore rivers.
Everything we do is grounded in evidence. Your support allows us to ensure our campaigns are led by the latest science and the law.
Your support funds the work of our dedicated team who campaign to reverse the decline of fresh water and wild fish populations.