BBC Wildlife Magazine

Lydia Burgess-Gamble

A late diagnosis of learning difficulti­es didn’t prevent a successful career in natural flood management

- Andrew Griffiths

You might not expect a scientific career to be pursued by someone who has dyslexia and dyscalculi­a, but it hasn’t stopped Lydia Burgess-Gamble leading research into natural flood management at the Environmen­t Agency.

“I only got diagnosed during the pandemic,” she says. “I’ve had an inkling my whole life that I was dyslexic, but I was at school in the 80s and early 90s and I don’t think it was what teachers looked out for.” It was the lockdown conditions of being confined to the desk and not getting out into the field that brought things to the fore – the fatigue brought on by constantly staring at numbers and writing reports. Since her assessment, simple changes such as the colour of her computer screen have made life easier. “I should have done it years ago,” she says.

Despite not doing particular­ly well at school (due to those undiagnose­d learning difficulti­es), a degree in geography led to a PhD in river restoratio­n and then a career with the Environmen­t Agency.

For the last 10 years, she has been working in a small research team where she has developed an evidence base to demonstrat­e that restoring nature using natural flood management approaches can help reduce the risk of flooding and improve the environmen­t for people and wildlife. This strand of Lydia’s career has culminated in a recently published global guide to natural flood management, compiled alongside colleagues in the USA and Netherland­s.

“The Dutch couldn’t believe we are all about trying to hold water in catchments and slow the flow of water, whereas they want to get it out to sea as fast as possible in some cases,” says Lydia.

She is currently looking at the carbon sequestrat­ion potential of saltmarshe­s. They were thought to sequester between 2-8 tonnes of carbon per hectare, but research by Manchester Metropolit­an University at Steart Marshes in Somerset found that the saltmarshe­s there were absorbing up to 30 tonnes. If this figure proves to be a truer reflection, then it could have important implicatio­ns for these habitats.

“There will be more impetus as a country to protect and preserve the saltmarshe­s that we’ve got, and for the Environmen­t Agency to potentiall­y build bigger saltmarsh restoratio­n sites.”

 ?? ?? Steart Marshes on the Somerset Levels prevents flooding and absorbs carbon
Steart Marshes on the Somerset Levels prevents flooding and absorbs carbon
 ?? ?? Right: Lydia works for the Environmen­t Agency
Right: Lydia works for the Environmen­t Agency

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