Stirling professor appointed Scotland Hydro Nation Chair
Date published:
April 19, 2021
A University of Stirling professor has been appointed as Scotland Hydro Nation Chair – which will see him lead a £3.5 million initiative to position the country as a global leader in water research.Andrew Tyler, a Professor of Environmental Science in the Faculty of Natural Sciences, will lead the new initiative – a partnership involving Scottish Waterand the Scottish Funding Council – to act as a catalyst for academic research and innovation.

The Chair will lead the creation of collaborative partnerships across the sector, to deliver solutions for sustainable water management in Scotland.Read the full Press Release here.
More from the water sector
Find out how the UK water sector is informing, innovating, and influencing change
Future Water Awards 2026 – Nominations now open
Celebrate excellence in the UK water sector by nominating outstanding individuals and organisations for the 2026 Future Water Awards, recognising emerging talent, people, and above-and-beyond contributions.
CEO BLOG: The Government’s Water White Paper: A Defining Moment for Sector Reform
The Government’s Water Sector White Paper marks a defining moment for industry reform, setting out a clear path toward a single integrated regulator and a new supervisory, delivery-focused model. In this CEO blog, Future Water reflects on what the reforms mean for regulation, resilience, transition risk, and how the Association will support the sector through the changes ahead.
The Government’s Water White Paper signals the biggest reform in a generation—reshaping regulation, oversight, and delivery across the water sector.
Delivering Demand Reduction Without Behaviour Change
Behaviour-led water efficiency is inherently unpredictable and difficult to bank against long-term targets. This article explores why reliance on customer behaviour introduces planning risk—and how system-level, engineered solutions like meter-point flow moderation deliver consistent, auditable, and enduring demand reduction without ongoing customer effort.
Why behaviour-led water efficiency is too uncertain—and how engineered, system-level solutions deliver reliable, long-term demand reduction.
