Climate scientist joins list of UK鈥檚 most influential environmental professionals聽
A Bangor University climate scientist has been included in a list of the 100 most influential environmental professionals in the UK.
Dr Iestyn Woolway, a NERC Independent Research Fellow based at Bangor University鈥檚 School of Ocean Sciences has been named in the because of his work shaping the science on environmental issues.
Those who make the prestigious list are nominated by their colleagues, clients and competitors.
His groundbreaking work describes the effects of climate warming on lakes worldwide, including shifts in seasonal timing, stratification, ice-cover and heatwaves.
It bridges oceanography (the scientific study of the ocean) and limnology (the study of inland aquatic ecosystems such as rivers and lakes), and uses innovative approaches to examine the effects of climate change on natural waters.
Dr Woolway鈥檚 research, particularly on lake heatwaves, deoxygenation, and climate velocity, has reshaped how scientists understand the physical and ecological consequences of climate change on freshwater systems.
The ENDS Report is a specialist magazine for environmental professionals, delivering news, analysis and reference across the carbon, environmental and sustainability agenda.
Dr Iestyn Woolway said, 鈥淚 am delighted to be named as part of the ENDS Report Power List 2025. In the face of climate change it is absolutely vital to continue progress on advancing scientific understanding of freshwater ecosystems. This area of research is becoming increasingly critical for the sustainability of our planet.鈥
Professor Paul Spencer, Pro-Vice-Chancellor for Research at Bangor University added, 鈥淢any congratulations to Iestyn on receiving this recognition for his exceptional contributions to climate science.
鈥淗e is a pioneer in the field of limnology, and in addition to that he has demonstrated a commitment to mentoring early career aquatic scientists.
鈥淭hanks to his groundbreaking and influential research we are deepening our understanding of the impact of climate change on freshwater systems.鈥