The recent BBC documentary In the Shadow of Chernobyl featured research from Hub member the University of the West of England into environmental radioactivity and radionuclide behaviour. Professor Neil Willey leads the UWE team that is part of the Transfer, Exposure, Effects: Understanding Radioactivity in the Environment (TREE) project that featured in the news programme […]
Tag Archives | Chernobyl
- Date: Wednesday 6th February
- Time: refreshments at 5.30pm for 6pm start
- Location: Peel Lecture Theatre, Geographical Sciences Building
This is a South West Nuclear Hub Nuclear Seminar Series talk that is open to all and free to register.Register
Radioecology & the Nuclear Renaissance: Insights and Challenges
Nuclear industries have to comply with national and international dose limits for radiation exposure to humans and other organisms. Radioecology underpins these dose limits by studying all aspects of the fate and impact of radioisotopes in the environment.
Radioecology has provided some secure insights based on long-term studies but has also revealed some significant, and challenging, gaps and controversies. Using recent studies at Chernobyl and Fukushima in particular, in this talk Professor Willey will provide an overview of the key findings and key challenges in radioecology.
Professor Neil Willey, University of the West of England
Professor Willey's research focuses on plants and pollutants, in particular the uptake and effects of environmentally relevant radionuclides and toxic metals. He has expertise in the mechanisms of uptake, the phylogenetic constraints on uptake, and the molecular effects of radionuclides in plant cells. His research is used to predict soil-plant transfer of radionuclides in models of radionuclide movement in natural and agricultural ecosystems.
Speaker: Dr Ian Crossland, Specialist Consultant in Radioactive Waste Management
Date: 20th November 2018
Venue:The Hub, Aztec West, Bristol.
Time: Refreshments at 6pm for 6:30pm Start
The Western Regional Group is pleased to welcome Ian Crossland who is a materials scientist and self-employed consultant, with knowledge and experience covering most aspects of nuclear power. This year he celebrated 50 years’ work in the nuclear industry. For the past 25 years he has specialised in decommissioning and radioactive waste management with a particular interest in the long-term safety of radioactive waste disposal.
He has been working in Ukraine since 2007, helping to solve the problems of its nuclear liabilities; these include Chernobyl, wastes from still-operating nuclear power plants and disused uranium production facilities. The Chernobyl disaster occurred on the 25th - 26th April 1986 near the now abandoned town of Pripyat in northern Ukraine, then part of the USSR. A combination of events during a late night safety test resulted in a destructive explosion and open air graphite fire causing radioactive material to fall onto parts of western USSR and Europe. The Chernobyl catastrophe is considered to be the most disastrous nuclear accident in history, in terms of both cost and casualties.
This presentation will include a wide ranging and up to date discussion of the Chernobyl catastrophe, including the following:
• the circumstances leading up to the 1986 catastrophe
• the post-accident measures and their impact
• ongoing and future work to make the destroyed reactor safe
• the scientific controversies surrounding the number of deaths attributable to the accident and theimpact of the resulting contamination on the wildlife of the exclusion zone.
Contact: For all enquiries regarding the Western Regional Group and events please contact email@example.com
New research suggests that few people, if any, should be asked to leave their homes after a big nuclear accident, which is what happened in March 2011 following the Fukushima Daiichi nuclear disaster. This is the main finding of a multi-university research study led by Philip Thomas, Professor of Risk Management at the University of […]
Public lecture and panel Q&A
Nuclear power can provide the large quantities of carbon-free electrical energy needed to sustain Western living standards. But how should we cope when things go badly wrong? When an accident causes the core to melt, the containment to fail and large quantities of radioactive fallout to be deposited on the surrounding countryside? Just like at Chernobyl in 1986 and Fukushima Daiichi in 2011. Philip Thomas, Professor of Risk Management at the University of Bristol, led a multi-university team to tackle this thorny issue head on. You may find their research results surprising. He and his team will be on hand to answer questions afterwards.
Panel: Prof. Philip Thomas (University of Bristol), Prof. Bill Nuttall (The Open University), Dr Paul Johnson (University of Manchester) and Dr Ian Waddington (Analytic Eye Ltd.)
This event is co-sponsored by the Institute of Measurement and Control and the Institute of Chemical Engineers.
- Venue: Pugsley Lecture Theatre, Queens Building, University of Bristol
- Time: 18:00 - 20:00
- Light refreshments will be provided before and afterwards
Register on the Eventbrite page here.
Any queries please email firstname.lastname@example.org
If you cannot attend the lecture in person it will be livestreamed on the Hub website.