Peter Bullard the Director of Cumbria Wildlife Trust told campaigners: “Cumbria Wildlife Trust has been holding this event on the beach at St Bees for a number of years. You have been raising the issue of safety for a number of years. The beach is considered a safe place for children to play by the relevant authorities. We have carried out a risk assessment of the event and will be holding the event again this year.” on 30th July. Radiation Free Lakeland point out that the Sellafield Annual Report(pdf) states that one of the last radioactive particles to be picked up from St Bees was a tiny metal particle of Cobalt 60 which is a synthetic radioactive isotope of cobalt with a half-life of 5.2714 years. It is produced artificially in nuclear reactors. CWT insist that all radioactive particles have been picked up from St Bees beach. However, Sellafield themselves admit that their monitoring is limited, they do not pick up all radioactive particles, monitoring stops over Easter, Summer and Christmas in order not to frighten beach users. The tide comes in twice a day. As well as the award Cumbria Wildlife Trust will receive a new report commissioned by Radiation Free Lakeland and written by the Edinburgh Energy and Environment Consultancy. The report focuses on the environmental impact of nuclear reactors and states: “…scientific ignorance of the subject was so great that eventually the nuclear industry was forced to admit that sea disposal, particularly in the Irish Sea, had really been an enormous experiment, but an unfortunate one. In fact, both soluble and insoluble nuclides can travel for at least several hundreds of kilometres and both are available for transport out of the sea area of their initial discharge. Deposition of suspended sediments and their associated radioactivity occurs (under the influence of a range of mechanisms) into estuarine and coastal sub tidal sediments, estuarine and coastal fringing inter-tidal mud and salt flats and offshore sub-tidal sediment deposits.
Radiation Free Lakeland 27th July 2017 read more »