Nuclear waste dump decision will affect future generations of South Australians

Saving the Environment or Centralized Control of a Monopoly in Power (Electricity)? Pan Chemistry, Gareth Lewis 03/03/15  “………Political terms versus environmental time-lines  

This section raises an important point with environmental issues or challenges: the short duration of political terms (often three to six years) limits the amount that can be done in the field of environmental protection. This means that global problems, such as air pollution and global warming that have no geographic boundaries and are likely to be long-term challenges may not be attempted. Even ‘smaller’ challenges like  preserving the Great Barrier Reef and ensuring the viability of water supply and usage along the River Murray cannot be addressed in any one political term (nor have they been): there’s just insufficient time and funds to do so. Additionally, the political fallout from such ventures may not ensure the duration of the political term (a political paradox). A case could easily be argued that such issues should be written into Federal politics and once initiated they should go ahead regardless of the social and political climate.


The proposed nuclear industry and global radioactive nuclear waste dump in South Australia is similarly a complex issue and will affect many generations to come. However, given the comparatively simple challenge of managing water supply and usage along the Murray River how likely is it that a proposed nuclear industry would be managed efficiently? I am not being overly ‘emotive’ here, I’m simply saying this: any proposed nuclear industry will ‘outlive’ a Royal Commission, a State and Federal Government and all of us! So; very careful consideration is needed, not only for the current generation of Australians, but for future generations who will not have a say in the decision making process that will determine the cleanliness  and viability of ‘their’ environment………

Original Post: by Christina MacPherson go here for more: