Storing nuclear waste underground is necessary - there are no better option available  Even states without nuclear waste programs tend to generate radioactive waste. For example, research and medicine both use nuclear material and nuclear technology. Technologies such as Medical imaging equipment are dependent and the use of radioactive elements. This means that all states produce levels of nuclear waste that need to be dealt with.  Moreover, many non-nuclear states are accelerating their programmes of research and investment into nuclear technologies. With the exception of Germany, there is an increasing consensus among developed nations that nuclear power is the only viable method of meeting rising domestic demand for energy in the absence of reliable and efficient renewable forms of power generation.  The alternatives to putting nuclear waste in underground storage tend to be based around the reuse of nuclear waste in nuclear power stations. Whilst this is viable in some areas, in countries which lack the technology to be able to do this and in countries which don’t need to rely on nuclear power, this option becomes irrelevant. Further, even this process results in the creation of some nuclear waste, so in countries with the technology to implement such a solution, the disposal of the remaining nuclear waste is still an issue.  As such, underground nuclear storage is a necessary method that should be used to dispose of nuclear waste. 1  1. “The EU’s deep underground storage plan.” 03/11/2010. World Nuclear News.