qpr-1-2013-foreword.pdf | Page 110

110 Wayne Foord Given this pervasive dependency, the risks of oil depletion for industrial civilization are potentially catastrophic. A consistent correlation exists between historic oil price spikes and economic recessions, including the recent global recession (Hamilton 2009, 2011). If no substitute is found to match the energy density and versatility of oil – and none is available at present - the peaking of global oil production signals the end of economic growth and globalisation. Peak oil will likely precipitate economic contraction, mass unemployment and the collapse of government services and social welfare programmes as the tax base shrinks. Opportunities for investing in alternative energy infrastructure will diminish; and, actual or anticipated social unrest may lead to more autocratic government. According to the International Energy Agency conventional oil peaked in 2005-06 (Birol 2010). To meet the continuing growth in global demand the shortfall is being met with non-conventional oil and gas which are more expensive, harder-to-access, and more environmentally polluting. All liquids production has reached a plateau and no longer responds to rising demand and higher prices (Murray and King 2012). The post plateau decline is likely to be earlier and steeper than mainstream forecasts have predicted. Depleting conventional fields require more energy-intensive extractive technology, and non-conventional sources also have very low energy return on investment ratios (EROI) (Murphy and Hall 2010). Low EROI means less energy is available for social and industrial use. Maintaining economic growth through the transition to alternative energy is implausible given the unique energy density, transportability and versatility of oil, and the economic and political constraints on investment in new energy infrastructure in a period of increasing austerity and capital scarcity. The most likely post-plateau energy scenarios for industrial societies now lie on a continuum between forced, gradual energy descent and rapid collapse.