Understanding the global economic crisis: A biophysical perspective
The recent economic meltdown worldwide has reinforced our understanding of the effects of decoupling\r\neconomic growth, monetary policy, and resources. Concern for peak oil and suggestions that it may have\r\ncontributed to the global economic woes as well as over concern for the banking fraud may be adding\r\nconfusion over the underlying causes and sending a misleading message to the public and ultimately to\r\npolicy makers. Viewing the economy as simply a circulation of money that can be manipulated to increase\r\nspending and therefore consume our way out of the current economic situation, is courting disaster by\r\ndeluding the public that the solution lies in simple adjustments to the current monetary system. Similarly,\r\nemphasizing that energy is the problem and that the solution can be found with another energy source\r\nis probably counterproductive in the short run and may be disastrous in the long run. The recent nuclear\r\naccident in Japan seriously calls into question increased dependence on nuclear energy and renewable\r\nenergy sources, in the majority, have low net yields and are unevenly distributed worldwide.\r\nIn this paper we frame the economic system as a subsystem of the larger more encompassing geobiosphere\r\nand suggest that within this context, neoclassical economics is unlikely to provide sufficient\r\nexplanation of the recent economic melt-down. From a biophysical perspective, increasing the amount\r\nor speed of money circulation as well as extracting more energy from whatever source is available will\r\nonly compound the problems and relying on growth as the solution to what ails the global economy is\r\nnot a desirable nor a tenable solution.