Comparative Government Efficiency
• John Vandivier
This article discusses the fact that government is usually less efficient that the free market and estimates the inefficiency factor. We then correct a classic view of measuring cost to society of government intrusion into a free market by introducing the government inefficiency factor to a standard measurement model.
Government inefficiency is a hot topic on both sides of the political spectrum. This article discusses some of the theoretical reasons government isn't terribly efficient, and it also highlights the fact that improved government efficiency does not lead to reduced taxation or market intrusion.
In my view there are a few additional reasons for government inefficiency other than what are discussed in that article. I focus on the keys to free markets and the lack of such features inside a traditional government structure:
- Traditional government structures do not exhibit free flows of information. Instead, information is often \"silod,\" or restricted and/or fragmented.
- Traditional government structures do not exhibit perfect competition. Perfect competition involves a lack of barriers to entry, an infinite number of players and more, although those are the two sub-characteristics I am most interested in. An infinite number of players results in minimally biased information and valuations, like a Wikipedia entry on some topic is likely to be less biased than the individual accounts of various parties or subgroups. Competitive markets are important in economics because they allow minimally biased pricing, and they are equally important in social systems because they allow the development of a minimally biased equilibrium of information, perception and norms which competitively represents all interested parties. Much like barriers to entry contribute to the establishment of entrenched economic elites, barriers to entry in politics allow for an entrenched political elite. Both of these entrenched elites have to worry much less about high competition costs then they would in a system with no barrier to entry; a classically free system in the economic sense.
- The bureaucracy has been made such that it is hard to fire so that political interests cannot engage in a spoils system, but this has made it sometimes easier for workers to shirk.
- Government faces a relative calculation problem. Where a fully Communist or centrally planned economy faces a classic communist calculation problem of the complete absence of market price information, almost any form of government faces a much weaker, but still important, form of the same calculation problem called a relative calculation problem. In these semi-market systems there are prices which the government has access to, but these prices and their contained information are processed more slowly and with distorting bias when compared to a true free market. Furthermore, the prices themselves may be manipulated prices due to government intrusion. Finally, these two effects may create a further synergistic distortion when fed back into each other.
- Government will chose to spend on projects that an untreated market would not select. The markets will forego the opportunity cost of preferred resource allocation.
- Government will spend more on the particular project than an untreated market would need to spend. This is the one we can somewhat easily measure. This involves, but is not the same as nor limited to, overhead or administrative cost differences.
- Government may contribute to crowding out that would not occur without treatment, or it might under-crowd other markets, resulting in somewhat of a multiplier effect of inefficiency.
- Output (quality and quantity) per input, or cost (total, absolute input, not % input and not component input, in absolute or % - That is some Krugman level n00b. Instead of that, try a healthy dose of Mankiw-nage)
- Compare the result with the next best (marginal advantage) or best possible (total advantage) scenarios. I don't care if A is better than B if you completely forgot to admit the best choice, C. I am more impressed if A is 2xB than