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simulations it is assumed that the deviation in the real wage increases in<br />

proportion to the deviation in employment from its base case-forecast<br />

level. The coefficient of adjustment is chosen so that the employment<br />

effects of a shock are largely eliminated after eight to ten years. This<br />

labour market is consistent with macroeconomic modelling in which the<br />

non-accelerating inflation rate of unemployment (NAIRU) is exogenous.<br />

B.3 Evaluation of regional impacts<br />

The MONASH model ado<strong>pt</strong>s a ‘tops down’ approach to regional analysis.<br />

Under this approach, national results are generated for each industry.<br />

These results are then subdivided into State effects based on the industry<br />

mix of each state’s activity, and then further subdivided to give impacts at<br />

the statistical division level, again based on the industry mix of each<br />

statistical division’s activity. The model allows for the modification of<br />

regional results to reflect particular features of a region, with a<br />

consequent rebalancing of effects across all other regions, although this is<br />

often limited in practice due to information shortfalls.<br />

The MONASH model identifies 57 separate statistical divisions. These<br />

divisions are shown in the Table below with a link to the related ABS<br />

statistical division.<br />

The tops down methodology is well suited to showing the regional effects<br />

of national reforms, but less well suited to tracing the regional effects of<br />

reforms or policies that are region specific. Where significant policies<br />

differ between regions it would be better to use a region specific or<br />

‘bottoms up’ modelling approach, such as the MONASH Multi-Regional<br />

Forecast (MMRF) model.<br />

61

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