Combining hydrological information with a multi-regional, computable general equilibrium model

将要建立的模型将联合收割机在统计部门一级把独特数量的经济细节与水文细节结合起来。用户将获得比以前更好的关于不同水情景的区域和工业影响的估计。这将通过改善以下领域的水政策为社区带来经济和社会回报：城乡水分配;气候变化影响评估;水改革和水交易;以及实现环境目标的经济影响。因此，该模型将为审查澳大利亚政府理事会改革和更广泛的政策目标所产生的问题提供一个开创性的工具。

The model to be created will combine a unique amount of economic detail at the statistical division level with hydrological detail. Users will obtain better estimates than previously available on the regional and industrial impacts of different water scenarios. This will produce economic and social returns to the community through improved water policies in the following areas: urban-rural water allocation; climate change impact assessment; water reform and water trading; and the economic impacts of meeting environmental objectives. The model will thus provide a path-breaking tool for examining issues arising from COAG reforms and broader policy goals.