PROJECTION MODELS FOR U.K. FOOD AND AGRICULTURE*

Successful policy planning depends to a large extent on being able to predict the consequences of alternative measures. In the case of agriculture, it is important to know how the future pattern of supply and demand in this sector will be affected by government action on specific issues such as farm price support, and by expected trends in macro-economic variables such as national incomes and population. This paper illustrates the application of a model of U.K. agriculture to the projection of changes in the production and consumption of food and agriculture products between now and 1975. The demand projections show the effect of important levies, and of joining the E.E.C, on future expenditure on food, while the supply projections show how the output of a number of agricultural commodities will be affected by adjusting farm prices towards E.E.C. levels.     

Forecasting the region’s household income and demand by the input-output model (Case study of the Republic of Bashkortostan)

Methods of interrelated forecasting of the regional outputs of individual branches, household income, and consumption are considered. The instrument for the analysis and prediction for the parameters of the region’s economic system is a closed input-output model based on endogenous indicators of household income and demand.     

State-of-the-art of Russia’s heat supply systems

The paper overviews the contemporary state of Russia’s heat supply systems and fuel consumption within its centralized part, the structure of heat consumption by economic sectors and types of industrial consumers. As shown, the centralized heat supply systems, providing the major part of country’s economy with low temperature heat, have heat losses and accident rate at a critical level. The state of decentralized heat supply systems of low rise buildings is not covered by national statistics at all. A second paper on the prospects and development of Russia’s heat supply systems will be published in a subsequent issue.