Theme of the lecture № 14.

International economic integration

1. Formation of integration processes

2. Types of integration associations

3. Regional integration (geoeconomics)

1. Formation of integration processes

Economic integration is the unification of economic policies between different states through the partial or full abolition of tariff and non-tariff restrictions on trade taking place among them prior to their integration. This is meant in turn to lead to lower prices for distributors and consumers with the goal of increasing the combined economic productivity of the states.

The trade stimulation effects intended by means of economic integration are part of the contemporary economic Theory of the Second Best: where, in theory, the best option is free trade, with free competition and no trade barriers whatsoever. Free trade is treated as an idealistic option, and although realized within certain developed states, economic integration has been thought of as the "second best" option for global trade where barriers to full free trade exist.

In economics, the word integration was first employed in industrial organisation to refer to combinations of business firms through economic agreements, cartels, concerns, trusts, and mergers—horizontal integration referring to combinations of competitors, vertical integration to combinations of suppliers with customers. In the current sense of combining separate economies into larger economic regions, the use of the word integration can be traced to the 1930s and 1940s.^[1] Fritz Machlup credits Eli Heckscher, Herbert Gaedicke and Gert von Eyern as the first users of the term economic integration in its current sense. According to Machlup, such usage first appears in the 1935 English translation of Hecksher's 1931 book Merkantilismen (Mercantilism in English), and independently in Gaedicke's and von Eyern's 1933 two-volume study Die produktionswirtschaftliche Integration Europas: Eine Untersuchung über die Aussenhandelsverflechtung der europäischen Länder.

The increase of trade between member states of economic unions is meant to lead to higher productivity. This is one of the reasons for the global scale development of economic integration, a phenomenon now realized in continental economic blocks such as ASEAN, NAFTA, SACN, the European Union, and the Eurasian Economic Community; and proposed for intercontinental economic blocks, such as the Comprehensive Economic Partnership for East Asia and the Transatlantic Free Trade Area.

Comparative advantage refers to the ability of a person or a country to produce a particular good or service at a lower marginal and opportunity cost over another. Comparative advantage was first described by David Ricardo who explained it in his 1817 book On the Principles of Political Economy and Taxation in an example involving England and Portugal.^[3] In Portugal it is possible to produce both wine and cloth with less labor than it would take to produce the same quantities in England. However the relative costs of producing those two goods are different in the two countries. In England it is very hard to produce wine, and only moderately difficult to produce cloth. In Portugal both are easy to produce. Therefore while it is cheaper to produce cloth in Portugal than England, it is cheaper still for Portugal to produce excess wine, and trade that for English cloth. Conversely England benefits from this trade because its cost for producing cloth has not changed but it can now get wine at a lower price, closer to the cost of cloth. The conclusion drawn is that each country can gain by specializing in the good where it has comparative advantage, and trading that good for the other.

Economies of scale refers to the cost advantages that an enterprise obtains due to expansion. There are factors that cause a producer’s average cost per unit to fall as the scale of output is increased. Economies of scale is a long run concept and refers to reductions in unit cost as the size of a facility and the usage levels of other inputs increase.^[4] Economies of scale is also a justification for economic integration, since some economies of scale may require a larger market than is possible within a particular country — for example, it would not be efficient forLiechtenstein to have its own car maker, if they would only sell to their local market. A lone car maker may be profitable, however, if they export cars to global markets in addition to selling to the local market.

The framework of the theory of economic integration was laid out by Jacob Viner (1950) who defined the trade creation and trade diversion effects, the terms introduced for the change of interregional flow of goods caused by changes in customs tariffs due to the creation of an economic union. He considered trade flows between two states prior and after their unification, and compared them with the rest of the world. His findings became and still are the foundation of the theory of economic integration. The next attempts to enlarge the static analysis towards three states+world (Lipsey, et al.) were not as successful.

The basics of the theory were summarized by the Hungarian economist Béla Balassa in the 1960s. As economic integration increases, the barriers of trade between markets diminish. Balassa believed that supranational common markets, with their free movement of economic factors across national borders, naturally generate demand for further integration, not only economically (via monetary unions) but also politically—and, thus, that economic communities naturally evolve into political unions over time.

The dynamic part of international economic integration theory, such as the dynamics of trade creation and trade diversion effects, the Pareto efficiency of factors (labor, capital) and value added, mathematically was introduced by Ravshanbek Dalimov. This provided an interdisciplinary approach to the previously static theory of international economic integration, showing what effects take place due to economic integration, as well as enabling the results of the non-linear sciences to be applied to the dynamics of international economic integration.

Equations describing:

1. enforced oscillations of a pendulum with friction;

2. predator-prey oscillations;

3. heat and/or gas spatial dynamics (the heat equation and Navier-Stokes equations)

were successfully applied towards:

1. the dynamics of GDP;

2. price-output dynamics and the dynamic matrix of the outputs of an economy;

3. regional and inter-regional migration of labor income and value added, and to trade creation and trade diversion effects (inter-regional output flows).

The straightforward conclusion from the findings is that one may use the accumulated knowledge of the exact and natural sciences (physics, biodynamics, and chemical kinetics) and apply them towards the analysis and forecasting of economic dynamics.

Dynamic analysis has started with a new definition of gross domestic product (GDP), as a difference between aggregate revenues of sectors and investment (a modification of the value added definition of the GDP). It was possible to analytically prove that all the states gain from economic unification, with larger states receiving less growth of GDP and productivity, and vice versa concerning the benefit to lesser states. Although this fact has been empirically known for decades, now it was also shown as being mathematically correct.

A qualitative finding of the dynamic method is the similarity of a coherence policy of economic integration and a mixture of previously separate liquids in a retort: they finally get one colour and become one liquid. Economic space (tax, insurance and financial policies, customs tariffs, etc.) all finally become the same along with the stages of economic integration.

Another important finding is a direct link between the dynamics of macro- and micro-economic parameters such as the evolution of industrial clusters and the GDP's temporal and spatial dynamics. Specifically, the dynamic approach analytically described the main features of the theory of competition summarized by Michael Porter, stating that industrial clusters evolve from initial entities gradually expanding within their geographic proximity. It was analytically found that the geographic expansion of industrial clusters goes along with raising their productivity and technological innovation.

Domestic savings rates of the member states were observed to strive to one magnitude, and the dynamic method of forecasting this phenomenon has also been developed. Overall dynamic picture of economic integration has been found to look quite similar to unification of previously separate basins after opening intraboundary sluices, where instead of water the value added (revenues) of entities of member states interact.