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A MICROECONOMIC ANALYSIS OF SOME BASIC FAMILY INSTITUTIONAL FACTORS IN THE DETERMINATION OF THE SIZE DISTRIBUTION OF INCOME, IS PRESENTED. A MODEL OF HOUSEHOLD FAMILY STRUCTURES IS OFFERED. LIFE CYCLE SAVINGS AND INVESTMENT IN HUMAN CAPITAL ARE EXAMINED.

This book presents a variety of research papers on factories' locations, city systems, and regional development. Consisting of three parts, it provides insights into the locational aspects of firms' activities from a strategic perspective. Part 1 discusses decision-making in the context of location, specifying the motivation for firms to move their factories provided by the corporate tax system. It also presents a case study from East Asia to clarify a mechanism by which firms move factories. Part 2 addresses city systems, offering theoretical clues to understanding why city systems are important to regional economies. It also clarifies from the empirical analysis the relations between city systems and the performances of regional economies. Part 3 investigates the topic of industrial parks, demonstrating how they form a basis for establishing industrial clusters in regional economies. In addition, it examines the economic phases, such as economic disparity, generated in the process of development.

This book offers a new understanding of how firms determine their location and what kinds of regional economic policies are needed to attract factories to a country and a region in a highly globalized economic setting. The theoretical and empirical analyses examine the influence of the transfer pricing system, corporate tax rates, and a country's industrial structure on a firm's decision to locate and the impact of firms' location on regional economic activities. The theoretical analysis elucidates the importance of the above-mentioned factors in the firm's selection of possible location. The empirical analysis uses as an example the case of a supply chain in East Asia. The empirical analysis is illustrated with the regional/spatial development experiences at the country level and city level of selected countries and cities. The analysis offers a perspective for understanding the spatial patterns of a cross-border production system.

This book explains the roles of the industrial location in vitalizing regional economies in various economic environments created due to the progress of globalization. Here, this book elucidates the impact of industrial location and locational factors on regional economies. It clarifies the effects on industrial location of regulations and corporate tax. And the book explains the regional economic influence of the employment and agglomeration that are factors influencing the location. It also focuses on some countries and examines the relationships between the industrial location and the vitalization of regional economy in each country. This analysis covers the automotive and high-tech industries in the northeastern region of China, the impact of urban systems on regional development in the Philippines, and firms in revitalization in the northern region of Sweden. And it reveals achievements and challenges in each region. Finally, the book clarifies that the level of achievement in regional development is related to the educational environment. It also suggests that the industrial composition of a region is influenced by the level of regional cooperation with other regions. The analyses in the book show that a region must select the industries that match its newly emerged regional characteristics for vitalization.

Abstract. Anomalous emanation of radon (222Rn) was observed preceding large earthquakes and is considered to be linked to preseismic electromagnetic phenomena (e.g. great changes of atmospheric electric field and ionospheric disturbances). Here we analyze atmospheric radon concentration and estimate changes of electrical conditions in atmosphere due to preseismic radon anomaly. The increase of radon emanation obeys crustal damage evolution, following a power-law of time-to-earthquake. Moreover, the radon emanation decreases the atmospheric electric field by 40%, besides influencing the maximum strength of atmospheric electric field by 104–105 V/m enough to trigger ionospheric disturbances. These changes are within the ranges observed or explaining electromagnetic phenomena associated with large earthquakes.