The Spatial Hierarchical Principle in the Evolution of Modern Local Government in Scotland

During the 7970s the structure of local government in Scotland was transformed from a traditional system based on counties and burghs to a nested spatial hierarchy of regions and districts. This reform represents the last stage of an evolutionary process, uniting the formerly separate rural and urban hierarchies of local government and administration. The city region was taken to be the guiding principle for reform, and the new regions were identified mainly on the basis of town hinterlands. Throughout all reforms there has been a tendency to concentrate local government functions at higher levels of authority.
Pendant les années 1970 la structure du gouvernement urbain et rural en Ecosse fut transformeé d'un système traditionnel de comptés et bourgs en une hiérarchie spatiale de régions et de districts. Une réforme récente qui unifie pour la première fois les échelons ruraux et urbains des administrations et des gouvernements locaux, représente la phase ultime d'une évolution vers cette hiérarchie. Cette réforme a été guidée par l'utilisation de la zone d'influence urbaine comme unité de base, et les nouvelles régions ont été identifiées surtout sur la base des aires tributaires des villes. Au cours des réformes il y avait une tendance è concentrer les fonctions du gouvernement local è des niveaux supérieurs d'autorité.     

OPTIMAL REGIONAL GROWTH MODELS: MULTIPLE OBJECTIVES, SINGULAR CONTROLS, AND SUFFICIENCY CONDITIONS

ABSTRACT We develop a generalized Harrod-Domar type of model for optimal regional growth which allows determination of the optimal allocation of regional public investments and which considers multiple growth objectives, as well as both normal and singular fiscal instruments. This general model is shown to include most of the previous optimal regional growth models as special cases. Necessary conditions for some special cases of the general model are analyzed in detail, and decision rules associated with derived optimal regional growth policies are articulated. These special cases verify that singular controls do exist in certain instances, and that they must be considered for the complete specification of optimal regional growth policies; this is significant because singular controls have not been previously analyzed in the literature. We conclude the paper with a discussion of sufficiency conditions for optimal regional growth models which is more general than that given by previous authors.     

The logic of the herd: A computer simulation of archaeological herd structure

The advent of new techniques of dental ageing has permitted inferences about the age-structures of ancient animal populations on the basis of faunal remains. Unfortunately, inference from archaeological populations of faunal elements to the age-structure of ancient herds is fraught with both sampling problems and logical difficulties. The relationship between a living herd—a dynamic system characterized by growth—and a static archaeological population is more complex than that assumed by current models based on kill-off patterns and survivorship curves. Using a computer simulation, these logical relationships are explored, and the effects of herd growth on the composition of live and death populations are evaluated. By employing the simulation within a deductive framework, constrained by ethnographically derived criteria for reproduction, mortality, and economic viability in the Near East, it is possible to determine whether certain archaeological kill-off patterns could represent viable herding systems. Examples were found to vary widely in terms of both demographic plausibility and economic viability. Some implications for the possible course of ova-caprine domestication in the Near East are discussed.