The spatial dynamics of Japanese manufacturing productivity : an empirical analysis by expanded Verdoorn equations
Core-periphery ; Expansion method ; External economies ; Industrial production ; Japan ; Model ; Production function ; Productivity ; Spatial dynamics ; Spatial economy
Asia ; Cenozoic ; Fault ; Former USSR ; Geomorphogenesis ; Mountain ; Neotectonics ; Orogeny ; Pamir ; Quaternary ; Slope dynamics ; Soviet Central Asia ; Tien Shan
The morphostructural development of the Pamir and Tian-Shan mountains in the Cenozoic Era is presented. Some observations of their Late Quaternary and present-day relief changes which give evidence on the style and dynamics of recent orogeny
This second part of a review deals with the mechanisms of rock glacier formation and flow. The AA. first discuss terminological and classification problems associated with rock glaciers and dynamic nature of rock glaciers. The third part concludes
Dynamics and management of the coastal dunes of the Landes, Gascony, France
Coastal dunes. Geomorphology, ecology and management for conservation. Proceedings of the third European dune congress, Galway, Ireland, 17-21 June 1992
A prototype two-dimensional finite element flow model for depth-averaged free surface flows is developed for floodplain environments. Preliminary model results indicate that this modelling approach can be used to identify dynamic variations
in the flow field parameters over length scales of the order of 10-100 m. Potentially, such data have the ability to permit detailed analysis of short-term floodplain sedimentary dynamics.
Catchment area;Watershed ; Grain size distribution;Granulometry ; Honshu ; Human impact ; Ibaraki ; Japan ; Mountain ; Precipitation ; Rill wash;Runoff ; Sediment transport ; Slope ; Slope dynamics
The purpose of the study is to clarify the discharge process of suspended sediment and the mechanism of suspended sediment dynamics in a mountain catchment by analyzing the time changes of suspended sediment concentration and the discharge patterns
The dynamic differentiation is proven by a quantitative monitoring using volumetric data collected by high frequency beach profiling in the period 1978-90 at five representative coastal stations. Time series are discussed and attention paid