Open Architecture for the People explores Japanese architecture and the three different phases of development between the years 1950 and 2018. Changing ways of life through differing generations have caused fluctuations in the building industry. This book demonstrates how each generation's expectations have resulted in discernible eras in architecture which can be examined collectively as well as in isolation. For example, the sudden increase in productivity from 1950 brought about by the Industrial Revolution flowed to the production of buildings and homes and designs were influenced by modern ideas. With over thirty black and white images to illustrate the changes, Matsumura brings to light architectural developments that have previously been confined to Japanese speaking academics. In doing so, the book broadens the scope for further architectural examinations internationally. It would be ideal for academics, students and professionals within the areas of architecture and urban planning, particularly those with an interest in Japanese architecture.

The first part of this volume focuses on biosynthesis, metabolism, biodegradation, functions, properties and applications of miscellaneous polymers, such as hemozoin, thymine-containing styrene polymers, polythioesters, polyphosphate, polyhydroxymethionine, polyketides, and natural polyacetals. The second part then goes on to treat the biodegradation of a wide range of synthetic polymers, e.g.
* substituted cellulose
* nylon
* polycarbonate
* polyvinyl alcohol
* polyurethanes
* polystyrenes
* polyethylene
* polyanhydrides.

All cities are vulnerable. They have economically, socially, institutionally vulnerable urban space.

In developing countries, vulnerable urban space can be observed typically as substandard informal settlements such as slums or areas occupied by squatters. At present, slum dwellers comprise one-third of the world's urban population of 3 billion, and it has been estimated that the number of slum dwellers will double in the next 30 years if no effective action is taken. Improvement of vulnerable urban areas, which is one of the targets of Millennium Development Goals, is thus an urgent worldwide challenge in our age.

This book combines empirical and comparative analysis of improvement of vulnerable urban space and post-disaster rehabilitation in Asian and Latin American countries. The discussions presented herein will serve as a useful, thought-provoking source for researchers, practitioners and students, especially for those who are working to alleviate the vulnerability of urban space.

Open Architecture for the People explores Japanese architecture and the three different phases of development between the years 1950 and 2018. Changing ways of life through differing generations have caused fluctuations in the building industry. This book demonstrates how each generation's expectations have resulted in discernible eras in architecture which can be examined collectively as well as in isolation. For example, the sudden increase in productivity from 1950 brought about by the Industrial Revolution flowed to the production of buildings and homes and designs were influenced by modern ideas. With over thirty black and white images to illustrate the changes, Matsumura brings to light architectural developments that have previously been confined to Japanese speaking academics. In doing so, the book broadens the scope for further architectural examinations internationally. It would be ideal for academics, students and professionals within the areas of architecture and urban planning, particularly those with an interest in Japanese architecture.

Data from molecular genetics have changed our views on the origin, spread and timescale of our species across this planet. But how can we reveal more detail about the demography of ancient human populations? For example, is it possible to determine when and how many people arrived at a certain continent, and which route they took from a choice of geographically plausible options? One of the most promising tools for such investigation is computer simulation incorporating various demographic scenarios. The simulation outcomes must be evaluated by teams with archaeological expertise, since archaeological evidence is generally the best evidence currently available on the population histories of geographical regions. This book is a summary of the landmark conference held in Cambridge in 2005, where specialists in simulations and molecular genetics as well as archaeologists came together to present and evaluate the state of the art, and to discuss future possibilities.