Hiroaki Suzuki – författare

Transforming Cities with Transit explores the complex process of transit and land-use integration in rapidly growing cities in developing countries. As one of the most promising strategies for advancing environmental sustainability, economic competitiveness, and socially inclusive development in fast-growing cities, transit and land-use integration is increasingly being embraced by policy-makers at all levels of government. This book focuses on identifying barriers to and opportunities for effective coordination of transport infrastructure and urban development. Global best-case practices of transit-oriented metropolises that have direct relevance to cities in developing countries are first introduced. Key institutional, regulatory, and financial constraints that hamper integration and opportunities to utilise transit to guide sustainable urban development are examined in selected cities in developing countries. For this, the book analyses their Bus Rapid Transit (BRT) systems and their impact on land development. The book formulates recommendations and implementation strategies to overcome barriers and take advantage of opportunities. It asserts that unprecedented opportunities have and will continue to arise for the successful integration of transit and land development in much of the developing world. Many cities in developing countries currently exhibit the pre-requisites - e.g., rapid growth, rising real incomes, and increased motorisation and congestion levels - for BRT and railway investments to trigger meaningful land-use changes in economically and financially viable ways. Recommendations for creating more sustainable cities of the future range from macro-level strategies that influence land development and governance at the metropolitan scale to micro-level initiatives, like Transit Oriented Development (TOD), that can radically transform development patterns at the neighbourhood level. The book will be of interest to a wide and diverse audience, including mayors, council members and other national and local policy makers, urban and transportation planners, transit-agency officials, and developers and staff of development financial institutions and others involved with TOD projects in rapidly growing and motorising cities of the developing world.

Cities in developing countries are experiencing unprecedented urban growth. Unfortunately, this is often accompanied by the negative impacts of sprawl as a result of rapid motorisation such as congestion, air pollution, greenhouse gas emissions, inefficient use of energy and time, and unequal accessibility. As these cities are often under severe fiscal constraints, they face great challenges in financing capital-intensive mass transit systems to reverse the course of these negative trends. Development-based land value capture (DBLVC) financing schemes being practiced in Asian megacities like Hong Kong SAR, China, and Tokyo have helped them not only to generate funds for transit investment and operational and maintenance costs but also to promote sustainable urban development through transit-oriented development (TOD).Many rapidly growing cities in developing countries have the conditions for introducing DBLVC - namely, strong economic growth, rising real incomes, and increased motorisation and congestion levels - all of which cause land value appreciation within proximity of transit stations or corridors. If adapted well to local contexts, DBLVC schemes have great potential to become an important strategic apparatus of urban finance and planning for cities in developing countries. Through a careful analysis of various case studies, this book provides strategies, policies, and methodologies that policy makers and practitioners can apply in developing their own DBLVC schemes for transit financing.

This is the first book that deals comprehensively with a wide range of topics related to microfabricated electrochemical sensing devices and actuators for microfluidics. The contents include basic principles, materials and fabrication, and applications focusing particularly on devices for liquid samples. This book is a good guide for graduate students, researchers, and engineers who plan to develop new devices and are seeking information from basics to state-of-the-art technology.