Is the Smart Car really smart for the environment? What technology makes such a small car safe to drive? Does it use an engine like a regular car? Find out the answers to these questions-and more-in Smart Car! Book jacket.
This timeline traces Honda's journey from its founding in post-war Japan to its current status as a global automotive and technology leader. Explore pivotal moments such as the introduction of the iconic 'Super Cub,' expansion into international markets, and the development of innovative models like the NSX and Insight hybrid. Witness Honda's ongoing commitment to sustainability, culminating in the introduction of all-electric vehicles. It's a story of relentless innovation, shaping the future of mobility through dreams and determination.
This illustrated history chronicles electric and hybrid cars from the late 19th century to today's fuel cell and plug-in automobiles. It describes the politics, technology, marketing strategies, and environmental issues that have impacted electric and hybrid cars' research and development. The important marketing shift from a "woman's car" to "going green" is discussed. Milestone projects and technologies such as early batteries, hydrogen and bio-mass fuel cells, the upsurge of hybrid vehicles, and the various regulations and market forces that have shaped the industry are also covered.
Environmental sustainability practice and research have advanced over the past decade from novelty to near-mainstream status today. During this environmentally critical time period, sustainability practitioner techniques, such as environmental, energy and social auditing, other sustainability information and related systems, and a wide variety of environmental sustainability approaches have been developed, improved and institutionalised, advancing both the practice and research of environmental sustainability management and policy. However, academics and practitioners in the sustainability field still have widely differing perspectives on what a sustainable organisation is or might be, but seldom take the opportunity to share these respective sustainability visions, let alone the multiple ways to achieve them. New Horizons in Research on Sustainable Organisations is intended to bridge this gap between academics and practitioners with cutting-edge research from both groups on progress towards sustainability. After working on sustainability-related projects involving other academics, both research- and practitioner-oriented graduate students, consultants, managers and activists, the lead co-editors of this volume saw the need to encourage information exchanges among differing networks of sustainability stakeholders to create a pathway for researchers and practitioners in the general area of organisations and the natural environment to address issues of common interest. There are many networks in the general subject area, but the cross-pollination of ideas between academics and practitioners remains sketchy. New Horizons in Research on Sustainable Organisations is intended to present and encourage such cross-pollination. The chapters in this volume are presented in three subsets, generally proceeding from the most "macro" to the most "micro" in terms of perspective and applicability. However, this arbitrary division belies the integration from macro through meso (or mid-range) to micro levels that is apparent in these studies. Macro approaches typically include wider geographic scopes, greater numbers of stakeholders, and more complex explanatory factors than micro approaches. Each chapter adopts one or more particular sustainability world-view and then grounds these and the other chapter elements within actual organisations. Therefore, the reader is advised to envision not a one-dimensional continuum but rather a circle in which the macro view both feeds back and feeds forward to the micro view. This volume addresses a number of intriguing and important sustainable organisation phenomena such as multiple sustainable development perspectives, changing environmental politics, environmental management systems variations, voluntary environmental programme performance, complex adaptive systems, and environmental technology development. Additionally, several models are suggested, such as cultivation, capabilities and business ecology frameworks.
Sleeth divulges hundreds of practical, easy-to-implement steps that create substantial money savings while protecting the Earth. She also demonstrates how going green helps people live more God-centered lives by becoming better stewards.
Most people are unaware that environmental problems such as climate change can be easily avoided, at a profit, through the intelligent application of appropriate technology. The Carbon Buster's Handbook describes how to achieve this goal in the residential field. The first book in North America to provide a detailed carbon accounting of a family's carbon emissions and how to reduce them, it systematically analyzes energy costs and evaluates which measures yield the highest returns for the environment and the pocketbook. It provides answers to questions such as: Which measure is more effective: putting solar panels on your roof, or buying a hybrid car? Where do I need to invest first: in high-efficiency shower-heads, or solar tubes? Is a $500 fridge that uses 800 kWh of power per year a good buy? The book allows individuals to quickly and accurately assess which products are a good deal and which aren't. It systematically analyzes residential carbon emissions and energy costs and prioritizes solutions based on highest carbon reductions and monetary returns, yielding results that are often surprising. The book enables readers to dramatically reduce their carbon emissions - far below the levels targeted under the Kyoto Protocol. At the same time, readers implementing the recommendations will save an average of US$15,000 in energy costs over the next five years.
As the field of tribology has evolved, the lubrication industry is also progressing at an extraordinary rate. Updating the author's bestselling publication, Synthetic Lubricants and High-Performance Functional Fluids, this book features the contributions of over 60 specialists, ten new chapters, and a new title to reflect the evolving nature of the