Written by someone steeped in the water business, it is aimed at those young graduates who see themselves as the managers of the future. It’s style is informal but don’t let that fool you into thinking that the content is not serious. It contains an eclectic mix of subjects and, whilst most are based in the water industry, they have relevance to management in virtually any sphere. It’s guiding principle is that an example is worth a dozen specifications and keeping things simple. Learning ...

Since the reorganisation of the UK water industry in 1974, the planning of water resources has been left, largely, with the water companies. This is due to the regulatory regime which has led to a bottom-up, parochial approach. It is only relatively recently that attempts have been made to address the problem with measures to remove barriers and accelerate cross-boundary strategic options. However, progress remains hampered by the lack of political leadership in this crucially important ar...

Since the reorganisation of the UK water industry in 1974, the planning of water resources has been left, largely, with the water companies. This is due to the regulatory regime which has led to a bottom-up, parochial approach. It is only relatively recently that attempts have been made to address the problem with attempts to remove barriers and accelerate cross-boundary strategic options. However, progress remains hampered by the lack of political leadership in this crucially important ar...

About this book Written by a British Civil Engineer, this book deals, predominantly, with the UK water sector, however, principles and methods are largely international and therefore much, if not all of it will be of interest to all. The Power of Water looks at virtually all aspects of in-land water management in some detail, including natural and man-made systems. Based on their history, it goes on to look at legislation, management structures, finance, quality control, and even recreatio...

This book provides a practical guide to applying soft-computing methods to interpret geophysical data. It discusses the design of neural networks with Matlab for geophysical data, as well as fuzzy logic and neuro-fuzzy concepts and their applications. In addition, it describes genetic algorithms for the automatic and/or intelligent processing and interpretation of geophysical data.