Environmental Problems/Behavioral Solutions [Paperback]

A 1984 exploration of the relation between physical environment and human behaviour.In this book, first published in the UK in 1984, John Cone and Stephen Hayes explore the relation between physical environment and human behaviour. A fledgling field at the time, this study of the roots of environmentally relevant psychology has proved both fruitful and exciting.In this book, first published in the UK in 1984, John Cone and Stephen Hayes explore the relation between physical environment and human behaviour. A fledgling field at the time, this study of the roots of environmentally relevant psychology has proved both fruitful and exciting.In this book, first published in the UK in 1984, John Cone and Stephen Hayes explore the relation between physical environment and human behaviour. A fledgling field at the time, this study of the roots of environmentally relevant psychology has proved both fruitful and exciting. Within this text, Cone and Hayes first explore the fields of physical and behavioural technology, and the few studies previously conducted around the latter. They then focus their attention on the principles and methodologies of the study of environmentally relevant behaviour and psychology, absorbing the work undertaken thus far on factors such as population control and noise pollution, and assembling its conclusions. A summary of the tasks facing researchers at the time then rounds off a text which will be invaluable in the analysis of the early and often trepid steps taken in the study of the physical environment and its connections to human behaviour.Part I. The Nature of Environmentally Relevant Behavioral Science: 1. Behavioral science and environmental problems; 2. Environmentally relevant psychology; Part II. An Applied Behavior-Analytic Approach to Environmentally Relevant Behavioral Science: 3. Basic principles of behavior; 4. Research strategies and designs in the development of behavioral strategies; Part III. Solving Problems of Environmental Aesl3‰