Atmospheric Environmental Management Decision Support System

Author: Ma Xiaoming
Publisher:
Publish Date: 2006-06-01
Features: This book is written based on the author's many years of research achievements and the research on the Jinan City Atmospheric Environment Management Decision Support System project, comprehensively discussing the theory and technical methods of atmospheric environment management decision support systems. Its characteristic is to solve key environmental models and methods for establishing a city's atmospheric environment management decision support system, based on research such as atmospheric environment quality simulation models, atmospheric environment capacity calculation and allocation methods, cost-effectiveness analysis models for atmospheric pollution prevention, and environmental economic energy system analysis. The book is divided into two parts: basic research and system design, development, and application. The basic research part includes decision support system analysis, atmospheric environment quality numerical models, capacity calculation models, cost-effectiveness analysis models, etc.; the second part provides a detailed analysis and design of the Jinan City Atmospheric Environment Management Decision Support System, with some case studies illustrating the system's application. Based on atmospheric environment quality simulation models, atmospheric environment capacity calculation and allocation methods, cost-effectiveness analysis models for atmospheric pollution prevention, this book solves key environmental models and methods for establishing a city's atmospheric environment management decision support system; the developed atmospheric environment quality management decision support system integrates existing software such as emission declaration and registration, data warehouses, and geographic information systems. The modules include databases, data warehouses, geographic information systems, atmospheric pollutant diffusion simulation, operations research model libraries, environmental impact assessment, scenario setting, total control, cost-benefit analysis, etc., with each module interdependent and interwoven. The book is highly systematic and practical, suitable for researchers, managers, and technicians in fields such as environmental science and engineering, and can also be referenced by faculty and students of relevant disciplines in higher education institutions. The main content of the book can be divided into two parts: basic research on concepts, theory, and technology, and the design, development, and application of atmospheric environment management decision support systems.