Regional Land Use Analysis and Simulation Models: A Step Forward in the Planning Process
Land use planning has the potential of playing an important part in man's relation to his physical and cultural environment. However, planners and policy makers are hampered in implementing large-scale planning decisions by their inability to anticipate or visualize the many relations that must be considered in developing rational, comprehensive planning alternatives. To meaningfully control our dynamic environmental system, of which land use can be considered a subsystem, we must have the ability to predict land usage and associated environmental impacts both in an assumed steady state and in the presence of real or imagined perturbation.
In response to the availability of appropriate research tools and the clear need for land use simulation and prediction, the 1960s spawned a proliferation of computer-based simulation models for use in transportation studies. Yet, with some notable exceptions, these sophisticated modeling efforts have not made a significant impact on planning and decision-making—primarily because of their narrow focus and inflexibility.
Figures & Tables
Geologic Mapping for Environmental Purposes
The rapid increase in the development of land, the exploitation of minerals, and the related accelerated environmental impacts have caused an explosion of demand for information that can be used as a guide to land use decision-making. “Environmental Geology Mapping” was the topic of an engineering geology symposium at the 1972 annual meeting of The Geological Society of America; natural resources planning and the roles and interrelations of geology and geologists, planning and planners were discussed. This book presents the coverage of those subjects because of their continuing timeliness and the need for a reminder that we must provide data that are relevant and usable for interdisciplinary considerations in natural resources planning. The authors express their ideas on how to translate professionally the traditional, basic earth-science data into forms that are adaptable to interdisciplinary solutions of environmental problems. They unanimously state that this conversion of data has to result in a viable input for decision-making, and it must also stand the scrutiny of the real world; that is, it must receive public endorsement and support.