Integrated regional models are conceptual and mathematical models that
describe the physical environment, biological interactions, human
decision-making, and human impact on the environment. Efforts are now
being made to integrate regional models from the physical, biological
and social sciences in order to respond to diverse environmental
problems. This volume explores the latest research developments on
processes operating at a variety of scales, including regions, and how
scientists can combine their efforts to develop models linking
biological, physical, and human systems. Data requirements for
successful integrated regional models are identified and discussed.
Chapters also consider methodological questions, such as whether to
integrate disciplinary approaches at the beginning or the end of the
modelling process, and whether integrated regional models should focus
on specific regions or specific problems. The information in this volume
will enable the reader to view problems such as coastal zone management,
atmospheric pollution, non-point source pollution, commodity production
in forested areas, and urban expansion in a broad, conceptual context.
Researchers and graduate students in ecology, biology, geography and
geology will benefit from this innovative approach to contemporary
environmental problems.