While planning involves seeking ways of influencing future behavior, it is important to have at the outset an abstraction of the world upon which to base an assessment of outcomes. The papers in this collection represent some of the major works in the field of planning models, with land use planning as a core theme. The collection is divided into several parts:
Part 1 focuses on location models and embraces a series of classic survey papers as well as a number of more specific contributions covering such topics as the distribution of residential activities. This is followed in part 2 by papers concerned with spatial interaction and, in particular the gravity model. Part 3 of the collection contains papers on micro-macro models that look at ways of moving from individual to collective behavior, whilst part 4 is concerned with dynamic models. Part 5 of the volume reflects an increasing interest in the role of various networks in the formulation of plans, and finally part 6 completes the volume with a selection of policy-planning models.
While planning involves seeking ways of influencing future behavior, it is important to have at the outset an abstraction of the world upon which to base an assessment of outcomes. The papers in this collection represent some of the major works in the field of planning models, with land use planning as a core theme. The collection is divided into several parts:
Part 1 focuses on location models and embraces a series of classic survey papers as well as a number of more specific contributions covering such topics as the distribution of residential activities. This is followed in part 2 by papers concerned with spatial interaction and, in particular the gravity model. Part 3 of the collection contains papers on micro-macro models that look at ways of moving from individual to collective behavior, whilst part 4 is concerned with dynamic models. Part 5 of the volume reflects an increasing interest in the role of various networks in the formulation of plans, and finally part 6 completes the volume with a selection of policy-planning models.
Contents:
Acknowledgements
Series Preface
Kenneth Button and Peter Nijkamp
Introduction Planning Models: Scoping the Scene
Aura Reggiani, Kenneth Button and Peter Nijkamp
PART I LOCATION MODELS
1. John D. Herbert and Benjamin H. Stevens (1960), ‘A Model of the
Distribution of Residential Activity in Urban Areas’
2. Douglass B. Lee, Jr (1973), ‘Requiem for Large-scale Models’
3. John Roy, Börje Johansson and Giorgio Leonardi (1985), ‘Some
Spatial Equilibria in Facility Investment under Uncertain
Demand’
4. Britton Harris (1985), ‘Urban Simulation Models in Regional
Science’
5. Michael Wegener (1994), ‘Operational Urban Models: State of the
Art’
6. M.E. O’Kelly (2004), ‘Isard’s Contribution to Spatial
Interaction Modelling’
PART II SPATIAL INTERACTION MODELS
7. Peter Nijkamp (1975), ‘Reflections on Gravity and Entropy
Models’
8. Eric S. Sheppard (1978), ‘Theoretical Underpinnings of the
Gravity Hypothesis’
9. Ashish Sen and Siim Sööt (1981), ‘Selected Procedures for
Calibrating the Generalized Gravity Model’
10. A. Stewart Fotheringham and Tony Dignan (1984), ‘Futher
Contributions to a General Theory of Movement’
11. John R. Roy and Jean-Claude Thill (2004), ‘Spatial Interaction
Modelling’
PART III MICRO-MACRO MODELS
12. Daniel McFadden and Fred Reid (1975), ‘Aggregate Travel Demand
Forecasting from Disaggregated Behavioral Models’
13. Andre De Palma and Claude Lefevre (1983), ‘Individual
Decision-Making in Dynamic Collective Systems’
14. Günter Haag and Wolfgang Weidlich (1984), ‘A Stochastic Theory
of Interregional Migration’
15. Manfred M. Fischer (1985), ‘Changing Modes of Reasoning in
Spatial Choice Analysis’
16. Peter Nijkamp and Aura Reggiani (1988), ‘Entropy, Spatial
Interaction Models and Discrete Choice Analysis: Static and Dynamic
Analogies’
17. Bryan Raney, Nurhan Cetin, Andreas Völlmy, Milenko Vrtic, Kay
Axhausen and Kai Nagel (2003), ‘An Agent-Based Microsimulation
Model of Swiss Travel: First Results’
PART IV DYNAMIC MODELS
18. P.M. Allen and M. Sanglier (1981), ‘A Dynamic Model of a
Central Place System – II’
19. Demitrios S. Dendrinos and Michael Sonis (1986), ‘Variational
Principles and Conservation Conditions in Volterra’s Ecology and in
Relative Urban Relative Dynamics’
20. Michael Batty and Paul A. Longley (1987), ‘Urban Shapes as
Fractals’
21. Peter Nijkamp and Aura Reggiani (1995), ‘Non-linear Evolution
of Dynamic Spatial Systems: The Relevance of Chaos and
Ecologically-based Models’
22. Jean-Claude Thill and Aaron K. Wheeler (1995), ‘On Chaos,
Continuous-Time and Discrete-Time Models of Spatial Systems
Dynamics’
23. Kieran P. Donaghy (2002), ‘The “Green Book” Twenty Years On: A
New Look at the Research Program of Isard and Liossatos “Spatial
Dynamics and Optimal Space-Time Development”’
PART V NETWORK MODELS
24. Roberto Camagni, Lidia Diappi and Giorgio Leonardi (1986),
‘Urban Growth and Decline in a Hierarchical System: A
Supply-orientated Dynamic Approach’
25. Paul Krugman (1994), ‘Complex Landscapes in Economic
Geography’
26. John R. Roy (1999), ‘Areas, Nodes and Networks: Some Analytical
Considerations’
27. Albert-László Barabási and Réka Albert (1999), ‘Emergence of
Scaling in Random Networks’
28. Manfred M. Fischer, Martin Reismann and Katerina
Hlavackova-Schindler (2003), ‘Neural Network Modeling of
Constrained Spatial Interaction Flows: Design, Estimation and
Performance Issues’
PART VI POLICY-PLANNING MODELS
29. P. Nijkamp and P. Rietveld (1976), ‘Multiobjective Programming
Models: New Ways in Regional Decision-Making’
30. Folke Snickars and Jörgen W. Weibull (1977), ‘A Minimum
Information Principle: Theory and Practice’
31. Tschangho John Kim, David E. Boyce and Geoffrey J.D. Hewings
(1983), ‘Combined Input-Output and Commodity Flow Models for
Interregional Development Planning: Insights from a Korean
Application’
32. Sergio J. Rey (2000), ‘Integrated Regional
Econometric+Input-Output Modeling: Issues and Opportunities’
Name Index
Edited by Aura Reggiani, Professor of Economic Policy, University of Bologna, Italy, Kenneth Button, University Professor, Schar School of Policy and Government, George Mason University, US and Peter Nijkamp, Professor Emeritus, Vrije Universiteit Amsterdam, the Netherlands, the Centre for European Studies, Universitatea Alexandru Ioan Cuza din Iasi, Romania and the School of Public Policy and Management, Tsinghua University, China
'This book deftly mixes acknowledged classics with new and
important work to provide a balanced portrayal of the ways in which
modelling has both informed and redefined the practices of
planning. It is the indispensable guide to this indispensable
area.'
*Nigel Thrift, University of Oxford, UK*
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