Searching for a model of multiple-site recreation demand that admits interior and boundary solutions

For most recreation demand data sets, different individuals visit different subsets of the available sites. Interior solutions (i.e, individuals who visit all recreational sites) are not the norm. Boundary solutions (i.e., individuals who do not participate, or who visit some, but not all, of the si...

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Bibliographic Details
Published in:	American journal of agricultural economics 1995-02, Vol.77 (1), p.129-140
Main Authors:	Morey, E.R. (University of Colorado, Boulder.), Waldman, D, Assane, D, Shaw, D
Format:	Article
Language:	eng
Subjects:	Agricultural economics boundary solutions CARACTERISTICAS DEL SITIO Datasets Demand curves DEMANDA DEMANDE Economic models FACTEUR LIE AU SITE interior solutions Kuhn-Tucker models LOISIR Microeconomic modeling MODELE Modeling MODELOS multinomial share models PECHE A LA CANNE PESCA CON CANA Q260 Random variables RECREACION Recreation Recreation demand repeated nested-logit models Supply & demand Truncation Utility maximization VARIACION ESTACIONAL VARIATION SAISONNIERE Woodlands Zero
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Summary:	For most recreation demand data sets, different individuals visit different subsets of the available sites. Interior solutions (i.e, individuals who visit all recreational sites) are not the norm. Boundary solutions (i.e., individuals who do not participate, or who visit some, but not all, of the sites) predominate. We critique eight demand models in terms of their ability to accommodate boundary solutions. Three models are recommended for consideration when there are multiple sites and the data set includes a significant number of boundary solutions: a repeated nested-logit model, a multinomial share model, and a Kuhn-Tucker model.
ISSN:	0002-9092 1467-8276