Revealed Preference Approaches to Environmental Valuation Volumes I and II

Joseph Herriges and Catherine L. Kling are both Professors in the Department of Economics at Iowa State University, USA.

• Contents: Volume I: Introduction; Part I Recreation Demand: Theoretical Foundations: The effects of common sources of regression error on benefit estimates, Nancy E. Bockstael and Ivar E. Strand; The dual structure of incomplete demand systems, Jeffrey T. LaFrance and W. Michael Hanemann; Recovering weakly complementary preferences, Douglas M. Larson; Public goods as characteristics of non-market commodities, N.E. Bockstael and K.E. McConnell; A difficulty with travel cost method, Alan Randall; A diagrammatic exposition of weak complementarity and the Willig condition, V. Kerry Smith and H. Spencer Banzhaf; What's the use? Welfare estimates from revealed preference models when weak complementarity does not hold, Joseph A. Herriges, Catherine L. Kling and Daniel J. Phaneuf. Single Equation and Demand System Models: Estimating the value of water quality improvements in a recreational demand framework, Nancy E. Bockstael, W. Michael Hannemann and Catherine L. Kling; Estimating a system of recreation demand function using a seemingly unrelated Poisson regression approach, Teofilo Ozuna Jr and Irma Adriana Gomez; Count data models and the problem of zeros in recreation demand analysis, Timothy C. Haab and Kenneth E. McConnell; Modeling recreation demand in a Poisson system of equations: an analysis of the impact of international exchange rates, Jeffrey Englin, Peter Boxall and David Watson; 2 nested constant-elasticity-of-substitution models of recreational participation and site choice: an 'alternatives' model and an 'expenditures' model, Edward R. Morey, William S. Breffle and Pamela A. Greene. Random Utility Maximization (RUM) Models: A repeated nested-logit model of Atlantic salmon fishing, Edward R. Morey, Robert D. Rowe and Michael Watson; The implications of model specification for welfare estimation in nested logit models, Catherine L. Kling and Cynthia J. Thompson; Recreation demand models with taste differences over people, Kenneth E. Train; Nonlinear income effects in random utility models, Joseph A. Herriges and Catherine L. Kling; Inducing patterns of correlation and substitution in repeated logit models of recreation demand, Joseph A. Herriges and Daniel J. Phaneuf; Compensating variation and Hicksian choice probabilities in random utility models that are nonlinear in income, John K. Dagsvik and Anders Karlström; Handling unobserved site characteristics in random utility models of recreation demand, Jennifer Murdock. Corner Solution Models: Discrete/continuous models of consumer demand, W. Michael Hanemann; Searching for a model of multiple-site recreation demand that admits interior and boundary solutions, Edward R. Morey, Donald Waldman, Djeto Assane and Douglass Shaw; A dual approach to modeling corner solutions in recreation demand, Daniel J. Phaneuf; Estimation and welfare calculations in a generalized corner solution model with an application to recreation demand, Daniel J. Phaneuf, Catherine L. Kling and Joseph A. Herriges; Estimation and welfare analyses with large demand systems, Roger H. von Haefen, Daniel J. Phaneuf and George R. Parsons; Estimating preferences for outdoor recreation: a comparison of continuous and count data demand system frameworks, Roger H. von Haefen and Daniel J. Phaneuf. Defining the Choice Set: Site aggregation in a random utility model of recreation, George R. Parsons and Michael S. Needelman; Measuring recreation values with multiple-destination trips, Robert Mendelsohn, John Hof, George Peterson and Reed Johnson; Sampling and aggregation issues in random utility model estimation, Peter M. Feather; Using random utility models to estimate the recreational value of estuarine resources, Yoshiaki Kaoru, V. Kerry Smith and Jin Long Liu; Accounting for choice set endogeneity in random models of recreation demand, Timothy C. Haab and Robert L. Hicks; Spatial boundaries and choice set definition in a random utility model of recreation demand, George R. Parsons and A. Brett Hauber; Familiar and favorite sites in a random utility model of beach recreation, George R. Parsons, D. Matthew Massey and Ted Tomasi. Matters of Time: Measuring the cost of time in recreation demand analysis: an application to sportfishing, Kenneth E. McConnell and Ivar Strand; Time and the recreational demand model, Nancy E. Bockstael, Ivar E. Strand and W.Michael Hanemann; On-site time in the demand for recreation, K.E. McConnell; Habit formation and variety seeking in a discrete choice model of recreation demand, W.L. Adamowicz; An estimable dynamic model of recreation behavior with an application to great lakes angling, Bill Provencher and Richard C. Bishop; Estimating the cost of leisure time for recreation demand models, Peter Feather and W. Douglass Shaw; Household labor market choices and the demand for recreation, K.E. McConnell; Empirical specification requirements for 2-constraint models of recreation choice, Douglas M. Larson and Sabina L. Shaikh; Index. Volume II: Part II Hedonic Mod