1973•Journal of the Urban Planning and Development DivisionRequires access

Recreational Demand at Lakes and Reservoirs

G E Kanaan, Harold J. Day

Open publisher page 1 citations

Abstract

Recreational benefits from water resources projects and esthetic losses due to poor river quality in urban areas are increasingly being incorporated in metropolitan planning studies. A review of some of the factors influencing the demand for outdoor water-oriented recreation is appropriate prior to describing specific methods for estimating benefits. Major factors influencing the demand for such recreation are many, varied, and interrelated. Some of them relate to the user, others to the recreational area, while others describe the relationship between the user and the recreational area. Some of these factors are: (1) travel distance; (2) travel time; (3) population and population distribution; (4) socioeconomic characteristics of the population; (5) the quality of the recreational experience; and (6) the availability of other recreational facilities. Attempting to find a method to estimate recreational demand that incorporates all factors is a formidable task. Two general procedures have been developed: the demand curve method and the visitor or day user method. The fundamental assumption in both is the correlation between use of a recreational area and willingness to pay.

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What this paper is about

Recreational benefits from water resources projects and esthetic losses due to poor river quality in urban areas are increasingly being incorporated in metropolitan planning studies. A review of some of the factors influencing the demand for outdoor water-oriented recreation is appropriate prior to describing specific methods for estimating benefits. Major factors influencing the demand for such recreation are many, varied, and interrelated. Some of them relate to the user, others to the recreational area, while others describe the relationship between the user and the recreational area. Some of these factors are: (1) travel distance; (2) travel time; (3) population and population distribution; (4) socioeconomic characteristics of the population; (5) the quality of the recreational experience; and (6) the availability of other recreational facilities. Attempting to find a method to estimate recreational demand that incorporates all factors is a formidable task. Two general procedures have been developed: the demand curve method and the visitor or day user method. The fundamental assumption in both is the correlation between use of a recreational area and willingness to pay.

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Available abstract

Recreational benefits from water resources projects and esthetic losses due to poor river quality in urban areas are increasingly being incorporated in metropolitan planning studies. A review of some of the factors influencing the demand for outdoor water-oriented recreation is appropriate prior to describing specific methods for estimating benefits. Major factors influencing the demand for such recreation are many, varied, and interrelated. Some of them relate to the user, others to the recreational area, while others describe the relationship between the user and the recreational area. Some of these factors are: (1) travel distance; (2) travel time; (3) population and population distribution; (4) socioeconomic characteristics of the population; (5) the quality of the recreational experience; and (6) the availability of other recreational facilities. Attempting to find a method to estimate recreational demand that incorporates all factors is a formidable task. Two general procedures have been developed: the demand curve method and the visitor or day user method. The fundamental assumption in both is the correlation between use of a recreational area and willingness to pay.

Key concepts: Recreation, Visitor pattern, Population, Metropolitan area, Environmental planning, Geography, Quality (philosophy), Business

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