One of the major shortcommings of past environmental Kuznets curve (EKC) studies is that the spatiotemporal aspects within the data have largely been ignored. By ignoring the spatial aspect of pollution emissions past estimates of the EKC implicitly assume that a region’s emissions are...

In 1994 and 1995, the National Survey of Recreation and Environment (NSRE) was accomplished by interviewing approximately 17,000 Americans over age 15 in random-digit-dialing telephone samplings. The primary purpose was to learn about the outdoor recreation activities of people over age 15 in...

This study has examined the use of an Object-Oriented GIS framework to generate and analyze spatial data in recreation demand analysis. Several forms of GIS analysis are introduced and explained as how they can be utilized in recreational demand analysis. An application of GIS to calculate...

In 1994 and 1995, the National Survey on Recreation and the Environment (NSRE) interviewed approximately 17,000 Americans over age 15 in random-digit-dialing telephone samplings. The primary purpose of the project was to learn about the outdoor recreation activities of people over age 15 in the...

This study has examined the transferability of consumer's surplus estimates (fixed value transfer) and transferability of benefit functions from the Southern Appalachian Mountain ecoregion to a local site within the ecoregional level. Given data used in this study, it is found that...

This paper provides a methodology for the estimation of recreational demand functions and values using an ecoregional approach. Ten ecoregions in the continental US were defined based on similarly functioning ecosystem characters. The individual travel cost method was employed to estimate the...

Recognition of the benefits to society supported by estuary ecosystem functions and services, and threats to these benefits posed by human activities, has led to various public programs to restore and protect estuaries and the federal, state and local levels. As available budgets shrink, program...