Economic Benefits Of Improved Water Quality

Economic Benefits Of Improved Water Quality PDF

Author: Douglas Greenley

Publisher: Routledge

Published: 2020-01-16

Total Pages: 164

ISBN-13: 0429705034

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Until recently, there has been general agreement that improvement and preservation of water quality, though costly, provided economic and social benefits that outweighed the expense. Now, however, some observers are beginning to question whether the costs of the 1972 Water Pollution Control Act may actually exceed those benefits. This book provides answers to some of the questions that have been raised. The authors give measures of several important nonmarket benefits of improved water quality in Colorado's South Platte River Basin and empirically test and confirm the Weisbrod and Krutilla proposals that the general public may be willing to pay for preservation of environmental amenities and that option value and other preservation values must be added to recreation-use values to give an accurate picture of the social benefits of environmental preservation and restoration. Their findings include the fact that even those who do not expect to use the river basin for recreation are willing to pay for the maintenance of a natural ecosystem and to bequest clean water to future generations. The authors also arrive at average amounts households are willing to pay for improved water quality to enhance enjoyment of water-based recreation activities. They suggest that, without such information, it is highly unlikely that sufficient resources will be allocated for the preservation of unique environments and for the improvement of those being degraded.

Recreation Benefits from an Improvement in Water Quality at St. Albans Bay, Vermont

Recreation Benefits from an Improvement in Water Quality at St. Albans Bay, Vermont PDF

Author: Marc Ribaudo

Publisher:

Published: 1984

Total Pages: 36

ISBN-13:

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Extract: A 1982 survey of recreationists using the northeastern portion of Lake Champlain indicates that improving the water quality of St. Albans Bay, Vermont, would produce significant economic benefits. St. Albans Bay is currently suffering nutrient enrichment problems from both point and nonpoint sources. Applying the survey data to a travel cost model produced a benefit estimate for clean water of $537,000 per year for recreationists. Recreation benefits for clean water estimated by using the contingent rating method came to $230,000 per year. The two methods are compared and reasons given as to why the contingent rating results may be more accurate.

Economic Benefits of Improved Water Quality

Economic Benefits of Improved Water Quality PDF

Author: Douglas A Greenley

Publisher: Routledge

Published: 2022-06-30

Total Pages:

ISBN-13: 9780367019419

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Until recently, there has been general agreement that improvement and preservation of water quality, though costly, provided economic and social benefits that outweighed the expense. Now, however, some observers are beginning to question whether the costs of the 1972 Water Pollution Control Act may actually exceed those benefits. This book provides answers to some of the questions that have been raised. The authors give measures of several important nonmarket benefits of improved water quality in Colorado's South Platte River Basin and empirically test and confirm the Weisbrod and Krutilla proposals that the general public may be willing to pay for preservation of environmental amenities and that option value and other preservation values must be added to recreation-use values to give an accurate picture of the social benefits of environmental preservation and restoration. Their findings include the fact that even those who do not expect to use the river basin for recreation are willing to pay for the maintenance of a natural ecosystem and to bequest clean water to future generations. The authors also arrive at average amounts households are willing to pay for improved water quality to enhance enjoyment of water-based recreation activities. They suggest that, without such information, it is highly unlikely that sufficient resources will be allocated for the preservation of unique environments and for the improvement of those being degraded.