A travel cost model was used to estimate the per-day consumer surplus for anglers at a reservoir (Lake Kemp, Texas) with low visitation. The average per-day consumer surplus for anglers was $61–122, depending on the wage rate fraction assigned to the opportunity cost of time. Although this consumer surplus value is small, anglers on the numerous smaller public and private water bodies may, in aggregate, generate a majority of the economic value for freshwater angling. Further, the marginal value per dollar spent managing small water bodies is probably large. Arguably, greater attention should be directed toward managing our nation’s numerous smaller water bodies
This paper estimates the value of improvements in the quality of freshwater angling sites in England...
A Discrete Choice Travel Cost model, based on data collected from a survey of recreational anglers, ...
In this paper, estimates of value for recreational fishing are reported for three major freshwater i...
A travel cost model was used to estimate the per-day consumer surplus for anglers at a reservoir (La...
Abstract.—A travel cost model was used to estimate the per-day consumer surplus for anglers at a res...
The pressures of urbanization and industrialization are gradually destroying stream fishing sites wh...
The demand for sport fishing on the Snake River reservoirs was estimated using the travel cost metho...
Economic assessments are rarely applied to inland recreational fisheries for management purposes, es...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
Streamflow throughout the U.S. may be put to a variety of uses, some that involve the water\u27s con...
The “product” travel cost model (PTC) improves supply and substitution specification in travel cost\...
Angler creel surveys and economic impact models were used to evaluate potential expansion of aquati...
Fishing in Oklahoma's rivers and streams provides a unique experience for anglers in the state. Desp...
Otago is renowned internationally for offering some of the most pristine and exciting freshwater tro...
The popularity of developing sportfish leases is increasing rapidly in the South, much as developmen...
This paper estimates the value of improvements in the quality of freshwater angling sites in England...
A Discrete Choice Travel Cost model, based on data collected from a survey of recreational anglers, ...
In this paper, estimates of value for recreational fishing are reported for three major freshwater i...
A travel cost model was used to estimate the per-day consumer surplus for anglers at a reservoir (La...
Abstract.—A travel cost model was used to estimate the per-day consumer surplus for anglers at a res...
The pressures of urbanization and industrialization are gradually destroying stream fishing sites wh...
The demand for sport fishing on the Snake River reservoirs was estimated using the travel cost metho...
Economic assessments are rarely applied to inland recreational fisheries for management purposes, es...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
Streamflow throughout the U.S. may be put to a variety of uses, some that involve the water\u27s con...
The “product” travel cost model (PTC) improves supply and substitution specification in travel cost\...
Angler creel surveys and economic impact models were used to evaluate potential expansion of aquati...
Fishing in Oklahoma's rivers and streams provides a unique experience for anglers in the state. Desp...
Otago is renowned internationally for offering some of the most pristine and exciting freshwater tro...
The popularity of developing sportfish leases is increasing rapidly in the South, much as developmen...
This paper estimates the value of improvements in the quality of freshwater angling sites in England...
A Discrete Choice Travel Cost model, based on data collected from a survey of recreational anglers, ...
In this paper, estimates of value for recreational fishing are reported for three major freshwater i...