Freshwater fisheries management requires knowledge of not only the resource but angler preferences and the extent to which preferences vary. This paper reports results from an internet-based stated preference survey of anglers in the North Canterbury region. Discrete choice models are used to investigate how the quality of fishery attributes impact anglers ’ selection of fishing sites. The models reveal significant preference heterogeneity between anglers for particular fishing site attributes. Furthermore, anglers ’ preference intensities for identical attributes vary between sites. Consequently, efficient allocation of resources entails spatial and social components
In this paper, we compare revealed and stated preference methods for anglers' preferences for variou...
The primary purpose of my dissertation was to assess two competing models of catch-related attitudes...
A substantial proportion of anglers in British Columbia (BC) are infrequent, meaning that they do no...
Freshwater fisheries management requires knowledge of not only the resource but angler preferences a...
Freshwater fisheries management requires knowledge of not only the resource but angler preferences a...
Freshwater fisheries management requires knowledge of not only the resource but angler preferences a...
New Zealand is internationally renowned for having some of the finest and most challenging trout fis...
On-site survey data from coarse and game angling sites in Ireland is used to estimate count data mod...
Recreational anglers are known to seek different types of experiences in different settings. Such pr...
Successful fisheries management programs incorporate a thorough understanding of diverse angler grou...
This study examined the relationships between road access and the fishing site choices of northern O...
Coarse angling is a vibrant and important aspect of recreational angling in Ireland. Both Irish angl...
The study presents a short-term effort allocation modelling approach based on a discrete choice rand...
Buffering inland fisheries against large-scale changes in ecosystem function, climate regimes, and s...
AbstractIn Europe research and policy debates point to the need to increase efforts to rehabilitate ...
In this paper, we compare revealed and stated preference methods for anglers' preferences for variou...
The primary purpose of my dissertation was to assess two competing models of catch-related attitudes...
A substantial proportion of anglers in British Columbia (BC) are infrequent, meaning that they do no...
Freshwater fisheries management requires knowledge of not only the resource but angler preferences a...
Freshwater fisheries management requires knowledge of not only the resource but angler preferences a...
Freshwater fisheries management requires knowledge of not only the resource but angler preferences a...
New Zealand is internationally renowned for having some of the finest and most challenging trout fis...
On-site survey data from coarse and game angling sites in Ireland is used to estimate count data mod...
Recreational anglers are known to seek different types of experiences in different settings. Such pr...
Successful fisheries management programs incorporate a thorough understanding of diverse angler grou...
This study examined the relationships between road access and the fishing site choices of northern O...
Coarse angling is a vibrant and important aspect of recreational angling in Ireland. Both Irish angl...
The study presents a short-term effort allocation modelling approach based on a discrete choice rand...
Buffering inland fisheries against large-scale changes in ecosystem function, climate regimes, and s...
AbstractIn Europe research and policy debates point to the need to increase efforts to rehabilitate ...
In this paper, we compare revealed and stated preference methods for anglers' preferences for variou...
The primary purpose of my dissertation was to assess two competing models of catch-related attitudes...
A substantial proportion of anglers in British Columbia (BC) are infrequent, meaning that they do no...