In this study, an integrative review of the potential for stock enhancement is conducted to support desirable management outcomes in marine recreational fisheries, focusing on the Florida, USA, red drum fishery as a case study. Here, stock enhancement is implicitly seen as a way of simultaneously achieving both ecological objectives of sustained wild fish populations and socioeconomic objectives of high fishing effort and/or catch rates. However, the review suggests that a fundamental tradeoff remains between these objectives in the short-term because stocking of hatchery fish is likely to result in at least partial displacement of wild fish through biological interactions as well as increased fishing pressure. Contrary to the perception of...
<div><p>Historically, it has been difficult to balance conservation goals and yield objectives when ...
Managers of recreational fisheries often rely on implicit and rarely-tested assumptions regarding ho...
The effective management of fish populations requires understanding of both the biology of the speci...
Fish stocking and harvest regulations are frequently used to maintain or enhance freshwater recreati...
Recreational fisheries (RF) are complex social-ecological systems that play an important role in aqu...
Marine recreational fisheries (MRF) have important social and economic benefits, but can impact fish...
The effective management of fish populations requires understanding of both the biology of the speci...
The Spotted Seatrout Cynoscion nebulosus is the most popular target of recreational inshore fisherie...
International audienceStock enhancements are commonly advocated as a solution to declining fish popu...
Recreational fishing for popular species like red snapper and grouper in the Gulf of Mexico follows ...
There have been many studies of the biology of red snapper; however, there are few studies addressin...
Fisheries management has been traditionally single-species oriented. Only recently more pressure has...
Recreational fishing in the United States promotes economic growth, cultural traditions, and environ...
In January 2007, the Gulf of Mexico red snapper fishery took a step toward sustainability and began ...
Historically, it has been difficult to balance conservation goals and yield objectives when managing...
<div><p>Historically, it has been difficult to balance conservation goals and yield objectives when ...
Managers of recreational fisheries often rely on implicit and rarely-tested assumptions regarding ho...
The effective management of fish populations requires understanding of both the biology of the speci...
Fish stocking and harvest regulations are frequently used to maintain or enhance freshwater recreati...
Recreational fisheries (RF) are complex social-ecological systems that play an important role in aqu...
Marine recreational fisheries (MRF) have important social and economic benefits, but can impact fish...
The effective management of fish populations requires understanding of both the biology of the speci...
The Spotted Seatrout Cynoscion nebulosus is the most popular target of recreational inshore fisherie...
International audienceStock enhancements are commonly advocated as a solution to declining fish popu...
Recreational fishing for popular species like red snapper and grouper in the Gulf of Mexico follows ...
There have been many studies of the biology of red snapper; however, there are few studies addressin...
Fisheries management has been traditionally single-species oriented. Only recently more pressure has...
Recreational fishing in the United States promotes economic growth, cultural traditions, and environ...
In January 2007, the Gulf of Mexico red snapper fishery took a step toward sustainability and began ...
Historically, it has been difficult to balance conservation goals and yield objectives when managing...
<div><p>Historically, it has been difficult to balance conservation goals and yield objectives when ...
Managers of recreational fisheries often rely on implicit and rarely-tested assumptions regarding ho...
The effective management of fish populations requires understanding of both the biology of the speci...