Add to ORKGProblem Suggested By: Robert Muller Abstract. The chief aim of this project is to determine if the populations of the common snook, Centropomus Undecimalis, in the Atlantic and Gulf coast are being affected by overfishing. This is established by evaluating the intrinsic rate of change for these populations and their carrying capacities. It turns out that the carrying capacity for the population of the Atlantic coast is approximately one million snook and its intrinsic rate is 0.00621, while the carrying capacity of the Gulf coast's population is 2.9 million snook and its intrinsic rate is 0.00165. The decline of both populations is most likely due to the overfishing; however Gulf coast's population of the snook is decreasing at a ...
Incidental mortalities of marine mammals and other marine organisms have become a major problem in c...
Management of Atlantic cod, Gadus morhua, has become increasingly stringent since the implementation...
Fishing affects fish populations through direct and indirect effects. It can change size structures ...
The chief aim of this project is to determine if the populations of the common snook, Centropomus Un...
Globally, rising temperatures have resulted in numerous examples of poleward shifts in species distr...
Common snook, Centropomus undecimalis, is a popular game fish species that occurs throughout central...
Everglades National Park (ENP), established in December 1947, has collected recreational fishing dat...
Sustainable management of fishery resources is typically required by law. In order for management to...
Most populations of migrant shorebirds around the world are in serious decline, suggesting that vita...
To effectively protect at-risk sharks, resource managers and conservation practitioners must have a ...
As a highly targeted species, red snapper have been overfished since the 1970’s. Inadequate monitori...
Overfishing is widely recognized as a major impediment to the long term sustainability of seafood ha...
In the midst of several management failures, marine reserves are seen as a potential management tool...
In the last century, the growing evidence that global fisheries are depleting natural resources much...
In the last century, the growing evidence that global fisheries are depleting natural resources much...
Incidental mortalities of marine mammals and other marine organisms have become a major problem in c...
Management of Atlantic cod, Gadus morhua, has become increasingly stringent since the implementation...
Fishing affects fish populations through direct and indirect effects. It can change size structures ...
The chief aim of this project is to determine if the populations of the common snook, Centropomus Un...
Globally, rising temperatures have resulted in numerous examples of poleward shifts in species distr...
Common snook, Centropomus undecimalis, is a popular game fish species that occurs throughout central...
Everglades National Park (ENP), established in December 1947, has collected recreational fishing dat...
Sustainable management of fishery resources is typically required by law. In order for management to...
Most populations of migrant shorebirds around the world are in serious decline, suggesting that vita...
To effectively protect at-risk sharks, resource managers and conservation practitioners must have a ...
As a highly targeted species, red snapper have been overfished since the 1970’s. Inadequate monitori...
Overfishing is widely recognized as a major impediment to the long term sustainability of seafood ha...
In the midst of several management failures, marine reserves are seen as a potential management tool...
In the last century, the growing evidence that global fisheries are depleting natural resources much...
In the last century, the growing evidence that global fisheries are depleting natural resources much...
Incidental mortalities of marine mammals and other marine organisms have become a major problem in c...
Management of Atlantic cod, Gadus morhua, has become increasingly stringent since the implementation...
Fishing affects fish populations through direct and indirect effects. It can change size structures ...