2013Proceedings of the Royal Society of QueenslandOpen access

Regional panmixia in the mullet Mugil Cephalusalong the coast of eastern Queensland; revealed using six highly polymorphic microsatellite loci

Joel A. Huey, Tom Espinoza, Jane Hughes

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Abstract

Catadromy describes an array of migration behaviours which are expected to generate different patterns of genetic structure; from total panmixia (genetic homogenisation) to moderate structure with isolation by distance.In this study, the genetic structure of the circumtropical sea mullet (Mugil cephalus) along approximately 550km of the Queensland coastline was investigated.Using six highly variable microsatellite loci, no significant genetic structure was detected (F',,.< zero), despite high genetic diversity providing sufficient power to detect structure.These patterns of genetic structure were concordant with other studies of MZ cephalus at similar scales in other parts of the world.Overall, genetic structure for M. cephalus is similar to that of many marine species, which also show panmixia along this section of the Queensland coast.Conservation of this species should focus on ensuring freshwater-marine migration is not diminished.

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Catadromy describes an array of migration behaviours which are expected to generate different patterns of genetic structure; from total panmixia (genetic homogenisation) to moderate structure with isolation by distance.In this study, the genetic structure of the circumtropical sea mullet (Mugil cephalus) along approximately 550km of the Queensland coastline was investigated.Using six highly variable microsatellite loci, no significant genetic structure was detected (F',,.< zero), despite high genetic diversity providing sufficient power to detect structure.These patterns of genetic structure were concordant with other studies of MZ cephalus at similar scales in other parts of the world.Overall, genetic structure for M. cephalus is similar to that of many marine species, which also show panmixia along this section of the Queensland coast.Conservation of this species should focus on ensuring freshwater-marine migration is not diminished.

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Available abstract

Catadromy describes an array of migration behaviours which are expected to generate different patterns of genetic structure; from total panmixia (genetic homogenisation) to moderate structure with isolation by distance.In this study, the genetic structure of the circumtropical sea mullet (Mugil cephalus) along approximately 550km of the Queensland coastline was investigated.Using six highly variable microsatellite loci, no significant genetic structure was detected (F',,.< zero), despite high genetic diversity providing sufficient power to detect structure.These patterns of genetic structure were concordant with other studies of MZ cephalus at similar scales in other parts of the world.Overall, genetic structure for M. cephalus is similar to that of many marine species, which also show panmixia along this section of the Queensland coast.Conservation of this species should focus on ensuring freshwater-marine migration is not diminished.

Key concepts: Panmixia, Mugil, Genetic structure, Mullet, Biology, Genetic diversity, Microsatellite, Fishery

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Regional panmixia in the mullet Mugil Cephalusalong the coast of eastern Queensland; revealed using six highly polymorphic microsatellite loci — Research Paper | ScholarLens