My Phd project aims to understand causes and consequences of hybridisation in angelfish.
Hybridisation is defined as the interbreeding between two genetically distinct populations or species, that produces viable offspring. Coral reef fishes form the most diverse vertebrate communities on earth and recent studies have revealed that hybridisation is common in this group. The angelfishes (family Pomacanthidae) have the greatest proportion (~30%) of hybridising species with 26 species implicated in hybridisation. Angelfish show a wide range of ecological traits, such as body size, colour, reproductive system, and diet, and many studies have examined these different aspects at the species level. However, very little is known about hybridisation in angelfish, especially in terms of fitness of the hybrids and possible ecological consequences. Hybrids between three species of angelfish (C. flavissima, C. eibli and C. vroliki) have been reported from Christmas Island. These three species are observed in heterospecific harems and interbreeding and provide the unique opportunity to examine the breakdown in assortative mating in marine fishes. The broad aim of this study is to determine causes and consequences of hybridisation in angelfish at Christmas Island.
Project link: Causes and consequences of hybridisation in angelfish
January 2014: International PhD scholarship to do a PhD at Edith Cowan University. Marine Ecology. Edith Cowan University.
April 2012: $1000 to attend the Annual conference of the AMSA held in Hobart (Tasmania). Edith Cowan University.
April 2012: $1000 to fund fieldtrips to Marmion Marine Park for my Master project. Edith Cowan University.
Telephone: (61 8) 6304 5765
Mobile: 0414 953 844
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