Domestication to captive rearing conditions, along with targeted selective breeding have
genetic consequences that vary from those in wild environments. Nile tilapia (Oreochromis …

Climate change threatens organisms in a variety of interactive ways that requires
simultaneous adaptation of multiple traits. Predicting evolutionary responses requires an …

Many marine organisms often display weak levels of population genetic structuring as a result
of both environmental characteristics (eg, ocean currents) and life history traits (eg, widely …

Aquaculture selective breeding programs employ a closed nucleus mating strategy whereby
animals displaying sought-after characteristics are mated to produce next generation …

The Genetically Improved Farmed Tilapia (GIFT) strain of Nile tilapia is a valuable global
freshwater aquaculture commodity, forming the basis of the Fiji Islands' largest freshwater …

A selective breeding program was initiated in 2001 at Abbassa—Egypt to develop and produce
a genetically improved Nile tilapia which was to be referred to as “Genetically Improved …

Globally, tropical snappers are commercially important food fishes whose main production
sources are capture fisheries, with only approximately 3% of production being attributed to …

Maria Nayfa investigated the effects of domestication on the Abassa Strain of Nile tilapia. She
found that despite high error rates in pedigree records, the Abassa Strain is salvageable, …

The study aimed to investigate the level of genetic variation within and between populations
of Asian seabass, Lates calcarifer from different regions of Bangladesh, as well as in …

25 Climate change threatens organisms in a variety of interactive ways that requires
simultaneous 26 adaptation of multiple traits. Predicting evolutionary responses requires an …