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NTHRYSPhD AssistanceAquaculture Science

Aquaculture Science

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Aquaculture Science

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Research Frontiers in Genomic Selection and Breeding Optimization

Development of molecular markers and genomic tools to accelerate selective breeding programs for commercially important aquaculture species with enhanced growth and disease resistance traits.

Polygenic Architecture of Disease Resistance in Farmed Fish
Epigenetic Plasticity in Aquaculture Trait Selection
Genomic Prediction Across Divergent Aquatic Environments
Sex-Determination Genomics and Monosex Production Systems
Introgression Dynamics Between Wild and Domesticated Aquaculture Stocks
Metabolic Genomics Driving Feed Efficiency in Aquatic Species
Microbiome-Genome Interactions in Selective Breeding Programs
Thermal Plasticity Loci in Climate-Adaptive Aquaculture Breeding
Skeletal Deformity Genomics and Welfare-Optimized Selection
Reproductive Senescence and Longevity Genes in Broodstock

All Aquaculture Science PhD categories