Science
Research &
Innovation
Science in service of sustainable production. Hatchery, indoor, and outdoor systems.
Program Areas
Project Types
Hatchery & Nursery
Larval biology, broodstock genetics, and nursery optimisation to maximise survival from day one.
- Selective breeding for WSSV resistance in Litopenaeus vannamei
- Probiotics and early larval microbiome development
- Photoperiod effects on maturation and spawning frequency
- Nauplius nutrition and yolk-sac depletion kinetics
Indoor Farm Systems
Biofloc technology, RAS engineering, and zero-discharge intensification for controlled indoor systems.
- Biofloc C:N ratio optimization for zero-exchange systems
- Energy efficiency modeling in recirculating aquaculture systems
- Automated feeding and real-time FCR monitoring
- Microbial community succession in high-density RAS
Outdoor Farm Operations
Sustainable intensification of pond systems: ecology, environment, and yield.
- Climate adaptation strategies in coastal pond farms
- Integrated mangrove-shrimp polyculture production models
- Sediment management and pond bottom remediation
- Seasonal stocking optimization and harvest timing models
Literature
Recent Publications
Genomic selection for WSSV resistance: a multi-generation breeding study
Aquaculture, Vol. 582
Microbial community dynamics in biofloc systems under variable C:N ratios
Aquatic Microbiology, Vol. 41
Temperature and salinity co-effects on L. vannamei FCR: a 12-site field study
Journal of the World Aquaculture Society
Economic modeling of indoor RAS versus semi-intensive pond production in Southeast Asia
Aquaculture Economics & Management
EHP detection methods and farm-level biosecurity response protocols
Diseases of Aquatic Organisms, Vol. 148
Phytoplankton community composition and its relationship to shrimp FCR in tropical ponds
Aquacultural Engineering, Vol. 98
Partnerships
Work with our research team.
We partner with farms, universities, and institutions worldwide. Reach out to explore what's possible.