Scientific Research Division
Our research department conducts cutting-edge studies in marine biology, ecology, and conservation science, contributing to global understanding of aquatic ecosystems and biodiversity preservation.
Scientific Approach
Utilizing DNA sequencing, PCR amplification, and genetic markers to study population genetics, species identification, and evolutionary relationships among marine organisms.
Advanced techniques include metabarcoding for biodiversity assessment and transcriptomics for stress response studies.
Satellite imagery analysis and drone surveys for large-scale ecosystem monitoring, coral reef health assessment, and coastal change detection.
Integration of multispectral data with ground-truthing for accurate habitat mapping and environmental monitoring.
Direct underwater surveys using SCUBA and ROV technology for behavioral studies, population counts, and habitat assessment in natural marine environments.
Long-term monitoring stations with automated sensors for continuous environmental data collection.
Controlled experiments in aquaria and mesocosms to study physiological responses, reproductive biology, and adaptation mechanisms under varying environmental conditions.
Specialized equipment for water chemistry analysis, microscopy, and physiological measurements.
Active Studies
Investigating genetic and physiological mechanisms that enable Red Sea corals to tolerate elevated temperatures, with potential applications for reef conservation worldwide.
Primary Methods: Genomics, Physiology, Controlled Experiments
Documenting mesophotic reef ecosystems using ROV surveys and environmental DNA analysis to understand biodiversity patterns in deep-water habitats.
Primary Methods: ROV Surveys, eDNA Analysis, Habitat Mapping
Comprehensive assessment of microplastic pollution in coastal waters, studying distribution patterns, sources, and impacts on marine organisms.
Primary Methods: Spectroscopy, Filtration, Statistical Analysis
Studying acoustic and visual communication systems in reef fish communities, focusing on reproductive behaviors and predator-prey interactions.
Primary Methods: Hydrophone Arrays, Video Analysis, Behavioral Observations
Research Infrastructure
Equipped for DNA/RNA extraction, PCR, sequencing, and genetic analysis. Supports studies in population genetics, phylogenetics, and molecular ecology.
Equipment includes thermocyclers, electrophoresis systems, and next-generation sequencer.
Analysis of water quality parameters, nutrient cycling, and contaminant detection. Supports environmental monitoring and pollution studies.
Equipment includes spectrophotometers, chromatography systems, and automated analyzers.
Advanced imaging for cellular and anatomical studies. Includes light, fluorescence, and electron microscopy capabilities.
Supports research in histology, cytology, and microstructural analysis of marine specimens.
Research Metrics
Our research output spans multiple methodologies, with increasing emphasis on interdisciplinary approaches combining field observations with laboratory analysis and technological applications.
Scientific Contribution
Journal of Marine Biology, Vol. 45(3): 210-225. Study reveals unique genetic adaptations in Porites corals to elevated temperatures.
Coral Reefs, Vol. 42(2): 455-470. Documentation of 12 new species records in deep-water reef ecosystems.
Marine Pollution Bulletin, Vol. 185: 114-129. Comprehensive survey of microplastic pollution in coastal habitats.
Journal of Experimental Marine Biology, Vol. 556: 151-168. Analysis of sound production in damselfish communities.