Marine Biodiversity at Hybrid-Ocean Thermal Energy Conversion (H-OTEC) Sites Malaysia
These studies document the existing marine flora and fauna, habitat types, and ecosystem functions before and after the installation and operation of H-OTEC systems. These assessments evaluate the potential impacts of H-OTEC installations on marine ecosystems. They consider factors such as changes in water temperature, chemical composition, and physical disturbances. This help identify sensitive species and habitats that may be at risk and outline mitigation strategies. Once H-OTEC systems are operational, continuous monitoring is essential to track changes in marine biodiversity. This involves regular data collection on water quality, temperature, and species health. Specific species or groups of organisms, known as biological indicators, are monitored to detect early signs of environmental stress. For instance, coral health, plankton populations, and fish diversity are critical indicators of the overall health of the marine ecosystem. The successful integration of H-OTEC technology in Malaysia hinges on thorough assessment, diligent monitoring, and sustainable practices. By prioritizing marine biodiversity and ecosystem health, Malaysia can harness the benefits of renewable ocean energy while preserving its rich marine heritage for future generations.