!Researchers used the manned submersible Fendouzhe to reach the trenches
!Tube-dwelling polychaetes at Aleutian Trench filmed 6870 m deep
India’s initiatives in oceanographic research could benefit considerably from findings like these as they provide insight into undiscovered ecological systems powered through chemosynthesis rather than sunlight-based photosynthesis-key areas for biodiversity studies and biotechnology innovation. With existing investments into projects like Deep Ocean Mission, India might leverage such breakthroughs to bolster understanding of trench ecosystems within its maritime domain or beyond.The research also underscores humanity’s limited exploration (<0.001%) of deep-sea zones globally-a reminder that India's vast Exclusive Economic Zone remains ripe for study amid rising interest in sustainable marine resource development under policies such as India's Blue Economy ambitions. This discovery drives home the importance of interdisciplinary collaboration across geology, biology, and technology-critical values India can reflect within international dialogues on deep-sea preservation alongside expansion into practical applications like renewable fuels or bioengineering inspired by extremophile organisms thriving under extreme conditions worldwide.