Rs 4.98-crore initiative to unravel biodiversity patterns and build AI tools for next-generation marine research

In a significant stride towards unraveling the mysteries of India’s deep marine ecosystems, the ICAR–Central Marine Fisheries Research Institute (CMFRI) has set in motion an ambitious deep-sea expedition to ուսումնասիր the rich and largely uncharted fishery resources associated with seamounts in the Arabian Sea. The initiative places particular emphasis on cephalopods—enigmatic and ecologically vital species such as squid, cuttlefish, and octopus.

Supported by a financial outlay of Rs 4.986 crore from the Ministry of Earth Sciences, the two-year programme seeks to weave together a detailed scientific narrative of the diversity, distribution, life processes, and ecological significance of cephalopods inhabiting the seamount landscapes of the eastern Arabian Sea. The project finds its place within the broader canvas of the Deep Ocean Mission, reflecting the nation’s growing resolve to explore and conserve its deep-ocean frontiers.

A distinctive highlight of the expedition is the infusion of advanced artificial intelligence, envisioned to enable swift and precise identification of cephalopod species. This technological edge is poised to transform conventional approaches to deep-sea biodiversity assessment, lending both speed and sophistication to scientific inquiry.

The research endeavour is being carried forward through a collaborative framework involving CMFRI’s Kochi headquarters, its Mangaluru Regional Centre, and the National Institute of Technology Karnataka. Together, these institutions are charting exploratory surveys across carefully selected seamounts in the southeastern Arabian Sea.

The maiden survey voyage, undertaken aboard a dedicated research vessel, was complemented by concurrent sampling operations from a fishing vessel operating out of Azheekal Fishing Harbour. These coordinated efforts have begun to shed light on the intricate assemblages of cephalopods thriving within seamount habitats.

As the expedition unfolds, it is expected to yield profound insights into the hidden dynamics of deep-sea ecosystems, paving the way for informed conservation strategies and the sustainable stewardship of seamount-associated fisheries. In doing so, the initiative underscores a harmonious blend of scientific curiosity, technological innovation, and ecological responsibility.