Most of the marine fish landings from the Indian waters are from the fishing operations in the coastal shelf area, especially from the shallower region ranging from 5 to 100 m depth (Rao, 2010). Heavy demand for seafood in domestic and international markets underlines the need for increasing the marine fish production. Catch trends indicated that the production from the coastal fisheries is almost stagnant and point towards the need for harvesting unexploited or under exploited oceanic fish resources. Present fleet size of the distant water fishing vessels is very less in spite of India’s vast EEZ of 2.02 million sq km and two Islands groups, viz., Andaman, Nicobar and Lakshadweep.The estimated potential yield of oceanic tuna resources is 2.78 lakh tonnes (Pillai and Jyothi, 2007). Potential of total tuna resources in Lakshadweep Islands is estimated at about 50,000 tonnes (Pillai et al., 2006). A total tuna landing in India in 2010 was 60,512 tonnes along the mainland and 7,883 tonnes in Lakshadweep. The landings trends of these high values fishes indicated a further scope for the expansion of the fisheries. The oceanic tuna fishery of the Indian Ocean is contributed mainly by four species viz.,yellowfin tuna, southern bluefin tuna, albacore tuna and bigeye tuna (Joseph, 1972).
The effect of depth of operation and soaking time on catch rates in the experimental tuna longline fisheries in Lakshadweep Sea, India
The effect of depth of operation and soaking time on catch rates in the experimental tuna longline fisheries in Lakshadweep Sea, India
K. V. Aneesh Kumar, P. Pravin, Paresh S.Khanolk, M. V. Baiju, B. Meenakumari
(Iranian Journal of Fisheries Sciences-
Jun 2015)
Abstract