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An experiment was conducted in glass jars for four weeks to assess the efficiency of fish hydrolysate (FH) of 0.01, 0.05, 0.25, 1.25 and 6.25 ml L concentration on the production and growth of primary producers. T-3 (0.25 ml L) dose of FH has been found to maintain the water quality parameter to be within optimum level. And it ranged from pH (6.4-7.7), conductivity (312.0–355.3 μs/cm), alkalinity (51.3-86.0 mg/l), Hardness (38-86 mg/l), CO2 (2.0-6.7 mg/l), Ammonia (0-0.3mg/l), Nitrite (0-0.1 mg/l). Around 31 genre of phytoplankton belonging to Chlorophyceae (9), bacillarioyophyceae (8), cyanophyceae (7) and zooplankton (7) were identified. The results show that FH treatment 0.25 ml Lin T-3 enhances the phytoplankton and zooplankton production than other jar waters. So it has been recommended for application in aquaculture ponds as a biofertilizer for the well growth of the plankton species.

In-Vitro Assessment of Plankton Production Using Fish Hydrolysate