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Climate change-induced sea-level rise, salinity intrusion, sudden water surge, natural calamities, etc. affect the fish biodiversity, food security, and coastal livelihoods that highlight the necessities of developing climate-resilient strategies e.g. adaptive aquaculture techniques. Cage culture of salinity-tolerant fish may be an adaptation strategy to compensate for the losses of freshwater fish production by climate change in coastal areas. Therefore, a 120-day long field experiment was conducted to evaluate the cage culture potentiality of  Mystus gulio  in the coastal region of Bangladesh. Three treatments at the stocking density of 90 (T 1 ), 135 (T 2 ), and 180 (T 3 )/m 2  were stocked in nine cages (1.115 m 2 ). Significantly ( p &lt;0.05) higher growth performance and feed utilization were recorded in T 1  followed by T 2  and T 3 . In return, considering overall growth, survival, production, coast-benefit analysis, T 2  was found more profitable followed by T 3  and T 1 . This result revealed that the culture of  M. gulio  in floating net cages might be a potential climate-adaptive aquaculture technique in the coastal region. However, further research works are necessary for optimizing stocking density, nutrition, social acceptance, etc. before conclude it as a viable climate-resilient adaptive aquaculture practice.

journal of applied aquaculture

Assessing cage culture potentiality of long whiskers catfish,  Mystus gulio  (Hamilton, 1822) in relation to climate change adaptation in Bangladesh coast