Marine life faces threat as Arabian Sea heats up, intensifies cyclones, says NIO
Experts at the CSIR-National Institute of Oceanography (NIO) have found a significant rise in sea surface temperatures in the Arabian Sea due to a decrease in wind speed and the influx of 'spicy' waters from the Red Sea and the Persian Gulf. This increase in temperature and salinity levels has raised concerns about its impact on marine life and ecosystems. It can lead to thermal stress on coral reefs, disruptions in fishing patterns, changes in planktonic species, and even affect weather patterns and cyclone formation.
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Experts at the CSIR-National Institute of Oceanography (NIO) have found a significant rise in sea surface temperatures in the Arabian Sea due to a decrease in wind speed and the influx of 'spicy' waters from the Red Sea and the Persian Gulf. This increase in temperature and salinity levels has raised concerns about its impact on marine life and ecosystems. It can lead to thermal stress on coral reefs, disruptions in fishing patterns, changes in planktonic species, and even affect weather patterns and cyclone formation. 
