Sea Surface Temperature (Mauritius)

The SST around Mauritius is a dynamic and vital aspect of its natural environment, with significant implications for its climate, weather patterns, and marine ecosystems.

Mauritius experiences sea surface temperatures (SST) that are influenced by its tropical climate and oceanic currents. The SST around Mauritius is a critical factor for both the marine ecosystem and the island's climate, impacting everything from coral health to weather patterns.

Please note:  August 2021 value is Not Available

 
   
Seasonal Variations:
  • Summer (November to April): During the summer months, SST can rise significantly, typically averaging between 26°C and 29°C. These warmer temperatures can lead to increased risks of coral bleaching, especially if temperatures exceed the upper threshold for prolonged periods.
  • Winter (May to October): In winter, the SST cools down, averaging between 23°C and 25°C. The cooler waters are generally more conducive to marine life health, reducing the stress on coral reefs and helping to support rich marine biodiversity.
  •  
Influences on SST:
  • Ocean Currents: The warm Agulhas Current flowing from the Indian Ocean significantly influences the SST around Mauritius, bringing warmer waters from the equatorial region.
  • Climate Change: Over recent decades, there has been a noticeable increase in SST, attributed to global climate change. This gradual warming trend poses long-term risks to the marine ecosystems, particularly coral reefs which are sensitive to temperature changes.
  •  
Impacts of SST Variations:
  • Marine Life: Warmer waters can enhance the growth rates of some species but also lead to negative impacts like coral bleaching and the alteration of fish distributions.
  • Weather Patterns: SST plays a crucial role in determining local weather conditions, influencing cyclone formation and intensity in the region. Warmer sea temperatures can lead to more intense and frequent cyclonic activities.

 

Monitoring and Research:
  • Mauritius actively monitors SST through local meteorological services and collaborates with international oceanographic institutions. This monitoring helps in predicting weather phenomena and managing marine resources effectively.