Tamil Nadu Finalises Oil Spill Contingency Plan for Coastline

-



Identifying Risk Areas

  • The Tamil Nadu State Oil Spill Disaster Contingency Plan has identified four districts as ‘very high’ risk for oil spills:Ramanathapuram
  • Thoothukudi
  • Gulf of Mannar islands
  • Thiruvallur

In addition to these, Kanniyakumari and Chennai are considered ‘high-risk’ areas. The plan focuses on 15 sensitive zones, which need special attention and quick action if an oil spill happens.

Protecting Critical Ecological Zones

  • Certain regions with fragile ecosystems are given special protection under the plan, including:Gulf of Mannar
  • Thoothukudi salt pans
  • Beaches at Manapad, Rameswaram, and Tiruchendur
  • Palk Bay and Kanniyakumari
  • Mangroves in Pudukkottai and Thanjavur
  • Tharangambadi and Velankanni beaches
  • Vedaranyam and Muthupet lagoons
  • Pichavaram, along with Kollidam and Vellar estuaries
  • Kaliveli and Cheyyur lagoons
  • Urban beaches in Chennai

Who Manages the Response?

The Tamil Nadu State Disaster Management Authority will be responsible for handling oil spills. They will work closely with District Collectors, who will take the lead in their respective areas. This coordination is vital for a quick and effective response to any spill emergencies.

Steps for Cleaning Up Oil Spills

The plan outlines a clear, four-step process for cleaning oil spills along the shoreline:


#TamilNadu
#OilSpill
#CoastalProtection
#EnvironmentalSafety
#OilSpillResponse
#CoastalConservation
#MarinePollution
#SustainableCoastlines
#EnvironmentalProtection
#EcoFriendlySolutions

Comments

Post a Comment

Popular posts from this blog

ISRO Receives Satellites for SPADEX Docking Mission

-
Image
  The Indian Space Research Organisation (ISRO) has recently acquired two 400kg satellites for an important mission called SPADEX, or Space Docking Experiment. This mission aims to demonstrate the ability of two satellites to dock in space, marking a key step for future space missions. SPADEX Mission Overview SPADEX involves launching two satellites into slightly different orbits using a single rocket. Once in space, these satellites will travel at speeds of approximately 28,000 km/h. They will align and perform a ‘space handshake’ to dock together, forming one orbiting unit. This docking capability is crucial for future missions, including  Chandrayaan-4  and the proposed Indian Space Station. Significance of Docking Docking technology is essential for various space operations. For instance, when astronauts travel to a space station, their spacecraft must dock precisely with the station. This ensures safe transfer of crew and cargo. SPADEX will validate the autonomous re...
Read more