Final consultation for multi-hazard early warning system policy [1]
Thursday, April 18, 2024 - 20:41
Early warning systems are essential to mitigate the impact of natural disasters in Tonga. “Timely and accurate warnings save lives, protect livelihoods and preserve the fabric of our communities," said the Acting CEO of MEIDECC Mr. Vatulele Tuputupu at a stakeholders consultation today.
The final consultation on the national multi-hazard early warning system policy (MHEWS) is being held over two days 18-19 April at the Fa'onelua Centre in Nuku'alofa/
MEIDECC’s Department of Meteorology led the consultation to address critical issues of disaster risk reduction and resilience in Tonga, engage in meaningful dialogues, and collectively develop a multi-hazard early warning policy that will guide Tonga's efforts in disaster risk reduction, for years to come.
In his keynote remarks Mr Tuputupu recognized the pressing need to strengthen resilience and preparedness in the face of natural hazards such as cyclones, tsunamis, volcanic eruptions, severe weather and climate change.
“The significance of early warning systems in mitigating the impact of disasters cannot be overstated," he said.
“However, effective early warning systems require more than just technological advancements; they demand robust policies, coordinated actions, and the active involvement of all stakeholders.”
“By working together, we can build a Multi-Hazard Early Warning policy that serves as a beacon of hope and resilience for generations to come.”
First draft of policy
The Acting Director for Tonga MET Service (MEIDECC) Mr. Laitia Fifita presented the first Draft of the National MHEWS policy.
He said Tonga is extremely vulnerable to the effects of natural hazards. The country is still recovering economically from recent natural disasters, including the damage from the Hunga Tonga Hunga Ha'apai volcanic eruption that cost 36.4% of Tonga's GDP.
"By developing this MHEWS policy for Tonga, effective warning systems can be enhanced and maintained ... to mitigate and minimise the impacts from natural hazard events."
However, they expect it will take six years to put effective systems into place by 2030.