Tropical Cyclone Chido is predicted to strike Pemba, Mozambique, on December 15, 2024, bringing heavy rain and strong winds. An estimated 1.7 million people are at risk, particularly in Cabo Delgado and Nampula, with concerns regarding urban flooding and a worsening cholera outbreak.
Tropical Cyclone Chido is a significant weather event anticipated to affect several regions in Mozambique. Scheduled to make landfall in Pemba on December 15, 2024, its intensity categorizes it as an Intense Tropical Cyclone. Forecasts predict substantial rainfall of up to 200mm within 24 hours and gusty winds reaching speeds of 120 km/h from December 15 to 17. The cyclone is expected to impact the Cabo Delgado and Nampula provinces most severely, with particular risks of urban flooding in low-lying areas of Pemba City. Approximately 1.7 million individuals are at risk, with one million residing in Cabo Delgado facing high winds. Concerns are amplified due to the ongoing cholera outbreak in Nampula, which may worsen amid this disaster.
The impending arrival of Tropical Cyclone Chido highlights the vulnerability of Mozambique, especially the northern provinces. Historical context indicates the cyclone’s similarity to past intense weather patterns such as Cyclones Gombe and Freddy, which had devastating effects. In addition, the current cholera outbreak in Nampula underscores the compounded risks presented by Chido, as adverse weather could exacerbate public health crises. Effective emergency management is essential as the government prepares to address potential flooding and disaster relief efforts.
In conclusion, Tropical Cyclone Chido poses a serious threat to many areas of Mozambique as it approaches landfall. Effective disaster management strategies will be crucial in mitigating the impact on over 1.7 million people, particularly in Cabo Delgado and Nampula. The potential for severe flooding and the ongoing cholera outbreak only add to the urgency for comprehensive preparedness and response measures to protect affected communities.
Original Source: reliefweb.int
