Cyclone Chido Devastates Mozambique: Over 90,000 Children Affected

Cyclone Chido has caused extensive damage in Mozambique, impacting over 90,000 children and destroying thousands of homes. The storm intensified the existing humanitarian challenges in Cabo Delgado province, and UNICEF is mobilizing resources for emergency relief, seeking $10 million to assist vulnerable communities in the aftermath of this disaster.

Cyclone Chido has wreaked havoc in Mozambique’s Cabo Delgado province, leaving over 90,000 children affected and more than 35,000 homes destroyed. The storm, which made landfall on December 17, 2024, also damaged educational and healthcare infrastructure, including 186 classrooms and 20 health facilities. The region, already vulnerable due to ongoing conflict, drought, and disease outbreaks, faces increased dangers from waterborne illnesses due to the cyclone and is projected to experience a worsening food insecurity crisis. UNICEF is coordinating an emergency response and urgently requires $10 million to aid those impacted by this disaster.

Mozambique is one of the most vulnerable nations to climate change, experiencing a multitude of crises including conflict and natural disasters. The Cabo Delgado region has been embroiled in conflict for over seven years, resulting in significant internal displacement. The recent Cyclone Chido has exacerbated these challenges, severely impacting children and families and further straining the country’s already fragile infrastructure. With ongoing challenges from cholera and other diseases, the humanitarian situation requires immediate action.

In conclusion, Cyclone Chido has significantly affected Mozambique, particularly in Cabo Delgado, adding to the existing vulnerabilities created by ongoing conflicts and climate change. The urgent response needed from UNICEF highlights the dire situation faced by children and families in the region. Addressing these emergencies comprehensively is crucial to mitigate the long-term impacts on the affected populations.

Original Source: reliefweb.int