Muslims in the Adamawa Region of Cameroon are facing significant challenges as they observe the holy month of Ramadan amidst scorching temperatures reaching between 45°C and 50°C.
The extreme heat has forced many residents to seek refuge in Ngoundere, the regional headquarters, where temperatures are comparatively milder.
Reports indicate that the high temperatures have posed difficulties for fasting Muslims, impacting their ability to observe Ramadan rituals and traditions.
As a result, individuals and families have migrated to Ngoundere, where they can access furnished apartments equipped with air conditioning, providing relief from the oppressive heat.
The influx of people into Ngoundere has led to a surge in rent prices in residential areas such as Hauts-Plateaux, Mbideng, Baladji II, and Centre Commercial.
Local landlords like Alhadji Oumarou told Cameroon Tribune his five furnished apartments in Mbideng-Conteneur were all rented out even before Ramadan started and demand is on the rise.
Faced with the high demand, he was forced to rent out other houses at his disposal.
The prevailing high temperatures in the Adamawa Region are attributed to the effects of climate change, with many parts of Cameroon experiencing similar conditions.
The National Observatory on Climate Change (ONACC) had predicted a heatwave between March 21-30, characterized by hotter nights and increased temperatures.
However, temperatures have surpassed expectations, exacerbating the challenges faced by residents.
Speaking on the national radio during an interview, the Deputy Managing Director of ONACC, Forghab Patrick, said the high temperatures were expected to persist until early April 2024, with average temperatures projected to reach 40°C.
This prolonged heatwave poses serious environmental, economic, social, and health risks, including respiratory issues, heat-related illnesses, and dehydration.
ONACC has advised people to stay hydrated, avoid prolonged exposure to the sun, and shower with lukewarm water to alleviate the effects of the extreme heat.
