Recent heavy rains in Central America have led to tragic consequences, with three men drowning in Guatemala while attempting to cross an overflowing river. The incident occurred in the municipality of Jalpatagua, near the border with El Salvador, as two men bravely tried to rescue another who was struggling in the swollen Pulula river. Despite efforts to swim against the strong current, all three men tragically lost their lives.
These fatalities are part of a larger pattern of death and destruction caused by the relentless rains in the region. In El Salvador, 11 people have lost their lives over the past week, prompting the government to cancel school and open shelters for those displaced by the inclement weather.
The severe weather conditions are attributed to two weather systems affecting the area: one along Guatemala's Pacific coast and another in the Gulf of Mexico. These systems have brought saturating rains to southern Mexico and Central America, leading to widespread flooding, road collapses, and destruction.
Guatemalan President Bernardo Arévalo personally oversaw the repair of the country's main highway towards the Pacific, which had collapsed due to heavy rainfall. Meanwhile, El Salvador has activated 58 out of 125 shelters nationwide, accommodating over 1,800 individuals affected by the storms.
Salvadoran Civil Protection has reported significant damage across the country, including 69 homes with minor damage, three with major damage, 150 landslides, 300 fallen trees, and 233 destroyed roads and highways. The situation remains critical, with a climate forecast warning of continued heavy rains impacting El Salvador and Central America throughout the week.
The forecast highlights the potential for further accumulations of rain in coastal regions and volcanic mountain ranges, underscoring the ongoing threat posed by the persistent and intermittent downpours. As the region grapples with the aftermath of these devastating storms, authorities are working tirelessly to mitigate the impact and ensure the safety of all residents.
