The Amazon River, a vital artery of the Brazilian rainforest, has reached its lowest point in over a century, causing significant disruption to the lives of hundreds of thousands of people and wreaking havoc on the delicate jungle ecosystem.

Dwindling tributaries have left boats stranded, cutting off essential supplies to remote villages and devastating the river’s rich biodiversity, including the endangered river dolphins. The city of Manaus, located where the Rio Negro meets the Amazon River, is grappling with historically low water levels, posing a severe crisis for the region’s most populous urban center.

Deep in the heart of the Amazon rainforest, villagers have been enduring relentless months of drought. The diminishing water levels in the region’s rivers and lakes have hindered the movement of ships and boats, which serve as the primary means of transportation in the area. They also provide the sole access to vital health and educational resources for many communities.

The current drought is aggravated by two concurrent natural phenomena, the most prominent of which is El Niño. These phenomena impede the formation of rain clouds, further reducing the already meager rainfall that typically occurs during the dry season.

Researchers have discovered over 100 Amazonian river dolphins lifeless in a lake in Amazonas state. This tragedy is likely attributable to elevated water temperatures and the plummeting water levels in the area.

The state of Amazonas is bracing itself for what could be the most severe drought in its history. This crisis is expected to impact around 500,000 people by the end of October. In response, the federal government has established a task force to alleviate the repercussions of this catastrophe, promising to dispatch water, food, and medicine to the affected areas.

It is worth noting that the Amazon region traditionally experiences reduced rainfall during this time of the year. However, the drought of 2023 has been intensified by the simultaneous occurrence of two natural events that obstruct cloud formation, further exacerbating the scarcity of rainfall in the region.