A 24-hour live video stream is broadcasting wildlife and environmental changes from a riverbank in the Amazon basin [1].

The broadcast serves as both a source of soothing nature content and a record of the ecological stress facing the region. By providing a constant window into the jungle, the stream documents how abnormal weather patterns are altering one of the world's most critical ecosystems.

The footage originates from a quiet riverbank located approximately 80 km upstream from the confluence of Brazil’s Negro River and Solimões River [1]. Viewers can see parrots crossing the dawn sky and hear the chorus of frogs and insects at night. The narration said that the river is home to various fish, crocodiles, and pink dolphins [1].

While the current stream captures the beauty of the jungle, it also highlights a history of severe instability. The narration said that in November 2023, the river in front of the camera dried up completely [1]. This event marked a period of extreme drought that threatened local biodiversity.

Water levels continued to fluctuate in subsequent years. The narration said that during the second half of 2024, water levels fell dramatically again, to the point where the river's flow was momentarily impossible to confirm [1]. These recurring drops in water levels indicate a trend of abnormal weather affecting the Amazon river system.

The project is a collaboration involving Tele Asahi and the ANNnewsCH YouTube channel [1, 2]. By maintaining a constant presence in the basin, the broadcasters aim to bring global attention to the fragile state of the tropical rainforest.

“In November 2023, the river in front of the camera dried up completely.”

The transition of the Amazon from a perennial powerhouse of water to a system experiencing total drying in certain areas suggests a shift in regional climate stability. When major tributaries like the Negro River experience such extreme lows, it disrupts the migration and survival of aquatic species and threatens the transportation networks that local communities rely on for survival.