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An international examination involving over 21,000 river systems revealed that close to 80% of the planet's rivers are experiencing a drop in oxygen levels due to climate change, agricultural runoff, and sewage contamination. Prominent rivers in the US, such as the Mississippi and Ohio, are exhibiting significant reductions in oxygen, jeopardizing drinking water safety and aquatic habitats. Researchers caution that this emergency could impact US water infrastructure within ten years if prompt measures are not taken.
Transcript
00:00A sweeping global scientific study has delivered a deeply alarming finding.
00:04Nearly 80% of the world's rivers are quietly losing oxygen,
00:08and the implications for American drinking water, public health, and aquatic ecosystems are profound.
00:15The analysis covered more than 21,000 river systems worldwide
00:19and found that deoxygenation, driven primarily by climate warming, agricultural runoff,
00:26and sewage pollution is accelerating across virtually every major river system on Earth.
00:32When rivers lose oxygen, aquatic life dies.
00:36Fish populations collapse.
00:38Toxic algae blooms replace healthy ecosystems.
00:41And the water that flows into American reservoirs, treatment plants.
00:45And ultimately, kitchen taps becomes harder, more expensive, and in some cases, dangerous to treat.
00:51Major U.S. rivers, including the Mississippi, the Ohio, and the Colorado,
00:56are among those showing measurable oxygen decline over the past several decades.
01:01Scientists warn that without immediate action on agricultural runoff and water quality standards,
01:08American drinking water infrastructure faces a slow-motion crisis
01:12that will become impossible to ignore within a decade.
01:15This is not a distant environmental story.
01:18This is arriving in your water supply.
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