Did Impacts From Meteors Help Start Life on Earth?

Did Impacts From Meteors Help Start Life on Earth?

Rutgers University

Published: 3 April 2026

A Rutgers study argues hydrothermal systems created by meteor impacts may have been critical for life's origin, strengthening the case beyond deep-sea vent theories with implications for Europa and Enceladus.

Keywords: meteor impacts, origin of life, hydrothermal vents, astrobiology, Europa, Enceladus, deep-sea, marine geology

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Study explores how science can support and enable the High Seas Treaty

Study explores how science can support and enable the High Seas Treaty

University of Plymouth

Published: 2 April 2026

An international study identifies scientific and technological challenges that could hamper High Seas Treaty implementation, recommending AI, autonomous vessels, and expanded capacity building.

Keywords: High Seas Treaty, BBNJ, ocean governance, marine biodiversity, autonomous vessels, artificial intelligence, marine policy

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Sinking secrets: Following carbon from the surface to the seafloor

Sinking secrets: Following carbon from the surface to the seafloor

Monterey Bay Aquarium Research Institute

Published: 12 April 2026

MBARI scientists deployed the Sedimentation Event Sensor to track how organic carbon sinks from the ocean surface to the deep seafloor, advancing understanding of the biological carbon pump.

Keywords: carbon flux, marine snow, sedimentation, deep sea, biological carbon pump, ocean carbon cycle, seafloor

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