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Showing content from https://www.nature.com/ngeo/ below:

Nature Geoscience

Featuring content on davemaoite, melting giant icebergs, human-induced mantle flow, and more.

• Correspondence25 Mar 2025

• Correspondence31 Mar 2025

• ArticleOpen Access03 Apr 2025

• ArticleOpen Access28 Mar 2025

• ArticleOpen Access04 Apr 2025

• Collections open for submissions

  Nature Geoscience welcomes submissions to curated open collections, including:

  * Progress towards the Sustainable Development Goals

  * Fire impacts and management

  * Wind, water and dust on Mars

  * Peatlands and wetlands

  * Change in the Amazon

  * Flood risk

  * Marine heatwaves

• Focus on the future of ocean drilling

  Following the decommissioning of a key vessel, the future course for continued scientific drilling of the ocean floor is being discussed across Earth sciences fields. Here, we collate research published in Nature Geoscience that used core samples from international drilling programs and opinion pieces touching on the challenges and opportunities for future scientific ocean drilling.

• ArticleOpen Access06 May 2025

• ArticleOpen Access01 May 2025

• ArticleOpen Access28 Apr 2025

• • Extreme Indian summer monsoons reduce marine productivity

    The Indian summer monsoon plays a key part in influencing marine life in the Bay of Bengal. Palaeoceanographic records reveal that both extremely weak and strong monsoon phases led to declines in marine productivity. Future monsoon shifts pose a disruptive threat to the stability of regional ecosystems and fisheries.

  • Fluctuating evolution of seawater oxygen before the Great Oxidation Event

    Atmospheric oxygen, supplied from the oceans, dramatically rose during the Great Oxidation Event. Our examination of the preceding evolution of seawater oxygenation revealed that the redox state in seawater oscillated between oxic and anoxic conditions before oceanic oxygenation again increased towards the dawn of the Great Oxidation Event.

  • Early start to volatile cycling

    Ancient metamorphosed basalts show a sulfur isotopic fingerprint of surface sediment, suggesting volatile cycling by a subduction-like process was occurring more than 3.8 billion years ago.

  • Oscillating Archean oxygen oases

    The rise of oxygen in the early Earth’s atmosphere remains enigmatic in its timing and extent. Insights from thallium isotopes in Archean shales suggest that it may have experienced flips in oxygenation on a global scale prior to 2.5 billion years ago.

Following the decommissioning of a key vessel, the future course for continued scientific drilling of the ocean floor is being discussed across Earth sciences fields.

Focus 06 Dec 2024

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