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Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): Qi Feng, Tao Li, Sang Chen, Laura F. Robinson, James Kershaw, Joseph A. Stewart, Qian Liu, Maoyu Wang, Tianyu Chen

Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): A. Vega-Ruiz, V. Delgado, S. Racano, R Clementucci, V. Veliz-Borel, M. Espinoza, A. Encinas, D. Melnick, R. Larregla, C. Asenjo, P. Zambrano

Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): Dru-Ann Harris, Karl A. Lang, Duna C. Roda-Boluda, Marcus Kurth

Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): I. Genot, P. Cartigny, M.D. Kurz

Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): S. Tassara, A. Inostroza, A. Olivares, D. Hernández-Uribe, M. Reich, F. Barra, R. Romero, J.J. Ague, D. Tardani, C. de los Santos Valderrama

Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): Jiewei Hu, Dengfeng Li, David Chew, Simon W. Poulton, Yanhui Dong, Jinzhou Peng, Yu Fu, Xiaoming Sun

Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): Guillaume Leseigneur, Manuel Reinhardt, Fatma Yesil Sahan, Uwe Meierhenrich

Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): Dian Ji, Rajdeep Dasgupta

Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): Grant A. Block, Mousumi Roy, Brandon Schmandt

Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): Guangming Su, Guillaume Avice, Félix Vayrac, Raphaël Melis

Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): Yongliang Bai, Jiahao Tian, Yuanpeng Liu, Dongdong Dong, Shiguo Wu, Sanzhong Li, Xuan Mu

Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): Xiaofeng Lu, Olivier Namur, Yongjiang Xu, Bernard Charlier, Yanhao Lin

Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): Zhihua Xiong, Noriko T. Kita, Michael C. Jollands, James A. Van Orman

Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): Xinyu Zou, Yong Zhao, Xiaocai Shan, Jilian Jiang, Ross N. Mitchell, Yi Zou, Hao Wang, Wei Yang, Zhuosen Yao, Kezhang Qin, Xian-Hua Li

Publication date: 15 September 2026

Source: Earth and Planetary Science Letters, Volume 690

Author(s): Saeed Mohanna, Lingsen Meng, Alessandro Vuan, Hongyu Yu

In much of Asia, the effects of climate change are felt through an increased frequency of extreme weather events, especially water-related ones. Droughts are becoming more common in mainland Southeast Asia, while periods with unusually large amounts of rainfall are increasing in Central Asia. Rice University's Na Wang and Sylvia Dee were interested in understanding whether these two extremes were related, despite being geographically distant. The researchers' findings were recently published in Nature Geoscience.

Cardiff University leads a multidisciplinary research collaboration representing academia and multiple nongovernmental organizations (NGOs) to explore Somalia's 2023 El Niño floods and lessons learned from a similar event in 1997. The research, which has yet to undergo peer review, was released as a preprint on Earth ArXiv because academics believe the situation ahead of this year's Deyr season—the secondary, shorter rainy season in the Horn of Africa, typically running from October to December—could be much more serious, and the findings have urgent implications for planning now.

A recent study, published in Geophysical Research Letters, combines historical satellite observations with atmospheric reanalysis data to construct a multidecade record of low-cloud cover in the hope of improving current climate models.

Natural hydrogen is considered a potential low-carbon energy source. But how much is generated underground—and how quickly? An international research team led by the LIAG Institute for Applied Geophysics in Hannover has published the first process-based estimates for the Western Pyrenees and Northern California in Nature Communications. The calculated production rates are lower than earlier theoretical estimates. The study's new evaluation method, through the open-source tool PoNHy, allows more realistic assessments and can be applied to other regions to identify promising geological systems more precisely and evaluate their potential.

The end-Triassic mass extinction, 201 million years ago, is linked to volcanism that resulted from the break-up of Pangea and which pumped out vast amounts of CO2 into the atmosphere, causing extreme global warming of 5 to 10 degrees Celsius. As a result, tree-dominated vegetation collapsed and the highly disturbed landscapes were colonized by ferns that formed savannahs across large swaths of what is now Northwest Europe.