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Discover how the expansion of a single tree species, Carpinus betulus, can reshape the very foundations of temperate forest ecosystems, altering soil properties and nutrient cycling.
Researchers uncover the intricate architecture and geomorphology of ancient fluvial channel systems in the Arabian Basin, providing insights into the region’s geological history and potential for hydrocarbon and subsurface storage.
Researchers uncover the role of the complement system in the development of severe lung injury in COVID-19 patients, paving the way for new targeted treatments.
Researchers uncover the remarkable antioxidant and anticancer potential of the Iris kashmiriana flower, a promising source of natural bioactive compounds.
Researchers uncover the potential of a sequential high-dose steroid and short-course oral glucocorticoid therapy in treating severe influenza pneumonia, with promising implications for reducing the need for mechanical ventilation and preventing pulmonary fibrosis.
Researchers uncover concerning inconsistencies and biases in AI language models’ responses to political topics, raising questions about the reliability of AI-powered information sources.
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NASA’s NIAC program is funding 15 cutting-edge space technology concepts that could revolutionize exploration and habitation in the solar system.
Groundbreaking research from Svalbard’s Lake Steinbruvatnet reveals surprising connections between Arctic temperatures and storm patterns, challenging assumptions about climate change impacts.
Researchers uncover the intricate relationship between vegetation growth and water resources in China’s Yangtze River Basin, offering insights for sustainable ecosystem management.