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Communities are adopting new ways to prepare for floods, wildfires, heat and hurricanes.

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<em>Earth's Future</em> is a transdisciplinary, open access AGU journal examining the state of the planet, sustainable and resilient societies, and the science of the Anthropocene.

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Wildfire activity in Europe is driven by various compounding conditions, dominated by drought conditions and vapor pressure deficit, according to an integrated analysis of land-surface parameters and ...

Regional NZ heatwaves once considered one-in-300-year events now concerningly more common.

The World Meteorological Organization has certified a new world record for the longest lightning flash—an astonishing 829 kilometers— sssss

A scientific study using supercomputer climate simulations has projected what Earth's climate might look like in approximately 250 million years when all continents merge into a single supercontinent called Pangea Ultima. The research, published in Nature Geoscience, identifies a combination of three major factors that would create extremely hostile conditions for mammals: the tropical positioning of the massive landmass, which would drive up global temperatures; a brighter Sun emitting about 2.5% more radiation than today; and naturally rising atmospheric CO₂ levels exceeding 600 ppm. These elements create a 'triple climate punch' leading to widespread heat extremes. Vast inland regions of the supercontinent could experience average temperatures between 40°C and 70°C (104°F to 158°F), with high humidity making it difficult for mammals, including potential future humans, to cool themselves through sweating. This would render large areas uninhabitable due to risks of deadly overheating even with minimal physical activity, compounded by water scarcity and ecosystem collapse. While the scenario is far in the distant future and does not account for human technological advancements, the study underscores the fragility of Earth's climate systems and serves as a reminder of the importance of addressing current human-driven climate challenges through emissions reductions and carbon neutrality efforts. The findings highlight how planetary geology, solar evolution, and atmospheric chemistry interact to influence long-term habitability.