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A new study provides a tool for potentially recouping the costs of extreme weather amplified by climate change. It offers a scientific framework that can be used to trace specific climate damages back to emissions from individual fossil fuel companies.

New research shows that job growth in our region has been faster in areas with serious wildfire danger, a trend that raises the prospect of serious economic fallout from major blazes.

Researchers show that Google’s LLM Gemini can comb through these social media posts to provide estimates of earthquake ground shaking intensity corresponding to Modified Mercalli Intensity (MMI) Scale scores typically used to measure earthquake severity.

A research team led by Prof. MAO Miaohua at the Yantai Institute of Coastal Zone Research of the Chinese Academy of Sciences, has developed a method for predicting storm surges.

Like a smoky umbrella, wildfire smoke particles blocked incoming solar radiation, cooling the areas below. However, the cooling smoke layer also trapped harmful airborne contaminants.

A recent study reveals that global ocean patterns can act as early warning signals for extreme summer rainfall in China.

A new study combines historical observations, climate modeling, and data from tree rings to create a fuller picture of historic as well as potential drought conditions.

To help communities avoid making misinformed, potentially expensive infrastructure investments, a research team created a model that suggests strategically timed infrastructure adaptations to minimize both rising seas and rising costs.