Cong Yin

Cong Yin

Postdoc Scientist

I am an early-career climate scientist pushing the boundaries of understanding wildfires and climate extremes using hydroclimatic, data-driven, and geostatistical approaches. My work has led to step-changes in understanding the synchronicity and persistence of extreme fire weather, factors that strongly influence extreme fire activity. My recent research focuses on extreme fires, one of the most societally and environmentally destructive consequences of climate change.

I work with Prof. John Abatzoglou, who leads the Climatology Lab at University of California, Merced.

Fire weather waves drive extreme fires globally | Communications Earth & Environment featured image

Fire weather waves drive extreme fires globally | Communications Earth & Environment

We define fire weather waves as persistent extreme fire weather, which can intensify fire activity by sustaining exceptionally warm, dry, and windy conditions. Here, we use daily …

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Cong Yin
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Heatwaves enable wildfire activity in the western United States featured image

Heatwaves enable wildfire activity in the western United States

While overall impacts of heatwaves have been extensively studied, the connection between heatwaves and wildfire activity remains relatively underexplored. We analyze links between …

dmitri-a.-kalashnikov
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Our study on synchronous fire weather received media attention featured image

Our study on synchronous fire weather received media attention

Our new study on synchronous fire weather in Science Advances received media coverage from several outlets.

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Cong Yin
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Increasing synchronicity of global extreme fire weather | Science Advances featured image

Increasing synchronicity of global extreme fire weather | Science Advances

Concurrent extreme fire weather creates favorable conditions for widespread large fires, which can complicate the coordination of fire suppression resources and degrade regional …

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Cong Yin
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At AGU 2025: Increasing Synchronicity of Global Extreme Fire Weather featured image

At AGU 2025: Increasing Synchronicity of Global Extreme Fire Weather

Concurrent extreme fire weather creates favorable conditions for widespread large fires, which can complicate the coordination of fire suppression resources and degrade regional …

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Cong Yin
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At AGU 2025: Fire Weather Waves Fuel Extreme Fire Activity featured image

At AGU 2025: Fire Weather Waves Fuel Extreme Fire Activity

Fire weather waves (FWWs), defined as persistent extreme fire weather, can elevate extreme fire danger by sustaining favorable burning conditions over multiple consecutive days. …

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Cong Yin
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At Environmental Systems Seminar: Strengthening Fire Preparedness and Coordination featured image

At Environmental Systems Seminar: Strengthening Fire Preparedness and Coordination

Extreme fire weather, characterized by exceptionally dry, warm, and often windy conditions, increases fire danger by enhancing fuel dryness and promoting fire spread. This seminar …

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Cong Yin
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A New Beginning! My Personal Academic Website, XScience, is Live. featured image

A New Beginning! My Personal Academic Website, XScience, is Live.

On August 1, 2025, my very first personal academic homepage, XScience, is finally live!

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Cong Yin
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A Transformer-based method to simulate multi-scale soil moisture

The Transformer model, as an emerging deep learning method, shows great potential in spatiotemporal sequence-related simulation tasks. However, there is very limited understanding …

yangxiaoyue-liu
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At 2025 SNRI Early Career Researcher Lightning Talks: Increasing synchronicity of global extreme fire weather featured image

At 2025 SNRI Early Career Researcher Lightning Talks: Increasing synchronicity of global extreme fire weather

Concurrent extreme fire weather creates favorable conditions for widespread large fires, which can complicate the coordination of fire suppression resources and degrade regional …

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Cong Yin
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