A mechanism for regional variations in snowpack melt under rising temperature

Amato Evan () and Ian Eisenman
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Amato Evan: University of California, San Diego
Ian Eisenman: University of California, San Diego

Nature Climate Change, 2021, vol. 11, issue 4, 326-330

Abstract: Abstract As the planet warms, mountain snowpack is expected to melt progressively earlier each spring. However, analysis of measurements in the western United States shows that the change in the date when snowpack disappears is not uniform: for 1 °C of warming, snowpack disappears 30 days earlier in some regions, whereas there is almost no change in others. Here we present an idealized physical model that simulates the timing of snowpack melt under changing temperature and use it to show that this observed disparity in the sensitivity of snowpack disappearance to warming results from a mechanism related to the sinusoidal shape of the annual cycle of temperature. Applying this model globally, we show that under uniform warming the timing of snowpack disappearance will change most rapidly in coastal regions, the Arctic, the western United States, Central Europe and South America, with much smaller changes in the northern interiors of North America and Eurasia.

Date: 2021
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DOI: 10.1038/s41558-021-00996-w

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