Disentangling the Importance of Snowmelt Rate, Timing, and Amount of Runoff Production

TitleDisentangling the Importance of Snowmelt Rate, Timing, and Amount of Runoff Production
Publication TypeConference Proceedings
Year of Conference2017
AuthorsBarnhart, Theodore, Tague Christina, and Molotch Noah
Conference Name85th Annual Western Snow Conference
Conference LocationBoise, Idaho
Abstract

Mountainous regions are responsible for approximately 32% of global discharge [Meybeck et al., 2001] and
within that, snow dominated regions provide water for one-sixth of the global population [Barnett et al., 2005].
Snowpack and the risks associated with a changing snowpack have been valued in the trillions of dollars globally
[Sturm et al., 2017], indicating the importance of understanding how changes in snowpack will cascade into changes
in runoff production. In the western United States alone, approximately 70% of runoff is derived from snowmelt
[Sturm et al., 2017]. Given the social, ecological, and economic value of mountain derived water it is pressing to
understand how changes in mountain hydrology will manifest as changes in runoff.

URL/files/PDFs/2017Barnhart.pdf