Dale R. Durran, Ph.D

Affiliations: 
1979-1981 Meteorology Massachusetts Institute of Technology, Cambridge, MA, United States 
 1987-2018 Atmospheric Sciences University of Washington, Seattle, Seattle, WA 
Area:
Geophysics, atmospheric dynamics
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"Dale Durran"
Mean distance: 1552.78
 
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Publications

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Metz JJ, Durran DR, Blossey PN. (2020) Unusual Trapped Mountain Lee Waves with Deep Vertical Penetration and Significant Stratospheric Amplitude Journal of the Atmospheric Sciences. 77: 633-646
Kelley JD, Schultz DM, Schumacher RS, et al. (2019) Can Mountain Waves Contribute to Damaging Winds Far Away from the Lee Slope Weather and Forecasting. 34: 2045-2065
Menchaca MQ, Durran DR. (2019) The Influence of Gravity Waves on the Slope of the Kinetic Energy Spectrum in Simulations of Idealized Midlatitude Cyclones Journal of the Atmospheric Sciences. 76: 2103-2122
Durran DR, Menchaca MQ. (2019) The Influence of Vertical Wind Shear on the Evolution of Mountain-Wave Momentum Flux Journal of the Atmospheric Sciences. 76: 749-756
Weyn JA, Durran DR. (2019) The scale dependence of initial‐condition sensitivities in simulations of convective systems over the southeastern United States Quarterly Journal of the Royal Meteorological Society. 145: 57-74
Menchaca MQ, Durran DR. (2018) The Impact of Mountain Waves on an Idealized Baroclinically Unstable Large-Scale Flow Journal of the Atmospheric Sciences. 75: 3285-3302
Weyn JA, Durran DR. (2018) Ensemble Spread Grows More Rapidly in Higher-Resolution Simulations of Deep Convection Journal of the Atmospheric Sciences. 75: 3331-3345
Weyn JA, Durran DR. (2017) The Dependence of the Predictability of Mesoscale Convective Systems on the Horizontal Scale and Amplitude of Initial Errors in Idealized Simulations Journal of the Atmospheric Sciences. 74: 2191-2210
Menchaca MQ, Durran DR. (2017) Mountain Waves, Downslope Winds, and Low-Level Blocking Forced by a Midlatitude Cyclone Encountering an Isolated Ridge Journal of the Atmospheric Sciences. 74: 617-639
Shi X, Durran D. (2016) Sensitivities of Extreme Precipitation to Global Warming Are Lower over Mountains than over Oceans and Plains Journal of Climate. 29: 4779-4791
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