Erik Rasmussen
机构: National Severe Storms Laboratory
每年引用次数
引用次数
引用: 7,943
H-指数: 36
I10-指数 : 55
出版物: 157
Bayesian Modeling of Central US Tornado Reporting Rates
Corey Potvin , Chris Broyles , Patrick Skinner , Harold Brooks
2019
The Many Facets of R2O and O2R at the National Severe Storms Laboratory
John S Kain , Kurt D Hondl , Alan Gerard , Pamela Heinselman
102nd American Meteorological Society Annual Meeting
2022
14.2 PRECIPITATION, THE REAR FLANK DOWNDRAFT, AND TORNADOES
Mark Askelson , Jerry Straka , Erik Rasmussen
1. THEORETICAL OVERVIEW AND PURPOSE
Matthew S Van Den Broeke , Jerry M Straka , Erik Rasmussen
Sample stability and variability of B‐cell subsets in blood from healthy subjects and patients with systemic lupus erythematosus
Shelley Sims Belouski , Daniel Wallace , Michael Weisman , Mariko Ishimori
Cytometry Part B: Clinical Cytometry: The Journal of the International Society for Analytical Cytology 78 ( 1) 49 -58
15
2010
On the sensitivity of precipitation forecasts to the moist physics and the horizontal resolution of numerical model
Yu Xiaoding , Huang Xiang-Yu , Leif Laursen , Erik Rasmussen
Journal of Meteorological Research 11 ( 4) 432 -445
7
1997
VORTEX Workshop Summary, 2-3 December 1997, Pacific Grove, California.
Howard B Bluestein , Erik Rasmussen , Robert Davies-Jones , Roger Wakimoto
Bulletin of the American Meteorological Society 79 ( 7)
4
1998
Mobile Mesonet Observations Near Vorticity Rivers in Supercells
Shawn S Murdzek , Erik Rasmussen , Matthew D Flournoy
29th Conference on Severe Local Storms
1
2018
The Circuit Maneuver: A Strategy for Observing Tornadoes with two Mobile Mesonets
Sean M Waugh , Erik Rasmussen
104th AMS Annual Meeting
2024
Mesoscale Influences on the Evolution of the 27-28 April 2011 Supercell Tornado Outbreak, Part 1: Impacts of Remnant Outflow Boundaries on Supercell and Tornado Evolution
Anthony W Lyza , Matthew D Flournoy , Erik Rasmussen
30th Conference on Severe Local Storms
2022
The Influence of Convection Initiation Strength on Idealized Supercell Evolution
Matthew D Flournoy , Erik Rasmussen
102nd American Meteorological Society Annual Meeting
2022
An Examination of Near-Surface Mobile Observations from TORUS: What Does
Sean Waugh , Erik Rasmussen
100th American Meteorological Society Annual Meeting
2020
Getting to Know Tornadoes
Erik Rasmussen
100th American Meteorological Society Annual Meeting
2020
Single-Doppler Evidence of Supercell Vorticity Rivers
Erik Rasmussen , Matthew D Flournoy , Shawn S Murdzek , Matthew C Mahalik
29th Conference on Severe Local Storms
2018
A Visual Observation of the 6 June 2005 Descending Reflectivity Core
Jerry M. Straka , Erik N. Rasmussen , Aaron Kennedy
E-Journal of Severe Storms Meteorology 2 ( 6)
6
2007
An observational and idealized numerical examination of low-level counter-rotating vortices in the rear flank of supercells
Robert P. Davies-Jones , Jerry M. Straka , Erik N. Rasmussen , Paul M. Markowski
E-Journal of Severe Storms Meteorology 2 ( 8)
90
2007
Mesocyclone evolution as seen by airborne pseudo-dual Doppler radar during vortex
Conrad L. Ziegler , Andrew I. Watson , Tom R. Shepherd , R. Jeffrey Trapp
Proceedings of the 1995 27th Conference on Radar Meteorology
1
1995
Multi-platform observation of a severe thunderstorm during vortex
Sonia G. Lasher-Trapp , Erik N. Rasmussen , Andrew I. Watson , Tom R. Shepherd
Proceedings of the 1995 27th Conference on Radar Meteorology
1995
Examining Relationships between Environmental Conditions and Supercell Motion in Time
Erik N. Rasmussen , Matthew D. Flournoy , Michael C. Coniglio
Weather and Forecasting 36 ( 3) 737 -755
2021
Tornado formation and the rear flank downdraft
Jerry M. Straka , Erik N. Rasmussen , Paul Markowski
Bulletin of the American Meteorological Society 83 ( 3) 348 -349
1
2002