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Christopher Nowotarski
Christopher Nowotarski
Verified email at tamu.edu - Homepage
Title
Cited by
Cited by
Year
The role of vertical wind shear in modulating maximum supercell updraft velocities
JM Peters, CJ Nowotarski, H Morrison
Journal of the Atmospheric Sciences 76 (10), 3169-3189, 2019
812019
Classifying proximity soundings with self-organizing maps toward improving supercell and tornado forecasting
CJ Nowotarski, AA Jensen
Weather and forecasting 28 (3), 783-801, 2013
682013
The characteristics of numerically simulated supercell storms situated over statically stable boundary layers
CJ Nowotarski, PM Markowski, YP Richardson
Monthly weather review 139 (10), 3139-3162, 2011
602011
The influences of effective inflow layer streamwise vorticity and storm-relative flow on supercell updraft properties
JM Peters, CJ Nowotarski, JP Mulholland, RL Thompson
Journal of the Atmospheric Sciences 77 (9), 3033-3057, 2020
432020
Are supercells resistant to entrainment because of their rotation?
JM Peters, CJ Nowotarski, GL Mullendore
Journal of the Atmospheric Sciences 77 (4), 1475-1495, 2020
382020
The influence of lifting condensation level on low-level outflow and rotation in simulated supercell thunderstorms
M Brown, CJ Nowotarski
Journal of the Atmospheric Sciences 76 (5), 1349-1372, 2019
382019
Effects of the low-level wind profile on outflow position and near-surface vertical vorticity in simulated supercell thunderstorms
F Guarriello, CJ Nowotarski, CC Epifanio
Journal of the Atmospheric Sciences 75 (3), 731-753, 2018
362018
Modifications to the near-storm environment induced by simulated supercell thunderstorms
CJ Nowotarski, PM Markowski
Monthly Weather Review 144 (1), 273-293, 2016
342016
Supercell low-level mesocyclones in simulations with a sheared convective boundary layer
CJ Nowotarski, PM Markowski, YP Richardson, GH Bryan
Monthly Weather Review 143 (1), 272-297, 2015
282015
A formula for the maximum vertical velocity in supercell updrafts
JM Peters, H Morrison, CJ Nowotarski, JP Mulholland, RL Thompson
Journal of the Atmospheric Sciences 77 (11), 3747-3757, 2020
272020
Multivariate self-organizing map approach to classifying supercell tornado environments using near-storm, low-level wind and thermodynamic profiles
CJ Nowotarski, EA Jones
Weather and Forecasting 33 (3), 661-670, 2018
242018
Evaluating the effective inflow layer of simulated supercell updrafts
CJ Nowotarski, JM Peters, JP Mulholland
Monthly Weather Review 148 (8), 3507-3532, 2020
232020
The influence of shear on deep convection initiation. Part I: Theory
JM Peters, H Morrison, TC Nelson, JN Marquis, JP Mulholland, ...
Journal of the Atmospheric Sciences 79 (6), 1669-1690, 2022
192022
Properties of a simulated convective boundary layer in an idealized supercell thunderstorm environment
CJ Nowotarski, PM Markowski, YP Richardson, GH Bryan
Monthly Weather Review 142 (11), 3955-3976, 2014
192014
The influence of shear on deep convection initiation. Part II: Simulations
JM Peters, H Morrison, TC Nelson, JN Marquis, JP Mulholland, ...
Journal of the Atmospheric Sciences 79 (6), 1691-1711, 2022
142022
Southeastern US tornado outbreak likelihood using daily climate indices
MC Brown, CJ Nowotarski
Journal of Climate 33 (8), 3229-3252, 2020
142020
Tornadoes in hurricane Harvey
CJ Nowotarski, J Spotts, R Edwards, S Overpeck, GR Woodall
Weather and Forecasting 36 (5), 1589-1609, 2021
122021
The role of permafrost in Eurasian land‐atmosphere interactions
DJ Vecellio, CJ Nowotarski, OW Frauenfeld
Journal of Geophysical Research: Atmospheres 124 (22), 11644-11660, 2019
122019
The early evening transition in southeastern US tornado environments
MC Brown, CJ Nowotarski, AR Dean, BT Smith, RL Thompson, JM Peters
Weather and Forecasting 36 (4), 1431-1452, 2021
82021
Disentangling the influences of storm-relative flow and horizontal streamwise vorticity on low-level mesocyclones in supercells
JM Peters, BE Coffer, MD Parker, CJ Nowotarski, JP Mulholland, ...
Journal of the Atmospheric Sciences 80 (1), 129-149, 2023
72023
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