Theses
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- Adams, A. J., 2020: High resolution numerical simulation of a nocturnal mesoscale convective system: Comparison with pecan observations. MS Thesis
- Beall, M. K., 2016: Surface Layer Processes And Nocturnal Low Level Jet Development--An Observational Study During Pecan. MS Thesis.
- Carroll, B., 2020 : Observations of Low-level Jet Physics and Impacts. PhD Dissertation.
- Eberle, G. R., 2016: Characterizing the Effects of Convection on the Afternoon to Evening Boundary Layer Transition During Pecan 2015. MS Thesis
- Flournoy, M, 2017: A Tale of Two Mesovortices: Analysis of a Simulated Severe MCS Observed By PECAN on 5-6 July 2015. MS Thesis.
- Gebauer, J., 2017: Convection Initiation By Heterogeneous Great Plains Low-Level Jets. MS Thesis
- Groff, F, 2019: Response of MCSs and low-frequency gravity waves to vertical wind shear and nocturnal thermodynamic environments. MS Thesis
- Haghi, K., 2017: Theory and observations of bores in the nocturnal environment of the Great Plains. PhD Dissertation.
- Hitchcock, S., 2018: On the environments and dynamics of nocturnal mesoscale convective systems. PhD Dissertation.
- Loveless, D. M., 2017: Composite Analysis of Atmospheric Bores during PECAN Observed by Ground-Based Profiling Systems. MS Thesis.
- Smith, E. 2018: The Great Plains Nocturnal Low-Level Jet: Spatial and Temporal Evolution. PhD Dissertation.
- Stechman, D. M., 2018: Observed microphysical characteristics and inferred thermodynamic processes contributing to the structure, evolution, and maintenance of nocturnal elevated mesoscale convective systems. PhD Dissertation.
- Stelton, S. A., 2016: Pristine nocturnal convective initiation: a climatology and preliminary examination of predictability. MS Thesis.
- Tam, I-H., 2019: Microphysical and Near-Storm Environmental control on the Maintenance of Nocturnal Mesoscale Convective Systems: A Case Study. MS Thesis
- The impact of Ice Microphysics and Ambient Instabilities on Nocturnal Convective System Maintenance. MS Thesis.
- Vertz, N., 2018: Can model errors in atmospheric variables within the low-level inflow region of mesoscale convective systems be used to anticipate displacement errors in initiation location? MS Thesis.
- Weber, K. J., 2017: Using Profiles of Water Vapor Flux to Characterize Turbulence in the Convective Boundary Layer. MA Thesis.
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