"Monitoring changes in urban greenhouse gas emissions with mole fraction measurements using Monin-Obukhov Similarity Theory"

"The Growth Rate of Ice Crystals Formed from Frozen Solution Droplets: Laboratory Measurements and Power-law Parameterization"

"A Numerical Study of How Convective Storms Modify Their Environments"

A Monte-Carlo Hail Model to Elucidate Hail Growth Physics

"Improving a Diabatic Lagrangian Analysis Technique with Observations from Balloon-borne Sondes to Explore the Relationship Between Supercell Thermodynamics and Baroclinically Generated Circulation"

"Role of Diurnal Gravity Waves in MCS Initiation over the Bay of Bengal: Observations, Linear Theory, and Mesoscale Processes"

"Deep Learning for Convective Initiation Nowcasting"

"Fully Polarimetric Ka-Band Radar as a Tool to Improve Our Understanding of Ice Microphysical Processes"

"Properties of Subsiding Shells Associated with Deep Moist Convection in Idealized Simulations"

WRF-Chem simulations of Saharan dust during the periods of 1981–2010, 2040–2060, and 2080–2100 using ECMWF, NCEP reanalyses, and CMIP6 global climate models

"Laboratory Measurements of Small Ice Crystal Growth Rates at Low Temperatures"

"Differentiating Between Tornadic and Nontornadic Supercell Synoptic Environments Using Self-Organizing Maps"

"On the Use of the Thin-Boundary-Layer Equations in Numerical Simulations of Supercell Storms"

Polarimetric Radar-based Investigation of Microphysics in Dendritic and Needle Aggregation Zones During IMPACTS Winter Storm Observations.

"The Dominant Role of Dynamic Pressure Accelerations in Supercell Downdrafts"

"Characteristics of Simulated Tropical Cyclone Supercells"

"Leveraging Rossby wave breaking to understand mechanisms generating extreme weather in past and future climates"

"Examining Recent Surface Temperature Trends"