Poster List

All posters will stay up all week.

Poster presenters will be split into three groups during the poster sessions on Monday, Tuesday, and Thursday.

 

Mathilde Ritman What can we learn about cloud feedbacks from convection in km-scale models?
Po Mau LUI Developing a Scale-Adaptive Cumulus Parameterization for Simulating Tropical Convection Across Scales
Richard Jones Exploring the convective grey-zone using the K-Scale model hierarchy
Sally Lavender Modifying CoMorph-A for kilometre-scale resolutions
Phinous Okoth Othoo Radiance-Constrained Modeling of Localized Deep Convective Rainfall over Kenya: Early-Morning Moisture Structure and the Diagnostic Roles of ATMS and MWHS-2
Adam Herrington Inclusion of a Mass-Flux Scheme Enables Realistic Tropical Clouds in the Global Storm-Resolving Configuration of CESM
Emma Barton Sensitivity of convective initiation to soil moisture and directional shear in RAL3
Chimene Daleu Responses to Humidity and Temperature Perturbations in High-Resolution Simulations of Convection
Cristian Vraciu A dynamical model for the shallow-to-deep transition with cloud-updraft interaction and cold pools feedback
Fong Ken Rui Multi-scale parametrization for the convection grey zone
Jake Bland Sensitivity of precipitation forecasts to the pre-convective environment
Torsten Auerswald Properties of MCSs in high-resolution climate experiments
Kotoko Komlan Kossi Synoptic analysis of the 2021 rainy season in West Africa
Maxime Colin Impact of Cold Pools on the Intermittence of Precipitation in a General Circulation Model
Daniel Kirshbaum What makes boundary-layer convergence lines so effective at deep-convection initiation?
Hugh Morrison A virtual laboratory for studying cloud microphysical and dynamical processes
Fadli Nauval When Weather and Climate Drivers Align: Multiscale Control of the Diurnal Cycle and Vertical Structure of Extreme Convection across Key Maritime Continent Regimes
José Augusto Veiga Impacts of Deforestation on Precipitation and Temperature in the Amazon Basin: Preliminary Results from a Convection-Permitting Modeling Study
José Augusto Veiga Representation of diurnal cycle and intensity of precipitation in the Central Amazon from two mesoscale models
Tangui Picart 2. Disentangling errors in the diurnal cycle of precipitation over northeastern North America using a convection permitting climate model
Helen Dacre The effects of wind speed on parametrized mesoscale motions in atmospheric dispersion models
Rachel Atlas Does reduced stratospheric turbulent diffusion improve the realism of ERA6 reanalysis?
Mehak Exploring the Contribution of Convective Processes in Intensifying Mixed Rossby-Gravity Waves
Anubhab Roy Turbulence-Modulated Droplet Collisions and Size Distribution Evolution in Warm Cumulus Clouds
Deepti Dahiya Cloud feedbacks on the MJO in Kilometre-scale simulations
Kamal Kant Chandrakar Dampening of the Precipitation Response to Aerosol Pollution from Turbulence in Cumulus Clouds
Kamal Kant Chandrakar Statistics of supersaturation-droplet interactions in a turbulent cloud convection and evaluation of a new subgrid model
Maciej Manna Droplet Collision Statistics in Turbulent Flows under Two‑way Momentum Coupling: Is LES a Valid Alternative to DNS?
Azusa Takeishi Assessing the role of secondary droplet activation on aerosol-induced invigoration of cumulus congestus clouds using a Lagrangian microphysics model
William Jones Characterising rain driven downdrafts using a novel two-way coupled, Lagrangian, dynamics and microphysics model
Angel Anita Christy Sea breeze induced coastal atmospheric dynamics and baroclinicity: Implications for convection from VHF radar and model analyses
Alejandro Di Luca Evaluating near-surface wind speeds in a climate model: the role of surface roughness, friction velocity and stability
Dmitry Chechin The effect of leads on the atmospheric boundary layer over Arctic sea ice: large-eddy simulations and UAV observations.
Sadhitro De Linking the organization of precipitation extremes at sub-meso-alpha scales to surface wind fluctuations in a storm-resolving climate model
Daniela-Christin Littmann Sensitivity of Convective Instability and Storm Structure to Model Resolution over the Alps
Deepak Gopalakrishnan Radiative Impacts of Mesoscale Convective Systems in the Tropical West Pacific
ARPITA MUNSI Comparative Case Studies of Environmental Factors and Vortex Features in Developing and Non-Developing Tropical Disturbances over the Bay of Bengal
Ahana Kuttikulangara Understanding intermittent turbulence and the evaluation of stability functions in stable Arctic Boundary Layer
Dona Jose Interannual Variability of Air-Sea Fluxes over the Southeastern Arabian Sea During the Onset Phase of the Indian Summer Monsoon
Saloni Sharma Phase-Dependent Microphysics–Turbulence Coupling in the Diurnal Evolution of Deep Convection
Anukrishna Pullanhiyodan Investigating Past and Present Trends in Wind Shear Using ERA5 Reanalysis and CMIP6 Projections
Alessandro Storer Similar moisture profile for two convective regimes: implications for the boundary layer energetics.
Niklas Schnierstein An Observations-Based LES Testbed in the Central Arctic: Investigating Turbulence-Microphysics Interactions in Mixed-Phase Clouds
Anja Rapmund The Field Experiment on Submesoscale Spatio-Temporal Variability in Lindenberg (FESSTVaL) providing observational reference data at the grey zone
Nischal Sharma Turbulence and Diurnal Flow Evaluation in the Mountain Boundary Layer using TEAMx observations
Laura Mack How much could models know? Using information entropy to verify surface layer turbulence parameterizations
Adam Gainford UNICon: Tracking Convection in Indian Radar and Sub-Km Models
Vartika Rungta Dynamics of Atmospheric Rotors
Robert Thompson Analysing Convective Object Properties in Hectometric Model Ensembles
Thorwald Stein The Wessex Convection Experiment (WesCon)–Observing the Evolving Structures of Turbulence (WOEST): An example of coordinated measurements during IOP 14 (17 July 2023)
Mark Muetzelfeldt Measuring updraft strength from successive radar scans during the WesCon and KASBEX field campaigns
Elliot McKinnon-Gray The representation of Convectively Coupled Equatorial Waves and upscale energy transfer in models with explicit and parametrized convection
Charley Stockdale Can fewer sub-km ensemble members tell the same story?
Andressa Andrade Cardoso The role of diabatic processes in the predictability of Mediterranean cyclones
Swarnendu Bhattacharya A framework for improved pre-monsoon thunderstorm forecast over India through better PBL-Microphysics feedback in numerical model
Michael Baidu The role of surface heterogeneity in modifying the atmospheric boundary layer structures
Didier Ricard C3IEL, the Cluster for Cloud evolution ClImatE and Lightning Mission to Study Convective Clouds at High Spatial and Temporal Resolutions
Chun Hay Brian Lo Evaluation of convective storm turbulence and dynamics in sub-km model simulations against multi-radar observations
Swarnendu Bhattacharya Improving simulation of orography-induced convection over India with an updated PBL mixing length scale
Jakub Nowak Mesoscale structure and albedo of stratocumulus clouds in global storm-resolving models
Yuqi Bai Understanding LES and Boundary-Layer stability functions using higher-order turbulent closures
Maxime Colin Disentangling global and local preconditioning in the transition from shallow to deep convection
Johannes Riebold Evaluating and Improving the Representation of the Stable Arctic  Boundary Layer and Turbulent Surface Fluxes in a km-Scale Climate Model
Louis LUTUN Improvements and limitations associated with the use of Leonard term in vertical turbulent fluxes in AROME-FRANCE model at different convection scales.
Guilherme L. Torres Mendonça Turbulence parametrisations for accurate weather and climate predictions over Latin America and the Caribbean with MONAN
Ryotaro Omae Improving TKE Transports of Convective Boundary Layer in Mellor-Yamada-Nakanishi-Niino Model
Alex Corbett Understanding Convection in the Hydrogen-Rich Atmospheres of Temperate Sub-Neptunes
Steven Boeing Representing turbulence and microphysics in the Elliptical Parcel-in-Cell model
Peter Clark Conditional filtering: A robust method for comparing mass flux- and turbulence-based representations of convection
Mirjam Tijhuis Comparing the dynamics of idealized squall lines between NWP and LES models