CFMIP-CloudSense 2025

Programme

Talk/Poster upload:

The below link can be used to upload your talks/posters into respective session folders, and should work for people with existing access. If the link doesn’t work for you, please email dm575@exeter.ac.uk.

https://tinyurl.com/2fyupzd7

Please place your presentation in the correct session folder and follow the naming convention for the filename as <presentation_number_within_session>_<Name> (e.g. Folder “Session 03” filename “2_SamDoe” for a person named “SamDoe” presenting second in session 3).

Agenda

The agenda for CFMIP-CloudSense 2025 is given below.

Oral presentations: 12 minute talk, followed by 3 minutes for questions.

Poster sessions

Note : The posters should be in A0 size with a portrait orientation (84.1 x 118.9 cm or 33.1 x 46.8 inches)

  1. Gnanaraj Abisha Mary: The dependence of relative humidity changes on the large-scale circulation response to surface warming: Insights from experiments varying the Coriolis parameter
  2. Pouriya Alinaghi: Cold pools warm the trades in large-eddy simulations
  3. Ezri Alkilani-Brown: Characterising graupel development in deep convective cloud
  4. Anthony Baran: Are observed small, rounded ice particles important in a climate model?
  5. Paul Barrett: Towards future cloud representations in Met Office models through Unified Physics and Machine Learning
  6. Aditi Bhattacharyya: Effect of historical SST patterns on Tropical precipitation response
  7. Alan Blyth: Observations of cloud phase transitions and growth regimes during the Deep Convection Microphysics Experiment (DCMEX)
  8. Alejandro Bodas-Salcedo: Development of a GC5 configuration with a constrained climate sensitivity using a perturbed parameter ensemble
  9. Elisa Carboni: Self-consistent datasets of cloud, aerosol and radiative fluxes from satellite data.
  10. Yan-Ting Chen: Instantaneous atmospheric forcing differentiates tropical high cloud adjustments between greenhouse gases
  11. Yong-Jhih Chen: Evolution of Atmospheric Energy Budget under Global Warming Linking to the Changes of Walker Circulation
  12. Xi Chen: How Underestimated Western American Orography Affects Pacific Precipitation and Clouds in CESM1/CAM5
  13. Boriana Chtirkova: Decadal-scale Global Redistribution of Clouds Linked to the PDO pattern
  14. Sam Clarke: Representation of cold-air outbreaks in regional models: Sensitivity of Liquid Water Path (LWP) and atmospheric radiation to Ice-Nucleating Particle (INP) concentrations
  15. David Considine: From CALIPSO/CloudSat to AOS: Active Remote Sensing and its role in Cloud Science
  16. Frankie Cottrell: Informing the Unification of a Single Cloud Scheme in the Met Office's Unified Model
  17. Deepti Dahiya: Cloud feedbacks on the MJO in Kilometre-scale simulations
  18. Anzhuo (David) Dai: Understanding the climate response to different vertical patterns of radiative forcing
  19. Luke Davis: Links between internal variability and forced climate feedbacks: The importance of patterns of temperature variability and change
  20. Emma Dawson: Exploring Drivers of Intermodel Spread in Tropical High Cloud Feedbacks
  21. Hairu Ding: Large-Scale Circulation Impact on Stratocumulus Regions: A Wave Perspective
  22. Shuangchen Du: The factors controlling marine low clouds Across Multiple Timescales
  23. Jean-Louis Dufresne: Robustness of the Simpson effect, and implications for the assessment of feedbacks and their uncertainties
  24. Matt Evans: Characterising the Spatial Overlap Between Liquid and Ice in Mixed-Phase Clouds
  25. Jing Feng: A Strong Constraint on Radiative Forcing of Greenhouse Gases
  26. Luk Fleddermann: SST pattern differences explain feedback variations across forcing agents?
  27. Leif Fredericks: Quantifying the radiative response to surface temperature change: A critical comparison of current methods
  28. Astrid Bragstad Gjelsvik: Arctic cloud feedbacks and their state dependence
  29. Deepak Gopalakrishnan: Cloud radiative effects of tropical high clouds: an analysis using Himawari-8 observations
  30. Flo Greaves: Discovering the dynamics of cloud development through the embedding space of a self-supervised neural network
  31. Robin Guillaume-Castel: Objectively identifying modes of sea surface temperature variability associated with the pattern effect
  32. Stephan Havemann: Implementation of COSPv2.0 in LFRic, the new weather and climate modelling system
  33. Christopher Holloway: Connections Between Sub-Cloud Coherent Updrafts and the Life Cycle of Maritime Shallow Cumulus Clouds in Large Eddy Simulation
  34. Anna Tippett: Necessary conditions for accurate simulations of ship tracks in a high resolution model.

  1. Li-Wei Chao: Detailing Cloud Feedbacks in DOE’s Global Storm Resolving Model (SCREAM)
  2. Xinyi Huang: Model emulation and sensitivity analysis reveal the importance of aerosols on radiative properties of mixed-phase cold-air outbreak clouds
  3. Matthew Igel: Better Modeling and Parameterizing Convective Cloud Dynamics with the DoNUT
  4. Andrea Jenney: Factors controlling the ITCZ's negative CRE and small anvil cloud fraction
  5. Jonathan Jiang: Exploring Climate Tipping Points and Surface Temperature Projections through Advanced Modeling
  6. Hyoji Kang: Observationally Constrained Radiative-Convective Equilibrium Modeling of Tropical Upper-Level Cloud Radiative Effects and Feedback
  7. Koh Kawaguchi: Responses to lower tropospheric stability dominate intermodel differences in the historical pattern effect
  8. Hideaki Kawai: Vertical Profile Analysis of Cloud Feedbacks
  9. Clarissa Kroll: Investigating the influence of explicit deep convection on global radiative feedbacks and climate sensitivity
  10. Jo Lecuyer: Unravelling the mechanism of the Pattern Effect with a conceptual model of the Walker Circulation
  11. Donghyun Lee: Role of SST patterns and tropical tropospheric stability for decadal variations in hydrological sensitivity
  12. Jung-Eun Lee: Changing Large-Scale Dynamics and the Intensification of Summer Convection over New England
  13. Jingyuan Li: Understanding changes in ocean memory in CMIP6 models
  14. Wengui Liang: Confronting historical precipitation trends in models with observations: disentangling forced signal and atmospheric internal variability
  15. Yongxiao Liang: Reducing uncertainty in climate projections for the mid-high latitudes of the Northern Hemisphere
  16. Li Lijuan: Quantifying the Resolution Sensitivity of the Kain–Fritsch Scheme Across the Gray Zone by Isolating Interactions: A TWP-ICE Case Study
  17. Yueh Chi Lin: North Atlantic influence reconciling model-observation discrepancy in the tropical Pacific warming pattern
  18. Gary Lloyd: Early Ice Particles in Growing Convective Clouds over a New Mexico Mountain Range during DCMEX
  19. Cameron MacDonald: On the influence of surface friction on the Madden-Julian Oscillation
  20. Penelope Maher: Aerosols influence trends in historical simulations of the tropical Pacific SST gradient
  21. Brian Mapes: Convective efficiency improves with age by natural selection
  22. Alexander Matus: An Observational Climate Data Record of Radiative Forcing and Feedbacks
  23. Biggart Michael: Secondary ice production within mixed-phase clouds in cold air outbreaks over the Labrador Sea
  24. Aleena Moolakkunnel Jaison: The role of QBO for high-cloud radiative variability in CMIP6 models and observations
  25. Mark Muetzelfeldt: Using changes in reflectivity over short time periods to estimate updraft strength
  26. Harry Mutton: Biases in Climate Model Global Warming Trends Related to Deficiencies in Southern Ocean Sea Ice Evolution Over Recent Decades
  27. Pritthijit Nath: RAIN: Reinforcement Algorithms for Improving Numerical Weather and Climate Models
  28. Oscar O'Flanagan: Observational estimates of the impact of aerosol on Arctic cloud albedo
  29. Tomoo Ogura: Mechanism of low cloud feedback induced by changes in latent heat flux in MIROC5
  30. Xiao Pan: A Robust Delay in Southeast Pacific Surface Warming
  31. Zuidema Paquita: An Overview of the Cold-Air outbrEaks over the Sub-Arctic Region (CAESAR) cam8paign
  32. Chanyoung Park: Negligible Contribution from Aerosols to Recent Trends in Earth's Energy Imbalance
  33. Basile Poujol: How boundary layer dynamics shape the inner ITCZ
  34. Dian Putrasahan: Do Global Storm-Resolving Models Reveal Stronger Atmospheric Circulation Shifts Under Warming?
  35. Yang Qinlan: Understanding Energetic Teleconnections through Atmospheric Transport Associated with El Nino-Southern Oscillation (ENSO)
  36. Filip von der Lippe: Narrowing of the Arctic Cold Air Outbreak Season Detected with a Phenomenological Machine Learning Approach
  37. Kexin Qiu: A Global Aviation Emission Inventory of Contrail-Processed nvPM Particles
  38. George Manville: Analysis of atmospheric dimethylsulfide uncertainties using a global synthesis of ship and aircraft observations

  1. Atlas Rachel: What types of waves form cirrus clouds in the tropical tropopause layer?
  2. Erin Raif: Life-cycle of ice-nucleating particles in a cold-air outbreak
  3. Kristen Rasmussen: Extreme Weather in Current and Future Climates: Perspectives from km-scale Regional and Global Climate Models
  4. Mark Ringer: Contributions of surface warming pattern, sea-ice loss, and atmospheric CO2 level to global and regional climate feedbacks
  5. Mathilde Ritman: Linking convective mass flux and cloud anvil development in km-scale climate models
  6. Paula Romero Jure: Observational quantification of high cloud radiative effects and feedbacks, and links to aerosols in the Pacific ITCZ
  7. Pietro Salvi: Non-linearities in combining forcing patterns
  8. P Parth Sarthi: Possible causes of Large Scale and Convective Precipitation over the Gangetic Plain of India
  9. P Parth Sarthi: Relation among Aerosol, Cloud and Precipitation over the Gangetic plain in CMIP6
  10. Kathleen Schiro: Examining potential sources of CMIP6 inter-model spread in large-scale convective aggregation.

  11. Øyvind Seland: Comparing cloud feedback and aerosol forcing using a process based or absolute ice particle limiter.

  12. Levi Silvers: ENSO and the Atlantic Overturning Circulation

  13. Daniel Smith: The impact of mixed-phase cloud processes on simulating Southern Ocean clouds and their radiative effect
  14. Malte Stuecker: Global climate mode resonance due to rapidly intensifying El Niño-Southern Oscillation
  15. Monisha Natchiar Subbiah Renganathan: Probing the formation pathways of Aitken-mode particles over the Southern Ocean using UKESM1.0
  16. Mengyu Sun: Influence of secondary ice formation on tropical deep convective clouds simulated by the Unified Model
  17. Mark Tarn: Contrasting ice-nucleating particle measurements in the northern and southern hemispheres
  18. Bijita Thapa Magar: Prominent regime shift in bimodal Arctic winter boundary layer due to CO2 increase
  20. Lorenzo Tomassini: Changes in clouds and the tropical circulation in global km-scale simulations under different warming patterns
  21. Adrian Tompkins: Dynamical controls of mesoscale water vapor variability in the tropical western Pacific.
  22. George Tselioudis: Contraction of the world's storm-cloud zones and the relationship to atmospheric circulation changes
  23. Yoko Tsushima: Impact of Data Period and Length on Cloud Controlling Factor Analysis
  24. Caleb Ukaonu: Impacts Of Tropical Deforestation On Seasonal Precipitation Based On Moisture Supply and Surface Heating
  25. Alejandro Uribe: Climate Feedbacks in a Global Storm-Resolving Model: Insights from ICON
  26. Thibault Vaillant de Guélis: MODIS- vs. CALIOP-derived longwave cloud feedback decomposition
  27. Senne Van Loon: Reanalysis-based Global Radiative Response to Sea Surface Temperature Patterns: Evaluating the Ai2 Climate Emulator
  28. William van Wijngaarden: Thermal Radiation from Rotating Tops
  29. Arianna Varuolo-Clarke: Disentangling warming and circulation influences on winter precipitation using nudging experiments
  30. David Winker: CALIPSO Ice Cloud Observations for Model Evaluation
  31. Mengxi Wu: Multi-objective optimization for marine stratocumulus feedback in a perturbed physics ensemble
  32. Hsiang-Chi Yeh: Walker Cell Westward Shift under Abrupt 4xCO2 Forcing Driven by Atmospheric Energy Gain over Eurasia and Africa
  33. Xiyue (Sally) Zhang: Intermodal spread of Southern Ocean teleconnection from Antarctic meltwater depends on the strength of low cloud feedback
  34. Chen Zhou: Cloud radiative forcing is the primary driver of regional land temperature variability
  35. Chen Zhou: Sensitivity of polar energy budget to the spatial patterns of local sea ice and remote SST
  36. Bowen Zhu: Parcel Modelling and Observations of Entrainment Effects on Secondary Ice Production in Deep Convective Clouds during DCMEX

The .pdf version of the meeting agenda is given below.

CFMIP-CloudSense_agenda_v12-4Download