| Microphysical Characterization of Extreme Rainfall Event over the UAE | Luca Delle Monache (TBD) | University of California, San Diego | View |
| Leveraging High-Resolution Data and AI to Optimize Cloud Seeding Operations in Thailand | Sarawut Arthayakun | Department of Royal Rainmaking and Agricultural Aviation | View |
| Natural-based Solution for Cloud Seeding in Thailand | Jaturaporn Leenanon | Department of Royal Rainmaking and Agricultural Aviation, Thailand | View |
| Climate Resilience: Hail Suppression Efforts in Thailand | Mr. Puttinun Sukumonjan | Department of Royal Rainmaking and Agricultural Aviation (DRRAA), Thailand | View |
| Preliminary study of dust impact on clouds over UAE during August/2019 | Abdulrahman Younis Alkatheeri | Khalifa University | View |
| Advancing Precipitation Enhancement: AI-Driven eVTOL with Advanced Sensors for Optimized Cloud Seeding in the UAE | Muhammad Kazim | Khalifa University Abu Dhabi UAE | View |
| Autonomous Swarm of small UAS for Precipitation Enhancement through Cloud Sensing and Seeding | Muhammad Kazim | Khalifa University | View |
| Tracking rainfall enhancement signal in the UAE using rainfall reanalysis (ERA-5) and satellite gravimetry data | Fatima Alhammadi | 1. Department of Environmental Sciences and Sustainability, College of Natural and Health Sciences, Zayed University, Abu Dhabi, UAE | View |
| Advancing rain enhancement and cloud seeding through specialized drones for faster cloud monitoring, modeling, and intervention | Dickson Chukwudi Chibuoke | Abu Dhabi University | View |
| Improving rainfall prediction and cloud seeding with modern weather technologies | Aamna ALMAZROUEI | Sorbonne University Abu Dhabi | View |
| Comprehensive Assessment of IMERG V7 and CMORPH Precipitation Datasets in Arid Regions: Implications for Hydrological Applications | Mohamed Said Elkollaly | National Water and Energy Center, UAEU | View |
| Bias Correction of Satellite Precipitation Estimates over UAE using Machine Learning | Faisal Baig | National Water and Energy Center, UAE University, Al Ain, UAE | View |
| Laser Filamentation for Remote Detection of Atmospheric Constituents | Reem Al Ameri | Directed Energy Research Center, Technology Innovation Institute | View |
| Rethink & Reorient Approaches for Rain Enforcement in Hot and Arid Regions | Abbas Raza | Mechanical & Aerospace Department, United Arab Emirates University | View |
| Nonlinear propagation of ultrashort laser pulses for atmospheric applications | Shamma Moahmed AlMazrouei | Directed Energy Research Center, Technology innovation institute | View |
| Enhancing Rainfall in Arid Regions: The Potential of Solar Farms and Artificial Water Bodies to Promote Microclimate-Induced Precipitation. | Muhammad Farhan Siddique | United Arab Emirates University | View |
| Observational (Ground-Based and Satellite) and Atmospheric Modeling capabilities at the Environmental and Geophysical Sciences (ENGEOS) Lab – Khalifa University for weather and climate applications | Narendra Nelli | Environmental and Geophysical Sciences (ENGEOS) Lab, Earth Science Department, Khalifa University of Science and Technology, Abu Dhabi, UAE | View |
| Extreme Event Monitoring using Surface Weather Stations | Mariam Saif Aldhaheri | Khalifa University | View |
| Preliminary Results of Long-Term Sea Surface Temperature Analysis over the Arabian Sea and Arabian Gulf | Ahmed Abdulla Ahmed Yousef Al Mandoos | Abu Dhabi Polytechnic | View |
| Evaluation of physical schemes for the Weather Research and Forecasting (WRF) model over the United Arab Emirates | MAHMOUD HUSSEIN | NCM | View |
| Super-Resolution of Out-of-Domain Satellite Sensory Imagery for Effective Cloud Cover Analysis | Hanan Gani | Mohamed Bin Zayed University of Artificial Intelligence | View |
| Urban Development and Stormwater Management in Al-Ain: A GIS-Based Analysis of Risk Areas | Naeema Al Hosani | UNITED ARAB EMIRATES UNIVERSITY | View |
| The Impact of Synoptic-Scale Forcing on a Rare Severe Rainfall Event Over the UAE: The Case of 15-16 April 2024 | Noor Alshamsi | National Center of Meteorology | View |
