Aligned with
This conference contributes to global sustainability by aligning its research discussions and academic sessions with key United Nations Sustainable Development Goals. It fosters knowledge exchange, innovation, and collaborative engagement.
This track focuses on the latest methodologies and technologies in numerical weather prediction models. Participants will discuss innovations that enhance forecast accuracy and efficiency in various atmospheric conditions.
This session explores the dynamics of mesoscale meteorological phenomena and their implications for weather forecasting. Researchers will present studies on localized weather events and their predictive modeling.
This track examines the large-scale weather systems and their interactions that influence regional climates. Presentations will cover synoptic analysis techniques and their applications in forecasting.
This session addresses the challenges of predicting severe weather events, including storms and extreme temperatures. Discussions will focus on case studies and the societal impacts of these phenomena.
This track delves into the interactions between atmospheric and hydrological processes. Researchers will share insights on precipitation patterns, evaporation, and their implications for weather forecasting.
This session investigates the complex interactions between the atmosphere and ocean and their effects on climate variability. Studies will highlight the role of oceanic conditions in weather forecasting.
This track focuses on the role of atmospheric circulation patterns in the occurrence of climate extremes. Presentations will cover theoretical and empirical studies linking circulation dynamics to extreme weather events.
This session explores the intricacies of monsoon systems and their forecasting challenges. Participants will discuss advancements in understanding monsoon behavior and prediction methodologies.
This track addresses the intersection of meteorology and disaster management. Presentations will focus on strategies for enhancing community resilience to weather-related hazards.
This session examines the physical processes occurring in the atmospheric boundary layer and their implications for weather forecasting. Researchers will present findings on turbulence and its effects on local weather phenomena.
This track highlights the role of remote sensing technologies in advancing meteorological research and applications. Discussions will focus on innovative techniques for data collection and analysis in weather forecasting.