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International Conference on Cloud Microphysics and Weather Modification Technologies

📅 30–1 Dec 2026 📍 Vancouver, Canada 👤 Standard / Listener

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$185

virtual · $185 in person

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Supporting global researchConnect with researchers across 30+ countries

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Conference session tracks

Key research areas covered across the sessions — tap a track to read more.

This track focuses on the latest research in cloud microphysical processes and their implications for weather modification. Participants will explore the interactions between cloud droplets, ice particles, and aerosols in various atmospheric conditions.

This session will delve into cutting-edge technologies and methodologies for weather modification, including cloud seeding and precipitation enhancement strategies. Discussions will highlight case studies and the effectiveness of these interventions in different climatic regions.

This track examines the physical and chemical processes involved in precipitation enhancement through artificial means. Researchers will present findings on the efficacy and environmental impacts of various precipitation modification techniques.

This session will explore the fundamental dynamics of cloud formation and evolution within the atmosphere. Topics will include turbulence, convection, and the role of atmospheric stability in cloud development.

This track addresses the intersection of hydrometeorology and water resource management, focusing on the implications of cloud processes for water availability. Presentations will cover modeling approaches and field studies that assess water resource sustainability.

This session will investigate the complex interactions between clouds and aerosols, including their effects on cloud microphysics and precipitation. Researchers will discuss the implications of these interactions for climate change and weather modification efforts.

This track focuses on the physical principles governing precipitation processes and the development of predictive models. Participants will share advancements in numerical modeling techniques that enhance our understanding of precipitation dynamics.

This session will address the ethical implications and societal impacts of weather engineering technologies. Discussions will focus on regulatory frameworks, public perception, and the responsibilities of scientists in the field.

This track will explore innovative strategies for storm modification, including techniques aimed at mitigating severe weather impacts. Researchers will present case studies and theoretical analyses of storm dynamics and intervention outcomes.

This session will investigate how climate change influences cloud formation and precipitation patterns. Presentations will focus on observational studies and modeling efforts that elucidate these relationships.

This track will highlight emerging technologies and research directions in the field of weather intervention. Participants will discuss the potential for innovative solutions to address global challenges related to water scarcity and climate variability.