Categories |
Cloud physics, rain physics, cloud seeding, tropical cyclones, radiation, remote sensing, numerical modelling, physics of aerosols, atmospheric turbulence, weather modification |
Objective/function
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Cloud Physics Laboratory focuses on the atmospheric aspects influencing cloud formation and precipitation processes by combining satellite and radar imaging, in-situ research flights, environmental and cloud modelling, modelling of severe storms, breezes, tropical cyclones, theoretical microphysics research, and climate research
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Cloud and storm simulation component
Research provided
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Research and methods to study cloud-aerosol interactions
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Nowcasting of severe convective storms
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Cloud seeding experiments
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Develop methods to modify hurricanes and severe convective storms
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Novel microphysical schemes for use in advanced cloud and mesoscale models
Advantages
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The Cloud Physics Experimental and Computational Laboratory develops technology that has revolutionized the field of cloud physics and weather modification
Client record
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All major research-granting foundations
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California Energy Commission
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Center for Climate Research, University of Tokyo
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EUMETSAT
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European Commission
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Israeli Ministry of Defense
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Israeli Water Commission
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NASA
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Pacific Northwest National Laboratory
Available equipment
- Access to a variety of research satellites
- High-performance computer clusters
Staff
- Carynelisa Erlick, PhD
- Haim Gvirtzman, PhD
- Alexander Khain, PhD
- Haim-Zvi Krugliak, MS, Laboratory Manager
- Mark Pinsky, PhD
- Andrei Pokrovsky, PhD
- Daniel Rosenfeld, PhD
Contact
- Daniel Rosenfeld, PhD daniel.rosenfeld@huji.ac.il
- Alexander Khain, PhD khain@vms.huji.ac.il