Large Eddy Simulation model output depicting a solid stratocumulus cloud deck.

Aerosols and Climate

Large Eddy Simulations of Aerosol Indirect Effect on Climate

Stratocumulus clouds are known to have a significant impact on the earth's climate by modifying radiative transfer. Our goal is to elucidate the role of clouds and aerosol in modifying the earth's climate.

Aerosol Indirect Effect on Clouds: Climate Implications

We are integrating satellite and ground-based remote sensors, supplemented by in situ measurements and modeling to explore the effect of aerosol on non-precipitating, ice-free clouds.

Retrieval of Cloud Condensation Nuclei (CCN)

Retrieval of Cloud Condensation Nucleus from multiwavelength lidar and from lidar, Doppler radar, and radiometer data.

Precipitation Studies

The measurement of precipitation is one of the fundamental goals of our science. Precipitation reaching the surface is a key component of the earth's hydrological cycle and represents an important source of water for human consumption. Precipitation also impacts elements as diverse as the salinity of the oceans, and vegetation, flora and fauna.