PPT-The variability of clouds, aerosols and precipitation at th

Robert Wood Matthew Wyant Christopher S Bretherton Jasmine Rémillard Pavlos Kollias Jennifer Fletcher Jayson Stemmler S deSzoeke Sandra Yuter Matthew Miller David . rainrate. increases. Kubar. , T., D. L. Hartmann, and R. Wood, 2009: Understanding the importance of microphysics . and macrophysics . for warm rain in marine low clouds: Part I. Satellite observations. . Notes/Vocabulary. How do clouds form?. when warm air & cold air meet, cold air pushes up the warm air and a cloud can form. when air rises and cools, the water vapor in the air condenses into tiny water droplets and forms a cloud. Precipitation. We’ve studied the water cycle, and last week we focused on the “Condensation”. part. Now, we are going to discuss the precipitation part of the water cycle.. Let’s watch this video on Precipitation!. and . Sky Conditions. S4E3. Students will differentiate between the states of water and how they relate to the water cycle and weather.. e. Investigate different forms of precipitation and sky conditions (rain, snow, sleet, hail, clouds, and fog).. The SOCRATES Planning . Team. : . Greg . McFarquhar. (. mcfarq@atmos.uiuc.edu. ),. Roj. . Marchand. , . Robert . Wood, Chris . Bretherton. , Alain . Protat. , Patricia Quinn, Steven . Siems. , Simon Alexander, and Bob Weller. ACE is presently in pre-formulation and will be realized in some form in the early to mid . ’. 20s. . ACE is a response to the . The extreme sensitivity of the climate system to hydrological processes especially clouds and precipitation. . Photograph: Tony Clarke, VOCALS . REx. flight RF07. Robert Wood. University of Washington. with Rhea George, Chris . Terai. , Dave Leon, Jeff Snider. or. . Control of cloud droplet concentration in marine stratocumulus clouds. mesoscale. structure and cloudiness transitions. Robert Wood,. . University of Washington. with help and data from Louise Leahy (UW), Matt . Lebsock. (JPL), Irina . Sandu. (ECMWF). Photo: . Mingxi. S. . Fadnavis, . K. . Semeniuk, . L. . Pozzoli, . M. G. . Schultz, . S. D. . Ghude, . S. . Das. ACP, 2013. CO2, CO, VOCs, BC, SO2,NOX …….. . CO2. CO. H2O. PAN. BC. CH4. OC. SO2. NOX. HCN. Emission: . Water vapor, droplets of water suspended in the air, builds up in the Earth's atmosphere. . Water vapor in the atmosphere is visible as clouds and fog. . Water vapor collects with other materials, such as dust, in clouds. Precipitation condenses, or forms, around these tiny pieces of material, called cloud condensation nuclei (CCN).. Water vapor, droplets of water suspended in the air, builds up in the Earth's atmosphere. . Water vapor in the atmosphere is visible as clouds and fog. . Water vapor collects with other materials, such as dust, in clouds. Precipitation condenses, or forms, around these tiny pieces of material, called cloud condensation nuclei (CCN).. Chapter 7. Weather and Climate. Objectives. Explore how the water cycle drives weather.. Discuss the conditions that favor thunderstorms and tornadoes.. Main Idea. Water vapor and changes in temperature are important factors in cloud formation and in precipitation.. . Can you identify . cloud types in landscape paintings? . Directions. : Take a look at each piece of art and try to identify the clouds. The following slide has the answer. Good luck!. Title. : Route de Louveciennes. 1. Mian Chin. NASA Goddard Space Flight Center, USA. Huisheng. . Bian. University of Maryland at Baltimore County/NASA GSFC, USA. Qian Tan. Bay Area Environmental Research Institute/NASA Ames, USA. Ghassan Taha.