Class information

This class enables students to understand the basic concepts of cloud microphysics, water continuity in clouds, cloud dynamics, and cloud models. Offered: jointly with ESS 573; Offered Spring quarter

Class description: Introduction to cloud microphysics: cloud-forming aerosols, thermodynamical processes important for cloud droplet formation and growth, cloud droplet activation, condensational growth, coalescence and rain formation, ice processes. Introduction to different cloud types, structures and dynamics, and evolution

Instructor: Prof. Rob Wood. 718 ATG Bldg. Phone: 206-543-1203; Email: robwood@atmos.washington.edu

Student learning goals: Students will gain an appreciation for cloud processes in the atmosphere, learn the theoretical basis for cloud microphysical processes. Students will understand why different types of clouds form and understand their relationship to the large scale atmospheric state

Class Times/Locations: Tuesday and Thursday, 9:00-10:20am, ATG Building Room 310c

Recommended preparation: ATM S 501 or by permission of instructor. A good grounding in basic meteorology is important.

Textbook: Lamb and Verlinde: Physics and Chemistry of Clouds, Cambridge University Press; 1st edition. Copies available in the UW Bookstore

Class assignments and grading: Quantitative and qualitative exercises
30% midterm; 30% final; 40% homework