Nuclear Security and Terrorism
NEW COURSE: Urban Meteorology fall 2017
This course will cover the dynamics of meteorology in urban environments. Students will study how the location (e.g., coastal, mountain, tropical), size, and composition (short or tall) of cities contribute to the observed weather, airflow and pollution patterns. The course will explore urban heat islands in detail and discover how they arise, and study common circulation patterns impacting cities. The course will examine ways to measure and model heterogeneous cityscapes and their emission characteristics (heat, moisture, etc.).
Students will anticipate challenges to cities posed by a changing climate – and examine and evaluate mitigation approaches.
Textbook: Urban Climates by Tim Oke et al., September 2017.
I’ve been the direct beneficiary of “no ceilings” learning environments, and I foster that in my students – both within the classroom, as an advisor at the M.S. & Ph.D-level, and in student research projects. At base I value discovery and exploration as key aspects of learning.
I became hooked on fluid dynamics as a child floating sticks down the rivulets in the dirt road in front of our house, fascinated by the endless variety of paths taken. And I benefitted immensely from the far-ranging enquiry encouraged at the Santa Fe Institute (SFI), which I sought out as a sophomore - thereby becoming SFI’s first undergraduate intern. My aim is to fan the spark of curiosity to a flame in each and every student.