Many geographic, social, and natural systems involve dynamic processes or movement of individuals in space and time. Examples include animal migration, human mobility, disease diffusion, and natural disasters like hurricanes and wildfires. Movement is key to understanding these dynamic processes. This course reviews computational methods for analysis, modeling and simulation of movement in ecological and human systems. Students gain an understanding of spatiotemporal processes and patterns, and develop computational skills to process trajectory data, analyze movement patterns, and apply movement models.
4
UnitsOptional
Grading1
PasstimeUpper division only
Level LimitLetters and science
CollegeI wish the lectures focused more on actually teaching us to use the ArcGIS software.
Horrible at teaching, and not very nice
My fav geog professor in UCSB!
She really cares about her students. This is my second class with her and she is amazing. Very approachable. Clear grading instructions from the beginning. Dr. Dodge wants her students to succeed. The lectures sometimes have group activities which are graded. Would def take her again.
She is absolutely sweet which is a sort of pretense . She smiles at one‘s face but she is so dismissive when you piss her off with questions. She is a mean person and I will advise to completely stay away from her classes
Prof. Dodge is so sweet! Labs are a big part of this class but that's where you're actually learning how to use GIS software so I think it makes total sense. Really really recommend Prof. Dodge!