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GEOS 5368 (Overall) | |||||
GEOS 5368 Xian Wu | |||||
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| Name | Grades | Rating | |||
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GEOS 5368 (Overall) | |||||
GEOS 5368 Xian Wu | |||||
Physical Climate Science
School of Natural Sciences and Mathematics
Comprehensive overview of the physical processes that govern Earth's climate system. Core topics include the global energy balance, atmospheric and oceanic circulation, the hydrological cycle, sea ice dynamics, climate feedback mechanisms, climate modeling, natural climate variability, paleoclimate reconstructions, and anthropogenic climate change. The course emphasizes conceptual understanding, supported by data analysis using Python-based notebooks, simplified climate models, and exercises that promote analytical thinking and physical reasoning. The course is intended for students in Earth sciences, physics, or engineering who seek a solid foundation in climate science, as well as practical tools to apply this knowledge to their own research interests. 3 credit hours.
Offering Frequency: Each year
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Grades: 0
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Mean GPA: None
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Physical Climate Science
School of Natural Sciences and Mathematics
Comprehensive overview of the physical processes that govern Earth's climate system. Core topics include the global energy balance, atmospheric and oceanic circulation, the hydrological cycle, sea ice dynamics, climate feedback mechanisms, climate modeling, natural climate variability, paleoclimate reconstructions, and anthropogenic climate change. The course emphasizes conceptual understanding, supported by data analysis using Python-based notebooks, simplified climate models, and exercises that promote analytical thinking and physical reasoning. The course is intended for students in Earth sciences, physics, or engineering who seek a solid foundation in climate science, as well as practical tools to apply this knowledge to their own research interests. 3 credit hours.
Offering Frequency: Each year
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Physical Climate Science
School of Natural Sciences and Mathematics
Comprehensive overview of the physical processes that govern Earth's climate system. Core topics include the global energy balance, atmospheric and oceanic circulation, the hydrological cycle, sea ice dynamics, climate feedback mechanisms, climate modeling, natural climate variability, paleoclimate reconstructions, and anthropogenic climate change. The course emphasizes conceptual understanding, supported by data analysis using Python-based notebooks, simplified climate models, and exercises that promote analytical thinking and physical reasoning. The course is intended for students in Earth sciences, physics, or engineering who seek a solid foundation in climate science, as well as practical tools to apply this knowledge to their own research interests. 3 credit hours.
Offering Frequency: Each year
This professor/course combination hasn't been taught in the semesters you selected. To see more grade data, try changing your filters.
Grades: 0
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Mean GPA: None
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| Name | Grades | Rating | |||
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GEOS 5368 (Overall) | |||||
GEOS 5368 Xian Wu | |||||
