Planetary Motion and its Effects on Climate - Part I of II | SIAM

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2019 SIAM Conference on App...
Planetary Motion and its Ef...

Planetary Motion and its Effects on Climate - Part I of II

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DS19 - MS149-1: The Snowball Bifurcation on Tidally Influenced Planets

Presentation: Jade Checlair, University of Chicago, US, 18 min 51 sec

DS19 - MS149-1: The Snowball Bifurcation on Tidally Influenced Planets

Document: DS19 - MS149-1: The Snowball Bifurcation on Tidally Influenced Planets

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DS19 - MS149-2: Ice Caps and Ice Belts: The Effects of Obliquity on Ice-Albedo Feedback

Presentation: Brian Rose, State University of New York, Albany, US, 22 min 2 sec

DS19 - MS149-2: Ice Caps and Ice Belts: The Effects of Obliquity on Ice-Albedo Feedback

Document: DS19 - MS149-2: Ice Caps and Ice Belts: The Effects of Obliquity on Ice-Albedo Feedback

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DS19 - MS149-3: Modeling Martian Climate with Low-Dimensional Energy Balance Models

Presentation: Gareth E. Roberts, College of the Holy Cross, US, 21 min 51 sec

DS19 - MS149-3: Modeling Martian Climate with Low-Dimensional Energy Balance Models

Document: DS19 - MS149-3: Modeling Martian Climate with Low-Dimensional Energy Balance Models

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DS19 - MS149-4: Effects of a Rogue Star on Earth’s Climate

Presentation: Harini Chandramouli, University of Minnesota, US, 18 min 26 sec

DS19 - MS149-4: Effects of a Rogue Star on Earth’s Climate

Document: DS19 - MS149-4: Effects of a Rogue Star on Earth’s Climate