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12 T224. The Geodynamic Evolution of the Himalaya: From Mountain Building to Modern Seismicity and Climate Change

Session Chairs:
Christopher Bailey, G. M. Bhat

The Himalaya are an active mountain chain whose geology affects people in more than six Asian countries. This interdisciplinary session focuses on the geodynamics of the region as well as the impact of modern seismicity and climate change

Presentations

Paper No.	Title	Presenting Author	Start Time	End Time	Item Duration (min)	Action
	Introductory Remarks		08:00 AM	08:05 AM	5 min
12-1	Evaluating the role of terrane accretion on the evolution of indenter corner fault systems, an example from the eastern Himalaya	Paul Betka	08:05 AM	08:20 AM	15 min	View
12-2	Back Arc Basin Development on the Southern Eurasian Margin Prior to India-Eurasia Collision.	Craig Martin	08:20 AM	08:35 AM	15 min	View
12-3	Middle Eocene to Oligocene exhumation of the Tso Morari ultrahigh pressure nappe from mid-crustal depths (Ladakh, northwestern Indian Himalaya): insights from multi-technique thermochronometry	Adelie Ionescu	08:35 AM	08:50 AM	15 min	View
12-4	Salt Tectonics and Subsurface Structural Evolution of the Missa Keswal Area, Potwar Plateau, Pakistan	IMRAN ULLAH	08:50 AM	09:05 AM	15 min	View
	Break		09:05 AM	09:15 AM	10 min
12-5	Surface Uplift of the Gangdese Arc During the Subduction–Collision Transition: Insights from Numerical Modeling	Xincheng Zhou	09:15 AM	09:30 AM	15 min	View
12-6	Developing an Earthquake Resilient Society	Harsh Gupta	09:30 AM	09:45 AM	15 min	View
12-7	Across the Grain: A Seismically-Active, Oblique Megathrust Splay Fault System in Western Nepal	Sean Bemis	09:45 AM	10:00 AM	15 min	View

The Geodynamic Evolution of the Himalaya: From Mountain Building to Modern Seismicity and Climate Change

Description

Date and Time: Sunday, 19 Oct - 8:00 AM (Central Time (US & Canada))

Room: HBGCC, 217B

Session Type: Topical Sessions

Session Format: Oral

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