Monday Morning 1
Time	Session	Location	Title
0800	T11G	MCC 3000	Influence of Plate Boundary Geometry on Magmatism and Mantle Melting I (joint with S, V) Presiding: J Georgen, Florida State University; R Larson, University of Rhode Island; R Viso, University of Rhode Island    [Abstracts]
0800	T11G-01	MCC 3000	Lena Trough (Arctic Ocean): An oblique 'amagmatic' rift *J E Snow, E Hellebrand, A v Handt, F Nauret, Y Gao, S Feig, Z Jovanovic, S Gauger    [details]
0815	T11G-02	MCC 3000	The Influence of Ridge Geometry at Ultraslow Spreading Rates H J Dick, *J Standish    [details]
0830	T11G-03	MCC 3000	Spreading Geometry and Melt Supply at the Ultraslow-Spreading Southwest Indian Ridge *M Cannat, D Sauter, V Mendel, E Ruellan, K Okino, E Humler, C Mevel INVITED    [details]
0845	T11G-04	MCC 3000	The Transition from Initial Rifting to Ultra-Slow Seafloor Spreading within Endeavor Deep *R A Pockalny, R L Larson, C T Popham, J H Natland INVITED    [details]
0900	T11G-05	MCC 3000	A Small Ocean Rift Leads to a New View of the Galapagos Microplate: the Incipient Rift at 2 Degrees North, East of the East Pacific Rise *E M Klein, D K Smith, C M Williams, H Schouten    [details]
0915	T11G-06	MCC 3000	Counter-Rotating Microplates at the Galapagos Triple Junction, Eastern Equatorial Pacific Ocean *H Schouten, D K Smith, C M Willaims, E M Klein    [details]
0930	T11G-07	MCC 3000	A plate kinematic explanation for the magmatic segmentation of mid-ocean ridges *S M Carbotte, C Small, K Donnelly, R Katz, M Spiegelman, S Supak    [details]
0945	T11G-08	MCC 3000	Ridge migration, asthenospheric flow and the origin of magmatic segmentation in the global mid-ocean ridge system *R F Katz, M Spiegelman, S Carbotte    [details]