Mantle convection

MC-1: Arthur R. Calderwood	A: The Nusselt, Thermal and Internally Heated Rayleigh Numbers of the Earth's Mantle and their implication for Mantle Avalanche Events B: Distribution of U, Th, and K in the Earth's Crust, Lithosphere, Mantle and Core: Constraints from an elemental Mass Balance Model and the Present day Heat flux C: A re-assessment of the Present day Mantle Heat flux due to Secular Cooling D: The Predicted Heat Flux of the 1,600 km Compositionally Layered Mantle Model
MC-2: Laszlo Cserepes	Plumes from below a thermal boundary layer
MC-3: Fabien Dubuffet	Secondary Instabilities Developed in Upwellings of High Rayleigh Number Convection: implications for Hotspots
MC-4: Klaus Gottschaldt	A method for searching coherent structures in time-dependent mantle-convection
MC-5: Cécile Grigné	The effect of continents on mantle convection
MC-6: Stéphane Labrosse	Plume dynamics in chaotic Rayleigh-Bénard convection with volumetric heating
MC-7: Stéphane Labrosse	Heat transfer by mantle convection in a plate tectonic regime
MC-8: Cédric Lemery	A 2D model of 3D convection at very high Prandtl and Rayleigh number
MC-9. Alex Loddoch	Parallel simulation of mantle convection and plate tectonics
MC-10: Philippe Machetel	The Jurassic-Cretaceous mantle avalanche
MC-11: Ctirad Matyska	Are Mantle Plumes Adiabatic?
MC-12: Nicolas Merveilleux	Phase transitions at 660 km : buoyancy of lithospheric components and mantle layering
MC-13: Marc Monnereau	Concurrent whole-mantle and layered convection Induced by Viscosity Layering and Endothermic Phase Change
MC-14: Craig J. O'Neill	Modeling Archean sub-continental mantle dynamics and heat flow using diamond stability constraints
MC-15: Guillaume Richard	Role of the mantle dynamics on water distribution in the Earth's mantle
MC-16: Bertram Schott	On the importance of compressibility in D''-layer dynamics