DOWNLOAD ROUTINES Fortran routines to read model and convert to Matlab format plus Matlab scripts to plot and analyze the models are provided CHOOSE YOUR THERMO-CHEMICAL MODEL S362ANI Pyrolite Q3 1s Q4 1s Q5 1s FJ 1s 1mm FJ 150s 1mm MM-C2 Q3 1s Q4 1s Q5 1s FJ 1s 1mm FJ 150s 1mm Pyrolite + petrological lithosphere Q3 1s Q4 1s Q5 1s FJ 1s 1mm FJ 150s 1mm S20RTS Pyrolite Q3 1s Q4 1s Q5 1s FJ 1s 1mm FJ 150s 1mm MM-C2 Q3 1s Q4 1s Q5 1s FJ 1s 1mm FJ 150s 1mm Pyrolite + petrological lithosphere Q3 1s Q4 1s Q5 1s FJ 1s 1mm FJ 150s 1mm SAW642ANB Pyrolite Q3 1s Q4 1s Q5 1s FJ 1s 1mm FJ 150s 1mm MM-C2 Q3 1s Q4 1s Q5 1s FJ 1s 1mm FJ 150s 1mm Pyrolite + petrological lithosphere Q3 1s Q4 1s Q5 1s FJ 1s 1mm FJ 150s 1mm LRSP30 Pyrolite Q3 1s Q4 1s Q5 1s FJ 1s 1mm FJ 150s 1mm MM-C2 Q3 1s Q4 1s Q5 1s FJ 1s 1mm FJ 150s 1mm Pyrolite + petrological lithosphere Q3 1s Q4 1s Q5 1s FJ 1s 1mm FJ 150s 1mm REFERENCES Seismic models: S362ANI:Kustowski et al. 2008 S20RTS: Ritsema et al. 2004 LRSP30: Boschi et al. 2009 SAW642ANB:Panning et al. 2010 Mineral physics model: Xu et al 2008, Connolly 2005, Cammarano et al. 2009 Anelasticity models: Cammarano et al. 2003, Faul and Jackson 2005 Petrological composition: Griffin et al. 2009, Xu et al. 2008