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sed12125-sup-0001-FigureS1.tifimage/tif4057KFigure S1. Transect 1 showing the turbidite stratigraphy along the axis of the Agadir Basin (Fig. 1; adapted from Talling et al. (2007ab) and Frenz et al. (2008). Positions of cross-cutting transects 2 and 3 are marked (black circles). Cores are hung off sea floor topography (ca 650 times vertical exaggeration). Turbidites are shaded with colour whilst intervening hemipelagic sediment is white. Turbidites are labelled A1 to A14 (after Wynn et al., 2002b). Average gradient is highlighted along the transect (dashed red lines). Beds A3, A5, A7, A11 and A12 are the focus of this study.
sed12125-sup-0002-FigureS2.tifimage/tif3788KFigure S2. Transect 2 showing the turbidite stratigraphy from NW to SE across the north-eastern part of the Agadir Basin (Figure 1). Cores are hung off sea floor topography (ca 110 times vertical exaggeration). Position of cross-cutting transect 1 is marked (black circle). Turbidites are shaded with colour whilst intervening hemipelagic sediment is white. Turbidites are labelled A1 to A14 (Wynn et al., 2002b). Beds A3, A5, A7, A11 and A12 are the focus of this study.
sed12125-sup-0003-FigureS3.tifimage/tif4095KFigure S3. Transect 3 showing the turbidite stratigraphy from NW to SE across the south-western part of the Agadir Basin (Fig. 1). Cores are hung off sea floor topography (ca 110 times vertical exaggeration). Position of cross-cutting transect 1 is marked (black circle). Turbidites are shaded with colour whilst intervening hemipelagic sediment is white. Turbidites are labelled A1 to A14 (Wynn et al., 2002b). Beds A3, A5, A7, A11 and A12 are the focus of this study. Intervals of poor core recovery are marked with a cross. Note interval of detailed analysis in core 26, where Bed A5 pinches out.
sed12125-sup-0004-FigureS4.tifimage/tif1130KFigure S4. Effects of differential turbidite deposition on sea floor gradient across the Agadir Basin. Graph illustrates the calculated slopes along the axis of the Agadir Basin after sequential removal of Beds A3, A5, A7, A11 and A12 from the stratigraphy. Note that most of the beds do not alter the slope profile along the axis of the Agadir Basin. Collectively, the largest difference in slope generated by differential deposition across the basin is ca 0·007. Such small differences are probably within the error of the GEBCO data, and are considered insignificant.
sed12125-sup-0005-FigureS5.tifimage/tif1158KFigure S5. Graph illustrating the density of hemipelagic sediments within the top 10 cm of cores collected from the Agadir Basin (see Fig. 1B for core locations). Density was obtained from a GEOTEK multi-sensor core logger. Dashed black lines denote the range of values used to calculate sea floor erosion thresholds.
sed12125-sup-0006-FigureS6.tifimage/tif6178KFigure S6. These figures show detailed vertical grain-size profiles through deposits of Bed A3. Name of the bed and core numbers are labelled (see Fig. 1B for core locations). Each deposit is illustrated from left to right with a core photograph, interpretation of sedimentary structures (see Table 1 for facies codes), visual log and grain-size profiles (D10, D50, D90 and sorting values) (see Fig. 2 for key).
sed12125-sup-0007-FigureS7.tifimage/tif10875KFigures S7 and S8. These diagrams show detailed vertical grain-size profiles through deposits of Bed A5. Name of the bed and core numbers are labelled (see Fig. 1B for core locations). Each deposit is illustrated from left to right with a core photograph, interpretation of sedimentary structures (see Table 1 for facies codes), visual log and grain-size profiles (D10, D50, D90 and sorting values) (see Fig. 2 for key).
sed12125-sup-0008-FigureS8.tifimage/tif7130K 
sed12125-sup-0009-FigureS9.tifimage/tif6920KFigures S9 and S10. These diagrams show detailed vertical grain-size profiles through deposits of Bed A7. Name of the bed and core numbers are labelled (see Fig. 1B for core locations). Each deposit is illustrated from left to right with a core photograph, interpretation of sedimentary structures (see Table 1 for facies codes), visual log and grain-size profiles (D10, D50, D90 and sorting values) (see Fig. 2 for key).
sed12125-sup-0010-FigureS10.tifimage/tif6384K 
sed12125-sup-0011-FigureS11.tifimage/tif5878KFigures S11 and S12. These diagrams show detailed vertical grain-size profiles through deposits of Bed A11. Name of the bed and core numbers are labelled (see Fig. 1B for core locations). Each deposit is illustrated from left to right with a core photograph, interpretation of sedimentary structures (see Table 1 for facies codes), visual log and grain-size profiles (D10, D50, D90 and sorting values) (see Fig. 2 for key).
sed12125-sup-0012-FigureS12.tifimage/tif7059K 
sed12125-sup-0013-FigureS13.tifimage/tif7513KFigures S13 and S14. These diagrams show detailed vertical grain-size profiles through deposits of Bed A12. Name of the bed and core numbers are labelled (see Fig. 1B for core locations). Each deposit is illustrated from left to right with a core photograph, interpretation of sedimentary structures (see Table 1 for facies codes), visual log and grain-size profiles (D10, D50, D90 and sorting values) (see Fig. 2 for key).
sed12125-sup-0014-FigureS14.tifimage/tif8382K 

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