for the DUCK85 experiments. The elevations listed in Table Al give the height 

 of the center of the streamer nozzle from the bed. 



3 . Table A2 gives the locations of the traps in the FRF coordinate 

 system (Figure 2, main text). The x-coordinate is pointed alongshore 

 (increases to the north) and the y- coordinate points offshore. 



4. Table A3 lists positions of current meters 1 and 2 in FRF coordi- 

 nates for each day of experiment runs . 



5. Table A4 lists water levels recorded at a tide gage located at the 

 end of the FRF pier during the times of the experiment runs . 



6. Table A5 gives the profile surveyed at the photopole line on major 

 run days. The z- coordinate gives distance measured from the National Geodetic 

 Vertical Datum (NGVD) , which is related to Mean Sea Level (MSL) at the FRF by 

 the relation MSL(m) = NGVD(m) + 0.067. The information in this table can be 

 combined with the water levels given in Table A4 to find the total depth at 

 any position along the profile during an experiment run. 



7. Table A6 gives trap locations relative to the mean water shoreline, 

 water depth at the traps , and transport rate densities calculated by Equation 

 3 for the eight cross -shore distribution runs plotted in Figure 13. The 

 transport rate densities are expressed in terms of dry mass (kg) and immersed 

 weight (N) . 



8. Table A7 summarizes grain size statistics (calculated using Moment 

 and Folk methods (Friedman and Johnson 1982)) for samples retained from 20 

 traps representing 3 experiment runs. 



A2 



