Figure1.csv:
Data necessary to reproduce figure 1.
Column 1: time (sec), t = 32sec, with sampling frequency Fs = 500 Hz, 16,000 data points.
Column 2: signal (V) for 1D geophone, 16,000 data points.

Figure3a.csv:
Data necessary to reproduce figure 3a, 3b & 3c. 
Column 1: time (sec), t = 4sec, with sampling frequency Fs = 4000 Hz, 16,000 data points. 
Column 2: signal (V) for 1D geophone in figure 3a, 16,000 data points
Column 3: signal (V) for surface 3D geophone (black) in figure 3b, 16,000 data points
Column 4: signal (V) for buried 3D geophone (red) in figure 3b, 16,000 data points
Column 5: signal (V) for 1D geophone in figure 3c, 16,000 points

Figure3b.csv:
Data necessary to reproduce figure 3d. 
Column 1: time (sec), t = 1sec, with sampling frequency Fs = 1000 Hz, 1,001 data points. 
Column 2: signal (V) for 1D geophone in figure 3d, 1,001 data points

Figure4.csv:
Data necessary to reproduce figure 4. 
Column 1: time (sec), t = 1sec, with sampling frequency Fs = 1000 Hz, 1,001 data points. 
Column 2 - 49: signal (V) 1D geophone in figure 4, from position 0 - 48 m from crest dune, spaced 1 m apart, 1,001 data points each. 

Figure5.csv:
Data necessary to reproduce figure 5. 
Column 1: time (sec), t = 0.1 sec, with sampling frequency Fs = 8000 Hz, 801 data points. 
Column 2 - 12: signal (V) 1D geophone in figure 5, from position 1 - 3.5 m from source, spaced 0.25 m apart, 801 data points each. 

Figure6abc.csv:
Data necessary to reproduce figure 6def. 
Column 1: time (sec), t = 0 - 0.5 sec, with sampling frequency Fs = 1000 Hz, 501 data points.
Column 2 - 13: signal (V) 1D geophone in figure 6abc, from position 1 - 12m from source, spaced 1 m apart, 501 data points each. 

Figure6def.csv:
Data necessary to reproduce figure 6def. 
Column 1: time (sec), t = 1.5 - 2.0 sec (renumbered in graph for simplicity to 0 - 0.5 sec), with sampling frequency Fs = 8000 Hz, 3999 data points
Column 2 - 13: signal (V) 1D geophone in figure 6def, from position 1 - 12m from source, spaced 1 m apart, 3999 data points each. 

Figure6ghi.csv:
Data necessary to reproduce figure 6ghi. 
Column 1: time (sec), t = 1.5 - 2.0 sec (renumbered in graph for simplicity to 0 - 0.5 sec), with sampling frequency Fs = 8000 Hz, 3999 data points
Column 2 - 13: signal (V) 1D geophone in figure 6ghi, from position 1 - 12m from source, spaced 1 m apart, 3999 data points each. 

Figure7a.csv:
Data necessary to reproduce figure 7a. 
Column 1: time (sec), t = 2.83 - 2.93 sec, with sampling frequency Fs = 4000 Hz, 401 data points. 
Column 2 - 4: signal (V) 3D geophones in figure 7a, with component V, H1, H2, 401 data points each

Figure7b.csv:
Data necessary to reproduce figure 7b. 
Column 1: time (sec), t = 3.3 - 3.5 sec, with sampling frequency Fs = 4000 Hz, 801 data points. 
Column 2 - 4: signal (V) 3D geophones in figure 7b, with component V, H1, H2, 801 data points each

Figure8.csv:
Data necessary to reproduce figure 8.
Column 1: time (sec), t = 0 - 1 sec, with sampling frequency Fs = 4000 Hz, 4000 data points. 
Column 2 - 3: signal (V) 3D geophones in figure 8, with component V and H1, 4000 data points each. 

Figure10a.csv:
Data necessary to reproduce figure 10a. 
Column 1: time (sec), t = 0 - 0.4 sec, with sampling frequency Fs = 4000 Hz, 1601 data points. 
Column 2 - 13: signal (V) 1D geophones in figure 10a, from position 1 - 12m from source, spaced 0.25 m apart, 1601 data points each. Note, the signal for geophone 11 is faulty and of low strength. 

Figure10b.csv:
Data necessary to reproduce figure 10b. 
Column 1: phase speed (m/s) as derived from data 10a
Column 2: amplitude as measured from data 10a