Glebe ascending

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with slight corrections - from John Taylor - 'Insight'

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Glebe ascending

  1. 1. Glebe Ascending John Taylor, From Insight                                         4                                          6                                  8                                       10                                       
  2. 2. 2  12                                      14                                                         16                                                                           19                                                                22                                                                  25                                                   
  3. 3. 3 27                                                                                30                                                          32                                         To Coda   34                                                                     36                                                             3 3                  38                     3                         
  4. 4. 4         41        3     3                           3             44                                   3     46                                             48                                               50                             3 3 3 3                                    52                 3     3 3 3 3 3 3 3 3 3          
  5. 5.  5  54 3                       3     3 3                                               57  3            3 3 3 3                               59       3       3 3 3 3 3                             61 3                   3      3                3  3 3                 64                                                                66                                                   
  6. 6.         6                                  68                4    4          71                           4 4   3                73   3 3 3                3                      3   3         3          75       3 3 3 3             3 3 3    3 3  3                 77                                                   3 3                     3                   3 80                                   3    3 3   3              3              
  7. 7. 783                                                  85   8                                                           87                              3                               3                    89              3 3 3                D.S. al Coda 90                      3 3 3                                                                                       
  8. 8. 8      3  3                                    3                  3            3   3        3                                 3 3  3 3 3                   3                                          3                                                        

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