Hiromi Uehara Green Tea Farm y1b10

17

2. Green Tea Farm Album "Brain" Transcribed by Andreas Häberlin

               mp                  

 



     

7

11







 

  

                           sub. p mp                

                                                                             







                             

                      



Very espressive q = 60

 

     

 



    

                                                                               19                                                    sub. p mp sub. p mf mp                                              23











     

















15

                                                    

     

18 27

      



29

  



       

  

33





  3                                        7               

  

                        

     

  



 3    





   

   

                                          mf         

                                                          

36



39







42



    

      

                

                  



            

                   

 

    

 

         

                 

45

       



19                          

   3                               46           f                  49                3 3 mp              

 

51







21

                      

 

 

 



         

                                       



                                       

52







53







   

                     

    

                                

54







pp



   





                                        mf                      

56



            

                                   

58





  









                                                                              

60

63



  

                    

 



             

74



    

     

     

 

 

 



                                               

                                                   





          

                    



70







                                      



66



                                              3                                  



20

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