Intermittency and Correlations in Hadronic Z0 Decays                           
  
     A multidimensional study of local multiplicity fluctuations and           
     multiparticle correlations of hadrons produced in Z0 decays is            
     performed.  The fluctuations and correlations are analysed using          
     normalized scaled factorial moments and cumulants up to fifth order.      
     The moments have intermittent-like behaviour, which is found to be        
     more pronounced with increasing dimension.  The analysis of the           
     cumulants shows the existence of genuine multiparticle correlations.      
     The decomposition of the factorial moments shows that the dynamical       
     fluctuations have important contributions from genuine many-particle      
     correlations. The results are consistent with QCD jet formation dynamics, 
     although additional contributions from other mechanisms cannot be         
     excluded.                                                                 
  
 Parallel session :2                   
 Plenary  session :12