*CANOCO (values start in position 2)
 1  = range [0,1]   = (01) decimal output in solution file
 	  = TAB char      = (02) separator between decimal values in solution file 
    = char          = (03) character by which to enclose names ,,   ,,    ,,
    = char          = (04) character to close the scores of each item ,,   ,,
 0  = range [0,1]   = (05) pagemode of screen
 25 = range [10,100]= (06) number of lines on a screen
 2  = range [-3,3]  = (07) scaling ordination scores pca/rda   ibi
 2  = range [-3,3]  = (08) scaling ordination scores ca/dca/cca/dcca ibi
 2  = range [1,4]   = (09) dimension of biplot in DCA and t-value biplot in PCA/RDA
 26 = range [10,46] = (10) number of segments in detrending process in DCA
 4  = range [0,20]  = (11) number of times for nonlinear rescaling
 0  = range [0,100] = (12) 100 TIMES rescaling threshold 
 0  = range [0,1]   = (13) downweighting of rare species in ca/cca/dca
 1  = range [0,4]   = (14) centring/standardization by species in pca/rda
 0  = range [0,3]   = (15) centring/standardization by samples in pca/rda
 1  = range [0,1]   = (16) long dialogue
 0  = range [0,1]   = (17) forward selection of environmental variables
 3  = range [0,3]   = (18) ordination diagnostics
 4  = range [0,4]   = (19) output of correlation matrix
 1  = range [0,1]   = (20) spec-envi table on file SPEC_ENV.TAB
 1  = range [0,1]   = (21) symmetric autocovariance function in grid permutations
 0  = range [0,3]   = (22) transformation of species data
 1  = range [0,1]   = (23) value of B in log( Ay + B) transformation
 7  = range [1,9]   = (24) default analysis number (1=PCA 2=RDA, etc.)
                                       
 SPECIES.DTA                           
                                       
                                       
 CANOCO.OUT                            
 CANOCO.SOL                            
 SPEC_ENV.TAB                          
 2 2 2 2 2 2 2 2  = 8 values in range [0,6]  = (32) output ordination results
*ENDCANOCO