Dear KurtBremser First I have to say thank you for your attention. This file which you attach previously were completely use full. If it is possible for you, please help us to calculate hole of the project because in the attached file "SAS Commands for the Analysis of an RCBD with a Split-split Plot Arrangement" we can easily calculate our data but if we want to calculate the effect of location and year we have to use this code which didn’t contain three level (a b c) (irrigation is main plot (a) × Density is subplot (b) × variety is sub subplot (c)) SAS Commands for the Combined ANOVA Across Locations for an RCBD with Factorial Arrangement of A and B (locations are random and A and B are both fixed effects) ods graphics off; ods rtf file='cmb_loc_anova.rtf'; proc sort; by loc; proc anova; by loc; class rep a b; model yield=rep a b a*b; title 'ANOVA for Each Individual Location'; run; proc anova; class loc rep a b; model yield=loc rep(loc) a loc*a b loc*b a*b loc*a*b; test h=a e=loc*a; test h=b e=loc*b; test h=a*b e=loc*a*b; means a/lsd e=loc*a; means b/lsd e=loc*b; title 'Combined ANOVA Across locations Assuming Location is a Random Effect and A and B are Both Fixed Effects'; run; in this code we only have (a) and (b) treatment but in fact we have (a) (b) (c) in our project and on the other hand this code were specialized for RCBD but our project is split-split RCBD . my first question is how could we calculate the effect of years and location on split-split RCBD. If we use the code of page 7 of attached file which show how to calculate split-split RCBD without the year and location, we have to calculate separately each location and each year? My second question is if we have to use the code in page 23, how we could calculate (c) because this code work with (a) and (b) and on the other hand code of page 23 is for RCBD but our project is split-split RCBD. If it would be possible for please help us. With best regard Bardia
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