performed on the distribution of final doses the above discussion about t uncertainty in the input parameters would indicate that a reasonable estimate of the potential maximum dose would be three times the dose listed in the tables. This dose would be expected to occur in a very small fraction of the population. A significant feature of the dose analysis is the tremendous reduction in potential dose to Enjebi (Janet) residents if coconuts from Enjebi (Janet) are removed from the diet and replaced by coconuts from Southern Islands. For this option, maximum annual dose rates for a "maximum individual" ere less by nearly a factor 3 than when coconut came from Enjebi (Janet) Island (tables 29, 30 and 36), Again this emphasizes how important the diet is in estimating doses at the atoll and the importance of imported foods in reducing potential doses. The two scenarios used for estimating the dose to children are for Enjebi (Janet) Island living pattern because it all the living patterns evaluated. leads to the highest dose of The doses for the case where the child is born at the time the people return are preater than for the case where the child is born & years after return. from birth through seventy years leads than those predicted for adults, ‘In addition the maximum dose case to estimated doses which are less living on Enjebi (Janet) Island. Thefore, the doses predicted for adults for other living patterns could be usec as a conservative estimats for the birth through 70 year dose. Acknowledgment: It is a pleasure to thank Dr. John Tipton of EG&G for his written contribution describing the in-situ gamsa measurement and calibration methodology. - 49 - <