3 os For the living patterns involving Aomon (Sally) and Bijire (Tilda),,." . my use of coconuts from other northern islands and time spent on other northem islands slightly increases the predicted doses over those involving Aomon (Sally) and Bijire (Tilda) alone. The predicted doses when 10 percent of the coconut dietary intake for the southern island pattern is assumed to come from the northern islands and 15 percent of a persons time is spent on northem islands are increased above those predicted for southern islands only. For the are 8.3 mrem/y and 9.2 mrem/y iv) 73 tL combined southern island-northern island living patterm the wholebocy bone marrow doses for normal conditions and 14 mrem/y and 17 mrem/y for fanine conditions. In Table 29 ere also listed the predicted doses for a special case where a child is: bom on Enjebi (Janet) Island at the time of the peoples returm and is raised his entire life on thet island. Thus, his entire dietary intake will come from Enjebi For normal conditions 195 mrem/y. the wholebody dose is (Jenet) Island. 160 mrea/v anc the bone marrow dosé is For famine conditions the corresponding doses arc 350 urem,’y and 405 mrem/y. For comparison the adults doses for normal conditions for Enjebi (Janet) Island (sce Table 29) are 235 mren/y for wholebocy enc 250 mrem/y for bone marrow. The corresponding famine condition doses for the adult are 455 mrea/y and 506 orem/y. The results for tie child scenario in whicn the child is born & y after the peoples return 1s the final entry in. Table 29; the doses for norma] conditions are 159 mren/y for wholebody and 170 meren/y for bone marrow, both of which are lower than the other scenario. S011 TIS wo .