The results for the 30 and 50 y integral doses for wholebody and RY py bone marrow for the living patterns and options being considered are A Fo ~ listed in Tables 30 through 44. The doses are broken down into the contributions from the ingestion, external gamma, and inhalation pathway. The doses predicted for normal and famine conditions on Enjebi (Janet) Island are listed in Table 30. For normal conditions the 30 y integral wholebody dose is 4.9 rem and the bone marrow dose is 5.5 rem. For famine conditions the doses are 9.1 rem and 11 rem respectively. Tables 31-34 list the doses for the four quadrants of Enjebi (Janet) Island. For the case listed in Table 35 where the residence island is Enjebi (Janet) but 10 percent of the dietary coconut comes from other northern islands, the 30 y integral wholebody and bone marrow doses for normal conditions drop to 4.6 rem and 5.1 rem. When Enjebi (Janet) is the residence island, but all coconut comes from the southern islands, the data listed in Table 36 show that for normal conditions the 30 y integral wholebody dose is 1.8 rem and the bone marrow dose is 2.3 rer. For the famine conditions the corresponding doses are 2.6 and 3.8 ren. Tables 37-40 list the results for the Aomon (Sally) and Bijire (Tilda) living patterns; all doses are much less than thase predicted for Enjebi (Janet) Island living patterns. The 30 y doses predicted for the southern island living pattern for normél conditions are 0.069 rem for wholebody and 0.10 rem for bone marrow (Table 41). For 0.12 rem and 0.22 rem. island/northern island famine conditions the corresponding doses rise to The integral doses for the southern option falls between the values given for the Enjebi (Janet) Island pattern and the southern island pattem and are listed in Table 42. - 37 - == S011 116 . | os a f~ i re aa