Py yoy The dose rates for the southerm island living pattern are also listed in Table 29. . Le The maximum annual dose rates predicted for this living pattern are extremely low. w For normal conditions the maxinum For continuous famine conditions the maximum annual dose rates for bone marrow and wholebody are only 7.8 mrem and 5.9 mrem respectively. Table 29 includes the variations to the major living patterns. For example, the maxinur annwal doses are listed for Enjebi (Janet) Island when 15 percent of a persons time is spent on other northern islands Mijikadrek (Kate) through Billae (Wilma) .and 10 percent of this dietary intake of coconut comes from these islands; the other 90 percent of the coconut intake and 85 percent of the time are of course on Enjebi (Janet). Under these conditions the bone marrow dose is reduced from a 250 mrem/y to 230 mrem/y for normal conditions; 1s from 500 to 470 mreu. doses. for famine conditions the reduction Similar reductions occur in the wholebod~ For Enjebi (Janet) Island living pattern, options for the net effect of spending tice on other northeestern islands is to reduce the dose from those predicted for-the Enjebi (Janet) Island living pattern. The reduction of the predicted Enjebi (Janet) Island doses is of course more Grametic for a case where ail of the dictary coconut comes from the southern islands Jinedrol (Alvin) through Kidrenen (Keith) In this case it is assumed that 15 percent of 42 persons time would also be spent on the southern islands. The doses for this option for normal conditions are 73 mrem/y for wnolebody and 65 mrem/y for bone marrow; for famine conditions the doses are 150 mrem/y and 110 mrem/y for bone marrow and wholebody. The data are listed in Table 2%. - a SO1tqty 35 - - - a 5 aré_ ? fy “a annual bone marrow dose rate is 3.7 mrem and the wholebody dose rate 1s 3.2 mrem. re. ies ffoN : f™ if