Y are placed uron the diet put where the village island has teen modified by plowing and graveling. Living Pattern 1, where the hore island and agriculture are on southern islands, is the only living rattern fer these two situations where the total bone-marrow doses do not exceed 50% of the FRC guide; in this instance, it is less by a factor of 5. All other living patterns lead to an annual dose which for at ieast 1 yr, and in most cases several years, exceeds the FRC guide. a The results also indicate that there is not a great deat of difference between the predicted child and adult raximum annual coses. . 4 + . > aes : wae 5 This is due in part to the assumed diets oF aduits and chiicren end the large and 137 Cs For coccnut milr anc coconut meat, the reacrruit are grown cn scuthern isianac only. log sr intake via the focd chains for such troducts as 1.andanus, breacfruit, coconut, and meat. ans 90 as a resuit cf this ” action, three living ratterns fali within 5C% of the FRC guide — Fatterns i, 2, and 5. When pandanus, preadfruit, coccnut, and tacca ars all confined If the tctal diet is confined to the southern islands, then C dD all living patterns are within FERC cuide, and the only variation amcne v. O (Table &). cf to southern islands, then Livins Pattern 2 alse fails within the guide living patterns is the result cf the difference in external exposure for each of the situations (Table 5). For ail the cases where there is 4 restricticn on the agriculture and diet, it is assumes the villegs island will be plowed and grave LV-G9