additional discussion and clarification. We will not discuss further details of these Doses listed in this paper are from the Leggett model. models but refer the reader to the original articles and their associated references for Results of Dose Calculations for Rongelap Atoll same as that for intake beginning at all other ages. The annual dose rate in the second year whenintake begins at birth or at 4 months drops Cesium-137 Dose Equivalent The dose-equivalent rate calculated for Rongelap Island using the age-dependent model from the first year doses of 38 mrem and 50 mrem to about 16 mrem. This result is similar to that described by linuma et al. (1969) for the for estimating the }37Cs body burden is shownin Fig. 3. The age-dependentintake of 137Cs is as described in the "Intake of 99Sr and 137Cs" Japanese data where the doses to infants and children based on whole-body counting wereless than adult doses. The integral 30-, 50-, and 70-y dose equivalents are also listed in Table 7 for each age. The integral 30-y dose equivalent for intake starting at each age range is as follows: section of the paper for birth (424 pCi/d), 4months (556 pCi/d), 9 months (773 pCi/d), 15 y (517 pCi/d), 4 y (594 pCi/d), 12 y (761 pCi/d), and 18 y (1085 pCi/d), with the continuous intake in subsequent years decreasing by radiological decay(i.e., T'/? = 30 y for !37Cs). The maximum annual dose-equivalent rates for intake at the beginning of each age range are listed in Table 7. birth, 377 mrem; 4 months, 389 mrem; 9 months, 358 mrem; 1.5 y, 361 mrem; 4 y, 382 mrem; 12 y, They are birth, 38 mrem; 459 mrem, and 18 y, 504 mrem. The corresponding 4 months, 50 mrem; 9 months, 15 mrem; 1.5 y, integral 50-y dose equivalents are birth, 16 mrem; 4 y, 16 mrem; 12 y, 20 mrem; adult, 567 mrem; 4 months, 579 mrem; 9 months, 22 mrem. Thus, the estimated maximum annual dose equivalent for adults is less than for intake beginning at birth or at 4 months but is about the 547 mrem; 1.5 y, 551 mrem; 4 y, 572 mrem; 12 y, 649 mrem, and 18 y, 693 mrem. Thus, the integral 30- and 50-y dose equivalent calculated for Table 7. The integral 30-, 50-, and 70-y effective dose equivalent and maximum annualeffective dose- equivalent rate for continuous intake of 137Cs beginningat variousages. Integral dose equivalent (mrem) 50 y 70 y Maximum dose-equivalent rate (mrem/y) Ageintake begins 30 y Birth 4 months 9 months 377 389 358 567 579 547 686 698 667 38 50 15 382 572 692 16 Sy —4y 12y 18 y 361 459 504 551 649 693 Suu ego 17 671 769 813 16 20 22