REFERENCES (1) J. Z. Holland, Physical origin and dispersal of radioiodine, Hanford symposium on the biology of radioiodine, Health Physics J. 9:12, (in press). (2) R. C. Pendleton, C. W. Mays, R. D. Lloyd and A. L. Brooks, Differential accumulation of 1131 from local fallout in people and milk, Ibid. (3) R. C. Pendleton, R. D. Lloyd and C. W. Mays, Iodine-131 in Utah during July and August 1962, Science, (in press). (4) G. D. C. Thompson et.al., Utah's experience with radioactive milk, a joint report by the Salt Lake City Department of Health and the Utah State Department of Health, 17 pages, (1 October 1962). (S) R. G. Bostrom, pst in milk and vegetables associated with July 1962 fallout in Utah, Rad. Health Data III No. 12, 501-515 (ecember 1962). (6) (7) (8) (9) (10) G. M. Dunning, Radiation exposure from nuclear tests at the Nevada test site, Health Phys. J. 1:3, 255-267 (1958). G. M. Dunning, Fallout from nuclear tests at the Nevada test site, AEC report TID-5551, 93 pages (May 1959). T. C. Collison, Radiological safety operations WI-702 (REF) 41, see pages 86 & 357 (1953). S. Glasstone (DEL) UC- (Ed.), The Effects of Nuclear Weapons 1962, U. S. Govern- ment Printing office, see pp 671-681 (1962). W. B. Lane, Some radiochemical and physical measurements of debris from an underground nuclear detonation, Project Sedan report PNE- 229 P, 53 pages (15 May 1962). (11) (12) V. E. Archer and C. Lenore Simpson, Semi-quantitative relationship of radiation and neoplasia in man, Health Physics J. 9, 45-56 (1963). I. Doniach, Effects including carcinogenesis of pl and x-rays on the thyroid of experimental animals, Hanford symposium on the biology of radioiodine, Health Physics J. 9:12 (in press).

Select target paragraph3