Contract No.: AT (45-1) -1385 MARSHALL ISLANDS; ISLANDS; ENVIRONMENT ; Descriptors: SOILS Subject Codes (NSA): GEOLOGY AND MINERALOGY; General 10/5/129 306275 (Item 129 from file: NSA-19~-008737 . PACIFIC OCEAN; 109) 1 CESIUM-137 AND STRONTIUM-90 RETENTION FOLLOWING AN ACUTE INGESTION OF RONGELAP FOOD Hardy, E.P. Jr.; Rivera, J.; Conard, R.A. f New York Operations Office. Health and Safety Lab., AEC; Brookhaven National Lab., Upton, N.Y. Publication Date: 1964 24 p. Primary Report No.: BNL-8657 Secondary Report No.: CONF~765-7 Note: CONF-765-7 Journal Announcement: NSA19 Availability: NTIS Document Type: Report Language: English Contract No.: AT-30-2-GEN-16 Descriptors: ACCIDENTS; BIOLOGY; BODY; CESIUM 137; CONTAMINATION; COUNTERS; DIET; FALLOUT; FECES; FISSION PRODUCTS; FOOD; HALF-LIFE; MAN; MARSHALL ISLANDS; MEASURED VALUES; MEDICINE; METABOLISM; PACIFIC OCEAN; PLANTS; POPULATIONS; QUANTITY RATIO; RADIOGRAPHY; RADIOISOTOPES ; SAMPLING; SEA; STRONTIUM 90; URINE; USA Subject Codes (NSA): BIOLOGY AND MEDICINE; Metabolism, Distribution, and Toxicology 10/5/130 (Item 130 from file: 109) 297719 NSA-19~-000177 FALLOUT RADIATION: EFFECTS ON THE SKIN. Conard, R.A.; Cronkite, E.P.; Bond, V.P. Brookhaven National Lab., Upton, N.Y. Publication Date: 1964 259-79 p. Publ: The Williams and Wilkins Co. Secondary Report No.: BNL-6727 Note: Tissue Atomic Medicine BNL-6727 Journal Announcement: NSA19 Document Type: Book Analytic Language: English Descriptors: ACCIDENTS; CARCINOGENESIS; DISEASES; FALLOUT; IRRADIATION; MAN; MARSHALL ISLANDS; QUANTITATIVE ANALYSIS; RADIATION INJURIES; SKIN; TISSUES; VARIATIONS 10/5/131 (NSA): BIOLOGY AND MEDICINE; (Item 131 from file: Radiation Effects 109) ; 247395 NSA-17-037371 ~ CHEMICAL AND RADIOCHEMICAL COMPOSITION OF THE RONGELAPESE DIET Chakravarti, D.; Held, Univ. of Washington, E.E. Seattle Journal of Food Science (U.S.) Publication Date: Mar.-Apr. 1963 Coden: JFDSA v 28. 221-8 p. Note: 0022-1147 Journal Announcement: NSA17 Document Type: Journal Article Language: English 9003611 Subject Codes The gross chemical composition of the Rongelapese diet indicates that it is low in fat, protein, and ash but fairly high in carbohydrate. The variation in gross chemical composition of the diets examined may be accounted for hy the broad variability of the different diets. The habitat of the Rongelapese probably does not demand a high-energy diet, which may partially justify the lower fat intake. Levels of calcium and phosphorus seem below the minimum required for maintenance of a proper calciura-phosphorus balance. The diet seems adequate in magnesium and