-25- Radioactivity in rats at Eniwetok Atoll. Lowman, Frank G. Applied Fisheries Laboratory, MS. lls, @ 20. | ee | "Ts In d Stone, Earl L., Jr. Islands. University of Washington. The soils of Arno Atoll, Marshall Atoll Research Bulletin, No. 5, November 1951. Selders, A. A., J. F. Cline and J. H. Rediske. The absorp-~ tion by plants of beta-emitting fission products from the Bravo soil. Hanford Atomic eee Operation Atomic Energy Commission report HW-40289 (1955) 22. n 956, U. S. Neel, James. W., et al. Soll-plant interrelationships with respegt * tc ¢ 7 e uptake of ofglth on products: ed I. The uptake of sr90, , and YY1, University of Galiforaie al ‘anweles.. U. S. a oe Energy Commission report UCLA-247 (1953) 23. Larson, Kermit H., et al. The uptake of radioactive fission products by radishes&nd ladino clover from soil contami- nated by actual sub-surface detonation fall-out materials. University of cathe Los Angeles. U. &. Atomic Energy 3, Commission report UCLA-272 (1953) jon ey, tok Nishita, Hideo, Bruce W. Kowalewsky and Kermit H. Larson. Fixation and extractability of fission Broants ytRyl06, nating various soils and clays: I. 3r8 0, C3137, and Cel44, University of California Los Angeles. U. S. Atomic Energy Commission report UCLA-282 (1954) 25. Ophel, I. L. Plant uptake of fission products from soil in the Chalk River disposal area. Atomic Energy of Canada. Report No. CR-HP-588 im 26. Radioactivity of invertebrates and other organisms at Eniwetok Atoll during 1954-55, Applied Fisheries Laboratory, University of Washington. M8. Bilinte ch Alea 3. me ty xt\ cs; Bonham, Kelshaw. (1955)