322
BULLETIN OF THE TORREY BOTANICAL CLUB
46.
47,
48.
series.
{Vou 91
. 1957. Radioactive fallout. Proc. Nat. Acad. Sei. 43: 758-75.
. 1958. Radioactive fallout. Proc, Nat. Acad, Sei. 44: 800-20.
1959. Radioactive fallout, particularly from the Russian October
Proc, Nat. Acad. Sei. 45: 959-75.
49. Lindberg, BR. G., et al. 1954. Environmental and biological fate of fallout from
50.
nuclear detonations in areas adjacent to the Nevada Proving Ground. WT-812,
& K. H. Larson. 1956. The short-term biological fate and persistence
of radioactive fallout as measured at various locations within fallout patterns.
51.
52,
53.
54,
55
56.
in: # 21, p 197.
et al. 1959. The factors influencing the biological fate and persistence
of radioactive fallout. (Operation Teapot) WT-1177.
Lowder, M. W. & L. R. Solon. 1956. Background radiation: a literature search.
NYO-4712.
Love, 8. K. 1951. Natural radioactivity of water. Ind. Eng. Chem. 43: 154.
Machta, L. 1959. Air pollution and radioactivity circulation problems. Proc. Nat.
Acad. Sei. 45: 1672-86.
& R. J. List. 1956a. Meteorological aspects of atomie radiation. Science 124:
105-12,
&
. 1956b. World-wide travels of atomie debris. Seience 124: 474-77.
.
57.
&
. 1958. Meteorological interpretation of strontium-90
fallout. in: # 29.
58. Martell, E. A. & P. J. Drevinsky. 1960. Atmospheric transport of artificial radioactivity. Science 132: 1523-31.
59. Martin, W. E. 1963. Loss of I-131 from fallout-contaminated vegetation. Health
60.
Physics M 9: 1141-1148.
plant.
. 1964. Losses of Sr-90, Sr-89, and I-131 from fallout-contaminated
Radiation Botany (in press).
61. Menzel, R. G. 1959. Radioisotopes in soils: effects of amendments on availability.
in: # 13,
62, Miller, Carl, 1960. A theory of formation of fallout from land surface nuclear
detonations and of the decay of fission products. USNRDL-TR-425.
63. Miiller, N. J. C. 1896. Kommen die Réntgenstrahlen im Sonnenstrahl fiir die Pflanzen
zur Wirkung. Ber. deut. botan. Ges. 14: 66-72.
64. Neel, J. W. & K. H. Larson 1961. Biological availability of Sr-90 to small native
mammals in fallout patterns from the Nevada Test Site. in: # 2.
65. Nishita, H. et al. 1960. Uptake of radioactive fission products by crop plants.
Agric. Food & Chem, 9: 101-6. (& UCLA-459)
66. Odum, H. P. 1959. Fundamentals of ecology. W. B. Saunders, Philadelphia. 546 pp.
67. Olafson, J. H. et al. 1957. The distribution of plutonium in the soils of central and
northwestern New Mexico as a result of the atom bomb test of July 16, 1945.
UCLA-406.
68. Olson, A. R. & G. N. Lewis. 1928. Natural radioactivity and the origin of species,
Nature 121: 673-4.
69. Olso, J. S. 1961. Analog computer models for movement of isotopes through ecosystems. in: # 2,
70. Pfieffer, E. W. 1958. Some aspects of radioactive fallout in North Dakota. North
Dakota Quarterly (Autumn 1958): 93-99.
71. Rafter, T. A. & G. J. Fergusson. 1957. The atom bomb effeet: recent increase in
the C-14 content of the atmosphere, biosphere, and surface waters of the
ocean. New Zealand J. Sci. & Tech. 38: 871-83.