Vol. 15—1961 - NorthEastern Weed Science Society

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401.
LITERATURECITED
1. AlduS, L. J., K. V. Symonds. Further Studies on the
Breakdown of 2,4-D by a Soil Bacterium. Ann. of Applied
BioI. 42, 174-182, 1955.
2. Bell, G. R. Some Morphological and Biochemical Characteristics
of a Soil Bacterium which Decomposes 2,4-D Acid.
Can. J. Microbiology ~, 821-840, 1957.
Breed, R. S. {et all. Bergey's Manual of Determinative
Bacteriology. 7th Ed. p. 114, 1957.
4. Evans, W. C., B. S. W. Smith. Photochemical Inactivation
and Microbial Metabolism of the Dichlorophenoxy
Herbicides. Biochem. J. 21, XX~, 1954.
Jensen, H. L., H. I. Petersen. Decomposition of Hormone
Herbicide by Bacteria. (Lab. Plant CUlture, Lyngby,
Denmark), Acta. Agr. Scand. 2, 215-231, 1952.
6. Ludzack, F. L., D. Kinkead. Persistence of Oily Wastes in
Polluted Water under Aerobic Conditions. Ind. and Eng.
Ch., 48, 263, 1956.
8"
Mellan, Ibert. Industrial Solvents, 2nd Ed., 248-252, 1950.
Published by Reinhold Publ. Co.
RogOff M. H., J. J. Reid. Biological Decomposition of
2, 4 -D. Bacteriological Proc. 54, 12, 1954.
Rogoff, M. H., J. J. Reid. Bacterial Decomposition of 2,4-D
Acid. J. of Bacteriology 11, No.3, 303-307, 1956.
10. Ruchhoft, C. C. (et a i }, Taste and Odor Producing Components
in Refinery Gravity Oil Separator Effluents. Ind. Eng.
Chern. 46, 284, 1954.
11. Standard Methods for the Examination of Sewage and Industrial
Wastes. 10th Edition. Published by Am. Pub. Health Assn.
12. Steenson, T. I., N. Walker. Bacterial Oxidation of
Chlorophenoxy Acetic Acids. (Rothhamsted Expt. Sta.,
Harpenden, Eng.), Plant and Soil 8, '17-32, 1956.
13. Sweet, R. D. (et all. Longevity of Several Herbicides in
Soil. Proc. N.E.W.C.C. 17-24, 1958.
14. walker R" L., A. S. Newman" Microbial Decompoaf.tion of
2, 4-D. App. Microbiol. 4, 201-6, 1956.