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Números 10-12 - Consejo Superior de Investigaciones Científicas

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CIENCIA<br />

9. GREENE, R. A., The applicability of the Azotobacter<br />

(plaque) method for <strong>de</strong>termining the fertility requirements<br />

of Arizona soils. Soil Sc., XXXIV: 83-93, 1932<br />

<strong>10</strong>. GUITTONNEAU, M. G-, Sur l'application <strong>de</strong>s Besoins<br />

<strong>de</strong>s Sols en Eléments Fertilisants par les Cultures spontanées<br />

d'Azotobacter. Compi. R. Ac. Agr. France, XV:<br />

83-88, 1929.<br />

11. MALVERSEN, W. V. y W. G. HOCE, The Azotobacter<br />

plaque test as applied to the <strong>de</strong>termination of phosphate<br />

<strong>de</strong>ficiency in Idaho soils. /. Amer. Soc. Agron., XXXIV:<br />

503-5<strong>12</strong>, 1942.<br />

<strong>12</strong>. HOCKENSMITH, R. D., R. GADNER y J. GOODWIN,<br />

Comparison of Methods for estimating available phosphorus<br />

in alkaline calcareous soils. Col. Agr. Exp. St.,<br />

Tech. Bull. 2, 1942.<br />

13'. JONES, D. H., The soil plaque Azotobacter test<br />

for soil <strong>de</strong>ficiency. Sc. Agr.,'X\\: 716-726, 1932.<br />

14. KELLER, H., Bericht über eine Bakteriologische<br />

Metho<strong>de</strong> zur Bestimmung <strong>de</strong>s Dungebedurfnisses <strong>de</strong>r<br />

Bo<strong>de</strong>n mit Hilfe von Bo<strong>de</strong>nplatten. Centralbl., Abt. II<br />

(86): 403-413, 1932.<br />

15. KRJUTSIIKOVA, A. P., Microbiological evaluation<br />

of the soil's requirement of lime and phosphates. Sc. Inst.<br />

Fertilisers (Moscú) Trails., LXXVI: 14-49, 1930. (Sumario<br />

en inglés).<br />

16. MARTIN, W. B., y P. E. BROWN, Factors influencing<br />

the occurrence of Azotobacter in Iowa soils. Soil<br />

Sc., XLV: 455-466. 1938.<br />

17. MARTIN, W. B., y R. H. WALKER, Preliminary<br />

investigation of the occurrence and distribution of Azotobacter<br />

in the soils of Iowa. Iowa Acad. Sc., XLI1:<br />

55-61, 1935. .<br />

18. MARTIN, W. B., R. H. WALKER y P. E. BROWN, Thé<br />

occurrence of Azotobacter in Iowa soils and factors affecting<br />

their distribution. Agr. Exp. St., Iowa State Coll.<br />

Agr. and Mech. Arts., Res. Bull. 217: 227-255, 1937.<br />

19. MEHLICH, A., E. TRUOG y E. B. FRED, The Cunninghamella<br />

plaque method of meassuring available<br />

phosphorus in soil. Soil Sc., XXXVIII: 445-460, 1934.<br />

20. MITSCHERLICH, E. A., Die Bestimmung <strong>de</strong>s Düngerbedurfnisses<br />

<strong>de</strong>s Bo<strong>de</strong>ns. Paul Parey. Berlín, 1924.<br />

Cit. por Ilockensmith (<strong>12</strong>).<br />

21. MORGAN, M. F., The Universal soil testing system.<br />

Conn. Agr. Exp. St., Bull. 392: <strong>12</strong>9-159, 1937.<br />

22. MORGAN, M. F., Soil testing methods. The Universal<br />

soil testing System. Conn. Agr. Exp. St., Circ. <strong>12</strong>7:<br />

1-16, 1939.<br />

23. MORGAN, M. F., T. R. SWANBACK, y J. S. OWENS,<br />

Soil testing in Connecticut. Conn. Agr. Exp. St., Circ.<br />

!31: 1-7, 1939.<br />

24. NEUBAUER, H. y W. SCHNEIDER, Die Nahrstoffaufnahme<br />

<strong>de</strong>s Keimpflanzen und ihre Anwendung auf die<br />

Bestimmung <strong>de</strong>s Nährstoffgehalts <strong>de</strong>r Bo<strong>de</strong>n. Ztscbr.<br />

Pflanzen-Ernähr. u. Düngung (A) II: 329-362, 1923.<br />

25. NIKLAS, H., H. POSCHERIEDER y J. TRISCHLER, Die<br />

Bestimmung <strong>de</strong>s Kalidüngebedürfnisses <strong>de</strong>r Bö<strong>de</strong>n mittels<br />

A. niger. Ibid. XXVI: 339-341, 1930.<br />

26. NIKLAS, H., H. POSCHERIEDER y J. TRISCHLER, Eine<br />

neue mikrobiologische Metho<strong>de</strong> zur Feststellung <strong>de</strong>r<br />

Düngebedürftigkeit <strong>de</strong>r Bö<strong>de</strong>n. Ztschr. Pflanzen-Ernähr.<br />

u. Düngung (A) XVIII: <strong>12</strong>9-157, 1930.<br />

27. NIKI.AS, H. y O. TOURSEL, Die Bo<strong>de</strong>nuntersuchung<br />

mittels Aspergillus niger. Bo<strong>de</strong>nkun<strong>de</strong> u. Pflan-<br />

Zenernäbr., XVIII: 79-<strong>10</strong>7, 1940.<br />

28. OROPEZA MENDOZA, L. M., Determinación <strong>de</strong> Fertilizantes<br />

y <strong>de</strong> sus <strong>de</strong>ficiencias en los suelos. Fac. Ciencias<br />

Químicas. México, D. F., 1939. (Tesis).<br />

29. PANTANELLI, E., Determinazione Biochimica <strong>de</strong>l<br />

Fosfato Assimilabile <strong>de</strong>l Terreno. Act. IV Con/. Int. Pédologie,<br />

1924.<br />

30. PEECH, M. y L. ENGLISH, Rapid Microchemical<br />

Soil Test. So/7 Sc., LVH (3): 167-195, 1944.<br />

31. PITTMAN, D. W. y C. BURNHAM, Observations<br />

on the use of commercial fertilizers on the arid soils<br />

of Utah. Utah Agr. Exp. St., Bull 233: 6-8, 1932.<br />

32. ROMERO BRAMBILA, A., Cómo aprovechar los datos<br />

<strong>de</strong> los análisis químicos <strong>de</strong> las tierras y <strong>de</strong> las plantas<br />

para establecer las cantida<strong>de</strong>s <strong>de</strong> abono que requiere un<br />

terreno y un cultivo <strong>de</strong>terminado. 2 9<br />

Congr. Nac. <strong>de</strong><br />

Quirn. México, D. F., 1944 (datos no publicados).<br />

33. SACKETT, W. G. y L. C. STEWART, A Bacteriological<br />

Method for Determining Minera] Soil Deficiencies<br />

by use of the Sou Plaque. Col Exp. St., Bull. 315, 1944.<br />

34. SIMAKOVA, T. y G. BOVSCHIK, Ueber die mikrobiologische<br />

Meto<strong>de</strong> zur Bestimmung <strong>de</strong>s Phosphorbedüfnisses<br />

<strong>de</strong>s Bo<strong>de</strong>ns mittel A. niger. Ztscbr, Pflanzenernäbr.<br />

u. Düngung (A) XXIV: 341-353, 1932.<br />

35. STEWART, L. C. W. G. SACKETT, D. W. ROBERTSON<br />

y A. KEZER, A Comparison of the Soil Plaque Method<br />

with the Neubauer and Hoffer Cornstalk Methods for<br />

<strong>de</strong>termining Mineral Soil Deficiencies. Col Agr. Exp.<br />

St., Bull 390, 1932.<br />

36. VAN NIEL, C. B., A notion the aparent abscence<br />

of Azotobacter in Soils. Arch. Microbiol, VI: 215-218,<br />

1935.<br />

37. WALKER, R. H. y J. L. SULLIVAN, The spontaneous<br />

Culture Method for studying the non-symbiotic Nitrogen<br />

Fixing Bacteria in the Soil. Proc. Iowa Acad. Sc.,<br />

XXXVI: 53-61, 1929.<br />

38. WINOGRADSKY, S., Etu<strong>de</strong>s sur la Microbiologie du<br />

Sol. I. Ann. Inst. Pasteur, XXXIX: 299-354, 1925.<br />

39. WINOGRADSKY, S., Etu<strong>de</strong>s sur la Microbiologie du<br />

Sol. II. Ibid., XL: 455-520, 1926.<br />

40. WINOGRADSKY, S., Direct Method in Soil Microbiology<br />

and its application to the Study of Nitrogen<br />

Fixation. Proc. First Int. Congr. Soil Sc., Comm. Ill:<br />

1-8, Washington, D. C, 1927.<br />

41. WINOGRADSKY, S. y J. ZIEMIEKA, Etu<strong>de</strong>s sur la<br />

Microbiologie du Sol. Iii. Ann. Inst. Pasteur, XLII:<br />

36-62, 1928.<br />

42. YOUNG, A. W., The Winogradsky spontaneous<br />

culture method for <strong>de</strong>termining certain soil <strong>de</strong>ficiencies.<br />

Agron. Exp. St., Iowa. State College Agr. & Mecb. Arts,<br />

Res. Bull 157: 1-24, 1933.<br />

43. ZIEMIECKA, J., The Azotobacter Test of Soil Fertility<br />

applied to the Classical Fields at Rothamsted. /.<br />

Agr. Sc., XXII: 797-8<strong>10</strong>, 1932.

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