Distribution of boron in leaves

Abstract

culture methods for growing plants without soil. Cal. Agr. Exp. Sta. Cir. 347. 6. ILJIN, V. S. 1951. Metabolism of plants affected with lime-induced chlorosis (Calciose). Plant & Soil 3: 339-351. 7. ILJIN, V. S. 1951. Metabolism of the grapevine during lime chlorosis. Gardenbauwirs. 17: 33,R-381 (Abst. in Chem. Abs. 28: 6332) 8. ILJIN, V. S. 1945. Salts & organic acids in relation to calciophiles. Flora 37: 265-299. (abstract in Chem. Abs. 39: 4113) 9. LINDSAY, H. L. & D. W. THORNE. 1954. Bicarbonate ion & oxygen level as related to chlorosis. Soil Sci. 77: 271-279. 10. NEISH, A. C. 1949. Production & properties of 2,3-butanediol. Canadian J. Res. 827: 6-8. 1 1. RHODES, W. A., A. WALLACE, & E. M. RommMEY. 1959. Lime-induced chlorosis studied-physiology of disorder investigated to learn role of malonic acid & possibility of a block in organic acid metabolism. Cal. Agr. 13(3): 6. 12. SAYWELL, L. C. & B. B. CUNNINGHAM. 1937. Determination of iron, colorimetr c o-phenanthroline method. Ind. & Eng. Chem. Ann. Ed. 9: 67-69. 13. SCHANDER, H. 1944. The differences & similarities of chlorosis in lupines & wood growth. Gardenbauwiss. 17: 304-369. 14. SCHANDER, H. 1945. The dependence upon external factors of chlorosis of lupines leteus seedlings in sand cultures. Bodenk u Pflanzenernahr. 12: 71-84. 15. SCHANDER, H. 1945. The problems of lime chlorosis in plants. Tohrb. Wiss. Botan. 91: 169-185. (Abstr. in Chem. Abs. 39: 4649.) 16. \VADLEIGH, C. H. & J. C. BROWN. 1952. The chemical status of bean plants afflicted with bicarbonate-induced chlorosis. Botan. Gaz. 113: 373-390. 17. YOUNG, R. H. & L. M. SHANNON. 1959. Malonate as a participant in organic acid metabolism in bush bean leaves. Plant Physiol. 34: 149-152.