A QUANTITATIVE STUDY OF FIXATION AND TRANSFER OF NITROGEN IN ALNUS

[1] BERGERSON FJ, 1959, 9 P INT BOT C, V2, P29

[2] Quantitative observations on the fixation and transfer of nitrogen in the soya bean, with especial reference to the mechanism of transfer of fixed nitrogen from bacillus to host. [J]. ANNALS OF BOTANY, 1936, 50 (199) : 559 - 578

[3] SOME ASPECTS OF TRANSLOCATION IN ROOT NODULE PLANTS [J]. JOURNAL OF EXPERIMENTAL BOTANY, 1956, 7 (21) : 387 - 394

[4] INHIBITION OF NITROGEN FIXATION IN NON-LEGUME ROOT NODULES BY HYDROGEN AND CARBON MONOXIDE [J]. JOURNAL OF EXPERIMENTAL BOTANY, 1960, 11 (31) : 91 - 97

[5] BOND G., 1957, ANN BOT, V21, P513

[6] BOND G, 1958, NUTRITION LEGUMES

[7] Large-scale production of azotobacter [J]. INDUSTRIAL AND ENGINEERING CHEMISTRY, 1943, 35 : 354 - 357

[8] PATE J. S., 1958, AUSTRALIAN JOUR BIOL SCI, V11, P366

[9] PATE J. S., 1958, Australian Journal of Biological Sciences, V11, P496

[10] POMMER ERNST-HEINRICH, 1956, FLORA, V143, P603

[1] BERGERSON FJ, 1959, 9 P INT BOT C, V2, P29

[2] Quantitative observations on the fixation and transfer of nitrogen in the soya bean, with especial reference to the mechanism of transfer of fixed nitrogen from bacillus to host. [J]. ANNALS OF BOTANY, 1936, 50 (199) : 559 - 578

[3] SOME ASPECTS OF TRANSLOCATION IN ROOT NODULE PLANTS [J]. JOURNAL OF EXPERIMENTAL BOTANY, 1956, 7 (21) : 387 - 394

[4] INHIBITION OF NITROGEN FIXATION IN NON-LEGUME ROOT NODULES BY HYDROGEN AND CARBON MONOXIDE [J]. JOURNAL OF EXPERIMENTAL BOTANY, 1960, 11 (31) : 91 - 97

[5] BOND G., 1957, ANN BOT, V21, P513

[6] BOND G, 1958, NUTRITION LEGUMES

[7] Large-scale production of azotobacter [J]. INDUSTRIAL AND ENGINEERING CHEMISTRY, 1943, 35 : 354 - 357

[8] PATE J. S., 1958, AUSTRALIAN JOUR BIOL SCI, V11, P366

[9] PATE J. S., 1958, Australian Journal of Biological Sciences, V11, P496

[10] POMMER ERNST-HEINRICH, 1956, FLORA, V143, P603