Development and function ofAzospirillum-inoculated roots Y. OkonY. Kapulnik Biology of Interactions between Plants and Diazotrophic Bacteria Pages: 3 - 16
Lichens toGunnera — with emphasis onAzolla G. A. PetersR. E. Toia Jr.B. H. Marsh Biology of Interactions between Plants and Diazotrophic Bacteria Pages: 17 - 34
Establishment of inoculatedAzospirillum spp. in the rhizosphere and in roots of field grown wheat and sorghum V. L. D. BaldaniM. A. de B. AlvarezJ. Döbereiner Biology of Interactions between Plants and Diazotrophic Bacteria Pages: 35 - 46
Effects of oxygen partial pressure and combined nitrogen on N2-fixation (C2H2) associated withZea mays and other gramineous species D. A. ZubererD. B. Alexander Biology of Interactions between Plants and Diazotrophic Bacteria Pages: 47 - 58
Adhesion of fimbriated nitrogen-fixing enteric bacteria to roots of grasses and cereals Timo K. KorhonenEeva-Liisa Nurmiaho-LassilaKielo Haahtela Biology of Interactions between Plants and Diazotrophic Bacteria Pages: 59 - 69
Ecological factors and adaptive processes in N2-fixing bacterial populations of the plant environment J. Balandreau Microbial Ecology of Diazotrophic Bacteria Pages: 73 - 92
Nitrogen fixation associated with roots of Kallar grass (Leptochloa fusca L. Kunth) Y. ZafarM. AshrafKauser A. Malik Microbial Ecology of Diazotrophic Bacteria Pages: 93 - 105
Growth and survival ofAzospirillum brasilense andArthrobacter giacomelloi in binary continuous culture I. CacciariM. Del GalloW. Pietrosanti Microbial Ecology of Diazotrophic Bacteria Pages: 107 - 116
Population dynamics ofAzospirillum brasilense and its bacteriophage in soil J. J. Germida Microbial Ecology of Diazotrophic Bacteria Pages: 117 - 128
Chemotaxis of free-living nitrogen-fixing bacteria towards maize mucilage G. MandimbaT. HeulinJ. Balandreau Microbial Ecology of Diazotrophic Bacteria Pages: 129 - 139
Utilization of simple phenolics for dinitrogen fixation by soil diazotrophic bacteria Yiu-Kwok Chan Microbial Ecology of Diazotrophic Bacteria Pages: 141 - 150
Enrichment of diazotrophic bacteria from rice soil in continuous culture M. KlossK. -H. IwannekE. -G. Niemann Microbial Ecology of Diazotrophic Bacteria Pages: 151 - 164
Biochemistry and physiology of nitrogen fixation with particular emphasis on nitrogen-fixing phototrophs W. D. P. StewartP. Rowell Biochemistry and Physiology of Nitrogen Fixation Pages: 167 - 191
Aspects of nitrogen fixation and denitrification byAzospirillum G. DannebergA. KronenbergH. Bothe Biochemistry and Physiology of Nitrogen Fixation Pages: 193 - 202
Studies of the adenylate and pyridine nucleotide pools during nitrogenase ‘switch-off’ inRhodospirillum rubrum S. NordlundL. Höglund Biochemistry and Physiology of Nitrogen Fixation Pages: 203 - 209
Shifts in the intracellular ATP pools of immobilisedNostoc cells (Cyanobacteria) induced by water stress M. PottsNancy S. Morrison Biochemistry and Physiology of Nitrogen Fixation Pages: 211 - 221
Regulation of the nitrogen fixation genes inKlebsiella pneumoniae: Implications for genetic manipulation R. A. DixonM. BuckJ. R. Postgate Genetics of Nitrogen Fixation Pages: 225 - 233
Cloning of pEA3, a large plasmid ofEnterobacter agglomerans containing nitrogenase structural genes M. SinghW. Klingmüller Genetics of Nitrogen Fixation Pages: 235 - 242
The role of root-associatedKlebsiella pneumoniae in the nitrogen nutrition ofPoa pratensis andTriticum aestivum as estimated by the method of15N isotope dilution Kielo HaahtelaKirsti Kari Methods of Measuring Nitrogen Fixation Pages: 245 - 254
Use of isotope dilution to measure nitrogen fixation associated with the roots of sorghum and millet genotypes K. E. GillerS. P. WaniJ. M. Day Methods of Measuring Nitrogen Fixation Pages: 255 - 263
Estimation of biological nitrogen fixation associated withBrachiaria andPaspalum grasses using15N labelled organic matter and fertilizer R. M. BoddeyR. L. Victoria Methods of Measuring Nitrogen Fixation Pages: 265 - 292
Evaluation of the availability ofAzolla-N and urea-N to rice using15N K. S. KumarasingheF. ZapataS. K. A. Danso Methods of Measuring Nitrogen Fixation Pages: 293 - 299
Nitrogen fixation associated with non-legumes in agriculture P. J. Dart Nitrogen Fixation by non-legumes in Agriculture Pages: 303 - 334
Effect ofAzospirillum inoculation on nitrogen fixation and growth of several winter legumes S. SarigY. KapulnikY. Okon Nitrogen Fixation by non-legumes in Agriculture Pages: 335 - 342
Nitrogen fixation by non-legumes in tropical agriculture with special reference to wetland rice I. Watanabe Nitrogen Fixation by non-legumes in Agriculture Pages: 343 - 357
Laboratory acetylene reduction assay for relative measurement of N2-fixing activities associated with field-grown wetland rice plants W. L. BarraquioM. L. G. DaroyI. Watanabe Nitrogen Fixation by non-legumes in Agriculture Pages: 359 - 372
Effect of seed inoculation, mycorrhizal infection and organic amendment on wheat growth Y. Z. IshacM. E. El-HaddadM. E. El-Demerdash Nitrogen Fixation by non-legumes in Agriculture Pages: 373 - 382
Effect of incorporation of crop residues on development of diazotrophs and patterns of acetylene-reducing activity in Nile Valley soils N. A. HegaziH. M. KhawasM. Monib Nitrogen Fixation by non-legumes in Agriculture Pages: 383 - 389
The improvement and utilization in forestry of nitrogen fixation by actinorhizal plants with special reference toAlnus in Scotland C. T. WheelerJ. E. HookerA. M. M. Berrie Nitrogen Fixation by non-legumes in Forestry and Natural Ecosystems Pages: 393 - 406
Distribution ofFrankia in soils from forest and afforestation sites in northern Sweden Kerstin Huss-DanellAnn-Kristin Frej Nitrogen Fixation by non-legumes in Forestry and Natural Ecosystems Pages: 407 - 417
Nitrogen fixation in coniferous bark litter Assi WeberVeronica Sundman Nitrogen Fixation by non-legumes in Forestry and Natural Ecosystems Pages: 419 - 425