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Other titles in the Developments in Plant and Soil Sciences series:

Nitrogen Fixation with Non-Legumes


Nitrogen Fixation with Non-Legumes Cover


Synopses & Reviews

Publisher Comments:

Diazotrophic bacteria convert atmospheric nitrogen to plant-useable form and this input of nitrogen through biological fixation is of great agronomic importance. The contributions presented in this volume relate to free-living nitrogen fixers and the diazotrophs associated with plants. Symbiotic association of Frankia with non-legumes and cyanobacterial associations are also discussed. Research topics covered in this volume include the biochemistry and genetics of diazotrophs, recent developments in improvement of plant-microbe interactions and their molecular basis, the use of molecular probes in taxonomy and ecology of diazotrophs and reports on field applications, agronomic importance and improvement in methodologies for assessing their contribution to plants. This book provides valuable information not only for researchers working in the field of biological nitrogen fixation but also for biochemistry, molecular biologists, microbiologists and agronomists.

Book News Annotation:

Based on the acetylene reduction method-aided discovery of new species of diazotrophs in association with plants about 25 years ago, came a better understanding of the potential of non-legumes for sustainable agriculture. The October 1996 symposium generated 41 papers and posters organized in eight sections: the biochemistry and genetics of diazotrophs, ecophysiological studies for the improvement of plant- microbe interaction, paranodulation and forced association of diazotrophs with non-legumes, molecular biology of plant-diazotroph interaction, molecular probes in taxonomy and ecology of diazotrophs, agronomic importance of associative diazotrophs, methodologies for assessing nitrogen fixation, and actinorhizal and cynobacteria association. No index.
Annotation c. Book News, Inc., Portland, OR (

Table of Contents

1. Biological Nitrogen Fixation by Endophytic Diazotrophs in Non Leguminous Crops in the Tropics; J. Dobereiner, V.L.D. Baldani. Session 1: Biochemistry and Genetics of Diazotrophs. 2. Analysis of Nitrogen Fixation and Regulatory Genes in the Sugarcane Endophyte Acetobacter diazotrophicus; S. Lee, et al. 3. Functional Analysis of a Cloned NIFA Homologous Gene of Azospirillum brasilense YU62; Gui Su, et al. 4. Identification of Plant Growth Hormones Produced by Bacterial Isolates from Rice, Wheat and Kallar Grass; G. Rasul, et al. Session 2: Ecophysiological Studies for the Improvement of Plant-Microbe Interaction. 5. The Rice Endophytic Diazotroph and PGPR; W. Song, et al. 6. Response of Two Maize Cultivars to Azospirillum Inoculation and/or Farmyard Manure Amendment Using 15N-Dilution Method; T.M.M. Moharram, et al. 7. Contribution of Non-Leguminous Biofertilizers to Rice Biomass, Nitrogen Fixation and Fertilizer-N Use Efficiency under Flooded Conditions; S. Ali, et al. 8. Detection of Inoculated Plant Growth Promoting Rhizobacteria in the Rhizosphere of Rice; S. Mehnaz, et al. Posters. 9. Salt Tolerance of Diazotroph Alaligenes faecalis and its Salt-Tolerant Association with Host Rice; S.Z. Ping, et L. 10. Interaction of Azorhizobium caulinodans with Different Rice Cultivars for Increased N2-Fixation; S.N. Khokhar, A. Qureshi. 11. Response of Wheat to an Associative Diazotroph Inoculum Under Different Rates of Nitrogen Fertilizer; A. Rashid, et al. 12. Effect of High Temperature on Nitrogen Fixation in Soybean Cultivars; M.I. Keerio, J.M. Wilson. 13. Effect of Plant Growth Regulators and Rhizobium Inoculum On N2- Fixation and Yield of Chickpea; F. Zarrin, et al. Session 3: Paranodulation and Forced Association of Diazotrophs with Non-Legumes. 14. Prospects for Facilitated Evolution of Effective N-Fixing Associations with Cereals: Comparative Performance of Azospirillum brasilense SP7-S with Various Free-Living Diazotrophs in Para-Nodulated Wheat; I.R. Kennedy, et al. 15. Transgenic Rice Plants with Parasponia Hemoglobin Gene and its Expression; Wei Guo, et al. 16. Cell Structures of Pseudonodules Formed on the Roots of Barley and Rice; Shan Xueqin, Jing Yuxiang. Posters. 17. Induction of Paranodulation by 2,4-D IAA and Tryptophan in Wheat Inoculated with Various Diazotrophs; H. Youssef, et al. 18. Optimizing Zinc and Phosphate Statuses for Enhancing Field Colonization and Contribution of the Symbiotic Association Azolla-anabaena to Rice Performance; Y.G. Yanni. 19. Enhancement of Rice Performance and Incidence of Natural Fungal and Insect Damage with Cyanobacterization, Microelements, Combined Nitrogen and Certain Pesticide; Y.G. Yanni, et al. Session 4: Molecular Biology of Plant&endash;Diazotroph Interaction. 20. Colonisation and NIFH Expression on Rice Roots by Alcaligenes faecalis A15; H. Vermeiren, et al. 21. Responses to Azospirillum brasilense to Salinity Stress; A.K. Tripathi, B.M. Mishra. 22. Studies on the Diploid Indeterminate Nodule-Forming Plant Melilotus alba Desr., White Sweetclover; A.M. Hirsch, et al. Session 5: Molecular Probes in Taxonomy and Ecology of Diazotrophs. 23. Isolation and Identification of Diazotrophic Bacteria from Rice, Wheat and Kallar Grass; U. Hassan, et al. Session 6: Applicability and Agronomic Importance of Associative Diazotrophs. 24. Diazotrophs Associated with Non-Legumes Grown in Sandy Soils; N.A. Hegazi, et al. 25. Effect of Inoculation with Nitrogen-Fixing Klebsiella on Potato Yield; V.N. Pishchik, et al. 26. Responses of Rice Plants to the Inoculation with Azospirillum Sp. Under Field Conditions; Nguyen Thi Phuong Chi, et al. Posters. 27. BGA Technology for Rice Cultivation in Northern India; R.P. Gupta, et al. 28. Modified Combined Carbon N-Deficient Medium for Isolation, Enumeration and Biomass Production of Diazotrophs; N.A. Hegazi, et al. 29. Contribution of Integrated Symbiotic and Associative Systems of Biological Nitrogen Fixation to N-Status of Intercropped Legumes and Non-Legumes in Sandy Soils of Egypt; M. Monib, et al. 30. Some Physiological Studies of Diazotrophic Bacteria Associated with Maize in a Temperature and a Tropical Soil; F.B. Mwaura, D. Widdowson. 31. In Vitro Propagation Using Phytohormones Produced by Associative Diazotrophs; H.M. El-Khawas, et al. 32. Effect of Inoculation of Azotobacter and PSM on Fertilizer Economy, Plant Growth and Yield of Winter Maize; P.K. Sohal, et al. 33. Accumulation of Radionuclides by Associative Bacteria and the Uptake of 134Cs by the Inoculated Barley Plants; A.A. Belimov. 34. The Influence of Chosen Fungicides on Azospirillum Dinitrogen Fixation in the Soil; D. Swedrzynska, A. Sawicka. Session 7: Methodologies for Assessing Nitrogen Fixation. 35. Evaluation of Biological Nitrogen Fixation Associated with Non-Legumes; R.M. Boddey, et al. 36. Use of 15N Isotope Dilution Method to Quantify Nitrogen Fixation in Legumes and Its Potential Use for Non-Legumes; G. Hardarson, C. Hera. Session 8: Actinorhizal and Cyanobacterial Association. 37. Competitivity and Persistence of Frankia in a Managed Environment; N.R. McEwan, et al. 38. Symbiotic Association between Frankia and Actinorhizal Plants; N. Boonkerd. 39. Ecophysiological Studies of Cyanobacteria in Paddy Soils of Bangladesh; M.A. Hashem. 40. Cyanobacterial Root Nodules in Tribulus terrestris L. (Zygophyllaceae); A. Mahmood, M. Ahter. Posters. 41. Use of Azolla as Biofertilizer to Enhance Crop Yield in Rice-Wheat Cropping System Under Mild Climate; S. Ali, et al.

Product Details

Malik, Kauser A.
Kluwer Academic Publishers
Mirza, M. Sajjad
Ladha, Jagdish K.
Ladha, J. K.
Mirza, M. Sajjad
Malik, K.A.
Ladha, J. K.
Dordrecht ;
Nitrogen -- Fixation -- Congresses.
Life Sciences - Biochemistry
Life Sciences - Botany
Environmental Science
Plant Sciences
Plant physiology
Soil science
Soil Science & Conservation
Edition Number:
Edition Description:
Developments in Plant and Soil Sciences
Series Volume:
Publication Date:
240 x 160 mm 727 gr

Related Subjects

Science and Mathematics » Botany » General
Science and Mathematics » Chemistry » Biochemistry
Science and Mathematics » Environmental Studies » General

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