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186j 9 Rice–Rhizobia Association: Evolution of an Alternate Niche Figure 9.8 GLC/MS fractionation and identification of phytohormones in the culture supernatant of rice-adapted rhizobial endophyte strain E11. From Yanni et al. [7] and reprinted with permission from CSIRO Publishing (http://www.publish.csiro. au/journals/fpb). phosphate) and organic (inositol hexaphosphate ¼ phytate) insoluble phosphorus complexes [7]. These positive results indicate extracellular acidification and phosphatase enzyme (phytase) activity, respectively. This extracellular PGP þ activity would potentially increase the availability of phosphorus for rice in rhizosphere soil, and there<strong>by</strong> promote rice growth when soil phosphorus is limited. 9.7.4 Endophytic Nitrogen Fixation Rice plants accumulate more shoot and grain nitrogen when inoculated with selected strains of rhizobial endophytes [1,7,58]. However, this additional combined nitrogen is mainly derived from soil mineral nitrogen and not from biological nitrogen fixation (BNF). This conclusion is based on several lines of evidence:
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Plant-Bacteria Interactions Edited
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Plant-Bacteria Interactions Strateg
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Contents List of Contributors XIII
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4 A Review on the Taxonomy and Poss
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7.7 Conclusion 147 References 148 C
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12 Practical Applications of Rhizos
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List of Contributors Farah Ahmad De
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S. Hayat Department of Botany Aliga
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Alok Sharma Department of Structura
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2j 1 Ecology, Genetic Diversity and
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10j 1 Ecology, Genetic Diversity an
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2 Physicochemical Approaches to Stu
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2.2 Application of Vibrational Spec
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2.2 Application of Vibrational Spec
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2.3 Application of Nuclear g-Resona
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2.3 Application of Nuclear g-Resona
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Figure 2.5 Comparison of Mössbauer
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2.4 Structural Studies of Glutamine
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experts from chemical and physical
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Lelie, D. (2002) Critical Reviews i
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3 Physiological and Molecular Mecha
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3.2 PGPR Grouped According to Actio
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3.2.1.3 Phosphate-Solubilizing PGPR
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3.2 PGPR Grouped According to Actio
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enefits already mentioned. Using PG
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agricultural and industrial purpose
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33 Gyaneshwar, P., Kumar, G.N., Par
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4 A Review on the Taxonomy and Poss
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Table 4.1 Genera that are named pla
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Desulfovibrio þ þ [13] Aeromonas
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Table 4.2 Taxonomic affiliation of
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4.3 Symbiotic Plant Growth Promotin
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Figure 4.2 (Continued) 4.3 Symbioti
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Methylobacterium This genus is form
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diversity of the cycad cyanobionts,
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4.4 Asymbiotic Plant Growth Promoti
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Beijerinckia and Derxia were to be
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that enables microbiologists and ag
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14 Thaning, C., Welch, C.J., Borowi
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67 Dutta, D. and Gachhui, R. (2007)
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5 Diversity and Potential of Nonsym
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With respect to the latter, bacteri
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Table 5.2 Diversity of diazotrophs.
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5.2 Rhizosphere and Bacterial Diver
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5.3 Asymbiotic Nitrogen Fixation an
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Figure 5.1 Various mechanisms invol
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Table 5.3 (Continued ) Mechanisms O
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5.5 Interaction of Diazotrophic PGP
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contrast to the in planta results,
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ameliorate drought stress effects o
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5.7 Critical Gaps in PGPR Research
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18 Marschner, H. (1995) Mineral Nut
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76 Madiagan, M.T. and Martinko, J.M
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136 Cacciari, I., Lippi, D., Pietro
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auburn.edu/argentina/pdfmanuscripts
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112j 6 Molecular Mechanisms Underpi
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130j 7 Quorum Sensing in Bacteria:
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8 Pseudomonas aurantiaca SR1: Plant
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8.3 Coinoculation Greenhouse Assays
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Table 8.2 Effects of P. aurantiaca
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212j 10 Principles, Applications an
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214j 11 Rhamnolipid-Producing PGPR
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12 Practical Applications of Rhizos
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is known to impact biodegradation a
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Figure 12.1 Growth and biodegradati
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greater dilution of the medium was
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Figure 12.8 (a) DTA-DTG-DG analysis
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246j 13 Microbial Dynamics in the M
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258j 14 Salt-Tolerant Rhizobacteria
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15 The Use of Rhizospheric Bacteria
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15.3 Treatment of Metal Ions in Was
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Table 15.1 Available technologies f
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Table 15.3 Types of metal ion phyto
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John Albert Friedrich Eichhorn [87]
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inorganic industrial effluents cont
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15.5 Microbial Enhancement of Metal
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15.5 Microbial Enhancement of Metal
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1. A better understanding of the co
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57 Moffat, A.S. (1995) Science, 269
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120 Lauchli, A. (1976) Encyclopedia
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306j Index copper 24, 117, 121 cyan
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308j Index - action mechanisms 41ff
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310j Index x Xanthomonas campestris
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