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<br/><br/>1. Methods to Study Diversity in Soil Metagenome and it's<br/>Significance for Sustainable Soil Management 1<br/>S. Krishna Sundari, Anil Kumar Gupta, Radhika Chadha,<br/>AND Ritika Shah (India)<br/>2. Rhizobium and Stress 47<br/>Mohammad Miransari (Iran)<br/>3. Technologies and Challenges for Nitrogen Fixation in<br/>Gramineae 59<br/>P.Y. Desale, N.N. Nawani, Viren Konde and M.B.<br/>Khetmalas (India)<br/>4. Sleeping Beauties: Historical Soil Archives Answering<br/>Contemporary Questions 79<br/>Jan Dolfing, Charles W. Knapp and David W. Graham (UK)<br/>5. Enhancing Phosphorous Availability to Canola {Brassica<br/>Napus L.) using P. Solubilizing and Sulfur Oxidizing Bacteria 85<br/>S. Salimpour, K. Khavazi, Nadian, H. Beshrati and<br/>M. Miransari (Iran)<br/>6. A Survey of Arbuscular Mycorrhizae, Rhizobium and Phosphate<br/>Solubilizing Bacteria in Low Fertility Savanna Soils in<br/>Central Venezuela (Estación Experimental La Iguana) 97<br/>Mora E., Toro M. and LOpez-hernAndez, D. (Venezuela)<br/>7. Alleviation of Salt Stress in Cucumber and Tomato by Root<br/>Colonising Bacteria 115<br/>Egamberdieva D., Berg G., Lindstrom K., and L.A. RasAnen<br/>(Uzbekistan, Austria and Finland)<br/>8. In Vitro Growth of Wheat {Triticum Aestivum L.) Seedlings,<br/>Inoculated with Azospirillum sp., under Drought Stress 129<br/>M.H. Arzanesh, H.A. Alikhani, K. Khavazi, H.A. Rahimian<br/>and M. Miransari (Iran)<br/>^ Soil Microbiology and Biotechnology<br/>9. Utilization of Organic Compost: ATool for Mitigating Soil<br/>Salinity ^43<br/>Chitralekha Sengupta and Punarbasu Chaudhuri (India)<br/>10. Pseudomonas Bacteria and Phosphorous Fertilization,<br/>Affecting Wheat (Triticum Aestivum L.) Yield and P uptake<br/>under Greenhouse and Field Conditions I99<br/>H.R. Zabihi, G.R. Savaghebi, K. IChavazi, A. Ganjali and<br/>M. Miransari (Iran)<br/>11. Soil Microbes in Different Ecosystems from Brazil 215<br/>Marcela Claudia Pagano (Brazil)<br/>12. Contribution of Plant Growth Promoting Microorganisms<br/>for Sustainable Agricultural and Soil Management<br/>S. Krishna Sundari and Nivedita Mishra (India)<br/>13. Using Signal Molecule Genistein to Alleviate the Stress of<br/>Suboptimal Root Zone Temperature on Soybean—Brahyrhi-<br/>Brahy Rhizobium Symbiosis under Different Soil Textures 271<br/>Mohammad Miransari and Donald Smith (Canada)<br/>14. Plant Growth Promoting Activities of Fluorescent<br/>Pseudomonads, Isolated from the Iranian Soils 289<br/>P. Abbas Zadeh, N. Saleh Rastin, H. Asadi Rahmani, K.<br/>Khavazi, a. Soltani, A.R. Shoary Nejati and M, Miransari (Iran)<br/>15. Rhizobial Lipo-Chitooligosaccharides and Gibberellins<br/>Enhance Barley {Hordeum vulgare L.) Seed Germination 305<br/>Mohammad Miransari and Donald Smith (Canada)<br/>16. The effects of Selenium and Other Micronutrients on the<br/>Antioxidant Activities and Yield of Corn {Zea mays L.)<br/>Under Drought Stress 3 g<br/>Nour Aij Sajedi, Mohammad Reza Ardakani, Ahmad Naderi,<br/>Hamid Madani, Masoud Mashhadi, Akbar Boojar and<br/>Mohammad Miransari (Iran)<br/>17. Yield and Yield Components of Brid Corn (Zea mays L.) as<br/>affected by Mycorrhizal Symbiosis and Zinc Sulfate under<br/>Drought Stress<br/>N.A. Sajedi, M.R. Ardakani, F. Rejali, F. Mohabbati and<br/>M. Miransari (Iran)<br/>18. Overcoming the Stressful Effects of Salinity and Acidity on<br/>Soybean Nodulation and Yields Using Signal Molecule<br/>Genistein Under Field Conditions<br/>M. Miransari, and D.L. Smith (Iran, Canada)<br/><br/>Table of Contents xi<br/>19. Using Pseudomonas spp. and Arbuscular Mycorrhizal<br/>Fungi to Alleviate the Stress of Zinc Pollution by Com<br/>(Zea mays L.) Plant 369<br/>T. Ghare Maleki, H. Besahrati, M.H. Rasuli Sadaghiani,<br/>A. Tavassoli and M. Miransari (Iran)<br/>20. Canola {Brassica napus L.) Oil Production and Nutrient<br/>uptake as Affected by Phosphate Solubilizing and Sulfur<br/>Oxidizing Bacteria 379<br/>S. Salimpour, K. Khavazi, H. Nadian, H. Besharati and<br/>M. Miransari (Iran)<br/> |
