Biotechnology of biofertilizers / Sadasivam Kannaiyan

By: Kannaiyan, SadasivamLanguage: English Publisher: India : Kluwwer Academics Publishers, 2002Description: 375 pISBN: 140200219XSubject(s): Biofertilizers | Nitrogen | Acondicionadores de suelosDDC classification: 631.86
Contents:
1. An appraisal of biofertilizers in India. 2. Biofertilizers for sustainig crops production . 3. Biofertilizers for sustainig cereal crops production. 4. Azospirillum biofertilizer for rainded crops. 5. Biochemistry of nitrogen fixation and assimilation. 6. Host gene expression in nodulation and nitrogen fixation. 7. Physiology, biochemistry and molecular genetics of legume symbiosis. 8. Nitrogen fixation in parasponia. 9. Production of Rhizobium biofertilizer. 10. Biofertilizers for grain legumes. 11. Role of plant flavonoids as signal molecules to Rhizobium. 12. Nitrogen fixation by tree legumes. 13. Stem nodultaing bacteria in legumes. 14. Nitrogen fixing potential of stem modulating Sesbania rostrata for rice production. 15. Influence of Azolla and Sesbania rostrata application on changes in microbial population and enzymes in rice soil.
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Libro OptoElectrónica Libro OptoElectrónica Laboratorio de Optoelectrónica
RESERVA
Papel 631.86 K16 (Browse shelf) Ej. 1 Available L000722

Ingreso Proy. 431

1. An appraisal of biofertilizers in India. 2. Biofertilizers for sustainig crops production . 3. Biofertilizers for sustainig cereal crops production. 4. Azospirillum biofertilizer for rainded crops. 5. Biochemistry of nitrogen fixation and assimilation. 6. Host gene expression in nodulation and nitrogen fixation. 7. Physiology, biochemistry and molecular genetics of legume symbiosis. 8. Nitrogen fixation in parasponia. 9. Production of Rhizobium biofertilizer. 10. Biofertilizers for grain legumes. 11. Role of plant flavonoids as signal molecules to Rhizobium. 12. Nitrogen fixation by tree legumes. 13. Stem nodultaing bacteria in legumes. 14. Nitrogen fixing potential of stem modulating Sesbania rostrata for rice production. 15. Influence of Azolla and Sesbania rostrata application on changes in microbial population and enzymes in rice soil.

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