This book aims to describe what we have learned in the last one hundred years or so about biological nitrogen fixation, about what its chemistry appears to be, and how it is applied in agriculture. This ambitious objective has not been attempted recently. It is aimed at students and those who wish to enter these very challenging areas of research, and who need to learn the state of the art at the turn of the millennium.
The authors are all acknowledged world experts in their fields. They have prepared concise, well referenced and authoritative accounts of their subjects. This book provides a unique summary of the current state of knowledge that will be indispensable to all students and researchers, actual and potential, interested in biological nitrogen fixation.
A general overview (K. Fisher, W.E. Newton). 2. Nitrogenase structure (P.M.C. Benton et al.). 3. Spectroscopy of nitrogenase (B.J. Hales). 4. The gene products of the nif regulon (L.M. Rubio, P.W. Ludden). 5. Use of short-chain alkynes to locate the nitrogenase catalytic site (S.M. Mayer et al.). 6. Regulation of Mo nitrogenases (P. Rudnick, C. Kennedy). 7. Actinorhizal symbioses (K. Pawlowski). 8. Alternative nitrogenases (B. Masepohl et al.). 9. Advances towards the mechanism of nitrogenases (R.A. Henderson). 10. A novel nitrogenase superoxide-dependent nitrogen fixation (D. Gadkari). 11. Dinitrogen chemistry (G.J. Leigh). 12. Chemical models for nitrogenase (R.L. Richards). 13. Quantification of nitrogen fixation (M.B. Peoples et al.). 14. Nitrogen fixation and agricultural practice (G.W. O'Hara et al.). 15. Nitrogen fixation in rice (P.M. Reddy et al.). Index.