| Number: | 610/73/97 |
|---|---|
| Start: | 01 January 1997 |
| End: | 31 December 2002 |
The programme aims to integrate the existing fundamental information on the interactions of environmental particles and microorganisms and the impact on the terrestrial ecosystem, and to promote fundamental research in this very significant and exciting area of science. It will cover many kinds of interaction between mineral or organic particles and microorganisms, effects of soil colloids on microbial and enzymatic activity, microbial mobilization of nutrients and toxic metals from minerals, interactions in the rhizosphere, global ion cycling, organic pollutant transformation, and processes in the subsurface. The programme requires the cooperation of many recognized scientists in the field who have been selected by the commission..
Internationally recognized persons have been selected to complete this task. The book arising from this project, on topics that analyze the interplay between environment chemistry and (micro)biology, are in press. As with the earlier books in the Series, this volume (Vol. 8) collects critical reviews that characterize the current state of the art and provide guidelines for future research. John Wiley & Sons, Chichester, England is the publisher of this book. The book title is the same as the project title. The project coordinators are the book editors.
Book Table of Contents
PART I. FUNDAMENTALS OF SOIL PARTICLES-MICROORGANISMS INTERACTIONS
Chapter 1. Interactions between microorganisms and soil particles: An overview.
C. Chenu and G. Stotzky
Chapter 2. A fractal approach for interactions between soil particles and microorganisms
N. Senesi and L. Boddy
Chapter 3. Interactions of organic materials and microorganisms with minerals in the stabilization of structure
J. A. Baldock
Chapter 4. Impact of organic substances on the formation and transformation of metal oxides in soil environments
A. Violante, G.S.R. Krishnamurti, and P.M. Huang
Chapter 5. Microbial mobilization of metals from soil minerals under aerobic conditions
E. Kurek
Chapter 6. Interactions of bacteria and environmental metals, fine-grained mineral development and bioremediation strategies
J.S. McLean, J.-U. Lee, and T.J. Beveridge
PART II. IMPACT OF SOIL PARTICLES-MICROORGANISMS INTERACTIONS ON THE TERRESTRIAL ENVIRONMENT
(A) ION CYCLING AND ORGANIC POLLUTANT TRANSFORMATION
Chapter 7. Effect of mineral colloids on biogeochemical cycling of C, N, P and S in Soil
G. Guggenberger and K.M. Haider
Chapter 8. Impact of interactions between microorganisms and soil colloids on the transformation of organic pollutants
J. Dec, P.M. Huang, N. Senesi, and J.-M. Bollag
(B) RHIZOSPHERE CHEMISTRY AND BIOLOGY
Chapter 9. Chemical and biological processes in the rhizosphere: Metal pollutants
P.M. Huang and J.J. Germida
Chapter 10. Biotic and abiotic interactions in the rhizosphere: Organic pollutants
T.A. Anderson, D.P. Shupack, and H. Awata
(C) ANAEROBIC AND TRANSPORT PROCESSES, AND THE SUBSURFACE TERRESTRIAL ENVIRONMENT
Chapter 11. Interactions between microorganisms and minerals under anaerobic conditions
H.L. Ehrlich
Chapter 12. The role of mineral colloids in the facilitated transport of contaminants in saturated porous media
M. Elimelech and J.N. Ryan
| This project was presented at a poster session at the IUPAC Congress/GA July 2001 |
Project completed - Volume 8 in the series: "Interactions Between Soil Particles and Microorganisms", John Wiley & Sons, 2002 [ISBN 0-471-60790-8].