Wood Microbiology. Decay and Its Prevention. Edition No. 2

Table of Contents

1. Introduction to wood microbiology2. Wood deterioration agents3. The characteristics and classification of fungi and bacteria4. Factors affecting the growth and survival of fungi in wood (fungal ecology)5. Fungal metabolism in relation to wood decay6. The decay setting: some structural, chemical, and moisture features of wood in relation to decay development7. General features, recognition, and anatomical aspects of wood decay8. Chemical changes in wood caused by decay fungi9. Ultrastructural features of wood decay10. Changes in the strength and physical properties of wood caused by decay fungi11. Colonization and microbial interactions in wood decay12. Decays originating in the stems of living trees13. Biodeterioration of stored wood and its control14. Molds, stains, and discolorations15. Decay problems associated with some major uses products16. The detection of internal decay17. Paint mildew and related degradative problems18. Natural decay resistance (wood durability)19. Chemical protection of wood (wood preservation)20. Some trends in wood microbiology research and a new emphasis (biotechnology)

Authors

Robert A. Zabel State University of New York, Syracuse, USA. Robert A. Zabel was a former Professor at SUNY College of Environmental Science & Forestry. Sadly now deceased, but he was a major contributor to the first edition of Wood Microbiology. Professor Zabel taught at ESF for over 40 years and this revised edition is based upon notes from his course. Jeffrey J. Morrell Oregon State University, Corvalis, USA. Jeffrey Morrell is the Director at the National Centre of Timber Durability and Design Life, University of the Sunshine Coast, Brisbane, Australia. He has over 40 years of experience working with timber durability, including 35 years at Oregon State University teaching and supervising the durability program.