LITERATURE CITED
- American Society for Testing and Materials. 1976. Standard method of testing wood preservatives by laboratory soilblock cultures. ASTM Designation D1413-76, Philadelphia, Pa.
- British Standards Institution. 1961. BS838: Methods of test for toxicity of wood preservatives to fungi. BS1, London.
- Corbett, N. H. 1963. Anatomical, ecological and physiological studies on microfungi associated with decaying wood. Ph.D. Thesis, University of London.
- Da Costa, E. W., and L. D. Bezemer. 1979. Some techniques for laboratory production of soft rot in wood blocks for experimental purposes. Holzforschung 33: 7–10.
- Deuscher Normenausschuss. 1939. Prüfung von Holzschutzmitteln—mykologische Kurzprü fung, Klötzchen-Uerfahren. DIN52 176.
- Fougerousse, M. 1976. Soft rot occurring in field tests in Ivory Coast and France. Mater. Organism, Beih. 3: 21–34.
- Henningsson, B. 1977. Methods for determining fungal biodeterioration in wood and wood products. Pp. 277–294. In: Biodeterioration investigation techniques. Ed. H. Walters. Applied Science, London.
- Henningsson, B., and T. Nilsson. 1976. Some aspects on microflora and the decomposition of preservative treated wood in ground contact. Mater. Organism Beih. 3: 307–318.
- Leightley, L. E. 1978. Soft rot fungi found in copper-chrome-arsenic treated hardwood power transmission poles in Queensland. International Research Group on Wood Preservation, Document No. IRG/WP/185. 12 p.
- Nordic Wood Preservation Council. 1970. NWPC Standard for testing of wood preservatives. Mycological test. Jordburk method—a soil block test with wood-rotting Basidiomycetes. NWPC Standard No. 1.4.1.1/70.
- Seehan, G., W. Liese, and B. Kess. 1975. List of fungi in soft rot tests. International Research Group on Wood Preservation, Document No. IRG/ WP/10S. 72 p.