Abstract
Since ancient times, sugi (Cryptomeria japonica D. Don) has been one of the most important conifer species in Japan. In the People’s Republic of China, descriptions of Cryptomeria foriunei Hooibrenk ex Otto et Dietr, are also found, however, it is not so popular in Chinese forestry (cf. Hashimoto 1983). In Taiwan, in 1896, the seeds of C. japonica were firstly introduced from Japan, and at present about 45 000 ha of plantations have been established in the mountainous region at an elevation of 800-2000 m above sea level (cf. Sakaguchi 1983). In Korea, as it is cold and dry in winter, the C. japonica plantations introduced in ca. 1915 are limited to the southern area of the country. There are now about 74000 ha of plantation (cf. Hyun 1983). According to the description of the above authors, C. japonica seems to have very limited uses in Taiwan and Korea.
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References
Burdon RD (1982) The role and optimal place of vegetative propagation in tree breeding strategies. In: Proc IUFRO Meet Working Parties Genetics about breeding strategies including multi-clonal varieties. Lower Saxony For Res Inst FRG, pp 66–83
Cowling EB, Dinus RJ, Schmidt RA (1977) Management of fusiform rust: A status report and recommendation for research. In: Dinus DJ, Schmidt RA (eds) Management of fusiform rust in southern pines. Symp Proc Gainesville, Univ Fla, pp 1–9
Forestry Agency of Japan (ed) (1987) Forest resources in Japan. Jpn For Tech Assoc, Tokyo, pp 1–77 (in Japanese)
Funayama Y (1983) Regional forestry and management. In: Sakaguchi K (ed) All of the sugi, Cryptomeria japonica. Natl For Extens Assoc, Tokyo, pp 530–562 (in Japanese)
Hashimoto Y (1983) Cryptomeria in Peoples’s Republic of China. In: Sakaguchi K (ed) All of the sugi, Cryptomeria japonica. Natl For Extens Assoc, Tokyo, pp 594–599 (in Japanese)
Hayashi Y (1951) The natural distribution of important trees indigenous to Japan. Conifer report 1. Bull Jpn Gov Exp Stn, pp 48–240 (in Japanese)
Hyun K (1983) Cryptomeria japonica in Korea. In: Sakaguchi K (ed) All of the sugi, Cryptomeria japonica. Natl For Extens Assoc, Tokyo, pp 617–629 (in Japanese)
Ishikawa H (1974) In-vitro formation of adventitious buds and roots on the hypocotyl of Cryptomeria japonica. Bot Mag (Tokyo) 87:73–77
Ishizaki A (1965) Morphological, physiological and silvicultural characteristics of some important varieties of Cryptomeria japonica D. Don in Kyushu. Bull Jpn Gov For Exp Stn 180:1–303
Iura T, Fukao S (1979) Miyazaki A: several tree species, vol. 9. In: Yamada T, Iura S (eds) Nippon Nousho Zenshu 3:189–198 (in Japanese)
Iwamizu Y (1975) All of the polished log — new forestry goods production and commercial distribution of the polished log. Jpn For Assoc (Tokyo) pp 1–416 (in Japanese)
Kawada M (1940) Lecture on forest ecology (Ecological specificities of forests in Yaku Island and their management). Yoken-do (Tokyo) pp 1–528 (in Japanese)
Kleinschmit J (1983) Concept and experiences in clonal plantations of conifers. In: Zuffa L, Rauter RM, Yeatman CW (eds) Clonal forestry: its impacts on tree improvement and our future forests. Proc 19th Meet Can Tree Improv Assoc, pt 2, Toronto pp 26–56
Kleinschmit J, Schmidt J (1978) Experiences with Picea abies cutting propagation in Germany and problems connected with large scale application. Silv Genet 26:197–203
Libby WJ (1969) Some possibilities of the clone in forest genetic research. In: Bogart R (ed) Genetic lectures I. Oregon State Univ Press, pp 121–136
Libby WJ (1982) What is a safe number of clones per plantations? In: Heybroek HM, Stephan BR, von Weisenberg K (eds) Resistance to diseases and pests on forest trees. Proc 3rd Int Worksh Genetics of host-parasite interactions in forestry. PUDOC, Wageningen, pp 342–360
Libby WJ (1983) The clonal option. Norw For Res Inst, As-NLH Norway, pp 1–32
Maebashi Y (1982) A new technique of raising Stecklings of hinoki, Chamaecyparsis obtusa. Tottori Pref Dep Agric For Fish Silvicult Div Jpn pp 1–32 (in Japanese)
Mashimo I (1983) Growth of plantations of sugi, Cryptomeria japonica and environments. In: Sakaguchi K (ed) All of the sugi, Cryptomeria japonica. Natl For Extens Assoc, Tokyo, pp 99–123 (in Japanese)
Miyajima H (1983) Cultivars. In: Sakaguchi K (ed) All of the sugi, Cryptomeria japonica. Natl For Extens Assoc, Tokyo, pp 126–140 (in Japanese)
Miyajima H, Nakao T, Nogami K (1979) Silvicultural characteristics of some important clonal cultivars of Cryptomeria japonica D. Don In: Miyajima (ed) Studies on characteristics of native clonal cultivars of Cryptomeria japonica in Kyushu. Kyushu Univ Press, Fukukoa, pp 1–66
Miyazaki Y, Miyajima H (1981) Identification of clone varieties in Cryptomeria japonica in Kyushu using peroxidase isozyme pattern. In: Callaham RZ (ed) Proc Div 2nd IUFRO World Congr Jpn IUFRO Comm, Ibaraki, pp 219–223
Miyazaki Y, Sakai K-I (1969) Use of zymography for identification of a clone of Cryptomeria japonica D. Don. J Jpn For Soc 51:235–239
Miyazaki Forest Experiment Station (ed) (1981) Obi forestry, point 20-2, Miyazaki prefecture. In: 17th IUFRO Congr, Kyoto, Jpn, Excursion 5: Forestry in the warm-temperate zone, Ibaraki, PP 1–9
Murai S (1947) Major forestry tree species in the Tohoku region and their varietal problems. Kokudo Saiken Zourin Gijutsu Kouenshu, Aomori-rin'yukai, pp 131–151 (in Japanese)
Nakai T (1941) Speciality of Asio experiment forest of Kyoto Imperial University. J Jpn Bot 17:273–283
Obi District Forest Office (ed) (1936) Obi sugi, pp 1–44 (in Japanese)
Ogiyama K, Yasue M (1981) Chemosystematic study of diterpenoid in foliage of Cryptomeria japonica D. Don. In: Callaham RZ (ed) Proc Div 2, 17th IUFRO World Congress, Jpn IUFRO Comm, Ibaraki, pp 225–227
Ohba K (1978) Presence percentage of plus-traits clones and their safety numbers for mixing. Jpn For Soc Kyushu Branch Res Pap 31:77–78 (in Japanese)
Ohba K (1979) Forest tree breeding in Japan, Jpn Agric Res Q 13:138–144
Ohba K (1983a) Risk evaluation and tree improvement as components of intensive forest management in Japan. For Ecol Manag 6:245–262
Ohba K (1983b) Cryptomeria in Japan. In: Zsuffa L, Rauter RM, Yeatman CW (eds) Clonal forestry: its impact on tree improvement and our future forests. Proc 19th Meet Can Tree Improv Assoc, Toronto, pt 2, pp 145–162
Ohba K (1984a) Genetics and breeding strategy of cryptomeria. In: Chopra VL, Joshi BC, Sharma RP, Bansal HC (eds) Genetics: new frontiers. Proc 15th Int Congr Genetics, New Delhi, vol 4: Applied genetics, pp 361–371
Ohba K (1984b) A new development of tree breeding by the use of techniques of clonal propagation. In: 5th Symp Basic breeding sciences, Gifu, Japan, pp 13–20 (in Japanese)
Ohba K, Furukoshi T (1981) Forest tree breeding and progeny testing in Japan. In: Prade J (ed) Proc Div 6, 17th IUFRO World Congr, Jpn IUFRO Comm, Ibarki, pp 175–178
Ohtomo E (1983) Management. In: Sakaguchi K (ed) All of the sugi, Cryptomeria japonica. Nat For Exten Assoc, Tokyo, pp 486–529 (in Japanese)
Phillion BJ (1982) Large-scale production of black spruce cuttings for progeny tests. Paper presented in Intnal. Plant Prop Soc Meet, Grand Rapids, Mich, p 14
Research Group of Sugi Bark Borer (ed) (1971) Studies on the wood decay by sugi bark borer. Kansai Reg For Res Org, For Protect Div, pp 1–58 (in Japanese)
Sakaguchi K (1983) Cryptomeria japonica in Taiwan. In: Sakaguchi K (ed) All of the sugi, Cryptomeria japonica. Nat For Extens Assoc, Tokyo, pp 599–617 (in Japanese)
Sakai K-I, Arita M, Iyama S, Iwagami S, Okada Y, Tomita K, Hayashi S, Miyazaki Y (1978) Report on genetic resource conservation of Yanase natural sugi forest. Mise Rep Kansai For Tree Breeding Inst, Shikoku Branch, Kochi, pp 1–71 (in Japanese)
Sato K, Miyajima H (1956) On a cultivar of Chamaecyparis obtusa. Warm Temperate for 9:4–8 (in Japanese)
Taira H (1979) Vegetatively propagated cultivars of Cryptomeria japonica in Toyama Prefecture. Identification of the cultivars by means of analysis of isozyme and needle traits. Bull Toyama For Exp Stn 5:1–66
Toda R (1969) Silviculture: tree breeding. In: Japan Forest Technical Association (ed) History of forest technology, vol 3, pp 1–45 (in Japanese)
Toda R (1974) Vegetative propagation in relation to Japanese forest tree improvement, NZJ For Sci 4:410–417
Tokugawa M (1974) Historical studies on silviculture in Edo-era. Chikyu Shutsuppan KK (Tokyo) 373 pp (in Japanese)
Toyama T (1976) Historical route of sugi, Cryptomeria japonica. Chuokouronnsha Tokyo 215 pp (in Japanese)
Tsukada M (1980) History of sugi, Cryptomeria japonica: past fifteen thousand years ago, Kagaku 50:538–546 (in Japanese)
Tsukada M (1982) Cryptomeria japonica: Glacial refugia and late glacial and postglacial migration. Ecology 63:1091–1105
Yasue M, Ogiyama K, Ebishigawa S, Kondo K, Nishina K (1978) Diterpene hydrocarbons in Cryptomeria japonica needles IV. The inheritance of (− )-kaurene ( + )-phyllocladene and ( −)-sclarene. J Jpn For Soc 60:345–348
Yasue M, Ogiyama K, Suto S, Tsukahara H (1979) Thermatological studies on diterpene hydrocarbons in leaves of Cryptomeria japonica. Rep Sci Res Minist Educ Sci Cult Jpn, pp 1–52 (in Japanese)
Yasue M, Ogiyama K, Suto S, Tsukahara H, Miyahara F, Ohba K (1987) Geographical differentiation of natural cryptomeria stands analysed by diterpene hydrocarbon constitutents of individual trees. J Jpn For Soc 69:152–156
Yoshida N, Sanui T, Taketani A (1980) Biology and mechanism of injury of Japanese ceder bark midge, resseliella odai (Inouye). In: 16th Int Congr Entomology, Aug 3–9, Kyoto (Poster Session)
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© 1993 Springer-Verlag Berlin Heidelberg
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Ohba, K. (1993). Clonal Forestry with Sugi (Cryptomeria japonica). In: Ahuja, MR., Libby, W.J. (eds) Clonal Forestry II. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-84813-1_4
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DOI: https://doi.org/10.1007/978-3-642-84813-1_4
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