Vertical distribution and seasonal pattern of fine‐root dynamics in a cool–temperate forest in northern Japan: implication of the understory vegetation, <i>Sasa</i> dwarf bamboo
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Enslin WR, 1994, MSU ROOTS: a PC‐based program to quantify plant roots
FAO, 1988, Revised legend. Reprinted with corrections 1990. World Soil Resources Reports 60
Karizumi N, 1977, Primary productivity of Japanese forests, JIBP synthesis, 45
Karizumi N, 1979, Illustrations of tree roots
Kira T, 1967, Primary productivity and turnover of organic matter in different forest ecosystems of the western Pacific, Jpn J Ecol, 17, 70
Koike T, 2001, Basic data for CO2 flux monitoring of a larch plantation. Current status of a mature, mixed conifer–broadleaf forest stand, Eurasian J Forest Res, 2, 65
Kozlowski TT, 1997, Physiology of tree plants
Nishimura N, 2004, Evaluation of carbon budgets of a forest floor Sasa senanensis community in a cool–temperate forest ecosystem, central Japan (in Japanese with English summary), Jpn J Ecol, 54, 143
Reich PB, 1980, Periodic root and shoot growth in oak, Forest Sci, 26, 590
Satomura T, 2003, PhD Thesis (in Japanese)
Takagi K, 2001, Meteorological characteristics of northern Hokkaido University Forests during 1995–1999, Res Bull Hokkaido Univ Forest, 58, 29
Ujiie M, 1985, Soils of Sasa bamboo‐growing land and its surface treatments for natural regeneration of trees, Res Bull Hokkaido Univ Forest, 42, 1043
YajimaT MatsudaK(1987)Quantity of new leaves and dead leaves ofSasa. In:Trans 98th Meeting Japan Forest Society pp295–296(in Japanese)
Yajima T, 1997, Changes in biomass of above‐ and under‐ground parts in Sasa kurilensis and Sasa senanensis stands with culm height (in Japanese with English summary), J Jpn Forest Soc, 79, 234