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Vol.25 No.2

Robinson.GeorgeR.(State University of New York) ; StevenN.Handel(Rutgers University) ; JenniferMattei(Sacred Heart University) pp.1-7
Martin.Arnaud(Universite de Montpellier II) ; CarlaKhater(Universite de Montpellier II) ; HerveMineau(Carex Environnement) ; SuzettePuech(Universite de Montpellier II) pp.2-17
NakamuraToshihiko(Natural History Museum & Institute) pp.3-24
ParkShi-Ryong(Korea National University of Education) ; SeokwanCheong(Korea National University of Education) pp.4-28
YunChung-Weon(Korea Forest Research Institute) ; Byung-ChunLee(Korea Forest Research Institute) pp.6-39
PyoJae-Hoon(Kongju National University) ; Chang-HwanShin(Kongju National University) ; JeongNamgung(Kongju National University) ; Jeong-HeeKim(Kongju National University) ; Hyeong-TaeMun(Kongju National University) pp.7-44
ParkJi-Hoon(Korea Institute of Geoscience and Mineral Resources) pp.8-49
ShimKew-Cheol(Kongju National University) ; Nam-KeeChang ; Ji-HyunKil(National Institute of Environment Research) pp.9-58
KimKi-Tai(Yeungnam University) pp.10-62
KimHa-Song(Naju College) ; Byung-SunIhm(Mokpo National University) pp.11-70
LeeYoung-Jin(Kyungpook National University) pp.29-31
초록보기
Abstract

The purpose of this study is to estimate height growth patterns and site index cuties (base index age 50 years) for Japanese red cedar trees(Cryptomeria japonica D. Don) grown in southern regions of Korea. The Chapman-Richards growth function was selected for stand height prediction using on the results of stem analysis data sets. Anamorphic base age invariant site index cuties were presented based on this height prediction equation. The resulting site index prediction equation can provide an indication of the productivity of the site quality based on Japanese red cedar trees plantation ages planted in southern regions of Korea.

Journal of Ecology and Environment