CAJ | 학술논문

1997年至1999年间,在韩国智异山国家公园选取生境相似,但片断化和未片断化不同的调查地.设置8条2 km长截线,调查记录了黄鼬(Mustela sibirica)、黄喉貂(青鼬)(Martes flavigula)、狗獾(Meles meles)、豹猫(Felis bengalensis)、野猪(Sus scrofa)、獐(Hydropotes inermis)、狍(Capreolus)、朝鲜兔(Lepus coreanus)和松鼠的数量,并对影响动物数量的相关因子进行回归分析.结果表明,8块样地虽属两大类不同景观且具有相似植被特征,但在片断化和未片断化中,枯折木,胸高直径(dbh)6～10 cm的树及50 cm的巨树密度,树冠盖度及灌木被度均有明显差异.3年内在8块样地共记录到9种兽类在雪被上留下的足迹,其中5种兽的密度在片断化和未片断化生境中差异明显.9种兽的渐近多元回归中,6种兽的密度同景观和植被变量密切相关,但如果不增加当地生境条件,则足迹链丰富度同植被构成的简单相关性表现得很微弱.在片断化和未片断化的不同景观林区,对兽类的分布及其动态还要做进一步详细研究.
1997년지1999년간,재한국지이산국가공완선취생경상사,단편단화화미편단화불동적조사지.설치8조2 km장절선,조사기록료황유(Mustela sibirica)、황후초(청유)(Martes flavigula)、구환(Meles meles)、표묘(Felis bengalensis)、야저(Sus scrofa)、장(Hydropotes inermis)、포(Capreolus)、조선토(Lepus coreanus)화송서적수량,병대영향동물수량적상관인자진행회귀분석.결과표명,8괴양지수속량대류불동경관차구유상사식피특정,단재편단화화미편단화중,고절목,흉고직경(dbh)6～10 cm적수급50 cm적거수밀도,수관개도급관목피도균유명현차이.3년내재8괴양지공기록도9충수류재설피상류하적족적,기중5충수적밀도재편단화화미편단화생경중차이명현.9충수적점근다원회귀중,6충수적밀도동경관화식피변량밀절상관,단여과불증가당지생경조건,칙족적련봉부도동식피구성적간단상관성표현득흔미약.재편단화화미편단화적불동경관림구,대수류적분포급기동태환요주진일보상세연구.
Tracks of 9 species of mammals, Siberian weasels (Mustela sibirica), yellow-throated martens (Martes flavigula), Eurasian badgers (Meles meles), Bengal cats (Felis bengalensis), wild boars (Sus scrofa), water deer (Hydropotes inermis), roe deer (Capreolus capreolus), Korean hares (Lepus coreanus) and red squirrels (Sciurus vulgaris) were recorded on the snow on eight 2 km transects in forests with similar vegetation features, but within fragmented and unfragmented landscapes in Mt. Chirisan National Park, Korea, from 1997 to 1999. All eight study sites have generally similar vegetation characteristics despite lying within a larger matrix of two different landscapes. Nonetheless, there were significantly differences in density of snags, stems 6-10 cm diameter at breast height (dbh), stem > 50 cm dbh, canopy cover, and shrub coverage between fragmented and unfragmented forests. Nine species of mammals were recorded among 8 study sites in this snow tracking during 3 years. Significant differences were formed density between fragmented and unfragmented forests for 5 mammal species; the others were evenly distributed. Of the 9 mammal species analyzed, 6 species exhibited one or more significant correlations with the landscape or vegetation variables in a stepwise multiple regression. Simple correlations between the abundance of snow tracks and the vegetation structure have limited value if not put into a local and regional habitat context. Distributions and dynamics of mammals in landscapes with fragmented and unfragmented forests ought to be examined more closely.