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권재환 ( Jae Hwan Gwon ),신민경 ( Min Kyung Sin ),이강협 ( Kang Hyup Lee ),송호경 ( Ho Kyung Song ) 한국환경생태학회 2013 한국환경생태학회지 Vol.27 No.5
지리산국립공원내 양치식물상은 21과 39속 123종 11변종 1품종 총 135분류군이 기록되었다. 현장조사에서 Lycopodium selago L.(좀다람쥐꼬리) 등 22분류군이 새로 확인되었고 문헌상 존재하는 38분류군의 양치식물은 확인할 수 없었다. 양치식물의 생활형을 살펴보면 반지중식물(H)이 60분류군 (44.8%), 지중식물(G)이 35분류군(26.1%), 지표식물(Ch)이 18분류군(13.4%), 착생식물(E)이 14분류군(10.5%), 수생·수습식물(HH)이 6분류군(4.5%), 일년생식물(Th)이 1분류군(0.8%)로 각각 나타났다. 잎의 계절성 양상에 따른 구분 결과로는 하록성 67분류군(50%), 상록성 62분류군(46.3%), 동록성 3분류군(2.2%)로 조사되었다. In this study, Pteridophytes flora of Jirisan National Park were recorded 135 taxa, and they belong to 21 families, 39 genera, 123 species, 11 varieties and 1 forma. In the field, 38 taxa were not found on literature exists and 22 taxa were newly confirmed. The results obtained from this study were as follows: Deciduous (d), Evergreen (e) and Summer-deciduous (sd) were calculated as 50.0%, 46.3%, 2.2%, respectively and the Deciduous (d) has the highest value compared to the other leaf phenologies. It observed from the life-form spectra that Hemicryptophytes (H) was the most common dormancy form at 44.8%. Geophytes (G), Epiphytes (E), Hydatophytes (HH), Therophytes (Th) and Chamaephytes (Ch) were calculated at 26.1%, 10.5%, 4.5%, 0.8% and 13.4%, respectively.
권재환 ( Hwan Gwon Jae ),신민경 ( Kyung Sin Min ),권혜진 ( Jin Kwon Hye ),송호경 ( Kyung Song Ho ) 한국환경복원기술학회(구 한국환경복원녹화기술학회) 2013 한국환경복원기술학회지 Vol.16 No.5
In this study, the forest vegetation of Jirisan National Park were classified into 20 communities, 3 subcommunities by the Z-M method. In the analysis of environmental factors, the organic matter and total nitrogen had the highest correlation on the subalpine forests. among them Picea jezoensis community showed the highest, Betula ermanii community, Taxus cuspidata community, Pinus koraiensis community, Abies nephrolepis community and Abies koreana community were represented in order. the K, Mg, Ca had correlation on th montane forests; Quercus mongolica community, Quercus serrata community, Stewartia pseudocamellia community, Pinus densiflora community, Quercus variabilis community were in order. the total nitrogen, electrical conductivity and organic matter had the highest correlation of the montane ravine forests; Fraxinus mandshurica community, Abies holophylla community, Betula costata community, Cornus controversa community and Carpinus laxiflora community were in order.