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국가중요농업유산 구례 산수유 농업지의 관속식물상 특성The Characteristic of Vascular Plants in Cornus officinalis Farmland in Gurye which Designated as Korea's Important Agricultural Heritage System

Other Titles
The Characteristic of Vascular Plants in Cornus officinalis Farmland in Gurye which Designated as Korea's Important Agricultural Heritage System
Authors
김진원오충현
Issue Date
May-2018
Publisher
한국농촌계획학회
Keywords
Landuse; Interspecific Interaction; Ecological Axis
Citation
농촌계획, v.24, no.2, pp 101 - 107
Pages
7
Indexed
KCI
Journal Title
농촌계획
Volume
24
Number
2
Start Page
101
End Page
107
URI
https://scholarworks.dongguk.edu/handle/sw.dongguk/9532
DOI
10.7851/Ksrp.2018.24.2.101
ISSN
1225-8857
2288-9493
Abstract
This study has been conducted to understand the relationships such as interspecific interactions between species and landscapes within and outside of agricultural land by identifying the flora features of Cornus officinalis farmlands in Gurye which designated as Korea's Important Agricultural Heritage System. For this, the flora of vascular plants was surveyed in every land uses of two representative districts. These two districts represent the own features of Cornus officinalis farming area which including land uses like forests(especially pine tree), valley, farmland(rice paddy, farms, Cornus officinalis farmland), and residence. Also differences in flora by stone wall’s existence and Cornus officinalis’s DBH were surveyed. As a result, Cornus officinalis farmlands showed the various vascular plants than the other land uses. According to the existence of stone wall in Cornus officinalis farmlands, there were no differences in appearance flora. But the flora in Cornus officinalis farmlands which have different Cornus officinalis’ DBH(Divided into average over 15cm and under 8cm), various plants were showed in average over 15cm than average under 8cm. In conclusion, Cornus officinalis farmlands have been actively engaged in various types of land use and species exchanges, including forests, valleys, villages, and fields, and it has been confirmed that it acts as an ecological axis connecting forests to villages.
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