고양식사지구 토지이용유형별 침입외래식물의 특성 연구

Characteristics of Invasive Alien Plant by Land-Use Type Focused on Goyang Siksa district

초록

This study was conducted as a basic data for preparing future management alternatives by analyzing the status and characteristics of invasive alien plants by land-use type based on the formation of a new town in Goyang Siksa district. As a result, the invasive alien plants in the Goyang Siksa district were 20 families 46 genera 57 taxa; according to the land-use type, the residential area(Wi City apart- ment complex) is 7 families 10 genera 12 taxa, the public facilities area(Dongguk University campus) is 17 families 40 genera 47 taxa, the mixed forest is 5 families 10 genera 10 taxa, the rice paddy is 5 families 6 genera 7 taxa, river(Mt. Gyeondal creek) is 7 families 13 genera 15 taxa were appeared. The life-form of invasive alien plants in Goyang Siksa district is annuals, the origin is America, the introduction time is third period(1962~the present), and the diffusion grade is wide spread(5 grade) species. It was higher than other types. The naturalization index by location was 31.9% in river(Mt. Gyeondal creek), 21.2% in rice paddy, 16.7% in mixed forest, 15.5% in public facilities area(Dongguk University campus), and 8.5% in residential area(Wi City apartment complex). As a result of compar- ing the naturalization index by regions with the previous studies, it is judged that there are differences due to the environment such as urbanization progress, size, area, population inflow and location conditions. Although many new towns have been established to date, there is a lack of research on flora (including invasive alien plants) as a basic data for preparing management alternatives. Therefore, Through this study, basic data on the management of exotic plants by land use unit in urban areas can be provided.

키워드

Life-form; Origin; Introduction time; Diffusion grade; Naturalization Index
제목
고양식사지구 토지이용유형별 침입외래식물의 특성 연구
제목 (타언어)
Characteristics of Invasive Alien Plant by Land-Use Type Focused on Goyang Siksa district
저자
차두원; 최준영; 오충현
발행일
2020-06
저널명
한국환경복원기술학회지
권
23
호
3
페이지
1 ~ 22