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김맹기,김맹기,김종원,배춘화 한국환경과학회 1997 한국환경과학회지 Vol.6 No.1
The flora of Mt. KumJung(801m) was investigated to compare the flora of Mt. Hwang-Ryung, Mt. Cheon-Hwang, Mt. Chuiseo. The vascular plants, collected from March 1995 to Oct., 1996, were consisted of a total 564 taxa; 103 families, 312 genera, 493 species, 1 subspecies, 66 varieties and 4 forms. The Korean endemic plants of this area were 11 taxa, the alpian and endangered plants were 29 taxa, the special wild plants designating by Environmental Agency were 2 taxa and the alpian plants were 18 taxa. Because many plants, being necessary to conserve, are distributed KumJung, but if development is indespensable, destruction of natural ecosystem must be minimized.
한반도 기후변화 시나리오를 위한 통계적 규모축소법의 적용성
김맹기 한국기상학회 2005 Asia-Pacific Journal of Atmospheric Sciences Vol.41 No.2/1
The coherence between large-scale predictors and regional-scale predictands, and the potential predictability of statistical downscaling model (SDM) based on the long-term observed data in Korea was suggested in the seasonal time scale. The significance level of correlation skill was also suggested based on the two tailed t test. The dynamic link between seasonal-mean temperature and East Asian monsoon circulation is very clear even in daily minimum temperature, indicating that the downscaling model has a high correlation skill (0.50~0.89) in the seasonal time scale. But the coherence between seasonal precipitation and sea level circulation is not high except for winter precipitation. It shows the correlation skill with the range from 0.21 for summer to 0.85 for winter, implying that the seasonal dependency of local effects is very important in estimating local precipitation. Finally, SDM shows the correlation skill scores which are significant at the 1% level for temperature except for daily maximum (5%) in fall and minimum temperature (5%) for spring. It also shows the correlation skill scores which are significant at the 1% level for winter precipitation and the 5% level for fall precipitation.