임목종자의 식별

백승언 ( Seung Eun Paek ) 한국임학회 1962 한국산림과학회지 Vol.2 No.1

主屹山 植生 調査硏究

白承彦,金洪殷,朴勝龍 충북대학교 농업과학기술연구소 1988 農業科學硏究 Vol.6 No.1

The vertical distribution of woody plants in Mt. Choohul based on assosiation analysis was summarized as follows : 1.Plant communities in Mt. Choohul could be divides into three basic vegetation girdles, i.e., the first girdle between 0-300 m, the second girdle between 300-700 m and the third girdle above 700 m. 2.The typical woody plants of the first girdle were cephalolaxus koreana, Benzoin glaucuin, Quercus dentata, Hocquatia manchuriensis, Prunus choreiana, Salix glandulosa, Solarium lyratum var. pubescens. 3.The typical woody plant of the second girdle were Cephalolaxus nana, Akebia quinata Corylus heterophylla var. japonica, Ulmus davidina var. japonica for. Subelosa, Acer Ginnala, Salix gracilistyla, Palura Tanakana, Callicarpa japonica var. typica, Artemisia Misser Schmidtiana var. viridis for. typica. 4.Quercus crispula was typical woody plant of the third girdle. 5.Total of 179 woody plants belonging to 55 families,88 genera, 120 species, 1 aubspecies and 3 varieties were observed in Mt. Choohul.

계룡산, 속리산, 일월산, 태백산, 치악산, 태기산, 용문산, 화악산 및 설악산삼림대에 대한 검토

백승언 忠北大學校 1986 論文集 Vol.32 No.-

-본문참고-

七寶山, 萬塔山, 白頭山, 車踰山, 松眞山 및 甑山森林帶에 對한 檢討

白承彦 충북대학교 농업과학기술연구소 1990 農業科學硏究 Vol.8 No.2

The purpose of this study was to investigate the forest communities in the Mts. Cheel-Bo, Mahn-Tahp, Baek-Doo, Chah-Yoo, Song-Jeen and Juhng-Sahn by means of the association-analysis based on the observation of Chung & Lee. The results were summarized as follows : 1. The forest in Mt. Cheel-Bo could be divided into five basic vegetation girdles : the first girdle below 100 meters above sea level, the second girdle from 100 meters to 400 meters, the third girdle from 400 meters to 600 meters, the fourth girdle from 600 meters to 800 meters and the fifth girdle from 800 meters to the top. And these five basic vegetation girdles were divided into two forest zones such as a montane zone below 800 meters above sea level and a transition zone from 800 meters to the top. 2. The forest in Mt. Mahn-Tahp could be divided into eight basic vegetation girdles : the first girdle from 200 meters to 400 meters above sea level, the second girdle from 400 meters to 700 meters, the third girdle from 700 meters to 900 meters, the fourth girdle from 900 meters to 1200 meters, the fifth girdle from 1200 meters to 1500 meters, the sixth girdle from 1500 meters to 1700 meters, the seventh girdle from 1700 meters to 2000 meters and the eighth girdle from 2000 meters to the top. And these eight basic vegetation girdles were divided into four forest zones such as a montane zone below 700 meters above sea level, a transition zone from 700 meters to 1200 meters, a subalpine zone from 1200 meters to 2000 meters and an alpine zone from 2000 meters to the top. 3. The forest in Mt. Baek-Boo could be divided nine basic vegetation girdles : the first girdle from 200 meters to 300 meters above sea level, the second girdle from 300 meters to 700 meters, the third girdle from 700 meters to 1000 meters, the fourth girdle from 1000 meters to 1200 meters, the fifth girdle from 1200 meters to 1400 meters, the sixth girdle from 1400 meters to 1800 meters, the seventh girdle from 1800 meters to 2000 meters, the eighth girdle from 2000 meters to 2300 meters and the ninth girdle from 2300 meters to the top. And these nine basic vegetation girdles were divided into four forest zones such as a montane zone below 700 meters above sea level, a transition zone from 700 meters to 1000(1200) meters, a subalpine zone from 1000(1200) meters to 2000 meters and an alpine zone from 2000 meters to the top. 4. the forest in Mt. Chah-Yoo could be divided into five basic vegetation girdles : the first girdle from 100 meters to 200 meters above sea level, the second girdle from 200 meters to 500 meters, the third girdle from 500 meters to 800 meters, the fourth girdle from 800 meters to 1200 meters, and fifth girdle from 1200 meters to the top. And these five basic vegetation girdles were divided into three forest zones such as a montane zone below 800 meters above sea level, a transition zone from 800 meters to 1200 meters and a subalpine zone from 1200 meters to the top. 5. The forest in Mt. Song-Jeen could be divided into four basic vegetation girdles : the first girdle from 100 meters to 200 meters above sea level, the second girdle from 200 meters to 500 meters, the third girdle from 500 meters to 800 meters and the fourth girdle from 800 meters to the top. And these four basic vegetation girdles were divided into two forest zones such as a montane zone below 800 meters above sea level and a transition zone from 800 meters to the top. 6. The forest in Mt. Juhng-Sahn could be divided into four basic vegetation girdles : the first girdle from 100 meters to 200 meters above Sea level, the Second girdle from 200 meters to 400 meters, third girdle from 400 meters to 700 meters and the fourth girdle from 700 meters to the top. And these four basic vegetation girdles were divided into two forest zones such as a montane zone below 700 meters above sea level and a transition zone from 700 meters to the top. 7. The critical species of these communities were listed in the conclusion and the discussions.

임목종자(林木種子)의 식별 : 기오(其五) 앵도과(櫻桃科) Part 5 Prunns

백승언 한국임학회 1965 한국산림과학회지 Vol.4 No.1

These experiments aim to discriminate the seeds which belong to the genus Prunus. In order to carry out these experiments, 19 kinds of Prunus have been used as materials and they have been tested by means of the morphological observation, the statistic analysis of measured data of their length and width and their colour reactions of the hydrochloric acid for the methanol extracts and their water extracts, and their Maeule reactions. From the abovementioned experiments, I have found out the possibilities of the indentificaton of the genus Prunus.

禁牌嶺, 狼林山, 崇積山, 飛來峰, 厚峙嶺 및 猛扶山(鷺峰) 森林帶에 對한 檢討

白承彦 충북대학교 농업과학기술연구소 1989 農業科學硏究 Vol.7 No.1

The purpose of this study was to investigate the forest communities in the Mts. Guhm-Pae, Nahng-Reem, Soong-Jurg, Bee-Rae, Hoo-Chee and Maeng-Boo by means of the association-analysis based on the observation of Chung & Lee2. And the report on the flora in North Korea published during the Japanese rule were referred to in this study. The results were summarized as follows : 1.The forest in Mt. Guhm-Pae could be divided into four basic vegetation girdles : the first girdle from 500 meters to 700 meters above sea level, the second girdle from 700 meters to 900 meters, the third girdle from 900 meters to 1100 meters and the fourth girdle from 1100meters to the top. And these four basic vegetation girdles were divided into two forest zones such as a montane zone below 1100 meters above sea level and a subalpine zone from 1100 meters to the top. 2.The forest in Mt. Nahng-Reem could be divided into eight basic vegetation girdles : the first girdle below 300 meters above sea level, the second girdle from 300 meters to 400 meters, the third girdle from 400 meters to 600 meters, the fourth girdle from 600 meters to 900 meters, the fifth girdle from 900 meters to 1200 meters, the sixth girdle from 1200 meters to 1600 meters, the seventh girdle from 1600 meters to 1800 meters and the eighth girdle from 1800 meters to the top. And these eight basic vegetation girdles were divided into three forest zones such as a montane zone below 1200 meters above sea level, a subalpine zone from 1200 meters to 1800 meters and a alpine zone from 1800 meters to the top. 3.The forest in Mt. Soong-Jurg could be divided into four basic vegetation girdles : the firstgirdle from 200 meters to 600 meters above sea level, the second girdle from 600 meters to 900 meters, the third girdle from 900 meters to 1300meters and the fourth girdle from 1300 meters to the top. And these four basic vegetation girdles were divided into three forest zones such as a montane zone below 700 meters above sea level, a transition zone from 700meters to 900 meters and a subalpine zone from 900 meters to the top. 4.The forest in Mt. Bee-Rae could be divided into five basic vegetation girdles : the first girdle below 200 meters above sea level, the second girdle from 200 meters to 600 meters, the third girdle from 600 meters to 1000 meters, the fourth girdle from 1000 meters to 1200meters and the fifth girdle from 1200 meters to the top. And these five basic vegetation girdles were divided into three forest zones such as a montane zone below 700 meters above sea level, a transition zone from 700 meters to 1000 meters and a subalpine zone from 1000 meters to the top. 5.The forest in Mt. Hoo-Chee could be divided into four basic vegetation girdles : the first girdle from 500 meters to 800 meters above sea level, the second girdle from 800 meters to 900 meters, the third girdle from 900 meters to 1200 meters and the fourth girdle from 1200 meters to the top. And these four basic vegetation girdles were divided into three forest zones such as a montane zone below 700 meters above sea level, a transition zone from 700 meters to 900 meters and a subalpine zone from 900 meters to the top. 6.The forest in Mt. Maeng-Boo could be divided into into four basic vegetation girdles : the first girdle below 900 meters above sea level, the second girdle from 900 meters to 1200 meters, the third girdle from 1200 meters to 1700 meters, the fourth girdle from 1700 meters to 2000 meters and the fifth girdle from 2000 meters to the top. And these five basic vegetation girdles were divided into three forest zones such as a montane zone below 1200 meters above sea level, a subalpine zone from 1200 meters to 1700 meters and a alpine zone from 1700 meters to the top. 7.The critical species of these communities were listed in the conclusion and the discussions.

한반도식물대(韓半島植物帶) 판별을 위한 표준종(標準種)에 관한 연구

유재은,백승언,김재수 명지대학교 자연과학연구소 2006 자연과학논문집 Vol.25 No.-

본 연구는 한반도의 삼림식물대 판별을 보다 더 쉽게 하고저 함에 주안점을 두고 연구하였다. 필자의 한사람인 白(2002)이 구분해 놓은 9개의 식물대를 기초로 하여 그 안에 있는 고유수종(固有樹種)과 각 식물대(植物帶) 안에서 분포의 남한계(南限界)와 북한계(北限界)를 이루는 수종을 찾아내어 한 쌍씩의 수종을 조합(組合)하여 복합표준종(複合標準種)으로 삼고, 그 상재도(常在度)를 계산하였으며 각 식물대의 적합도(適合度)를 비교하여 그 결과를 표 7에 표시하였다. 복합표준종의 선정은 각 산악의 단위구간내(單位區間內)에 공존하는 수종을 가지고 선정하였다. 이들 고유수종과 복합표준종에 의하여 보다 더 상세하고 구체적인 식물대(植物帶)의 적시(摘示)가 가능해졌다고 여겨지며, 이미 白(2002)의 연구에서 얻어진 판별식과 병용할 때에는 더욱더 정밀한 식물대의 판별을 할 수 있을 것으로 여겨진다. Selecting a proper indicator species is prerequisite for an efficient discrimination of plant zone in a certain geographical area. To select an indicator species applicable in the Korean Peninsula, the plant zone of the Korean Peninsula was divided into nine. In each plant zone, endemic species were surveyed, and the northern and southern boundary species were studied. The various combinations of northern and southern boundary species were used as compound indicator species and their applicability to distinct the plant zone in the Korean Peninsula were compared by analyzing their presence in each plant zone. The species existing together in the unit area of the mountains were selected as the compound indicator species. From the analysis, it was concluded that more detailed and concrete description for each plant zone was accomplished by the combinatorial application of edemic species and the compound indicator species. Thus it is expected that this improved method can be efficiently used to discriminate the plant zone in the Korean Peninsula.