Full TGIF Record # 129545
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Web URL(s):http://img.kisti.re.kr/soc_img/society//tsk/JDHHBF/1996/v10n3/JDHHBF_1996_v10n3_247.pdf
    Last checked: 01/28/2013
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Publication Type:
i
Refereed
Author(s):Hong, Jŭng-Lim; Chang, Nam-Kee
Author Affiliation:Department of Biology Education, Seoul National University
Title:The distribution of cellular slime molds in forests of Seoul area and relationship between cellular slime molds and soil microorganisms
Source:Korean Journal of Turfgrass Science. Vol. 10, No. 3, 1996, p. 247-262[74-89].
Publishing Information:Korea: Turfgrass Society of Korea
# of Pages:16
Keywords:TIC Keywords: Slime mold; Distribution patterns; Soil microorganisms; Woodland landscapes; Fungi; Soil pH; Soil water; Organic matter; Bacteria
Abstract/Contents:"In this study, the distribution of dictyostelid cellular slime molds was investigated from F, H and A1 horizon of pinus, oak forests in Mt. Puk'an, Mt. Nam and Mt. Kwanak. The relationship of cellular slime molds with other soil microorganism and abiotic factors were analyzed. The six species were isolated as follows: Polyphondylium, Dictyostelium purpureum, D. mucoroides, D. crassicaule, D. capitatum, D. implicatum. The dominant species in pinus forest was P. pallidum, and in oak forests it was D. mucroides. In Mt. Nam, D. mucoroides and P. pallidum were isolated at only oak forest. The correlations of slime mold abundance with bacteria were significant. Even though positive correlations of cellular slime molds with actinomycetes or fungi were not significant, correlations between soil microorganisms were analyzed. Correlation coefficients were high in Mt. Kwanak (r=0.5921) and Mt. Nam (r=0.7243) at significant level P<0.01. There were significant correlations between total slime molds and abiotic factors. It supports that cellular slime molds are limited by foods in nature. In low level of pH, water content and organic matter, that community diversity is more affected by bacteria whose organic degradation capacity is regulated by interactions of soil bacteria whose organic degradation capacity is regulated by interactions of soil microorganisms.
Language:Korean
References:63
Note:Abstract appears in English
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ASA/CSSA/SSSA Citation (Crop Science-Like - may be incomplete):
Hong, J.-L., and N.-K. Chang. 1996. The distribution of cellular slime molds in forests of Seoul area and relationship between cellular slime molds and soil microorganisms. (In Korean, with English abstract.) Korean Journal of Turfgrass Science. 10(3):p. 247-262[74-89].
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http://img.kisti.re.kr/soc_img/society//tsk/JDHHBF/1996/v10n3/JDHHBF_1996_v10n3_247.pdf
    Last checked: 01/28/2013
    Requires: PDF Reader
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