Full TGIF Record # 128390
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Web URL(s):http://img.kisti.re.kr/soc_img/society//tsk/JDHHBF/1995/v9n4/JDHHBF_1995_v9n4_275.pdf
    Last checked: 01/28/2013
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Publication Type:
i
Refereed
Author(s):Chang, Nam-Kee; Kim, Jung-Seok; Kang, Kyoung-Mi
Author Affiliation:Department of Biology, College of Education, Seoul National University
Title:The energy flow of mineral cycles in a Zoysia japonica and a Miscanthus sinensis ecosystem on Mt. Kwanak: 4. The cycles of phosphorus
Source:Korean Journal of Turfgrass Science. Vol. 9, No. 4, 1995, p. 275-284[442-451].
Publishing Information:Korea: Turfgrass Society of Korea
# of Pages:10
Keywords:TIC Keywords: Phosphorus cycling; Zoysia Japonica; Miscanthus sinensis; Grasslands; Organic matter; Topsoil; Organophosphorus compounds; Mineralization
Abstract/Contents:"In this investigation, the accumulation, mineralization and annual cycle of organic P has been studied in grassland ecosystems of a Z. japonica grassland and a M. sinensis grassland on Mt. Kwanak. The basic models of the accumulation and mineralization for ash components of a grass-litter have been presented as the equations (1), (2), and (3). The equations (7)-(10) for organic P are derived from these basic concepts. There was a highly significant relationship between organic matter and organic P. The estimates between organic matter and organic P correlated very high significance. The factors k or k' of mineralization or organic P for the Z. japonica and M. sinensis grasslands were k=0.412 or k'=0.292 and k=0.224 or k'=0.183, respectively. The time required for a cycle to be completed from organic P to inorganic P of 50, 95 and 99 % are 3.9, 16.7 and 27.8 years in the Z. japonica grassland and 4.1, 17.7 and 29.4 years in the M. sinensis grassland. The annual P cycle formulae for mineralization were based on the equations (5), (11) and (12). Annual yields of mineralization for organic P in the steady state grasslands of Z. japonica and M. sinensis were 0.407 and 0.504g/m2, respectively."
Language:English
References:21
See Also:See also related article "The energy flow of mineral cycles in a Zoysia japonica and a Miscanthus sinensis ecosystem on Mt. Kwanak: 1. The Standing Crop and Production Structure" Korean Journal of Turfgrass Science, 9(2) 1995, p. 101-107[284-290], R=128224 R=128224

See also related article "The energy flow of mineral cycles in a Zoysia japonica and a Miscanthus sinensis ecosystem on Mt. Kwanak: 2. Organic matter synthesis and decomposition balance" Korean Journal of Turfgrass Science, 9(2) 1995, p. 109-117[291-299], R=128229 R=128229

See also related article "The energy flow of mineral cycles in a Zoysia japonica and a Miscanthus sinensis ecosystem on Mt. Kwanak: 3. The cycles of nitrogen" Korean Journal of Turfgrass Science, 9(4) 1995, p. 265-273[433-441], R=128389 R=128389

See also related article "The energy flow of mineral cycles in a Zoysia japonica and a Miscanthus sinensis ecosystem on Mt. Kwanak: 5. The cycles of potassium" Korean Journal of Turfgrass Science, 9(4) 1995, p. 285-292[452-459], R=128391 R=128391

See also related article "The energy flow of mineral cycles in a Zoysia japonica and a Miscanthus sinensis ecosystem on Mt. Kwanak: 6. The cycles of Ca, Mg, Na" Korean Journal of Turfgrass Science, 10(2) 1996, p. 105-115[614-624], R=128552 R=128552
Note:Abstract appears in English
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ASA/CSSA/SSSA Citation (Crop Science-Like - may be incomplete):
Chang, N.-K., J.-K. Kim, and K.-M. Kang. 1995. The energy flow of mineral cycles in a Zoysia japonica and a Miscanthus sinensis ecosystem on Mt. Kwanak: 4. The cycles of phosphorus. (In English, with English abstract.) Korean Journal of Turfgrass Science. 9(4):p. 275-284[442-451].
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http://img.kisti.re.kr/soc_img/society//tsk/JDHHBF/1995/v9n4/JDHHBF_1995_v9n4_275.pdf
    Last checked: 01/28/2013
    Requires: PDF Reader
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