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タイトルTHE DYNAMICS OF A MAIZE CANOPY DEVELOPMENT : 2. LEAF AREA GROWTH
本文(外部サイト)http://catalog.lib.kyushu-u.ac.jp/handle/2324/8166/KJ00004506780.pdf
参考URLhttp://hdl.handle.net/2324/8166
著者(英)Reid, J. F.; Zur, B.; Hesketh, J. D.
発行日2009-04-22
発行機関などBiotron Institute, Kyushu University
刊行物名BIOTRONICS
19
開始ページ99
終了ページ10
刊行年月日1990-12
言語eng
内容記述The results of two growth chamber experiments are used to demonstrate the influence of temperature and leaf position on the dynamics of leaf area emergence in maize plants. Maize plants were grown under temperature regimes of 30/24℃ and 19/14℃ with a day length of 16h. Individual leaf area growth was measured at 2 to 5 day intervals from seedling emergence to anthesis on five plants at each temperature regime. Maximal individual leaf areas were expressed as a quadratic function of leaf position on the stalk and of temperature, with the higher temperatures producing smaller maximal leaf areas. Time-averaged leaf area growth rate was computed as the ratio of maximal leaf area and duration of leaf area growth. An equation was developed to relate time-averaged leaf area growth rate to leaf number and temperature. This equation in conjunction with equations representing the appearance of leaf tips and leaf collars was used compute individual leaf area growth in a maize canopy.
キーワードleaf area growth rate; maximal leaf area; maize canopy; time-averaged growth rate
資料種別Departmental Bulletin Paper
著者版フラグpublisher
ISSN0289-0011
NCIDAA00110208
URIhttps://repository.exst.jaxa.jp/dspace/handle/a-is/587909


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