1、2006 M7 = v(1 S) Jul. 200637 4 Acta Scientiarum Naturalium Universitatis NeiM ongol Vol. 37 No. 4cI|: 1000- 1638( 2006)04-0435-06 3 E null张彩琴1, 2,杨 持1( 1. = v 3 S“,+010021; 2. = j null, nullYM Vop(nullvl )M op(nullvl ) 1;7 null5 9F E 2(nullBv1) . V,S 3 Bt +,av.,y f T s, P wL 8 +,9 y PS 3 # ! -,. = |
2、 9. 9 J .植物生态学报,4394 f V, 3 E 1997, 21(6): 503j511. 131.1 $B 3 9 J .科学通报, 38: 1422j1426.14= ,I z,b bY. 201+ Z s 3+J .西北植物学报, 2003,23(3): 481j484. 15E VJ, 6 JHM . i,r.农业中的数学模型 农业及其有关科学若干问题的数学研究M .: jE.生物种群增长的营养动力学 M .: S,1991.67j77. 24 wE, Cf.Z 3 3 J.生态学报,2000,20( 6) :1083j1089. 25 ,p. E 3 J .计算机工程与应
3、用,2004,14: 6j8. 26Zhan Z, Wang Y, de Reffye P,et al.Architectural modeling of wheat growth and Validation study A . In:ASAE. Annual International Meeting C .Wisconsin:Milwaukee,2000.98j106. 27f,. 1s 3 Y J.草业学报,1997, 6( 2) :1j6. 28Marcelis LFM, Heuvelink E, Goudriaan J. Modding biomass production and
4、 yield of horticultural crops: Areview J. ScientiaHorticulture,1988,74: 83j111. 29f V,y. V?Z s J.内蒙古农业大学学报,2004,25( 1) :99j103. 30f V.实现林业可持续发展的最优控制问题 D.+: = v, 2003. 31 .1 3 3 1“J.东北林业大学学报, 1999, 27(3): 56j59.(3 I)Simulation of Plant Growth and Mathematical Modeling StudyZHANG Cai-qin1, 2,YANG Chi1
5、(1.Department of Ecology and Environmental Science,Inner Mongolia University,Hohhot 010021,China;2.Collegeof sciences, Inner Mongolia Agricultural University,Hohhot 010018,China)Abstract: The researching distinguishment and characteristics of plant growth models were em-phasized.In addition, the cla
6、ssified methods of models on aspects of research scale and simulationfunction were discussed.The function,intension,and applying range of themorphogeneticmodel andphysi-ecological model were analyzed, and the functions of traditional mathematic methods in re-search of models were probed.At the same time,the study prospect of plant growth model and theexisting problems in this field were summarized.Key words:plant growth;computational modeling;modeling;mathematical model440 = v(1 S) 2006 M
