cje ›› 1999, Vol. ›› Issue (6): 54-58.
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Tu Xiuliang1, Hu Bingmin2
Received:1998-03-09
Revised:1998-04-10
Online:1999-12-10
Tu Xiuliang, Hu Bingmin. Advances in the Research of Weeds and Crops Competition Model[J]. cje, 1999, (6): 54-58.
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| [1] Kropff,M.J.and H.H.van Laar(eds.).Modeling crop weed interactions.CAB international, Wallingford,U K and IRRI,Los Banos,Philippines.1993. [2] Spitters,C.J.T.and J.P.van Den Bergh.Competiton between crop and weeds:A system approch.in Biology and ecology of weeds.Holzner, L.et al.eds,J unk publishers,t he Hague,1982, 137-148. [3] Cousens,R.A simple model relating yield loss to weed density.A nnals of A pplied Biology,1985, 107:239-252. [4] 刘德立等.杂草对作物产量损失的经验模型.植 物保护学报,1991,18(4):371-377. [5] 张朝贤等.杂草密度与作物产量损失的预测模 型.植物保护,1997,23(2):6-10. [6] Spitters,C.J.T.et al.Competition between maize and Echi nochloa crus-galli analysed by a hyperbolic regression model.A nnals of A pplied Biology,1989,115:541-551. [7] Kropff,M.J.et al.A simple model of crop loss by weed competition from early observations on relative leaf area of weeds.Weed Research,1991,31: 97-105. [8] Lotz,L.A.P.et al.Prediction of t he competitive effects of weeds on crop yields based on t he relative leaf area of weeds.Weed Research,1996,36:93 -101. [9] Lotz,L.A.P.et al.Techniues to estimate relative leaf area and cover of weeds in crops for yield loss prediction.Weed Research,1994,34:167-175. [10] Knezevic,S.Z.et al.Comparison of empirical models depicting density of A m arant hus Ret rof lex us L.and relative leaf area as predictors of yield loss in maize(Zea m ays L.).Weed Re2 search,1995,35:207-214. [11] Cousens,R.An empirical model relating crop yield to weed and crop density and a statistical comparison wit h ot her models.Journal of A gricult urel Science,1985,105:513-521. [12] Wilson,B.J.et al.Predicting t he competitive effects of weed and crop density on weed biomass, weed seed production and crop yield in wheat. Weed Research,1995,35:265-278. [13] Dieleman,A.et al.Decsions rules for postemer2 gence control of pigweed(A m arant hus spp.)in soybean(Glyci ne m ax).Weed Science,1996,44: 126-132. [14] 郭青云等.野燕麦、遏兰菜复合群体对小麦产量 损失研究.植物保护学报,1993,20(4):369- 374. [15] Ferrero,A.Prediction of Heterant hera renif ormis competition wit h flooded rice using day-degrees. Weed research,1996,36:192-201. [16] L ut man,P.J.W.et al.Investigations into alternative met hods to predict t he competitive effects of weeds on crop yields.Weed Science,1996,44: 290-297. [17] Tu Xiuliang,L uo Shiming.Research on t he com2 petitional relationship between introduced forages species and local weed species in t he Uplands of Sout h China.Asia-Pacif ic U plands,1992,4:6 -8. [18] Wilson,B.J.et al.Predicting t he growt h and competitive effects of annual weeds in wheat.Weed Research,1990,30:201-211. [19] Penning de Vires,et al.Simulation of plant growt h and crop production.Simulation Monographs,PU DOC,Wageningen.The Net herlands.1982. [20] Penning de Vires,F.W.T.et al.Simulation of ecophysiological processes of growt h in several annual crops.Simulation Monographs.PUDOC.Wa 2 geningen.The Net herlands.1989. [21] Baker,D.N.et al.GOSSYM:a simulator of cotton crop and yield.Sout h.Caroli na A gric.Ex p.S t n.Tech.B ull.,No.1089.Clemson Univ., Clemson.1983. [22] Lemmon,H.Comax:a expert system for cotton crop management.Science,1986,222:29-33. [23] 曹永华.美国CERES作物模拟模型及其应用. 世界农业,1991,9:52-55. [24] 吴国伟等.棉花生长发育模拟模型的研究.生态 学报,1988,8(3):201-209. [25] 陈华等.小麦发育动态模拟模型的初步研究.中 国农业气象,1995,16(1):1-4. [26] 骆世明.水稻高产栽培中的计算机模拟研究.山 东农业大学学报,1992,23(增):87-94. [27] 黄策,王天铎.水稻群体物质生产过程产计算机 模拟.作物学报,1986,12(1):1-7. [28] 夏北成.麦田生态系统的计算机模拟及最优控 制.北京大学出版社,1990. [29] 翟连荣等.棉铃虫与棉花生长发育耦合系统的 建立.应用生态学报,1991,2(2):134-140. [30] L uo,Y.et al.A rice-leaf blast combined model for simulation of epdemics and yield loss.Agricultural systems,1997,53:27-39. [31] Chikoye,D.et al.Simulation of competition for photosynt hetically active radiation between common ragweed(A mbrosia artemisiif olia)and dry bean(Phaseol us v ulgaris).Weed Science,1996,44: 545-554. [32] Graf,B.et al.A simulation model for t he dynamics of rice growt h and development:part II.-t he competition wit h weeds for nitrogen and light.A 2 gricult ural S ystems,1990,32:367-392. [33] Kropff,M.J.and C.J.T.Spitters.An eco- physiological model for interspecific competition, applied to t he influence of Chenopodi u m albu m L. on sugar beet.I.Model description and parameterization.Weed Research,1992,32:437-450. [34] Kropff,M.J.et al.An eco-physiological model for interspecific competition,applied to t he influence of Chenopodi u m albu m L.on sugar beet.Ⅱ. model evaluation.Weed Research,1992,32:451 -463. [35] 由振国.夏大豆田自然单子叶杂草的生态经济 阈期研究.植物保护学报,1993,20(2):179- 183. [36] 姜德锋等.华北地区夏玉米田马唐治理的生态 经济杀除阈期研究.植物保护学报,1997,24(1):89-94. [37] 高柱平,李孙荣.夏花生田马唐的生态经济阈 值、生态经济除草阈值模型的研究.植物保护学 报,1989,10(2):139-43. [38] 王加银等.小麦田草大麦的危害分析及其经济 阈值初步研究.植物保护,1993,19(1):46- 47. [39] 张建中等.稻田稗草危害及生态经济阈值模型 研究.杂草科学,1993,1:10-12. [40] L ut man,P.J.W.et al.Investigations into alternative met hods to predict t he competitive effects of weeds on crop yields.Weed Science,1996,44: 290-297. [41] Kropff,M.J.and L.A.P.Lotz.Systems approaches to quantify crop-weed interactions and t heir application in weed management.A gricult ural S ystems,1992,40:265-282. [42] Berti,A.et al.A new approch to determine when to control weeds.Weed Science,1996,44:496- 503. [43] Khan,M.et al.Spring wheat(T riticu m aestiv u m)management can subsitute for diclofop for foxtail(S tearia spp.)control.Weed Science, 1996,44:362-372. [44] Vitta,J.I.and C.F.Quintanilla.Canopy measurements as predictors of weed-crop competition. Weed Science,1996,44:511-516. [45] Weaver,S.E.et al.Use of ecophysiological models for crop-weed interference:t he critical period of weed interference.Weed Science,1992,40: 302-307. [46] 罗庆昌,张雪龙.麦田杂草猪殃殃的生物学特性 与防除研究.植物保护学报,1984,11(4):275 -281. [47] 洪加康.猪殃殃危害损失及其防除策略初探.植 物保护学报,1986,13(2):137-141. [48] 王兆龙等.硬草主要生物学特性及防除途径的研 究.植物保护学报,1993,20(4):363-368. [49] 马晓渊.江苏麦田杂草防除研究进展.杂草科 学,1996,(2):7-10. [50] 钱 希.苏北麦田恶性杂草麦加公的生态习性 研究.生态学报,1995,15(4):453-456. [51] 薛 光.杂草生态学和生物学研究进展.生态学 杂志,1995,14(5):63-65. |
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