[1]島田信二.転換畑作大豆における中耕培土の効果[J].農学及び園芸,1985,60(3):427-430.(Shimada S.Effects of intertillage and ridging on soybean cultivated in an upland field converted from paddy[J].Agriculture and Horticulture,1985,60(3):427-430.) [2]海妻矩彦,喜多村啓介,酒井真次,編.実用マメ類の科学―現状と展望―[M].東京,養賢堂,2003;309-317.(Umitsuma K,Kitamura K,Sakai S,Ed.Practical science of beans present status and expectation[M].Youkendou,Japan,Tokyo,2003;309-317.)
[3] Oosterhuis D M,Scott H D,Hampton R E,et al.Physiological responses of two soybean(Glycine max(L.)Merrill)cultivars to short-term flooding[J].Environment Experimental Botany,1990,30:85-92.
[4] Russell D A,Wong D M L,Sachs M M.The anaerobic response of soybean[J].Plant Physiology,1990,92;401-407.
[5] Bacanamwo M,Purcell L C.Soybean dry matter and N accumulation response to flooding stress,N sources and hypoxia[J].Journal of Experiment Botany,1999,50:689-696
[6]杉本秀樹,雨宮昭,佐藤亨,等.水田転換畑におけるダイズの過湿障害.第2報土壌の過湿处理が出液,気孔開度並びに無機成分の吸收に及ぼす影響[J].日本作物学会紀事,1988,57(1):77-82.(Sugimoto H,Amemiya A,Satou T,et al.Excess moisture injury of soybeans cultivated in an upland field converted from paddy II.Effects of excessive soil moisture on bleeding,stomatal aperture and mineral absorption[J].Japanese Journal of Crop Science,1988,57(1):77-82.)
[7] Sorte N V.Effect of waterlogging on soybean critical growth stages[J].Journal of Soils and Crops,1995,5(2):141-144.
[8]望月俊宏,松本重男.秋ダイズの耐湿性の品种間差異[J].日本作物学会紀事,1991,60:380-384.(Mochizuki T,and Matsumoto S.Varietal differences of wet endurance in autumn soybean plants[J].Japanese Journal of Crop Science,1991,60:380-384.)
[9] Shimada S,Kokubun M,and Matsui S.Effects of water table on physiological traits and yield of soybean.(I)Effects of water table and rainfall on leaf chlorophyll content,root growth and yield[J].Japanese Journal of Crop Science,1995,64;294-303.
[10]朱建强,张文英,欧光华,等.夏大豆花荚期受渍胁迫对农艺性状、产量与品质的影响[J].大豆科学,2001,20(1):71-74.(Zhu J Q,Zhang W Y,Ou G H,et al.Influence upon agronomic properties,yields and qualities of summer soybean in period of soybean with flowers and pods under subsurface waterlogging of soybean field[J].Soybean Science,2001,20(1):71-74.
[11]馬啓林,山口武視,中田昇,等.ダイズ幼植物における茎基部からの出液速度に関する要因[J].日本作物学会紀事,2004,73(4):431-435.(Ma Q L,Yamaguchi T,Nakata N,et al.Factors affecting the bleeding rate from the basal part cut end of stem in soybean(Glycine max(L.)Merr.)seedlings[J].Japanese Journal of Crop Science,2004,73(4):431-435.)
[12]山口武視,津野幸人,中野淳一,等.登熟期における水稲茎基部からの出液中のアンモニア態窒素濃度ならびに出液中の珪酸:カルシウム比と根の呼吸速度との関係[J].日本作物学会紀事,1995,64:529-536.(Yamaguchi T,Tsuno Y,Nakano J,et al.Relationship between root respiration and silica:Calcium ratio and ammonium concentration in bleeding sap from stem in rice plants during the ripening stage[J].Japanese Journal of Crop Science,1995,64:529-536.)
[13] Sinclair T R,and Horie T.Leaf nitrogen,photosynthesis and crop radiation use efficiency:a review[J].Crop Science,1989,29(1):90-98.
[14] Shimada,S,Kokubun M,Matsui S.Effects of water table on physiological traits and yield of soybean Ⅱ.Effect of water table and rainfall on leaf water potential and photosynthesis[J].Japanese Journal of Crop Science,1997,66;108-117.
[15] Sallam A,Scott H D.Effects of prolonged flooding on soybeans during vegetative growth[J].Soil Science,1987,144(1):61-66.
[16]白岩立彦,橋川潮,高進吾,等.ダイズ品种の光エネルギー変換効率と受光態勢ならびに葉身窒素濃度との関係[J].日本作物学会紀事,1994,63:1-8.(Shiraiwa T,Hashikawa U,Taka S,et al.Effect of canopy light distribution characteristics and leaf nitrogen content on efficiency of radiation use in dry matter accumulation of soybean cultivars[J].Japanese Journal of Crop Science,1994,63:1-8.)
[17]李忠烈,津野幸人,中野淳一,等.ダイズの耐乾性に関する生態生理学的研究.第2報 土壌水分不足による葉の萎れ現象と再吸水による光合成速度の回復ならびに切断茎からの出液速度の変化[J].日本作物学会紀事,1994,63:223-229.(Lee C Y,Tsuno Y,Nakano J,et al.Ecophysiological studies on the drought resistance of soybean II.Effect of soil water deficit on leaf wilting and changes in photosynthesis and bleeding influenced by re-watering[J].Japanese Journal of Crop Science,1994,63:223-229.)