我国红壤区土壤钼、硼、硒元素特征及其对牧草生长影响研究进展

摘要/Abstract

摘要： 实行肥料科学配施与红壤培肥管理是山区草业发展的重要技术环节.我国南方红壤区土壤普遍存在着硼、钼、硒元素缺乏现象,合理施用钼、硼、硒微量元素肥料对豆科与禾本科牧草的植株生长以及提高产草量和种子产量有明显的促进作用.文中概述了我国红壤区土壤中钼、硼、硒元素的存在形态、化学特征、内在变化、可给性及含量状况,探讨了施用3种微量元素肥料对牧草生长过程有效养分吸收与累积的影响及其相应生理功能,综述了牧草植物缺乏钼、硼、硒元素的特征症状、诊断方法及其矫治措施.

关键词: 红壤, 钼, 硼, 硒, 牧草, 生长

Abstract: Reasonable fertilization and fertility improvement of red soils are the important measures to develop the forage industry in hilly regions of South China.This paper summarized the existing form,chemical feature,availability and content of molybdenum,boron and selenium in red soils of South China.The lack of these three microelements in red soils was in common,and their reasonable application could significantly improve the growth of forage grass and its yield.The authors discussed the effects of molybdenum,boron and selenium application on the uptake and accumulation of available nutrients by forage grass and relevant physiological functions,described the molybdenum,boron and selenium deficiency symptoms of forage grass,their diagnostic methods and correcting measures,and put forward some suggestions for deepening the study.

Key words: Red soil, Molybdenum, Boron, Selenium, Forage grass, Grass growth

中图分类号:

S158.3

翁伯琦, 黄东风. 我国红壤区土壤钼、硼、硒元素特征及其对牧草生长影响研究进展[J]. 应用生态学报, 2004, (6): 1088-1094.

WENG Boqi, HUANG Dongfeng . Research advance in characteristics of molybdenum,boron and selenium in red soils of South China and effects of their reasonable application on forage grass growth[J]. Chinese Journal of Applied Ecology, 2004, (6): 1088-1094.

参考文献

[1] Agarwala SC,Sharm CP.1979.Recognizing Micronutrient Disorder of Crop Plant on the Basis of Visible Symptoms and Plant Analysis.India:Lucknow Press.72
[2] Agricultural Institute of China.1992.Collections of Annual Meeting's Papers of First Youth Agricultural Sciences.Beijing:China Science and Technology Press.68～72(in Chinese)
[3] Aller AJ.1998.Speciation of selenomethionine and selenourea using living bacterial cells.Analyst,123(5):919～927
[4] Amine JV,Joham HE.1959.A molybdenum cycle in the soil.Soil Sci,85:160
[5] Berger C.1949.Boron in soils and crops.Adv Agron,1:132
[6] Brown PH.1997.Does boron play a structural role in the growing tissues of higher plants?Plant Soil,196:211～215
[7] Chen M(陈铭),Liu G-L(刘更另).1996.Nutrition of selenium to high grade plant and its action in food's chain 2.Chin J Soil Sci(土壤通报),27(4):185～188(in Chinese)
[8] Chojnacki J.1963.Influence of pH on the ionic mobilities of molybdie isopolyacids.Rosz Chem,37:259
[9] Coutts G,Atkin SD,Cooke S.1990.Application of selenium prills to improve the selenium supply to a grass/clover sward.Commu Soil Sci Plant Ana,21:11～12,951～963
[10] Davies EB.1956.Factors affecting molybdenum avail ability in soil.Soil Sci,81:209～221
[11] Di G-Y(翟桂玉),Liu X-H(刘修华).1991.Effect of Mn and Mo on the separation of ryegrass's spike.Herb Feed(牧草与饲料),(1):33～35(in Chinese)
[12] Ge G-P(葛广鹏),Gao J-H(高金华),Zhao Y-C(赵永才).1999.Trial of applying microelements of boron and molybdenum to promote seeds' yield of Lucerne.Heilongjiang J Anim Sci Veter Medic(黑龙江畜牧兽医),(1):17(in Chinese)
[13] Goldbach HE.1997.A critical review on current hypotheses concerning the role of boron in higher plants suggestion for further research and methodological requirements.Trace Microprobe Techniq,15(1):51～91
[14] Greering HR.1968.Solubility and criteria for the possible forms of selenium in soils.Proc Soil Sci Soc Am,32,35
[15] Gupta UC,Lipsett J.1981.Molybdenum in soils,plants and animals.Adv Agron,34:73～115
[16] Gupta UC.1995.Effects of selcote ultra and sodium selenate(Laboratory versus commercial grade) on selenium concentration in feed crops.J Plant Nutr(USA),18(8):1629～1636
[17] Hartikainen H,Xue TL,Piironen V,et al.2000.Selenium concentration of fescue and pro-oxidant in ryegrass.Plant Soil,225:1～2,193～200
[18] Hassanein RA,Dowiclar AE,Zaky LM,et al.2001.Effect of foliar treatment with boron and Zinc on physiological responses of cowpea(Vigna sinensis cv.cream)Ⅰ.Growth parameters,auxins,growth inhibitor contents,yield components,mineral composition of the harvested seeds and their protein pattern.Egypt J Physiol Sci,23:415～422
[19] Huang P-L(黄佩丽).1998.Star of microelements-Molybdenum.Chem Teach(化学教学),(2):2～4(in Chinese)
[20] Jiang R-F(江荣风),Zhang Q-G(张启刚).1994.Effect of applying boron on the absorption of boron and nitrogen by peanut.Soil(土壤),26(2):83～86(in Chinese)
[21] Lambert DH,Cole H,Bader DE.1980.The role of boron in plant response to mycorrhizal infection.Plant Soil(Netherlands),57(2):431～438
[22] Li J-Y(李继云).1991.Effect of applying selenium to increase its' content in food on the prevention and cure of big bone season.Chin J Endemiol(中国地方病学杂志),(10):69～75(in Chinese)
[23] Li Y-F(李元芳),Chen W-H(陈婉华).1991.Trace elements and their application to the pasture production.Grassl China(中国草地),(2):70～73(in Chinese)
[24] Liang X-H(梁小红),Zhang Z-G(张振刚),Zhang R-M(张润梅),et al.2000.Research to nutrition of boron and applying technology.Rain Fed Crop(杂粮作物),20(3):39～43(in Chinese)
[25] Lin J-R(林洁荣),Su S-J(苏金水),Liu J-C(刘建昌),et al.1996.Effect of micronutrient fertilizers on the tropical artifical grassland in South Asia.J Fujian Agric Univ(福建农业大学学报),25(1):83～86(in Chinese)
[26] Liu F-T(刘法涛),Yang Z-Z(杨志忠),Tiao L-H(条了汉).1993.Effect of boric acid on the yield of lucerne's seed.Xinjiang Anim Husb(新疆畜牧业),(3):19(in Chinese)
[27] Liu P(刘鹏).2000.Machine-made and effect of molybdenum and boron on yield and quality of soybean.Ph.D.Thesis.Hangzhou:Zhejiang University.(in Chinese)
[28] Liu P(刘鹏),Yang Y-A(杨玉爱).2000.The effect of the stress of boron and molybdenum on NR activity and contents of nitrate-N in leaves of soybean.J Zhejiang Univ(Agric Life Sci)(浙江大学学报(农业与生命科学版)),16(4):54～57(in Chinese)
[29] Liu P(刘鹏),Yang Y-A(杨玉爱).2001.Research development of molybdenum in soil and it's effect on vegetation.Agro-Environ Protec(农业环境保护),20(4):280～282(in Chinese)
[30] Liu Z(刘铮),eds.1991.Agricultural Chemistry of Microelements.Beijing:China Agricultural Press.110(in Chinese)
[31] Liu Z(刘铮),Zhu Q-Q(朱其清),Tang L-H(唐丽华),et al.1982.Soil and distributing area of lacking microelements in China.Acta Pedol Sin(土壤学报),19:209(in Chinese)
[32] Liu Z,Zhu QQ,Tang LH.1983.Microelements in soil of China.Soil Sci,135:40～46
[33] Liu Z(刘铮),Tang L-H(唐丽华),Zhu Q-Q(朱其清).1982.Microelement in soil of red soil area.In:Li Q-K(李清科) ed.China Red Soil.Beijing:Science Press.(in Chinese)
[34] Loomis WD,Durst RW.1992.Chemistry and biology of boron.Biofactors,3:229～239
[35] Ma W-Q(马文奇).1993.Study of boron nutrition of red clover.J Hebei Agric Univ(河北农业大学学报),16(4):30～33(in Chinese)
[36] Ma W-Q(马文奇),Liu W-D(刘武定),Pi M-M(皮美美).1990.Effect of boron on nitrogen metabolism in red clover.Plant Physiol Commu(植物生理学通讯),(4):43～46(in Chinese)
[37] Ma W-Q(马文奇),Liu W-D(刘武定),Pi M-M(皮美美).1993.Influence of boron on the yields and quality of red clover.Grassl China(中国草地),(6):49～51(in Chinese)
[38] Ma Y-H(马友化),Zhuan K-Q(转可钦),Ding R-X(丁瑞兴).1999.Effect of selenium on crop.Chin Agric Sci Bull(中国农学通报),15(1):44～46(in Chinese)
[39] Marshall AH,Khrbeet HK,Hides DH.1991.Influence of boron on the reproductive growth of white clover(Trifolium repens L.) cultivars.Ann Appl Biol,119:541～548
[40] Ng BH,Anderson JW.1979.Evaluation of environmental impacts of outer continental shelf petroleum development in the Pacific Northwest and Alaska.Phylochemistry,18:537～580
[41] Qu H-Z(屈红征),Wang L-P(王丽萍),Wu G-L(吴国良).2001.Progress of the study on boron nutrition of plant.J Shanxi Agric Univ(山西农业大学学报),21(2):173～176(in Chinese)
[42] Sharma RK.1999.Current satus of crop response to fertilizers in different Agro-climatic zones-experiences of all India co-ordinated wheat improvement project.Fertil News,44(7):39～43
[43] Singh M.1976.Ammonium losses through subsurface drainage effluent from rice fields of coastal saline sodic clay soils.Indian J Plant Physiol,19:8～11
[44] Valle G,Mc Dowell LR,Prichard DL,et al.2002.Selenium concentration of fescue and bahiagrasses after applying a selenium fertilizer.Commu Soil Sci Plant Analy,33:9～10
[45] Wang K(王葵).1991.Microelements in Life Science.Beijing:China Metrology Press.189～248(in Chinese)
[46] Wang L-K(王立克),Hong F-S(洪法水).1996.Effect of molybdenum treatment on NRA's activity and nutritive composition of Lucerne.Herb Sci(草业科学),13(5):48～49(in Chinese)
[47] Weng B-Q(翁伯琦),Luo T(罗涛),Bai X-F(白雪峰),et al.1994.Growing characteristic and nitrogen-fixing amount of Cassia rotundiflolia interplanted in orchard of red soil mountainous region.Chin J Soil Sci(土壤通报),25(3):130～132(in Chinese)
[48] Xie L-S(谢良商),Zhang J-Q(张久权),Wen S-L(文石林).1998.The effect of fertilizers on forages in hilly red soil region.Forage Culture and Utilizing in Hilly Red Soil Region.Beijing:China Agricultural Press.114～118(in Chinese)
[49] Xiong H-F(熊汉锋),Liu W-D(刘武定).1994.Effect of the interaction between boron and nitrogen on nitrogen uptake and some enzyme activity in rape.J Huazhong Agric Univ(华中农业大学学报),13(1):41～50(in Chinese)
[50] Yan Z-Y(严振英),Li H(李浩).1994.The relation of soil,forage grass,animal and selenium.Gansu Agric Sci Technol(甘肃农业科技),(12):25～26(in Chinese)
[51] Yang L(杨暹).2000.Effect of boron and molybdenum nutrition on curd yield and active oxygen metabolism in broccoli(Brassica oleracea var. italica).Acta Hortic Sin(园艺学报),27(2):112～116(in Chinese)
[52] Zaky LM,Hassanein RA,Dowidar AE,et al.2001.Effect of foliar treatment with boron and Zinc on physiological responses of cowpea(Vigna sinensis cv. cream) Ⅱ.Metabolic activities during growth and development of the harvested seeds and their protein pattern.Egypt J Physiol Sci,23:415～442
[53] Zang F-J(臧福君).1993.Effect of applying boron or molybdenum on Lucerne.Heilongjiang J Anim Sci Veter Medic(黑龙江畜牧兽医),(5):21(in Chinese)
[54] Zhang L-S(张丽姗),Zhu Y(朱岩),Ke F(可夫),et al.1990.Study on relations between Kaschin-Beck disease and content of selenium bounded by humic acids in Northeast China.Chin J Appl Ecol(应用生态学报),1(4):333～337(in Chinese)
[55] Zhang R-L(张仁玲),Yang Q-X(杨清心).1992.Microelement of molybdenum in agricultural ecosystem of grassland.Overseas' Anim Husb:Grassl Herb(国外畜牧学:草原与牧草),(2):5～11(in Chinese)
[56] Zhang S-Q(张顺泉),Chen P-Y(陈培玉).1995.Symptom of lacking boron in big head vegetable and the prevention and cure.Soil Fertil(土壤肥料),(3):44～45(in Chinese)
[57] Zhang X-S(张秀省),Shen Z-G(沈振国),Shen K(沈康).1994.Effect of boron on floral organs development and seed-setting of rape seed(Brassica napus L.).Acta Pedol Sin(土壤学报),31(2):146～151(in Chinese)
[58] Zhao H-Q(赵海泉),Hong F-S(洪法水).1998.Effect of molybdenum treatment on the activity and yield of alfalfa' seed.Glass Land China(中国草地),(1):74～79(in Chinese)
[59] Zhao Z-Q(赵中秋),Zhen H-L(郑海雷),Chang C-G(长春光),et al.2003.Advances in the studies on selenium in soil and selenium biological effect.Chin J Ecol(生态学杂志),22(1):22～25(in Chinese)
[60] Zhejian Agricultural University.1996.Plant Nutrition and Fertilizer.Beijing:Agricultural Press.316～318(in Chinese)
[61] Zhou B-J(邹邦基).1992.Effect of micronutrients B and Zn on crop nutrient balance.Chin J Appl Ecol(应用生态学报),3(3):280～285(in Chinese)
[62] Zhu Y-Y(朱永懿),Liu L-H(刘立宏),Yang J-C(杨俊诚),et al.1994.Advances of the study on the absorption of selenium by plant.J Nucl Agric Sci(核农学通报),15(5):241～245(in Chinese)