Control effects of Mikania micrantha alcohol extract on citrus red mite Panonychus citri

Abstract

Abstract: This study showed that spraying 0.2 and 0.4 g稬^-1 Mikania micrantha alcohol extracts on Panonychus citri could significantly decrease the survival rates of P.citri eggs,larvae and nymphs,and 0.1 g稬^-1 M.micrantha alcohol extract could also significantly decrease the survival rates of larvae and nymphs.In a no-choice test,both the fecundity and the longevity of female P.citri fed on the leaves treated with all three test concentrations 0.1,0.2 and 0.4 g稬^-1 of M.micrantha alcohol extracts were significantly reduced,compared with those fed on alcohol-treated leaves.In a field experiment,the efficacy of M.micrantha alcohol extracts at three test concentrations was compared with water,alcohol,and 15% Pyridaben,an acaricide widely used in commercial control of red mite in sweet orange orchards.The survival rates of P.citri eggs,larvae and nymphs in all three M.micrantha treatments were lower than the control,and the interference index of population control (IIPC) was 0.518,0.292 and 0.277,respectively,while the IIPC for the Pyridaben treatment was 0.945,with a control efficacy of only 5.52%.M.micrantha extract had an increased control effect with its increasing concentration,and was safer to natural enemies than 15% Pyridaben.The leaves in the three M.micrantha treatments were less damaged,and their color was much deeper than that of the other three treatments.Therefore,M.micrantha alcohol extract provided a better control of citrus red mite populations than Pyridaben.

Key words: Alcohol extract from Mikania micrantha, Panonychus citri, Control effect

CLC Number:

CEN Yijing, PANG Xiongfei, XU Changbao, DENG Qiaosheng . Control effects of Mikania micrantha alcohol extract on citrus red mite Panonychus citri[J]. Chinese Journal of Applied Ecology, 2005, 16(4): 754-757.

References

[1] Dong K-H(董宽虎),wang J-J(王建军),Yang G-Y(杨桂英),et al.1994.Study on banded improved-pasture of highslope.Pratacul Sci(草业科学),11(2):30～34(in Chinese)
[2] Du G-Q(杜刚强),Qu Z-Q(曲志强),Hang Z-Z(黄泽在).1994.The study of balancing law and renewing cycle of forage water in arid regionfarmland.Pratacul Sci(草业科学),11(3):25～28(in Chinese)
[3] Du X-R(杜向荣),Wang CS(王缠石),Shi-Z(史经肇),et al.2003.Breeding of Astragalrs adsurgens cultivar with white and multicolor flowers.Acta Pratacul Sin(草业学报),12(5):99～102(in Chinese)
[4] Guan X-Q(关秀琦),Zhou H-Y(邹厚远),Lu Z-Y(鲁子瑜),et al. 1994. Study on sustainable development of the grassland production in Loess Plateau I. Grass varieties alternation in the declined artificial grassland of Astragalus adsurgens. Res Soil Water Conser (水土保持研究),1(3):56～60(in Chinese)
[5] Jia H-Y(贾恒义),Cheng P-H(程浦海),Mu X-M(穆兴民),et al. 1994. A preliminary study on the effect of Medicago sativa and Astragalus adsurgens in response to nutrient element applied. Res Soil Water Conser(水土保持研究),1(3):120～127(in Chinese)
[6] Leather GR,Einhelling FA.1986.Bioassay in the study of allelopathy.In:Putnam AR,Tang CS,eds.The Science of Allelopathy.New York:John Wiley and Sons.133～145
[7] Li R-F(李瑞芬),Li C(李聪),Su J-K(苏加楷).2001.Genetic diversity of Astragalus adsurgens Pall germplasm by RAPD analysis.Acta Agre Sin(草地学报),9(3):17l～176(in Chinese)
[8] Li R-F(李瑞芬),Li C(李聪),Su J-K(苏加楷).2001.Interspecific cross-incompatibility between Astragalus adsurgens Pall and Astragalus cicer L.Acta Agre Sin(草地学报),9(1):8～15(in Chinese)
[9] Liu A-P(刘爱萍),Sun Q-Z(孙启忠),Hu J(胡俊),et al.2003.Biological study on root rot pathogen of Astragalus adsurgens Pall.Grassl China(中国草地),25(2):72～74(in Chinease)
[10] Liu H-L(刘洪岭),Li X-L(李香兰),Liang Y-M(梁一民).1998.Effects of raising soil fertilities by planting different forage species on newly-built terrence land on China loess hilly regions. Acta Bot Boreal-Occident Sin(西北植物学报),18(2):287～291(in Chinese)
[11] Liu J-N(刘建宁),WangY-Q(王运琦).2000.A preliminary study on epidemic pattern and chemical control measures of Erysiphe pisi of Astragalus adsurgens.Grassl China(中国草地),22(3):48～49(in Chinese)
[12] Liu Y-Y(刘愿英),Liu J-J(刘建军),Liu J-X(刘建秀).2000.PreLiminary study on reason of normal ripening of creepingtype of Astragalus adsurgens Pall under low temperature.Agric Res Arid Areas(干旱区农业研究),18(4):88～93(in Chinese)
[13] Luo J-P(罗建平),GuY-H(顾月华),Wang S-B(王圣兵),et al.1999.Effects of ascorbic acid on membrane damage and activity of some related enzyme in Astragalus adsurgens protoplasts during their isolation and culture.Acta Phytophysiol Sin(植物生理学报),25(4):343～349(in Chinese)
[14] Luo J-P(罗建平),Jia J-F(贾敬芬),Gu Y-H(顾月华),et al.2000.Improved protoplast-derived plants of Astragalus adsurgens through somatic embryogenesis.Chin J Biotechnol(生物工程学报),16(1):17～21(in Chinese)
[15] Luo J-P(罗建平),Jia J-F(贾敬芬),Gu Y-H(顾月华).2000.Selection of ethionine-resistant variant in the forage legume Astragalus adsurgens.Acta Agron Sin(作物学报),26(6):789～794(in Chinese)
[16] Luo J-P(罗建平),Jia J-F(贾敬芬),Gu Y-H(顾月华).1999.Regeneration of Astragalus adsurgens via somatic embryogenesis from cell suspension protoplasts.Acta Biol Exp Sin(实验生物学报),32(4):401～408
[17] Luo X-M(罗希明),Zhao G-L(赵桂兰),Xie X-J(谢雪菊),et al.1991.Plant regeneration from protoplast culture of Astragalus huangheencis.Acta Genet Sin(遗传学报),18(3):239～243(in Chinese)
[18] Ma Y-S(马玉胜).2003.How to plant Astragalus adsurgens in sandlot.Sichuan Grassland(四川草原),(3):37～38(in Chinese)
[19] Nan Z-B(南志标),Liu R(刘若).1997.Diseases of Astragalus adsurgens growing at five provinces of China and characteristics of their occurance.Pratacul Sci(草业科学),14(6):30～34(in Chinese)
[20] Sun J-H(孙经华),Song M-Z(宋鸣筑),Zou J-S(邹济生).1997.The establishment and utilization of Astragalus adsurgens artificial grassland atthe border ofTalimu basin.Pratacul Sii(草业科学),14(2):39～40(in Chinese)
[21] SuS-F(苏盛发).1985.Astragalus adsurgens.Beijing:Agricultural Press.1～32(in Chinese)
[22] Wang W-G(王维国),Xu Y-J(许亚杰),Li T-G(李铁刚).2000.Experimental research of seeding precocious Astragalus adsurgens plantin severe cold region.Heilongjiang Hydr Eng Coll(黑龙江水专学报),27(4):73～74(in Chinese)
[23] Wang Y(王瑛),Jia J-F(贾敬芬).1999.Selection and characteristics analysis of NaCl-tolerant cell line from Astragalus adsurgens callus cultures.Chin J Appl Environ Biol(应用与环境生物学报),5(6):547～550(in Chinese)
[24] Wang Y-R(王彦荣),Zhang J-Q(张建全),Liu H-X(刘慧霞),et al.2004.Physiological and ecological responses of alfalfa and milk vetch seed to PEG priming.Acta Ecol Sin(生态学报),24(3):401～408(in Chinese)
[25] Wei H-J(魏惠军),Shang H-S(商鸿生).An etiological study on Vertilliun wilt of Astragalus adsurgensⅢ.Pathogenicity of isolatesfrom different host to milk vetch and alfalfa.Acta Pratacul Sin(草业学报),7(3):41～45(in Chinese)
[26] Xu B-C(徐炳成),Shan L(山仑).2003.A study comparing water use efficiency and root/shoot ratio of alfalfa and Astragalus adsurgens at seedling stage.ActaAgre Sin(草地学报),11(1):78～82(in Chinese)
[27] YuanZ-F(袁志发),ZhouJ-Y(周静芋).2000.Design andAnalysis of Experiments.Beijing:Higher Education Press.292～303(in Chinese)
[28] Zhang C-G(张春光),Liu J-L(刘静玲),Feng J(冯江).1996.Study on callus induction and plantlet regeneration from leaf explantsin Astragalus adsurgens.ActaAgreSin(草地学报),4(2):148～154(in Chinese)
[29] Zhang J(张进).1997.Technology research on sowing Astragalus adsurgens Pall by aircraft in Qinghai Province.Civil Aviation Econ Technol(民航经济与技术),(7):43～44(in Chinese)
[30] Zhou H-Y(邹厚远),Cheng J-M(程积明),Lu Z-Y(鲁子瑜),et al.1990.Testing onthe effect of Astragalus adsurgens population on grassland vegetation evaluation.Memoir of NISWC,Academia Sinica andMinistry of Water Conservancy(中国科学院水利部西北水土保持研究所集刊),(11):77～83(in Chinese)
[31] Zhou H-Y(邹厚远),Lu Z-Y(鲁子瑜),Guan X-Q(关秀琦),et al.1994.Study on sustainable development ofthe grassland productionin Loess PlateauⅡ.Influence of the declined grassland evolution by reseeding Astragalus adsurgens.Res Soil Water Conser(水土保持研究),1(3):61～64(in Chinese)