环境因子对蝗虫群落生态效应的数值分析

doi:10.11733/j.issn.1007-0435.1996.03.008

›› 1996, Vol. 4 ›› Issue (3): 213-220.DOI: 10.11733/j.issn.1007-0435.1996.03.008

环境因子对蝗虫群落生态效应的数值分析

贺达汉¹, 郑哲民²

1. 宁夏农学院农学系, 宁夏永宁750105;
2. 陕西师范大学动物研究所, 西安710062

出版日期:1996-08-15 发布日期:2012-07-11
基金资助:
国家自然科学基金

Mathematical Demonstration for the Ecological Effects of Environmental Factors on Grasshopper Community

He Dahan¹, Zheng Zhemin²

1. Department of Agronomy, Ningxia Agricultural College, Yongning 750105;
2. Institute of zoology, Shaanxi Normal University, Xian 710062

Online:1996-08-15 Published:2012-07-11

摘要/Abstract

摘要： 为了探讨环境因子与蝗虫群落的生态关系,本文运用通径分析、典型相关、双重筛选逐步回归等方法,以15项环境因子参数(其中包括8项植物群落参数)作为自变量,以7项蝗虫群落参数为因变量,对环境因子,特别是植物群落结构与组成的变化对蝗虫群落所产生的生态效应以及诸因子间的相互作用关系进行定量分析。结果表明:蝗虫种类多样性与环境干燥度和植物群落种类的复杂程度成正相关,与植物群落垂直层次结构的复杂性成负相关;群落优势度与植被盖度成正相关;不同种类蝗虫对不同类型草地选择性不同。总之,在蝗虫对植物群落的选择中,由植物群落结构所形成的栖境条件起着比植物类型更为重要的作用。

关键词: 草原环境, 草原蝗虫, 植物群落, 生态效应, 多样性

Abstract: To understand the relationships between environmental factor and the grasshopper community in Ningxia grasslands, variables of the vegetation and grasshopper communities, and the relationships between the vari ables and the environmental factors have been equantitatively analyzed.By using the mathematical metheds such as path coefficiency analysis, canonical analysis and double screening for stepwise regression, 15 parameters for envi ronmental factors (8 paramettrs of them for plant community) were taken as independent varisbles, and 7 parame ters for grasshopper community were taken as dependent variables.The results show that the diversity of grasshop per species were positively correlated with the aridity index in habitat and the plant community with a greater com piexity of its family/species composition; that the dominance of grasshopper community were peitively correlated with the plant community of plant with a greater complexity of it vertical structure; in various subfamily of the grasshoppers, some speciec were clooely with the forbe grasslands and aridity habitats, while some species were asso ciated with gcod floral conditions.However, in the relationship between plants and grasshoppers, the effects of a gdri habitable c0ndition that were formed from the structure of plant community on some grasshoppers may be more important than that of the fed plants.

Key words: Steppe environment, Grasshoppers on steppes, Plant community, Environmental effects, Diversity

贺达汉, 郑哲民. 环境因子对蝗虫群落生态效应的数值分析[J]. , 1996, 4(3): 213-220.

He Dahan, Zheng Zhemin. Mathematical Demonstration for the Ecological Effects of Environmental Factors on Grasshopper Community[J]. , 1996, 4(3): 213-220.

参考文献

[1] 陈水林,1981,新疆维吾尔自治区的蝗虫研究,蝗虫分布(续),昆虫学报,24(2):166~173
[2] 李宏实,1991,吉林省西部草原蝗虫群落的集团结构,生态学报,11(1):73~78
[3] 邱式邦、林汉连、蒋元辉,1962,蝗虫的分布、消长和活动与植被的关系研究,植物保护学报,1(2):17~22
[4] 康乐、李鸿昌、陈永林,1989,内蒙古锡林河流域直翅目昆虫生态分布规律与植被类型关系的研究,植物生态学与地植物学学报,13(4):341~349
[5] 康乐、张爱国、毛文华等,1991,内蒙古锡林河流域河滩地蝗虫群落变化梯度分析,青年生态学者论丛,1:231~239
[6] 康乐、陈永林,1994,草原蝗虫营养生态位的研究,昆虫学报,37(2):178~189
[7] 康乐,1995,放牧干扰下的蝗虫-植物相互作用关系,生态学报,15(1):1~10
[8] 康乐,1995,蝗虫群落动态对草原放牧活动的反应,草原生态系统研究,第五集,北京,科学出版社
[9] Anderson N. L.,1964, Some realationship between grasshopper and vegetation. Ann. Ent. Soc.,57:736~742
[10] Capineara J. L. and Sechist T. S.,1982, Grasshopper(Acrididae)-host plant associations: Response of grasshopper population to cattle grazing intensity. Can. Ent.,114:1055~1062
[11] Capineara J. L. and D. R. Horton, 1989, Geographic variation in effects of weather on grasshopper populations.Environ. Entomol., 18.8~14
[12] Hewitt G. B.,1979, Hatching and development of rangeland grasshoppers in relation to forage growth, tenpera ture and precipition. Environ. Entomol.,8:24~29
[13] Joern A. and Lawolr L. R.,1980a, Arid grassland grasshopper community structure: comparisons with neutral models. Ecology, 61:591~599
[14] Joern A. and Lawlor L. R.,1980b Guild structure in grasshopper assemblages based on food and microhabitat resource. Oikos 37:93~104
[15] Joern A. 1982, Vegetation structure and microhabitat selection in grasshoppers(Orthoptera:Acrididae).Southwestern Naturalist, 27:197~209
[16] Keng L. and Chen Y. L.,1994, Multidimensional analysis of resource utilization in assemblages of rangeland grasshoppers (Orthoptera : Acrididae).Entomol. Sinica, 1(3):178~192
[17] Miller R. H. and Onsager J. A.,1991,Grasshopper (Orthoptera:Acrididae)and plant relationship under different grazing intensities. Environ. Entomol.,20(3):807~814
[18] Nerney N.J.,1961, Effects of seasonal rainfall on range condition and grasshopper population, San Carlos Apache Indian reservation Arizona. J. Econ. Entomol., 54:382~385
[19] Ouinn M. A.,Patricia S, Charles H. et. al.,1993, Effect of grasshopper(Orthoptera; Acrididae)density and plant composition on growth and destruction of grasses. Environ. Entomol.,25(5):993~1002
[20] Quinn M. A. and Walgenbach D. D.,1990, Influence of grazing history on the community structure of grasshoppers of a mixedgrass prairie. Environ. Entomol,19(6):1756~1766
[21] Quinn M. A, R. L. Kepner, D. D. Wlagenbach et. al.,1991, Habitat characteristics and grasshopper community dynamics on mixedgrass rangland. Can. Entomol.,123:89~105

环境因子对蝗虫群落生态效应的数值分析

Mathematical Demonstration for the Ecological Effects of Environmental Factors on Grasshopper Community

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