印度奥里萨邦库尔迪哈野生动物保护区真蝇(双翅目)的多样性和分布:基于生态行会的功能角色

Sankarsan Roy, Santanu Ghara, Santu Paria, Prakash Chandra Mardaraj, Susanta Kumar Chakraborty
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引用次数: 0

摘要

正确认识包括森林在内的任何生态系统中动物组分的生态动态,无论是大型哺乳动物还是微小昆虫,在任何生态区的生态管理中都起着重要作用。双翅目昆虫是森林生态系统昆虫多样性的主要动物类群,在决定生态系统功能的稳定性方面具有重要的功能作用。本文对栖息在印度东部库尔迪哈野生动物保护区德干生物地理带延伸部分热带落叶林中的双翅目昆虫的多样性进行了记录,并指出了双翅目昆虫的栖息地偏好和分布模式。在研究区不同生境共记录到双翅目19科34种,其中3种为印度奥里萨邦新报告种。在3个选择的生态区中,杉木(Shorea robusta)密度较高的深林区物种丰富度较低,但相对丰富度较高,而荒牧地物种丰富度较高,但相对丰富度较低。具有湿地和伴生植被的生态区具有中等的双翅目昆虫物种丰富度和多样性。该地区的三个不同季节(季风前、季风和季风后)也显示了这类昆虫的多样性和密度的不同模式,这些昆虫已被划分为几个摄食行会,与食物资源的季节性可用性相协调。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Diversity and distribution of true flies (Diptera) of Kuldiha Wildlife Sanctuary, Odisha, India: Functional roles based on ecological guilds
Proper understanding of ecological dynamics of faunal components, whether it is a large mammal or a tiny insect of any ecosystem including forests, plays an important role in the eco-management of any eco-zone. Dipteran insects constituting a major faunal group among the entomo-diversity of any forest ecosystem portray significant functional roles in determining the stability in the ecosystem functioning of the respective ecosystem. The present paper has attempted to document the diversity of dipteran insects inhabiting a tropical deciduous forest of the extended part of Deccan Biogeographic Zone in the eastern part of India, the Kuldiha Wildlife Sanctuary alongside indicating its habitat preference and distribution patterns. A total of 34 species under 19 families of the order Diptera were recorded from different habitats of the studied forest areas, of which three species are considered new reports from the state of Odisha, India. Out of the three selected eco-zones, the deep forest area having a higher density of sal trees (Shorea robusta) revealed less species richness but high relative abundance, whereas the barren grazing land demonstrated higher species richness with low relative abundance. The eco-zone with wetlands and associated vegetation have shown moderate species richness and diversity of dipteran insects. Three contrasting seasons (pre-monsoon, monsoon, and post-monsoon) of this region have also demonstrated different patterns of diversity and density of this group of insects which have been segregatedinto several feeding guilds in tune with the seasonal availability of food resources.
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