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Diversity and abundance of some insect fauna in Kuala Lompat, Krau Wildlife Reserve Forest

机译:吉尔野生生物生命林林岛吉尔瓦·普通岛的一些昆虫动物群的多样性和丰富

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The present work is designed to study diversity and abundance of three insect orders (Diptera, Orthoptera and Hemiptera) in Kuala Lompat, Krau Wildlife Reserve Forest and to evaluate the relationship between diversity of insects with the changes in environmental gradient from forest fringe to the inner forest. The study site was at Kuala Lompat, Krau Wildlife Reserve Forest. Samplings were conducted using Malaise traps. Three trails were established which were Trail A (represented the forest fringe), Trail B and Trail C (represented the inner forest). During this study, a total of 1236 individuals under 29 families and 58 morphospecies were collected. Binary data of three orders revealed that the species richness of Hemiptera was higher at the inner forest while Diptera and Orthopera were most abundant at the forest fringe. There was no significant interaction (P>0.05) on the total morphospecies and abundance of individual per family for all three orders from all study site. For Diptera, Trail C had the highest diversity index (H' =2.65) while Trail B (H'=1.75) had the lowest diversity. For Orthoptera, the results showed that Trail B had the highest diversity index (H' =1.88) while Trail C had the lowest diversity (H'=1.59). Meanwhile, for Hemiptera, the results showed that Trail C had the highest diversity index (H' = 1.78) while Trail B showed the lowest diversity index with H' = 0.94. The H; values are not significantly different (P>0.05) between Trail A and Trail B, Trail A and Trail C and between Trail B and C for all three orders studied. It is found that diversity patterns vary widely between taxa that differ in dispersal ability, habitat requirements, food specialization or trophic level.
机译:本工作旨在研究吉隆坡,Krau野生动物预备森林的三种昆虫订单(Diptera,Orthoptera和Hemiptera)的多样性和丰富,并评估昆虫多样性与森林边缘到内部环境梯度变化的关系森林。该研究网站是Krau野生动物预备森林吉隆坡。使用不适陷阱进行采样。建立了三条路径,迹线(代表森林边缘),小径B和TRAIL C(代表内林)。在这项研究期间,收集了29个家庭中共有1236名的人员和58个形态学。三个订单的二进制数据显示,内森在内部森林的富含性质较高,而Diptera和Orthopera在森林边缘最丰富。对于所有研究网站的所有三个订单,每个家庭的总体形态和丰富的单位和丰富的单个数量和丰富的互动(p> 0.05)。对于Diptera,TRAIL C具有最高的分集指数(H'= 2.65),而TRAIL B(H'= 1.75)具有最低的多样性。对于正交,结果表明,痕迹B具有最高的分集指数(H'= 1.88),而TRAIL C具有最低的多样性(H'= 1.59)。同时,对于半翅目,结果表明,TRAIL C具有最高的分集指数(H'= 1.78),而DRAPE B显示了H'= 0.94的最低分集指数。 h;在路径A和TRAIL B之间,TRAIL A和TRAIL C和TRAIL B和C之间的所有三个订单之间的值不显着不同(P> 0.05)。结果发现,分化模式在分散能力,栖息地要求,食品专业化或营养级别不同的分散率之间的差异很大。

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