Ecological Benefits of Scarab beetles (Coleoptera: Scarabaeidae) on Nutrient Cycles: A Review Article

Nadir Ali Shah, Naheed Shah
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引用次数: 3

Abstract

Scarab beetles also known as dung beetles is considered the most significant insect assemblies in the tropical zones because of their vital role in the nutrient recycling, helminthes control and seed dispersion as they use dung of herbivorous and omnivorous mammals as a food reserve. Many species of dung beetles can be functional on the wide range of food sources from flesh to dung or more particular means like mushrooms, diplopods, fruits, eggs vegetation and detritus. The species are extremely specialized, consuming definite primate dung. Though, varied aspects of the ecological history of dung beetles have been extensively studied, little is recognized about their particular use of different dung beetles in multiple nutrients cycles such as nitrogen cycle, organic matter decomposition, CH4 emissions, NH3 volatilization, greenhouse gases emission, waste management, forest and agro pasture ecosystem stability as well as soil and agricultural cycles. For this reason, this review paper offers a study likening the use of primate dung species by congregation of dung beetles in the ecological regions. Dung beetles and their functions are not consistently disseminated across the time and space that will present challenges to understand the crescendos of service assembly, even in those environments where environment service standards can be evidently delimited. The deteriorating global trends in food and habitat accessibility for Scarabaeine dung beetles are of inordinate review concern. Advances in Biochemistry and Biotechnology Ali Shah N and Shah N. Adv Biochem Biotechnol 7: 10109. www.doi.org/10.29011/2574-7258.010109 www.gavinpublishers.com
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金龟子(鞘翅目:金龟子科)在养分循环中的生态效益综述
圣甲虫也被称为屎壳虫,被认为是热带地区最重要的昆虫群落,因为它们利用食草和杂食性哺乳动物的粪便作为食物储备,在营养循环、蠕虫控制和种子传播方面发挥着重要作用。许多种类的屎壳郎可以吃各种各样的食物,从肉到粪便,或者更特殊的方式,比如蘑菇,二倍体动物,水果,鸡蛋,植被和碎屑。这个物种是非常专门化的,吃的是灵长类动物的粪便。虽然人们对屎壳虫生态历史的各个方面进行了广泛的研究,但人们对不同屎壳虫在多种养分循环中的特殊利用却知之甚少,如氮循环、有机质分解、CH4排放、NH3挥发、温室气体排放、废物管理、森林和农业牧场生态系统稳定性以及土壤和农业循环。为此,本文对生态区内的屎壳郎群落对灵长类动物粪便的利用进行了比较研究。蜣螂及其功能在时间和空间上的分布并不一致,这将给理解服务组装的高潮带来挑战,即使在那些环境服务标准可以明显划定的环境中也是如此。金龟子的食物和栖息地可及性日益恶化的全球趋势引起了人们的过度关注。张建军,张建军。生物化学与生物技术研究进展[j] .中国生物工程学报(英文版);www.doi.org/10.29011/2574 - 7258.010109 www.gavinpublishers.com
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