野牛是大平原大型甲壳动物的栖息地工程师

Christopher F. Frazier, Andrew T. Karlin, James H. Thorp
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摘要

大型枝足类甲壳动物是一类水生甲壳动物,以拥有坚硬的静止卵而闻名,能够通过风和动物媒介在临时湿地栖息地之间传播。在这项研究中,我们对野牛栖息地的干燥沉积物进行了再水化,以评估大鳞翅目甲壳动物对这些栖息地的利用情况,以及野牛作为囊蚴传播媒介的潜在能力。我们在重新水化的样本中观察到了一种蚌虾属和一种蝌蚪虾种,为大型底栖动物在野牛创造的栖息地定居提供了有力证据。我们未能发现空间布局、野牛利用率和大分支足类丰度之间的关系,因此鼓励今后的研究对野牛的扩散能力进行评估。
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Bison Act as Habitat Engineers for Large Branchiopod Crustaceans in the Great Plains
Large branchiopods are a group of aquatic crustaceans known for possessing hardy resting eggs capable of dispersal between temporary wetland habitats by wind and animal vectors. In this study, we rehydrated dry sediments from bison wallows to assess large branchiopod use of these habitats and potentially the capacity of bison to act as dispersal vectors of cysts. We observed one clam shrimp genus and one tadpole shrimp species in our rehydrated samples, providing strong evidence of large branchiopod establishment in bison-created habitats. We failed to see a relationship between spatial arrangement, bison utilization, and large branchiopod abundance, so future studies are encouraged to assess dispersal capability by bison.
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Morphological Plasticity of Bluntnose Minnow Pimephales notatus from Pond and Stream Habitats Bison Act as Habitat Engineers for Large Branchiopod Crustaceans in the Great Plains Getting to the Root of the Newt: Larval Occurrence Patterns of a Newly Discovered Eastern Newt Population in Southeast Kansas The Influence of System Characteristics and Biotic Interactions on White Crappie Population Dynamics in Kansas Impoundments Abstracts from the 156th Annual Meeting of the Kansas Academy Science, Emporia State University, Emporia, Kansas, April 5-6, 2023
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