1.1草食动物与草地之间的关系 植物一食草动物系统也可称为放牧系统(grazing system),它有两个基本类型,即相互作用的(interactive)和非相互作用的(non-interactive)【3】。
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Not only can the relationship between grazing intensity and regrowth of vegetation be discovered, but also the appropriate grazing rate can be determined in the management of grazing system.
该研究不仅能够在理论上揭示放牧强度与植被再生的关系,而且在草地放牧系统的生产管理中,也能够依据植被持续再生与最佳放牧率的系统平衡稳定性条件,确定适宜的放牧率。
参考来源 - 羊草草地山羊放牧对牧草再生影响的研究·2,447,543篇论文数据,部分数据来源于NoteExpress
草地放牧系统作为生态系统重要组成部分,对其研究自然也离不开模型的应用。
Model are also used in grassland grazing systems, which are an important part of ecosystems.
为认识放牧系统的复杂性和稳定性,产生了放牧系统的平衡生态学和非平衡生态学原理。
To understand the complexity and stability in grazing systems, the equilibrium and non-equilibrium ecology theory have been developed.
已经在锡林郭勒找到了一个共同地点,进行合作,推动开发补充的放牧系统,肉牛管理母牛犊牛管理经营和推广方法。
A shared site has been identified in xilinhot to work together in the development of complementary grazing systems, beef cattle management, cow - calf operations and extension methodologies.
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