由于其中可能涉及复杂的物种相互作用,通过移除一个关键物种并观察生态系统的变化来确定该物种是有问题的。
Because complex species interactions may be involved, identifying a keystone species by removing the species and observing changes in the ecosystem is problematic.
本文综述了三营养相互作用化学生态学研究的最新进展。
This paper summarizes the recent progress in the study on chemical ecology of tritrophic interactions.
曼加勒之城能够利用仿生学规律,通过各种方法“借到”资源,它的建筑结构也犹如红树林生态系统中的植物那样螺旋式地上升,并与自然系统相互作用。
The skyscraper's structure is modeled after mangrove trees, spiraling plant growth patterns, and the interaction of natural ecosystems.
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