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.
人类利用仿生学在建筑、电子、机械、化学、体育等各学科领域都取得了丰富成果。
Mankind utilizes bionics in building, electron, machinery, chemistry, sports, etc. and makes abundant achievement in those areas.
建筑仿生、工艺仿生以及人工智能艺术，是艺术与仿生学结缘的三个突出的方面。
The application of bionics in architecture and industrial art and artificial intelligence are most important areas in which art and bionics are combined.
该文根据仿生学原理，仿照树木根须系统，提出了“根系仿生建筑抗震基础”的设想，以提高在地震烈度较高的地区房屋结构的抗震能力。
Based on principle of bionics, this paper introduces a design of root-bionic seismic foundation so as to enhance the seismic capability of structures in high seismic intensity area.
该文根据仿生学原理，仿照树木根须系统，提出了“根系仿生建筑抗震基础”的设想，以提高在地震烈度较高的地区房屋结构的抗震能力。
Based on principle of bionics, this paper introduces a design of root-bionic seismic foundation so as to enhance the seismic capability of structures in high seismic intensity area.
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