Bionic Engineering Based on Plant Characteristics and Human Adaptive Specificity to the Environment

Abstract

 After a long evolutionary process, plants have developed unique mechanisms for energy utilization, structural optimization, water control, and environmental adaptation. These characteristics not only maintain the stability of the Earth's ecosystem but also provide bionic inspiration for humans to address environmental challenges. Focusing on the topic of "implementing bionic engineering based on plant characteristics to adapt to the human environment", this paper deeply analyzes the application potential of plant characteristics in energy systems, architecture and materials, water resource management, and medical engineering. It further discusses the significance of plant characteristics for human adaptation to extreme climates, urban environments, space and marine environments, as well as healthy lifestyle. Within this framework, the paper proposes the future development direction of bionic engineering, particularly emphasizing the value of interdisciplinary integration, intelligent planning, and sustainable development strategies. Relevant studies have shown that plant bionics is conducive to promoting the development of green technology and environmental engineering, meanwhile providing new theoretical basis and operational approaches for humans to achieve the goal of harmonious coexistence with complex environments.