【摘要】 低碳设计是当前建筑领域研究的热点，微型居住空间低碳化研究是有效回应国家双碳战略、探索居住建筑绿色低碳发展的重要路径。基于CNKI知网和Web of Science两个数据库进行相关文献检索，在已有微型居住空间健康适居性研究基础上，从居住空间和居民行为2个维度梳理碳排放影响的研究进展，借助帕累托优化研究方法深入探讨进一步提升居住空间健康适居性与绿色低碳的协同共赢。提出未来研究应当充分把握空间要素、行为轨迹、碳排放三者间的互动特征与相互影响关系，利用新技术手段提高居住空间利用效率、行为模式量化分析精度和碳排放实时预测能力，通过系统综合研究为营造健康适居、绿色低碳的居住空间提供理论支撑。更多还原

【Abstract】 Low-carbon design has emerged as a research focus in architecture,particularly within micro-living spaces. This approach serves as a strategic response to national dual-carbon goals and aims to promote sustainable development in residential buildings. This study conducted a comprehensive review of literature from CNKI and Web of Science to assess the impact of carbon emissions associated with living spaces and residential behaviors,building upon existing research related to health and habitability. Employing Pareto optimization,this investigation sought to explore the equilibrium between enhancing health outcomes and achieving low-carbon objectives. Future research should comprehensively understand the characteristics of interactions and mutual influence among spatial elements,behavioral trajectories,and carbon emissions. Leveraging new technologies could improve space utilization,enhance behavioral analysis accuracy,and enable real-time carbon emission predictions. This holistic approach offers theoretical support for creating healthy,livable,and low-carbon living spaces.更多还原