安徽农学通报 >
2025 , Vol. 31 >Issue 15: 56 - 59
DOI: https://doi.org/10.16377/j.cnki.issn1007-7731.2025.15.014
城市园林景观低碳设计与碳汇提升策略分析
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王楚君(1990—),女,广东惠州人,从事园林景观设计研究。 |
Copy editor: 吴思文
收稿日期: 2024-10-08
网络出版日期: 2025-08-14
Analysis of low-carbon design and carbon sink enhancement strategies for urban garden landscape
Received date: 2024-10-08
Online published: 2025-08-14
本文探讨了城市园林景观低碳设计的理念及原则,并提出景观碳汇提升策略。景观低碳设计方面,主要从生命周期、生态学途径、园林植物景观设计中的应用3个方面展开,其中基于生命周期的低碳设计理念,需在园林景观设计与建设的完整周期内全面贯彻低碳原则,力求项目的全阶段达成低碳化目标;生态学途径下的低碳园林规划建设侧重于利用自然生态系统的功能实现低碳目标,包括扩大城市绿色空间规模、优化绿色空间布局等策略;低碳理念在园林植物景观设计中的应用原则包括利用现有地形造景、配置乡土植物等,渗入方法包括选择适宜的植物种类、优化植物配置方式、提高养护水平等。碳汇提升策略方面,通过增加城市绿量与合理规划景观布局、选择合适的固碳植物与优化植物配置等策略,有效提升了园林景观的生态效益、经济效益。本文为城市可持续发展和园林景观碳汇提升提供参考。
王楚君 , 孙延军 . 城市园林景观低碳设计与碳汇提升策略分析[J]. 安徽农学通报, 2025 , 31(15) : 56 -59 . DOI: 10.16377/j.cnki.issn1007-7731.2025.15.014
The concepts and principles of low-carbon design for urban garden landscapes were explored, and strategies for enhancing landscape carbon sinks were proposed. In terms of low-carbon landscape design, it mainly unfolds from three aspects: life cycle, ecological approaches, and application in garden plant landscape design. Among them, the low-carbon design concept based on the life cycle requires the comprehensive implementation of low-carbon principles throughout the entire cycle of landscape design and construction, striving to achieve low-carbon goals in all stages of the project. Low-carbon garden planning and construction under the ecological approach focuses on achieving low-carbon goals by utilizing the functions of natural ecosystems, including strategies such as expanding the scale of urban green spaces and optimizing the layout of green spaces. The application principles of the low-carbon concept in the design of garden plant landscapes include creating scenes by utilizing existing terrain and configuring native plants, etc. The infiltration methods include selecting appropriate plant species, optimizing plant configuration methods, and improving maintenance levels, etc. In terms of carbon sink enhancement strategies, by increasing the green volume of the city, rationally planning the landscape layout, choosing appropriate carbon-sequestration plants and optimizing the plant configuration, the ecological and economic benefits of the garden landscape have been effectively enhanced. This article provides a reference for the sustainable development of cities and the improvement of carbon sinks in garden landscapes.
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