AI助力生态设计，实现人与自然的真正共生。
A Study on the Application of Artificial Intelligence in Ecological Design
- 用AI连接植物修复与强化学习，探索新型生态修复路径。
- 案例显示AI在生态恢复中生成不同于传统媒介的效果。
- 适合关注可持续科技与艺术融合的研究者与设计师。
本文探讨人类与自然的关系能否从主导转向真正的相互依存，以及人工智能（AI）是否能促成这一转变。研究提出一种新的生态设计范式，即AI与非人类生命形式互动。通过案例分析，展示艺术家与设计师如何利用AI进行数据分析、图像识别和生态修复，产出与传统媒介不同的成果。研究认为，AI不仅拓展了创作方法，也重塑了生态设计的理论与实践。基于作者开发的AI辅助水体修复原型，论文提出将强化学习与基于植物的生物修复相结合的设计路径。研究强调了AI在连接科学洞察、艺术实践与环境责任方面的潜力，为未来可持续、技术赋能的生态系统研究提供了路线图。
原文摘要 · Abstract (English)
This paper asks whether our relationship with nature can move from human dominance to genuine interdependence, and whether artificial intelligence (AI) can mediate that shift. We examine a new ecological-design paradigm in which AI interacts with non-human life forms. Through case studies we show how artists and designers apply AI for data analysis, image recognition, and ecological restoration, producing results that differ from conventional media. We argue that AI not only expands creative methods but also reframes the theory and practice of ecological design. Building on the author's prototype for AI-assisted water remediation, the study proposes design pathways that couple reinforcement learning with plant-based phytoremediation. The findings highlight AI's potential to link scientific insight, artistic practice, and environmental stewardship, offering a roadmap for future research on sustainable, technology-enabled ecosystems.
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