Scientific Development Research

Under the deep integration of digital technology and urban development, the intelligent transformation of environmental art landscape spaces has become a critical imperative for industry advancement. Digital Twin Technology, through its precise mapping and dynamic simulation of physical environments, offers groundbreaking possibilities for full lifecycle management of landscapes. Meanwhile, Augmented Reality (AR) technology, with its immersive interactive capabilities, further dissolves the boundaries between virtual and physical realms, empowering visual representation and efficient operation of landscape spaces. This paper, grounded in the functional requirements and developmental challenges of environmental art landscape design, explores the construction logic and implementation pathways of Digital Twin models supported by AR technology. It systematically analyzes their application value in scenarios such as design optimization, operational management upgrades, and enhanced user experiences, aiming to provide theoretical frameworks and practical insights for advancing the digital transformation of the environmental art landscape industry.

AR technology; Environmental art landscape spaces; Teaching research