Enhancing university campus landscape design through regression analysis: integrating ecological environmental protection

The growing impact of ecological theories and environmental preservation has resulted in a movement towards people-oriented design approaches for ecological landscape creation. However, certain university campuses continue to suffer hardships due to underutilized terrains and severe damage caused by large-scale earthworks. Given the new waves of campus growth, there is an urgent need to address these difficulties and consider the planning and design of natural biological landscapes on various campuses of Jiangsu province. A more scientific approach to maintaining ecological balance, protecting biodiversity, and increasing landscape variation on campuses may be taken by combining ecological environment conservation with university landscape design. Based on summarizing and analyzing previous research, this paper takes the Nanjing Communications Institute of Technology as a case study and expounds on the research status and significance of university campus landscape design in Jiangsu Province. Firstly, this study elaborates on the background, current status and future challenges of the concept of ecological environment protection, introduces the study objects, indicators and constituent elements of landscape design of the university campus, and conducts the ecological analysis. Secondly, this paper uses regression analysis to investigate the complex interactions between ecological features and the Ecological Balance Index (EBI) in university campus landscape design. Our suggested design reveals links between various design aspects and overall ecological-aesthetic attributes Inspired by the Principle of Landscape Diversity Design. In addition, we quantified landscape diversity and spatial optimization using the Shannon Diversity Index and Space Utilization Efficiency. Third, this research analyzes the space and visual forms of the landscape on the university campus and proposes a landscape design model for it using ecological environment protection. Third, it explores the expression methods of ecological environment protection and conducts the space division and index selection of landscape design. Finally, this paper discusses the landscape design approaches for university campuses to protect the ecological environment. In experimental work, the paper evaluates and compares several landscape design methodologies. Our proposed design exceeded previous approaches in terms of ecological balance (83%), aesthetic appeal (91%), and sustainability (93%). The proposed design is beneficial in protecting the environment and improving the overall quality of university campuses. These findings provide useful insights and references for future study in landscape design for university campuses in Jiangsu Province under the ecological environment preservation paradigm.