Landscape Protection and Intelligent Application Based On AI Technology

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Abstract

The creation of contemporary cities depends heavily on modern landscape protection based on AI, which also helps to enhance the natural environment and enhances the perception of cities. Human comprehension of artificial intelligence is growing as a result of society's and technology's ongoing advancements, and intelligent technology is progressively permeating every facet of daily life. It will be easier to use network means for landscape protection because media technology can implement rich design structures and has rich design features. Thus, in order to satisfy people's demands for the diversification of contemporary urban gardening construction, this study thoroughly examines the state and issues of landscape design today and attempts to investigate the efficient ways that artificial intelligence technology can be applied to landscape design in order to encourage the integration of landscape design and AI design. In addition to encouraging creativity and optimization in landscape design, artificial intelligence successfully boosts the efficiency of contemporary landscape design while guaranteeing its quality. From 2012 to 2024, at five-year intervals, we calculated the landscape ecological risk to 510 of China's nature reserves across levels, climate zones, and ecosystem types using the Landscape Ecological Risk Index. We also investigated the effects of climate change and human activity on the temporal variation and spatial heterogeneity of landscape ecological risk in China's nature reserves. According to our findings, there has been a general drop in the landscape ecological danger to China's nature reserves during the previous thirty years, with the most noticeable decline occurring between 2012 and 2024. With the maximum accuracy of 97.2%, precision of 96.2%, recall of 96.8%, and F1-score of 97.1%, the proposed GSV-MLP model is the best. The recommended technique performs better at minimizing absolute errors than RMSE and MAE. However, whilst the landscape ecological risk to other ecosystem types has declined, the landscape ecological risk to coastline nature reserves has grown.

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