Comparative Study of Ecological and Environmental Protection Engineering with their Strategic Integration: Analyses on Sustainability and Resilience with the Application of Artificial Intelligence Countermeasure
LUO Ching-Ruey (Edward) *
Department of Civil Engineering, National Chi-Nan University, Nantou, Taiwan.
*Author to whom correspondence should be addressed.
Abstract
Ecological conservation engineering and environmental protection engineering are two important thinking directions, whether internationally or domestically, and whether in central or local development plans. The two have their own characteristics, and there are similarities and conflicts between the two in important thinking directions, just as sustainability and resilience have their own characteristics, and there are also differences and similarities in the solutions and means to the problems, so the trade-off becomes an important issue. This article started with the discussion of the respective characteristics and application levels of ecological conservation engineering and environmental protection engineering, and especially present the viewpoints, countermeasures and cases of each other on the topic, so as to understand the similarities and differences between them. It also proposes relevant countermeasures based on the application of the characteristics between sustainability and resilience. Of course, the characteristics of artificial intelligence also combine ecological conservation projects, environmental protection projects, sustainability and resilience, and propose an integrated performance strategy in the conclusion. The article is fulfilled primarily based on the author's personal work experience combined with his academic research, supplemented by comparisons of Taiwanese cases and relevant international research. This paper focuses on combining basic theory with practical application, serving as a guideline for future use with guiding clear and precise development directions.
Keywords: Ecological conservation engineering, strategy, environmental protection engineering, sustainability, resilience, artificial intelligence (AI)