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Journal of Chinese
Architecture and Urbanism Techniques for eco red-line management

China (Wang et al., 2020). In this region, sophisticated red lines, grounded in a comprehensive understanding of
satellite imagery and geographic information systems have ecological security concerns. Key findings underscore the
been employed to identify unauthorized alterations in importance of refining crucial concepts such as ecological
land use, monitor deforestation rates, and evaluate aquatic red lines and ecological security by focusing on the
habitat conditions. These tools empower local authorities to detrimental impacts of human activities. Highlighting these
efficiently enforce zoning restrictions and respond quickly negative impacts is essential to justify systems designed to
to safeguard crucial habitats. This case study provides mitigate harmful human behaviors that threaten ecological
concrete proof of the effectiveness of remote sensing and stability. By establishing clear guidelines and enforcing
geographic information systems in managing ecological strict regulations, it becomes possible to protect these
red lines, with data on reduced unauthorized activities and vulnerable areas from further degradation. In addition, the
improved ecosystem health. Another concrete example study emphasizes the necessity of adopting a standardized
comes from the application of big data analytics in the approach to analyzing and managing regional ecological
Amazon rainforest (Dalby, 2016). In this context, big data security issues. This process involves carefully identifying,
are employed to analyze extensive environmental data, diagnosing, and evaluating the characteristics, risks, and
encompassing deforestation rates, biodiversity indicators, and root causes of ecological challenges, ultimately establishing
climatic patterns. This research facilitates the identification of specific objectives for the prevention and management of
regions at high risk for illegal logging and habitat degradation, ecological red lines. By clearly defining the categories and
enabling targeted enforcement and conservation initiatives. geographic scope of ecological red-line management and
Data demonstrating decreased deforestation rates and proposing targeted strategies, the study aims to develop
increased biodiversity serve as evidence of the effectiveness of effective solutions tailored to address specific ecological
big data analytics in addressing ecological security concerns. security issues across diverse contexts.
A further case study involving the Great Barrier Reef’s
decision support system highlights additional support for this Moreover, this research enhances the scientific and
research (Haff, 2014). The integration of real-time data on practical aspects of ecological red-line management by
water quality, coral health, and human activity into decision integrating dynamic development principles and utilizing
support systems enhances coral reef management decision- multi-scale research methods. By setting clear goals for
making processes. Evidence of the practical usefulness addressing ecological security challenges and assessing the
of these systems can be demonstrated by demonstrating effectiveness of ecological red-line management measures,
improvements in coral resilience and water quality. the proposed approach provides a more robust and
adaptive framework for maintaining ecological security.
These case studies and real-world data not only validate This comprehensive strategy enables a resilient response to
the effectiveness of the proposed technological methods evolving challenges, thereby supporting broader goals of
but also underscore their significance in managing ecological safety and sustainable development within the
ecological red lines and guaranteeing ecological security. region. Ultimately, this study provides a solid foundation
By translating theoretical principles into practical for advancing ecological protection efforts, ensuring that
applications, the research enhances its credibility and
significance, ultimately contributing to more efficient and ecological red lines remain a vital tool for safeguarding the
sustainable ecological management techniques. natural environment for future generations.

7. Conclusion Acknowledgments
Variations in natural habitats and socioeconomic The authors express gratitude to Professor Dr. Cheng Tong
conditions across different regions have posed significant Shun for his supervision and guidance. We also thank
challenges to maintaining the effectiveness and integrity the professors at the College of Earth and Environmental
of ecological protection boundaries nationwide. The Sciences, University of Punjab, for their full support and
intricate and diverse nature of ecological security issues guidance. In addition, heartfelt appreciation is extended to
further complicates the task of safeguarding these essential Professor Dr. Faisal at the University of Sydney, Australia,
natural boundaries. Relying solely on restrictions within for his unwavering supervision and support throughout
designated ecological protection red lines may prove the project.
insufficient for ensuring the long-term preservation of Funding
these boundaries and the broader ecological security
of the region. Therefore, this article advocates for the The authors of the article acknowledge financial support
development and implementation of a comprehensive from the Qilu Institute of Technology Project Funding
management and control system for regional ecological (#QIT23TP029).

Volume 7 Issue 1 (2025) 9 https://doi.org/10.36922/jcau.3502