Sustainable Development Research

Research on the Construction and Planning of Industrial Complexes in Scenic Areas

Lin Zhou — 2025-03-28

With the stable development of the social economy and the continuous improvement of living standards, people increasingly pursue spiritual fulfillment through tourism. Under the current national push for high-quality tourism development and the comprehensive implementation of rural revitalization strategies, while tourism resources flourish, the development of surrounding towns and villages often lags behind scenic areas, creating disparities. By studying the construction and planning of industrial complexes in scenic areas, we can drive further economic development in neighboring towns and villages, increase income, and enhance the comprehensive competitiveness of scenic areas. This study focuses on the Baili Rhododendron Scenic Area, integrating spatial layout optimization, ecological conservation, and cultural inheritance into a holistic planning framework. It explores the "industrial complex" model to achieve natural ecological protection, deep industrial integration, and balanced regional economic development.

Efficient Electrochemical Nitrate Reduction to Optimize the Nitrogen Cycle

Xu hui — 2025-04-07

This study investigates the potential of electrochemical nitrate reduction (ECNR) technology in optimizing the nitrogen cycle, addressing the critical issue of nitrate pollution. By examining various electrode materials, operational parameters, and system designs, the research aims to enhance the efficiency and selectivity of nitrate reduction. Experimental results reveal significant variations in nitrate reduction efficiency among different electrode materials, with platinum demonstrating the highest performance. The study underscores the importance of material selection, electrolyte conditions, and precise control of operational parameters in achieving effective nitrate remediation. The findings contribute valuable insights for both academic research and practical applications, highlighting ECNR’s promise in mitigating nitrate pollution and promoting a healthier nitrogen cycle.

Research on the Path of Integrating the Spirit of Third-Line Construction into Learning-Oriented City Construction-Taking Chengdu as an Example

Sun Zhila — 2025-04-08

This paper examines the potential of "The Spirit of the Third Line Construction"to contribute to the development of Chengdu as a learning city. The Third-line Construction, a massive industrial relocation effort in the 1960s and 70s, instilled values of self-reliance, innovation, and dedication that continue to resonate in western China. This paper argues that these values can be leveraged to address the challenges facing Chengdu in its quest to become a leading learning city. Through a review of existing literature and analysis of Chengdu’s urban development initiatives, this paper identifies specific paths for integrating the the spirit of the third line construction into learning city construction. The findings provide practical recommendations for policymakers and stakeholders on how to foster innovation, promote lifelong learning, and enhance community engagement in Chengdu.

Analysis of Factors Influencing the Willingness to Accept Carbon Inclusion Market Based on Structural Equation Modeling——Taking Xi'an City as an Example

Yangchen Sun — 2025-04-16

The purpose of this paper is to investigate the willingness of Xi'an residents to accept carbon benefits, using a combination of principal component analysis and structural equation modeling. First, the data were collected from 16 questions using a five-point scale, and after confirming that the data were suitable for principal component analysis by KMO and Bartlett's test of sphericity, five principal components were extracted, with a cumulative variance explained rate of 87.116%, which realized dimensionality reduction and retained the key information. Second, structural equation modeling was used to construct the model with cognitive situation and decision-making behavior as latent variables. It was found that the perception of the carbon inclusion program's effect on carbon emissions significantly affects the cognitive situation, the greatest impact on satisfaction is whether participants are willing to promote the Carbon for All program, and the use of the carbon inclusion platform by people around us has the greatest impact on the practice situation. This study provides a basis for in-depth understanding of residents' willingness to accept carbon benefits, as well as a reference for the promotion and development of carbon benefits.