Dr. Jin Guo – Environment and Resource Management – Best Researcher Award
Alignment with Award Category
Dr. Guoโs work demonstrates a high level of innovation, relevance, and practical applicability, aligning perfectly with the Best Researcher Award category. His contributions to environmental data science, sustainable land use, and ecological modeling position him as a leading researcher in the interdisciplinary domain of environmental sustainability.
School of Business, Henan Normal University | China
Profile
Scopus
๐Early Academic Pursuitsย
Education and Training
Dr. Guo Jinโs academic journey reflects a robust foundation in interdisciplinary studies. Beginning with a bachelor’s degree in economics, Dr. Guo quickly expanded his scope by earning a master’s in logistics engineering and a doctorate in surveying science and technology. His diverse educational background spanning economics, engineering, and environmental science illustrates his commitment to blending disciplines. This multidimensional knowledge base laid the groundwork for his lifelong dedication to environment and resource management, positioning him uniquely in tackling multifaceted global sustainability issues.
๐ผProfessional Endeavorsย
Academic Positions
Currently a faculty member at the School of Business, Henan Normal University, Dr. Guo has continuously engaged in research that bridges ecological science with statistical analysis. His professional career has been defined by the integration of academic insight with real-world environmental concerns. One of his standout methodologies involves the combination of remote sensing technology and social statistics to assess land use efficiency. This technique significantly enhances the robustness and objectivity of ecological evaluations by mitigating human bias and incorporating both natural and social-economic indicators.
๐Contributions and Research Focus on Environment and Resource Management
Dr. Guoโs primary research focus lies in environment and resource management, with special emphasis on water resource management, ecological security, and sustainable development in arid and semi-arid regions. His innovative approach to modeling ecological security patternsโespecially through changes in vegetation evapotranspirationโprovides a dynamic view of how natural ecosystems respond to anthropogenic influences. This model has become an essential tool in understanding human-environment interactions and shaping responsive environmental policies. By integrating night light remote sensing data with GDP figures, Dr. Guo developed a scientifically sound method for measuring land use efficiency. This methodological contribution offers more feasible and policy-relevant insights compared to traditional models, marking a leap forward in environmental resource analysis.
๐Accolades and Recognitionย
Dr. Guoโs scholarly output includes high-impact publications such as his 2025 paper in Scientific Reports, titled โSpatial-temporal characteristics and drivers of urban built-up areas land low-carbon efficiency in China.โ This peer-reviewed study exemplifies the intersection of statistical science and environmental assessment, cementing Dr. Guoโs reputation as a thought leader in his field. Though he has not yet accumulated patents or book publications, his research has been widely cited and discussed in academic circles. His current membership in the Henan Emergency Management Society reflects his ongoing commitment to applying scientific research for societal and ecological benefit.
๐ย Impact and Influenceย
Community Impact
Dr. Guo’s work is notable for its direct implications on environmental planning and policy-making. His data-driven frameworks for low-carbon efficiency and ecological security modeling have influenced regional planning strategies, especially in areas prone to resource stress. By introducing remote-sensing-enabled solutions into mainstream environmental research, Dr. Guo has empowered policymakers with tools for accurate, unbiased assessment and management of natural resources.
๐ฎLegacy and Future Contributionsย
Publications
Spatial-temporal characteristics and drivers of urban built-up areas land low-carbon efficiency in China
Journals: Scientific Reports