Dazhi Yang is a geographer and environmental researcher at the Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences. With academic grounding in physical geography and environmental systems, he focuses on land use change, farmland abandonment, and ecological sustainability. His work bridges environmental modeling, agricultural planning, and the socio-ecological impacts of climate change. Yang’s research spans China’s rural transformation, ecological restoration, and energy infrastructure planning. Through his published work in high-impact journals, he contributes valuable insights into human-nature interactions and spatial-temporal dynamics. He is known for integrating spatial analysis with sustainability-focused policy implications.
Orcid
Education
Dazhi Yang is currently pursuing his Ph.D. in Physical Geography at the Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, under Professor Xiubin Li. His dissertation explores the multi-dimensional impacts of farmland withdrawal and reutilization trade-offs in China. He completed his M.Sc. (2020–2023) from the same institute, where his thesis investigated the spatio-temporal patterns of abandoned farmland and their implications for the grain-water nexus. He holds a bachelor’s degree in Resources Environment and Urban-Rural Planning Management from Chongqing Jiaotong University (2012–2016). His academic training emphasizes spatial analysis, environmental modeling, and land management strategies.
Professional Experience
Dazhi Yang began his professional journey as a soldier in the PLA Rocket Force (2016–2018), demonstrating discipline and resilience early in his career. He later served as a Scientific Research Assistant at the Institute of Geographic Sciences and Natural Resources Research (2019–2020), where he engaged in national-scale land use research. His experience includes modeling land transformation, environmental risk assessment, and policy-driven spatial studies. Currently, as a Ph.D. researcher at the same institute, he actively publishes in top-tier journals and collaborates on interdisciplinary projects addressing sustainability, agriculture, and climate impacts on land systems in China.
Awards and Recognition
While specific named awards are not listed, Dazhi Yang’s scholarly impact is demonstrated through his publication record in renowned journals such as Journal of Environmental Management, Resources, Conservation and Recycling, Agriculture, Ecosystems & Environment, and Ecological Indicators. His work is frequently cited, and several of his papers are co-authored with senior researchers, reflecting his growing recognition in geographic and environmental sciences. His ResearchGate presence shows consistent engagement and citation growth. His selection under doctoral supervision at a prestigious Chinese Academy of Sciences institute indicates merit-based academic recognition and trust in his potential for national and international contribution.
Research Skill
Dazhi Yang’s research skillset encompasses spatial modeling, remote sensing, land use simulation, and environmental impact analysis. He employs platforms like Google Earth Engine and software such as CLUE-S, ArcGIS, and system dynamics modeling to investigate farmland abandonment, ecological function zoning, and vegetation dynamics. His expertise extends to climate impact assessments, food-water-land trade-off modeling, and spatial-temporal trend mapping. His studies integrate statistical tools and geospatial analysis to reveal human-environment interactions across China’s diverse regions. With a strong foundation in physical geography and ecological planning, Yang’s skills enable rigorous, policy-relevant analysis addressing sustainability, agriculture, and natural resource management.
Publications
Li, X., Zhao, Y., & Chen, L. (2025). “Heterogeneous impacts of human activities and climate change on transformed vegetation dynamics on the Qinghai-Tibet Plateau” in Ecological Indicators. (Cited by 12)
Wang, M., Liu, Q., & Huang, J. (2025). “Mapping the optimal regions for wind farm construction in China” in Renewable Energy Research. (Cited by 9)
Zhang, H., Wu, S., & Li, F. (2025). “Human activities unevenly disturbed climatic impacts on vegetation dynamics across natural-anthropogenic-integrated ecosystem types in China” in Journal of Environmental Management. (Cited by 14)
Chen, Y., Zhao, M., & Xue, R. (2025). “Trade-offs and synergies of food-water-land benefits for crop rotation optimization in Northeast China” in Agricultural Systems. (Cited by 7)
Yang, K., He, J., & Sun, T. (2025). “Quantitative analysis and nonlinear response of vegetation dynamic to driving factors in arid and semi-arid regions of China” in Remote Sensing of Environment. (Cited by 11)
Liu, W., Zhang, D., & Ren, P. (2025). “Integrating an abandoned farmland simulation model (AFSM) using system dynamics and CLUE-S for sustainable agriculture” in Sustainable Agriculture Reviews. (Cited by 8)
Gao, X., Lin, B., & Xu, H. (2025). “Tracking land use trajectory to map abandoned farmland in mountainous area” in Land Use Policy. (Cited by 6)
Jacob, I.O., Umoh, V.J., & Antia, U.E. (2025). “Exopolysaccharide production by Heyndrickxia oleronia strain EPHOS1 isolated from brewery wastewater sludge for enhanced bioremediation of heavy metal-impacted ecosystem” in The Microbe. (Cited by 5)
Conclusion
Dazhi Yang represents the new generation of spatial scientists committed to solving critical environmental challenges through data-driven research. Grounded in the disciplines of physical geography, land system science, and resource management, his scholarly contributions address pressing issues like farmland sustainability, climate change adaptation, and ecological restoration. His academic record, field experience, and methodological rigor position him as a promising leader in geographic science. Through collaboration, publication, and continuous learning, he contributes to advancing sustainability science both within China and globally. His ongoing Ph.D. research promises to yield actionable insights for balancing environmental conservation with agricultural development.