Zhiguo Pang | Environmental Science | Research Excellence Award

Prof. Dr. Zhiguo Pang | Environmental Science
| Research Excellence Award

China Institute of Water Resources and Hydropower Research | China

The research focuses on advanced applications of remote sensing, GNSS/BeiDou navigation, and intelligent data interpretation for water resources and hydrological monitoring. It has advanced quantitative methodologies for water cycle assessment, including evapotranspiration estimation, hydrological process inversion, water quality retrieval, and ecological health evaluation. The work integrates multi-source satellite observations, big data analytics, and system modeling to support smart water conservancy and disaster risk management. Multiple remote-sensing-driven models and software platforms have been developed for spatiotemporal monitoring and regional hydrological simulation product generation. These systems enable real-time decision support for river basins, reservoirs, and large-scale water resource operations. The research outcomes have been widely implemented in operational environments, improving accuracy, efficiency, and intelligence in water management systems. Its scholarly impact is demonstrated by 552 citations by 538 documents, 64 publications, and an h-index of 11 (Scopus).

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Featured Publications

Kashif Abbasi | Energy economics and environment | Research Excellence Award

Dr. Kashif Abbasi | Energy economics and environment | Research Excellence Award

University of Bucharest | Romania

Dr. Kashif Abbasi research portfolio advances knowledge at the intersection of environmental economics, energy transition, and sustainable development by delivering rigorous empirical evidence on how policy stringency, innovation, finance, and structural change shape decarbonization outcomes across diverse economies. Using advanced time-series and panel econometric frameworks—such as ARDL and its dynamic, Fourier, bootstrap, and cross-sectionally augmented variants; FMOLS/DOLS; MMQR; and wavelet-based methods—the studies quantify short- and long-run effects of renewable and non-renewable energy use, green innovation, agricultural land dynamics, and financial development on emissions intensity, energy productivity, and progress toward SDGs 7 and 13. Cross-country and country-specific analyses (e.g., China, the United States, the UK, Iceland, and G7 economies) provide policy-relevant insights on energy efficiency, R&D, industrialization, and governance mechanisms that accelerate low-carbon transitions without compromising growth. The work also integrates environmental technologies, ESG considerations, and digitalization to explain heterogeneous impacts across quantiles and regimes, offering robust guidance for targeted climate policy design. High-impact publications in WoS Q1 journals demonstrate originality, methodological depth, and applicability, informing evidence-based strategies for emissions reduction, green finance, and sustainable agriculture. Citations: 5171 | h-index: 32 | i10-index: 38.

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🟦 Citations 🟥 i10-index 🟩 h-index


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Featured Publications

The Role of Financial Development and Technological Innovation Towards Sustainable Development in Pakistan

– Technological Forecasting & Social Change, 2021 (306 citations)