This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 14 contributing scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.
The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.
Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.
Showing 22041–22060 of 37257 papers
Yap W.Y.
This paper investigates the role of alternative fuel bunkering hubs in achieving net-zero greenhouse gas emissions from shipping networks. It explores infrastructure requirements and network design for fuels such as hydrogen and ammonia, of…
Sovacool B.K.
This paper proposes six concrete steps for achieving net-zero industry, likely covering policy actions, technology deployment, and investment. The steps aim to accelerate decarbonization in heavy industry sectors.
Hasan L.
This paper critically examines the global discourse on net-zero building policy, reflecting on its formation and future challenges while highlighting limitations in current frameworks.
Lahmar A.
This paper proposes an integrative framework for achieving net-zero in supply chains by critically analyzing existing literature reviews. It emphasizes strategies for emission reduction across the supply chain and the importance of addressi…
Anantharaman M.
This bibliometric analysis maps the research landscape on shipping decarbonization and net-zero greenhouse gas emissions. It identifies key trends, technologies, and policy themes, providing a comprehensive overview for researchers and stak…
Adun H.
This study analyzes the transition to a zero-emission electricity sector in Africa under a net-zero pathway, revealing contrasting energy, economic, and sustainability synergies across different regions. It provides policy insights for bala…
Sovacool B.K.
This paper analyzes the political economy of net-zero transitions across eight carbon-neutral countries, examining policy drivers, barriers, and justice benefits. It provides cross-country insights into successful decarbonization policies a…
O. Kniaz, P. Pererva, Ihor Franiv +2
This study develops a scenario-fractal ESG assessment method for evaluating sustainability of enterprise decisions. Applied to decarbonization solutions of steel firms Interpipe, Metinvest, and SSAB, it found SSAB's solution had the highest…
Xinhui Kang, Ziteng Zhao, Zimo Chen
This paper proposes a sustainable design approach for new energy vehicle (NEV) forms by integrating visual focus sequences with Kolmogorov-Arnold Transformer (KAT). Eye-tracking captures user focus; morphological decomposition is constructe…
Yuanhao Sun, Y Zhang, Y P Li +2
This study uses LCA and TEA to evaluate the synergistic reduction potential of replacing conventional coal-based H2/O2 with renewable-powered electrolytic H2/O2 in China's coal chemical industry. Considering green H2 supply constraints, ach…
Peiying Zhang, Xiangguo Zheng, Yujie Yuan +2
This review systematically synthesizes recent advances in Vehicle-to-Grid (V2G) systems for renewable energy integration, focusing on coordinated scheduling, economic mechanisms, battery degradation, and user engagement. It covers technical…
Chaoqun Wang, Lin Xue, Peter B. Reich +3
This study shows that energy limitations for soil microorganisms constrain carbon accrual, providing mechanistic insights into microbial controls on carbon cycling and implications for soil carbon sequestration as a climate mitigation strat…
Chaochu Fang, Minyan Wang, Cheng Shen +9
This study develops an energy-normalized life cycle assessment model for sewage sludge treatment in China, finding that an integrated anaerobic digestion-pyrolysis system achieves net-negative carbon emissions, reducing cumulative provincia…
Xiaxi Liuyang, Jiayu Lu, Yang Cao
This study develops a dynamic life-cycle simulation model to project 50-year carbon source-sink transitions for 150 urban plant communities in Tianjin, China. Results show most communities shift from carbon sources to sinks over time, with …
Zhenchen Sun, Min Xiao, D Zhang +3
This paper proposes CaStNet, a causality-guided decomposition and cell-state-driven attention framework for carbon price forecasting. It uses Granger causality for residual decomposition and cell-state differential velocity for adaptive att…
Liu Yang, Siteng Zhao, Peichao Gao +2
This paper systematically reviews research on multi-objective optimization for power plant site selection in the context of global energy transition and China's 'dual carbon' strategy. Analyzing four dimensions—research trends, objective fu…
Zhuoxing Fan, Jianlan Su
Using PLUS, InVEST, and Geographical Detector models, this study analyzed land use and carbon storage dynamics in the Lower Yangtze River from 2000 to 2025 and predicted 2030 under three scenarios. Total carbon storage declined steadily due…
Xiaowei Zhai, Zilin Yang, Changju Liu +1
This study analyzes spatiotemporal differentiation and obstacle factors for pollution reduction, carbon control, and quality improvement in Chinese coal resource-based cities undergoing energy transition, offering empirical policy insights.
Marta Santamaría, Santiago Grau, Alba Bala +6
This paper examines the potential for reducing carbon emissions from patient mobility by shifting outpatient medicine dispensing from hospitals to community pharmacies in Spain. It quantitatively evaluates the environmental benefits of decr…
Xinran Qu, Junliang Wu, Huiwen Zhang +3
This paper investigates how young individuals translate motivations into committed reductions in product carbon footprints. It examines the effects of incentives on behavior change, offering insights for sustainable consumption.
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