This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open 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 941–960 of 23592 papers
Wei Xue, Lu Yang
This paper analyzes how digital supply chain finance drives corporate decarbonization through a dual-pathway mechanism. It suggests that improved financing efficiency and reduced information asymmetry can promote carbon emission reduction i…
Minyou Qing, Suhaiza Zailani
This review systematically analyzes the application of AI-driven practices in road freight transport (RFT) decarbonization. Following the SPAR-4-SLR protocol, 227 articles were reviewed using bibliometric analysis and science mapping. Publi…
World Bank
This paper offers policy recommendations for decarbonizing Romania's industrial sector, balancing competitiveness and climate resilience. It aligns with EU climate goals and provides practical measures tailored to regional challenges and op…
Syväri M.
This paper explores how the multiplicity of 'green' representations in sustainability markets shapes understandings of connections to adjacent markets. It is a theoretical/conceptual study focusing on the social construction and meaning-mak…
Bataille C.
This paper examines deep decarbonization pathways for achieving net-zero in Latin American countries, analyzing region-specific challenges and opportunities. It focuses on renewable energy deployment, policy frameworks, and investment needs…
Jong Han Yoon, I. Aurangzeb
This paper proposes an emissions accounting system integrating BIM for automatic data extraction and blockchain-enabled smart contracts for traceable, immutable emissions records. It supports data-driven decisions for low-carbon structural …
Wentao Lv, Yujian Ye, Tianxiang Cui +7
This paper proposes a multistage stochastic programming framework integrating hydrogen-electric energy and logistics scheduling for seaports. Using a Markov chain-based SDDiP algorithm, it handles uncertainties in ship arrivals and renewabl…
Jiaxin Gao, Jiajun Jiao, Xuewen Luo +1
This paper proposes optimal scheduling for an integrated energy system that jointly considers green certificate and green hydrogen certificate trading, along with hydrogen storage capacity. It aims to balance economic efficiency and renewab…
A. Bassey, Wangang Zhang, Guanghong Zhou
This paper examines the sustainable transition of the meat industry in Asia from a technological landscapes perspective. It analyzes technological and social factors driving industrial reconfiguration, highlighting challenges and opportunit…
Qing Huang, Chenglin Li, Yangsiyu Lu
This paper analyzes the skill transferability of fossil fuel workers to other industries, finding that many occupations have high transferability. It highlights the potential for employment policies to support a just transition.
Jiawen Sun, Geng Yi, Rui Zhong +2
This paper proposes a planning method for optimizing regional integrated energy systems with hybrid energy storage. It aims to enhance renewable integration and energy efficiency while balancing cost and environmental impact, supporting dec…
Seyed Ali Hosseini, Francesco Grimaccia, A. Niccolai
This paper introduces fuzzy logic into reward design for deep reinforcement learning agents in carbon emission trading (ETS), aiming to optimize trading strategies. Fuzzy rewards improve decision-making under uncertainty, balancing emission…
Yuqi Wang, Weiqing Wang, Sizhe Yan +1
This study proposes a coordinated optimization method for multi-island energy systems incorporating an internal carbon trading mechanism, aiming to minimize total cost and carbon emissions simultaneously. By coordinating energy supply and d…
Caixia Liu, Changjuan Dong, Haibo Li +6
This paper presents a roadmap and technology framework for achieving near-zero carbon ports, based on multi-case studies of typical ports in China. It identifies key technological options and policy measures for port decarbonization and pro…
Wang Ru, Han Dong
Using panel data from 31 Chinese provinces (2001-2021) and a super-efficiency SBM model, this study finds that agricultural insurance significantly improves the ecological efficiency of grain production. Carbon emission intensity negatively…
Li Zhang, Y.-C Chen, Ke Wang +12
This study develops a harmonized, source-resolved methane inventory for 339 Chinese cities (2018-2024) across energy, agriculture, and waste sectors. Using LMDI decomposition and scenario analysis, it identifies economic activity as the dom…
Zixin Zhao, Yue Gong
This study uses China's Climate-Resilient City Development Pilot Policy (CRCDPP) as a quasi-natural experiment and a difference-in-differences approach to examine its impact on corporate green transformation. The policy promotes green trans…
Marek Borowski, Klaudia Zwolińska-Glądys, Jianwei Cheng +2
This study proposes an integrated approach combining methane capture and hydrogen production from coal mine methane to reduce greenhouse gas emissions and enhance energy recovery. A scenario-based techno-economic analysis evaluates investme…
Shu Tao
This paper reassesses the role of unconventional oil and gas resources amid the global energy transition toward lower-carbon systems. It discusses their importance in balancing energy security and structural transformation, and reviews the …
Junhao Wu, Ling Ma, Dongfang Liang +2
This study analyzes the spatiotemporal optimization of rooftop rainwater harvesting systems, evaluating dual benefits in flood mitigation and water supply under climate change. It demonstrates effectiveness as an urban climate adaptation st…
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