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 161–180 of 4822 papers
Kibet J.J.
A study measuring energy use and greenhouse gas emissions at selected tea factories in Kenya. Without an abstract, details are limited, but it offers primary data on emissions in an agricultural processing sector, useful for understanding d…
Nielsen K.S.
This work examines how high-socioeconomic-status (SES) individuals shape whether energy-driven GHG emissions are locked in or rapidly reduced. It argues that the consumption, investment, and political influence of affluent groups are pivota…
Joyo F.H.
A comprehensive review of decarbonization pathways for the pulp and paper industry. It surveys emission-reduction options, technologies, and policy trends for this energy-intensive sector, offering a foundation for corporate transition stra…
Chen B.
A perspective piece framing the 2050 net-zero goal from the standpoint of solar energy materials research. It likely connects decarbonization scenarios and required solar deployment to the materials science agenda. No abstract is available,…
Khan M.Z.A.
This paper examines the role of clean liquid fuels in decarbonizing transportation, arguing they represent an overlooked net-zero pathway amid the electrification focus. It highlights their potential for hard-to-abate segments such as aviat…
Bistline J.
This paper examines how national decarbonization scenarios inform net-zero transitions and where their limits lie. Without an abstract, details are unclear, but it appears to assess the policy utility and risks of over-reliance on such scen…
Bistline J.E.T.
This review synthesizes research on roadmaps to net-zero emissions systems, highlighting emerging insights and remaining modeling challenges. It maps the state and limits of decarbonization pathway modeling, offering a framework relevant to…
Oghenekaro Ekelemu, Friday Emmanuel Adikwu
This paper analyses decarbonisation pathways for LNG liquefaction facilities, arguing the decisive constraint is not technical availability but whether a facility was configured at design to accept an intervention. It divides emissions into…
Yangqiang Zhang, Zhiyu Wei, Qixing Huang
Using staggered city-level rollout as a natural experiment and CLDS panel data (2012–2018), this study shows grid-based environmental governance significantly raises clean cooking fuel adoption among rural Chinese households. Mechanisms inc…
Yongchang Shen, Juan Wang, Haiping Li +3
A study examining China's energy transition under climate change impacts from a micro (household/firm) perspective. Without an abstract, details are unclear, but it likely offers empirical micro-level evidence on China's decarbonization pat…
Lingyue Tian, Xu Haoran
An empirical study of how AI adoption relates to China's clean energy transition, examining spatiotemporal patterns, spatial spillovers, and moderating mechanisms. It tests whether AI diffusion accelerates regional energy transition and spi…
Lianghan Cong, Shuaiyi Lu, Pan Jiang +1
Using an unbalanced panel of 156 countries (2010–2022), this study links a multidimensional digitalisation index (entropy-weighted TOPSIS of six connectivity, infrastructure, and tech-capacity indicators) to renewable-energy share. Fixed-ef…
Tuba Rasheed, Mahwish Zafar, Hamza Akram +3
This study econometrically examines long-run effects of tourism, nuclear energy, financial markets, growth, renewable transition, and urbanization on ecological footprint and load capacity factor in nuclear-dependent countries. Tourism, nuc…
Amayrol Zakaria, Aminuddin Md Arof, Ruth Banomyong
This review reframes maritime decarbonization as a coordination and sequencing challenge across vessels, ports, fuel infrastructure, and governance, rather than a set of independent technologies. Combining bibliometric mapping (249 publicat…
Mengdie Chen, Min Cheng, Xin Wang +1
Using panel data for 30 Chinese provinces (2013-2024), this study tests competing effects of new-type infrastructure (NI) on carbon emissions with two-way fixed effects, system GMM, and instrumental variables. It finds an inverted U-shaped …
Zeying Li, Yingying Bi, Yalong Li +4
This study quantifies the coupling coordination degree of water-energy-carbon (WEC) systems in coal chemical parks of China's Yellow River Basin and identifies driving factors. It highlights resource-decarbonization trade-offs in heavy indu…
Li-Na Zhang, Rui-Xuan Zhu, Run-Sheng Lin +1
High-volume slag–fly ash ternary concrete cuts carbon but complicates strength prediction. This study builds a unified hydration model (capillary water and Ca(OH)2 coupling) and calibrates an effective-reaction strength model on 1030 data p…
Hanjin Xie, Ruiting Luo, Xi Tan +1
Using 2015 CHFS data, this study finds traditional culture causally lowers household energy intensity, with treated households showing 29.7% lower per capita carbon emissions in log points. Five behavioral channels mediate the effect: green…
Yijie Song, Boqiang Lin
An empirical study using industry green total factor productivity (GTFP) to assess how China's coal-fired power low-carbon transition affects supply security and industrial efficiency. It quantifies the trade-off between transition policy a…
Daozu Wang
This paper compares Xiaomi and Huawei as asset-light tech firms across six dimensions: clean energy, digital carbon management, green R&D, low-carbon supply chains, recycling, and ESG disclosure. It identifies data-driven value extraction, …
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