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 181–200 of 5759 papers
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, …
John Marcus Bell
This editorial introduces the new journal Advances in Carbon Neutrality, outlining its vision and scope. It positions the journal as an interdisciplinary venue spanning decarbonization technologies, policy, and assessment methods. No origin…
Anam Azam, Rainer Walz
This study examines how low-carbon technology trade, innovation capability, and fossil fuel production affect renewable energy patenting in OECD and NIC countries (2003–2021), using a negative binomial fixed-effects model. Low-carbon techno…
Dalia Štreimikienė, Justas Štreimikis
This integrative review synthesizes evidence on the energy trilemma, arguing that interactions among energy security, affordability, and sustainability are dynamic and context-sensitive rather than static trade-offs. It shows that technolog…
Maciej Matczak
This study estimates the total labour requirements across the full life cycle of Poland's offshore wind energy programme, drawing on best practices from other countries given limited domestic experience. It develops a model implementation s…
Theo Minné
This paper argues that youth voices are underrepresented in Sub-Saharan African energy access policy and proposes a practical framework for integrating youth as active contributors across the entire energy access cycle, from agenda-setting …
Soares Siqueira, Abel, Tejada-Arango, Diego A., Neustroev, Grigory +8
The Tulipa Energy Model is an open-source Julia package for energy planning that captures electricity markets and sector coupling. It aims to break the usual tradeoff between model fidelity and computational load. It supports analysis of de…
Kaixing Li, Zhijie Li, Hemin Zhang +2
A systematic review of ship energy-efficiency and emission-reduction technologies under the IMO framework (EEDI, EEXI, CII). It maps efficiency measures (hull optimization, lightweight materials, propulsion, renewables) and abatement strate…
Irene Maithya, Collins Odote, Elizabeth Gachenga +1
International aviation decarbonisation, dominated by ICAO's CORSIA and market-based logics, risks reproducing 'carbon colonialism' in Africa. Drawing on Ubuntu ethics—relational personhood, solidarity, intergenerational and restorative resp…
Oluwafemi Ezekiel Ige, Musasa Kabeya
This scoping review shows how computational sustainability—integrating AI, ML, digital twins, optimization, LCA, and techno-economic analysis—can support multi-scale decarbonization of cement production. SCM clinker substitution and energy …
Ziebik A.
This study analyzes how biomass cofiring affects the optimal coefficient of the cogeneration share in a district heating system. It quantitatively examines how shifting from fossil fuels to biomass alters optimal design and operational para…
Tang Z.
This paper proposes a reserve provision model for energy storage participating in day-ahead joint energy and reserve markets, formulated as a stochastic unit commitment (UC) problem. It evaluates the reserve value of storage under renewable…
Xiao T.
This paper examines the environmental footprint of AI servers in the USA and explores net-zero pathways for their operation. It likely assesses the rapid growth in AI compute demand against power consumption, emissions, and sustainable infr…
Charles M.
A study examining how the U.S. pulp and paper industry could contribute to achieving net zero CO2 emissions by 2050. It likely addresses industrial decarbonization pathways and the sector's potential role as a biomass and carbon sink. No ab…
Kat B.
This paper proposes a new energy-economy-environment (E3) modeling framework and applies it to analyze decarbonization pathways for the Turkish power sector toward net-zero emissions. It quantitatively assesses how renewable deployment and …
Hoehne C.
This paper examines the role of transportation in net-zero emissions futures through the EMF-37 model intercomparison study. It analyzes how electrification, fuel switching, and demand-side changes shape emission pathways, and why model res…
Wang Y.
This work discusses catalytic processes as enablers of decarbonization toward a net-zero carbon world. Catalysis can cut emissions in chemicals, fuels, and industrial processes and improve CCUS and hydrogen production efficiency. Without an…
Narassimhan E.
This paper examines India's net-zero transition through a socio-economic equity lens, weighing opportunities against challenges. It highlights distributional, employment and regional impacts, arguing for a just-transition design suited to e…
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