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 101–120 of 6957 papers
Najmeh Sajedianfard, Ramin Movaghari, Mark Melatos +1
A study on reconfiguring regional crude oil trade networks toward a low-carbon and cost-efficient transition. It appears to explore trade-route optimization balancing emissions reduction with cost efficiency. Details of methods and findings…
Qunzhi She, Yi Wang, Kaiwen Wang
Using panel data for 19 manufacturing industries across 51 countries (2014-2022), this study finds that digital services trade openness significantly reduces manufacturing carbon emission intensity. Effects are stronger in more developed an…
Marco Billi, Valentina Barrera, Josefa Morandé +4
A comparative study of geothermal energy transitions across fourteen countries, explaining success and failure through regulation, awareness, and financing. Without an abstract, specifics are unclear, but it points to policy design and inve…
Hunter Hughes
This report argues that clean technologies have crossed a cost threshold, so the challenge is now accelerating adoption across emerging markets rather than inventing affordable low-carbon options. Drawing on IEA, IRENA, Ember, BNEF and Worl…
Martin Vinš, Karel Noháč
This paper extends a prior review of Proof-of-Stake blockchain platforms for energy data management to 2025–2026 developments, adding two DAG-based platforms, Hedera Hashgraph and IOTA Rebased. It assesses post-quantum cryptography, zero-kn…
Polishchuk, Inna
A decision support system (DSS) assessing critical mineral supply risk at country-mineral level, using lithium from Chile, Argentina, and China as a case. It integrates 19 quantitative criteria from public sources (USGS, World Bank, UN Comt…
Toyohara, Jin
DC-DECOM is a multi-regional bottom-up linear programming model of Japan's data center decarbonization over 2024-2040. Version 2.0.0 adds 96 representative hours, endogenous siting, grid constraints and reinforcement costs, non-fossil certi…
Betz A.K.
This study examines how carbon labels on restaurant menus and climate-friendly default options can reduce greenhouse gas emissions from dining. It focuses on behavioral interventions (nudges) that steer consumer food choices toward lower-em…
Rihner M.C.S.
A study examining a realistic pathway to decarbonise the UK cement and concrete sector by 2050. Framed as 'a thousand cuts,' it likely argues for stacking many incremental measures—CCUS, alternative materials, efficiency—rather than a singl…
Lee D.H.
Examines how parcel-locker deployment and its governance shape decarbonization of urban last-mile logistics. Likely links locker-induced delivery consolidation and reduced failed deliveries to emissions cuts, alongside institutional issues …
Saif W.
This study examines management practices and strategies for decarbonising construction equipment in UK infrastructure projects. It links machinery emissions reduction to on-site management and procurement practices, offering practical pathw…
Wenjing Gong, Pasan Dunuwila, Dong Yang +1
A modeling study on how technology penetration changes product lifetimes and thereby carbon emissions. It likely offers a framework quantifying how penetration-induced lifetime shifts affect LCA and emission estimates. It highlights the nee…
Malik Sajawal Akhtar, Diego Moya, Muhammad Abdul Qyyum +3
This review compares hydrogen, ammonia, methanol, SAF, PtL/e-fuels, and bio-LNG for aviation and shipping decarbonization, using well-to-wake LCA, techno-economics, infrastructure, and regulatory alignment. HEFA-SAF is the strongest near-te…
(著者不明)
This study applies a DPSIR–TOPSIS framework to assess low-carbon transition levels in resource-exhausted cities and identify the obstacle factors hindering transition. It offers an integrated method for scoring urban transition progress and…
Miftah Muhammad, Mochamad Agung Wibowo, Muhammad Helmi Candra
A PRISMA-guided systematic review of 15 studies (2022-2026) on modelling approaches and transition strategies for low-carbon energy systems in island and archipelagic regions. It synthesizes long-term optimization, scenario simulation, MILP…
Wai Yie Leong
This study applies life cycle assessment and sustainability metrics to nuclear-renewable hybrid energy systems (NR-HES), evaluating impacts from resource extraction through construction, generation, and decommissioning. It also examines was…
Hanna Lempinen, Kari Laasasenaho, Johanna Kivioja +4
A review examining Finland's energy peat phase-out announced in 2019, focusing on how small-scale peat entrepreneurs experienced the transition and what their personal and economic situation looks like now. It assesses whether support mecha…
Angel Hsu, Yuetong Zhang, Pascal Weigmann +4
This work appears to argue that cities and urban areas are central to global decarbonization pathways. Without an abstract, specific methods and findings are unclear, but it likely emphasizes urban-scale emissions reduction and policy desig…
Gwenael Velge, Charles Roche, Tauel Harper +1
This paper reframes the energy transition as a socio-political contest over what a 'just transition' is for, not merely a technical problem. Analyzing Australian transition statements from industry, government, think-tanks, civil society an…
Phillip Wild, Nancy Spencer, Lucas A. Skoufa
This study uses NPV/DCF modelling with an agent-based model of Australia's NEM to test whether peaking open-cycle gas turbines (natural gas and hydrogen) are financially viable through the 2050 net-zero transition. Both fuels prove viable u…
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