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 1381–1400 of 30954 papers
Lichter K.E.
This study estimates greenhouse gas emissions and health impacts (DALYs) from U.S. radiation therapy and assesses the emission-reduction potential of hypofractionation. It links healthcare decarbonization with patient outcomes. Details are …
Fuglestvedt J.S.
Examines whether GWP-based emission reductions align with actual climate outcomes. Because short-lived gases like methane and long-lived CO2 differ in their temperature response, GWP-weighted targets can misstate climate benefits. Relevant …
Jung K.
An empirical study examining whether South Korea's ZEB (Zero Energy Building) certification translates into real energy savings. It suggests a gap between certification and actual performance, offering lessons for building energy policy and…
Zhou Y.
This work examines advances in abatement systems for reducing fluorinated greenhouse gases (PFCs) and N2O in semiconductor manufacturing. Since high-GWP process gases dominate Scope 1 emissions in this sector, improved abatement efficiency …
Kayusi F.
This study uses an AI-driven approach to assess how mulching reduces greenhouse gas emissions and improves soil health among smallholder farmers in Zambia, Malawi, Kenya, and Tanzania. It offers empirical evidence on climate mitigation and …
Zhao Y.
This study quantifies the carbon and energy footprints of electric delivery trucks using a hybrid multi-regional input-output life cycle assessment. It estimates supply-chain emissions across manufacturing, electricity supply, and operation…
Kwak G.
A life cycle assessment of greenhouse gas emissions from hydrogen produced from waste resources, using the South Korean case. It quantifies the decarbonization potential of waste-derived hydrogen and offers a benchmark for comparing supply …
Kutlu B.
This study analyzes Türkiye's per-capita GHG emission trends from 1990–2023 with sectoral breakdowns, and outlines policy scenarios for sustainable cities. It links emission drivers to urban policy options. No abstract is available, so meth…
Johnson J.A.
This study examines how firms' emissions management strategies, ESG performance, and emissions targets shape investor perceptions. It appears to probe whether addressing a company's own emissions (Scope 1/2) versus supply-chain emissions (S…
Bulmez A.M.
A country-level study assessing how improving energy production and consumption through renewable energy could cut Romania's greenhouse gas emissions. It frames national decarbonization potential and pathways relevant to energy-transition p…
Manzeke-Kangara M.G.
A scoping review and multi-study synthesis assessing how conservation agriculture principles—including fertilizer management—affect agricultural greenhouse gas emissions. Findings indicate mixed, context-dependent effects rather than unifor…
Nagatake A.
A study of cultivated peatlands in Hokkaido covering development history, land subsidence, greenhouse gas emissions, and sustainable management. It links drainage, subsidence, and carbon loss in agricultural peatland and explores management…
Pal J.
A comprehensive review of technologies to cut energy use and CO2 emissions in iron ore sintering, a key upstream step in steelmaking. It surveys decarbonization options such as biomass fuel substitution, waste-heat recovery, and process opt…
Tuzcu H.
A study on the effect of renewable energy in building heating systems. No abstract is available, but it likely addresses building-sector decarbonization and renewable heating.
Pretty J.
This paper explores how a 'Regenerative Good Growth' framing could boost public and policy engagement and accelerate transitions to net zero and nature recovery. It positions decarbonization as compatible with growth and social wellbeing, f…
Nonomura K.
This study evaluates the IMO's basket of measures for decarbonizing international maritime transport using multi-agent simulation. It models shipowners' and fuel suppliers' decisions to compare emission-reduction outcomes and feasibility ac…
Elfeky K.E.
A perspective review of ammonia and methanol as next-generation marine fuels for shipping decarbonization. It surveys fuel properties, challenges, and adoption pathways, framing the shift away from heavy fuel oil. Relevant to IMO-driven sec…
Risbeck M.J.
This work appears to combine design-stage optimization with closed-loop operational planning to meet building sustainability goals. Its distinctive angle is linking design decisions to ongoing operations, though no abstract is available, so…
Mohammed S.
This work examines how hydrocarbon-dependent rentier states navigate low-carbon transition. In economies where resource rents shape political and fiscal structures, transition policy interacts with governance and revenue dependence in ways …
Tsai W.H.
This study examines how carbon-related costs can be integrated into production decisions in the fastener industry under the net-zero transition. It offers a practical framework for embedding carbon pricing and emissions costs into manufactu…
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