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 121–140 of 162 papers
Paul J. Ferraro, Thomas Swinfield, George Nicholson +3
This paper reanalyzes 44 REDD+ projects and finds that over-crediting was widespread. Sensitivity analysis shows that unobserved confounders cannot fully account for the reported over-crediting, advocating for routine sensitivity checks in …
Lu Liu, Keran Li, Yaling Liu +3
This paper proposes a dynamic corporate carbon credit evaluation framework integrating power-carbon signals (e.g., carbon intensity, compliance records). It combines physical metrics with ESG disclosures via Bayesian AHP-CRITIC weighting to…
Corinne D. Scown, Sarah Nordahl, Evan David Sherwin +3
This paper analyzes how different accounting methods for carbon removal credits affect their integrity and actual emission reduction outcomes. It demonstrates that the choice of accounting standards can determine market credibility, offerin…
Jogi Panggabean
This systematic review and bibliometric analysis examines blue carbon ecosystems (mangroves, seagrasses, salt marshes) as nature-based climate solutions. It assesses sequestration rates, identifies policy integration gaps, and highlights th…
Hans‐Peter Schmidt, Nikolas Hagemann
This paper develops a time-explicit method for offsetting the warming impact of methane emissions with temporary carbon sinks. It shows that a 20-year CO2 removal can counterbalance the 100-year warming effect of a methane pulse, providing …
Sijun Zeng, Ning Ma, Clarence Edward Choi
This study investigates alkali-activated ground granulated blast furnace slag (AAS) for stabilizing Hong Kong Marine Deposits (MD). At a water-to-binder ratio of 4, AAS-stabilized MD achieves 4.5 times higher 28-day strength than ordinary P…
(著者不明)
This paper proposes a dual-purpose accounting framework for the net-zero transition, integrating financial and carbon accounting to enable consistent reporting of emission reductions and financial performance. It aims to enhance transition …
Kara S.
This paper discusses how Life Cycle Engineering (LCE) can contribute to achieving net-zero targets. LCE enables environmental burden reduction across all stages of products and processes, providing a crucial framework for corporate decarbon…
R WOOD
EXIOFUTURES is a scenario-based extension of EXIOBASE for exploring how future socioeconomic change, technology shifts, policy choices, and consumption patterns may reshape global environmental footprints. It uses a multi-regional input-out…
Yu Xue, Yan Ning, Yi-Zheng Zhang +7
This study evaluates whether digital carbon platforms can operationalize consumption-based mitigation using data from 15,351 individuals. Propensity score matching shows participants achieve approximately 42% greater per-capita emission red…
Bulfaro, Isabella, Sánchez, Anna, Fadul, Mikel +3
This study systematically compares GHG emissions from biomethane splitting for hydrogen and solid carbon under three accounting frameworks: EU RED III, UK Low Carbon Hydrogen Standard, and ISO LCA. RED III underestimates removal potential b…
Kevin Gurney, Bilal Aslam, Pawlok Dass +2
Using a new machine-learning global FFCO2 dataset (Vulcan-UrbanML), this study estimates urban share of global territorial FFCO2 emissions at 63.6-69.9% for 2022, and consumption-based urban share at 65.3-79.3%. Per capita urban emissions a…
Aurora Bertini, Muheeb Al-Obaidy, Maxime Dasse +3
This study proposes an integrated framework combining life cycle impact assessment (LCIA) and building performance simulation (BPS) to evaluate whole-life GHG emissions of renovation strategies. Using a Belgian house case study, six scenari…
Llop M.
This paper presents a decomposition of sectoral greenhouse gas emissions for Ireland using a subsystem input-output model, enabling identification of emission drivers within inter-sectoral dependencies.
Mousavi S.
This paper explores the potential of second-generation bioplastics to decarbonize residential buildings by reducing both embodied and operational carbon, aiming for near net zero emissions. A case study in New York State evaluates the life-…
Neumann, Maxim, Raichuk, Anton, Potapov, Peter +18
This paper presents ForTy v1, a global 10-meter resolution forest typology map for 2020 with six classes aligned with FAO and EUDR definitions: Primary Forest, Naturally Regenerating Forest, Planted Forest, Plantation Forest, Tree Crops and…
Guanjun Huang, Can Zhou, Shaojie Zhang +2
This paper proposes an integrated framework for life cycle carbon emission accounting of old residential communities using digital technologies such as BIM, 3D point clouds, DesignBuilder, and i-Tree Eco. Applied to a case in Hefei, it find…
Chun Xia-Bauer, Lukas Hermwille, Anna Leipprand
This paper compares operational low-carbon steel labels in China and Europe, finding broad technical comparability but differences in system boundaries and emissions accounting. Greater alignment could facilitate trade and investment signal…
Alessio Mastrucci, Dominik Maierhofer, X. Zhong +8
This study assesses carbon storage in global urban building stocks under future scenarios, focusing on structural wood and biochar-based concrete. Substituting with wood in 50% of new buildings could increase carbon storage by 0.4 GtCO2/yr …
Fateh Saci
This paper investigates how green accounting serves as a strategic and financial tool for measuring environmental externalities, guiding budgets, enhancing reputation, and influencing valuation. Based on a literature review and twelve inter…
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