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 141–160 of 1706 papers
Arthur Santos, Jacob Mdigo, A. Hodshire +4
This paper presents a Measurement-Informed Inventory (MII) methodology that integrates unreported methane emissions—identified via aerial surveys and confirmed by operators—into government inventories using the MAES stochastic facility mode…
Qiaoyue Yin, Jiawen Liu
This PRISMA-based systematic review assesses international policy frameworks, literature, and accounting instruments for blue economy and blue carbon accounting. It identifies structural gaps in China, where marine strategy prioritizes gros…
Chen Z.M.
This work develops a consumption-based GHG accounting method that incorporates capital stock change, capturing emission dynamics in fast-developing countries that conventional consumption-based accounting tends to miss. It offers a new pers…
Francis Charpentier
This paper generalizes a distributed input-output framework to decompose a company's carbon footprint into additive contributions from all upstream value-chain companies, or any predefined grouping (countries, sectors). Single-value and Sco…
Jiangna Yang, Tuo Wang, Qian Han +3
A comparative assessment of feed-related carbon footprints for three major marine aquaculture fish species in China. It shows how differences in feed composition and sourcing drive variation in emission intensity at the farming stage. The w…
Shoeib Faraji Abdolmaleki, Bishwash Neupane, Michael Adjei Mensah +4
Proposes a decision-support framework to improve the reliability and accuracy of Life Cycle Assessment (LCA) and Product Carbon Footprint (PCF) calculations. It addresses variability in methods and data quality that undermines comparability…
Britta Vegting, Hardik Rughwani, Duvvur Nageshwar Reddy +1
A study comparing the carbon footprint of gastrointestinal endoscopy between resource-rich and resource-limited settings. It highlights emissions accounting methods in healthcare and opportunities for efficiency and decarbonization under re…
Xiaowei Chuai, Ying Xu, Li Li +3
Using provincial data for 2000 and 2020, this study estimates life-cycle carbon emissions from tobacco cultivation, curing, production, smoking, and butt disposal in China, and compares economic benefits across farmers, enterprises, and gov…
Zeming Jiang, Hengyu Jin, Hengchen Liu +6
This study quantifies life-cycle carbon footprints of eight representative telecommunication-related services in China, analyzing provincial spatial heterogeneity. Per-transaction footprints range from 238 to 399 g CO2-eq, with transportati…
Mustafa Özcan, Ferdi Allaf
A Monte Carlo screening of four direct-print aligner workflows found mean production-phase footprints of 0.020–0.089 kg CO2e per aligner, all below the thermoformed median of 0.190. Resin dominated (41–79%), and material efficiency—not ener…
Dennis Himmelmann
This working paper proposes an architecture treating carbon accounting information as an auditable information state—a version-bound representation reconstructable after later corrections. It links calculation entries, bound factor versions…
Samarpan Chakraborty, Anusmita Goswami, Ritam Dhar +5
This critical review evaluates the biophysical basis of soil carbon sequestration, the distinction between molecular persistence and project-level permanence, stock-change measurement, and the role of digital technologies in MRV. Cover crop…
Ke Li, Zhen Lei, Chengshen Zhang +2
This paper proposes a 'carbon-conduction model' to quantify cascading replacements in embodied carbon assessment of building renovations. Unlike conventional methods that simply sum individual component emissions, it models the indirect, kn…
Janus T.
This work presents Re-Emission, a free open-source tool for estimating, reporting, and visualizing greenhouse gas emissions from reservoirs. It targets an often-overlooked emission source and lowers the barrier to reproducible GHG accountin…
Rodríguez-Fernández L.
This paper analyzes how greenhouse gas emissions can be allocated across countries based on a fairness principle. Emissions allocation is central to international climate negotiations and carbon budget sharing, raising questions of responsi…
Naujokienė V.
This work addresses methods for accounting greenhouse gas emissions at the farm level. Agricultural emissions form a significant share of Scope 3 supply-chain footprints, yet farm-level measurement and allocation remain hard to standardize.…
Davey T.
A critical examination of the 'calculative infrastructures'—carbon accounting, metrics, and data systems—underpinning net-zero urban governance. It asks whether these tools serve a transformative science-based agenda or reduce cities to red…
(著者不明)
This study critiques traditional PCF accounting that relies on annual static emission factors and the idealized copper-plate grid, proposing a dual-track framework constrained by spatiotemporal physics and dynamic additionality. It integrat…
Chao Tian, Haiqing Sui, Youlin Chen +3
This study estimates net carbon emissions from solid waste management in Wuhan, China, using IPCC guidelines for direct emissions and substitution assumptions for avoided emissions. Waste generation rose from 31.92 Mt to 52.00 Mt (2010–2022…
Evelyn M. Mervine, Matthew Brander, Mansour Edraki +1
This paper identifies critical gaps in how GHG emissions are accounted for at mine sites, where accurate measurement is essential for mitigation planning. Drawing on Australian and European research institutions, it reviews current carbon a…
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