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 241–260 of 2147 papers
Srajesh Gupta
An open methodology for valuing climate outcomes of smallholder-led agroecological and climate-smart agriculture programmes. It separates outcomes into three independent tracks—Mitigation (carbon value), Adaptation (farm margin expansion) a…
Rattay J.
A paper on streamlining carbon footprint analysis covering Scope 1, 2, and 3 emission sources. Without an abstract, specifics remain unverified, but the topic targets reducing the burden of corporate carbon accounting and disclosure. Releva…
Eko Pujiatmoko, Alun Pratama, Terrensia Sekar Pamastutiningtyas
A bibliometric analysis of 97 Scopus documents maps green accounting research in ASEAN. Publications surged after 2018, led by Indonesia and Malaysia. Four clusters reveal a shift from environmental management accounting toward carbon accou…
Bianca Danieli da Silva, S. F. Tavares
A pre-operational LCA of a disused commercial building in Joinville, Brazil, compares CO2 mitigation across three scenarios: new construction, demolition-and-rebuild, and sustainable retrofit. Retrofitting existing structures avoids new car…
J. Sudarsan
This work conceptualizes a 'carbon transparency nexus' linking carbon labelling with Integrated Project Delivery (IPD) in construction. It connects carbon information visibility with collaborative contracting to support SDG compliance. Empi…
H. Jin, W. Liu
A physics-informed digital twin couples upstream fuel metering with remote atmospheric inversion via a PINN embedding mass conservation, combustion stoichiometry, and advection-diffusion transport to reconstruct facility-level CO2 flux cont…
Yueyu Shen, Xiaodong Su, Yadong Ma +6
Using 3-year data from 22 intensive Chinese dairy farms, this study quantifies farm-level GHG intensity at 0.86 kg CO2-eq/kg FPCM operationally, dominated by enteric methane. Expanding the boundary to include feed upstream emissions raises …
Dongzhe Liang, Hongwei LU, Jinghang Xu +4
This study builds a national account of China's net CO2 emissions from 1980–2020, integrating anthropogenic emissions and terrestrial ecosystem sinks. Anthropogenic emissions dominated the long-term rise, while sinks offset only ~12–32% of …
Zhigang Li, Yingying Zhao, Yawen Hou +3
Using an improved IPCC method, the study quantifies land-use carbon emissions (LUCE) across 37 counties in Northern Henan, China (2000-2020), analyzing spatiotemporal patterns and drivers via standard deviational ellipse, Moran's I, and a g…
Yongmu Su, Tao Liu, Han Gao
A reproducibility package of derived data and Python code predicting next-cycle charging input energy (kWh) for use-phase carbon footprint assessment of lithium-ion batteries, built on 27,587 cycle-level observations from 55 cells. It docum…
Büşra Şengül, Harun Kemal Öztürk
A case study of a Turkish textile firm in Denizli comparing CO2 emissions per kg of fabric for knitted vs. woven bathrobes, sheets, and piques. Woven sheets had the highest footprint (1.56 kg) and knitted sheets the lowest (1.28 kg), showin…
John Z.Z. Ting, Jeng Shiun Lim, Yue Dian Tan +2
Proposes a process-level accounting framework that reconciles corporate GHG inventories and product carbon footprints (PCFs) from a shared activity-data backbone and canonical emissions layer. It formalizes a reconciliation identity—corpora…
Murali Krishna Pasupuleti
Proposes an interoperable geospatial carbon measurement network integrating satellite radiance, field data, atmospheric inversion, causal inference and uncertainty-aware AI across land, atmosphere and industry. It separates observable signa…
Manuel Alejandro Cardenete, M. Carmen Lima, Ferrán Sancho
This paper develops a structural adaptation of the hypothetical extraction method within an input-output framework to separate demand-side and supply-side interdependencies driving CO2 emissions. Applied to Spain's 2020 data, it reveals sub…
Sharaf-Addin H.H.
This paper examines carbon sustainability reporting based on the GHG Protocol framework as practiced in Malaysia on the path to net-zero emissions. It illustrates how firms apply the framework to measure and disclose emissions and connect t…
Yoo G.
A study investigating greenhouse gas emissions from soil amended with rice-straw biochar. It appears to assess the balance between biochar carbon sequestration and soil GHG fluxes, offering empirical evidence for agricultural carbon removal…
Vidal R.
A study comparing the carbon footprint of different patient diets served in a Spanish hospital. It quantifies how menu composition affects GHG emissions, highlighting reduction potential in food service and procurement. Offers a practical S…
Devlet A.
This work appears to examine greenhouse gas emissions, carbon sequestration in cropland, and the factors limiting crop yield. Soil carbon sequestration sits at the intersection of agricultural emissions reduction and food production, releva…
Zhang X.
This work proposes a method to traceback electricity consumers' carbon emissions on a time-of-use basis using contract paths. Rather than average emission factors, it links actual procurement contracts and timing to emissions, improving the…
Yang Q.
A study assessing greenhouse gas emissions from a biomass-based pyrolysis plant in China. Without an abstract, details are limited, but it likely concerns life-cycle GHG accounting for biomass-derived fuels and pyrolysis processes. It sits …
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