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 81–100 of 615 papers
Nathania Permata Satriawan, Hera Alvina Satriawan
Mangrove forests offer significant blue carbon potential for climate mitigation. This study analyzes Indonesia's legal framework under Government Regulation No. 27/2025 on mangrove ecosystem protection. It finds that while regulations have …
Sarah Lawless, Philippa J. Cohen, Rayhan Dudayev +6
Blue carbon (BC) projects are proposed in coastal and indigenous territories, but tenure security remains unclear. Analysis of 122 BC guidance documents reveals narrow rights interpretation and neglect of international obligations (e.g., In…
Matthieu Delaye, Paul Matte, Anthony Turpin +4
This paper reviews abstracts from ESMO 2025 to identify cancer care strategies that reduce greenhouse gas emissions. Ten approaches, including treatment de-escalation and reduced drug use, were analyzed using the ECOVAMED database. All show…
Y ZHANG, Viola Heinrich, Clément Bourgoin +4
This study finds that in moist tropical regions, natural forest expansion provides a larger carbon sink than secondary forests, underscoring the importance of protecting primary forests for climate mitigation.
damien spagnuolo
This paper presents a fully mass-balanced batch of biochar from certified wood pellets, reporting a dry yield of 30.3%, production cost of ~EUR 7.29/kg, and implied carbon-removal cost of ~EUR 3,540/tCO2. Comparison with the EU ETS allowanc…
Statistics Canada
This survey provides statistics on the proportion of businesses and organizations considering purchasing technology-enabled carbon dioxide removal credits before end of 2030, segmented by NAICS industry classification, business size, type, …
Indah Oktari Wijayanti
This study analyzes the accounting treatment of carbon credits in Indonesian forestry companies, revealing a dual nature: green revenue when emission-surplus (generating tradable certificates) and environmental burden when emission-deficit …
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…
Tamal Chowdhury, Piyal Chowdhury, Hemal Chowdhury +2
This study evaluates the economic feasibility of LED lighting adoption in refugee camps under three financing scenarios: donor-funded, refugee-funded, and carbon-credit-supported. The donor-funded scenario shows a 28% reduction in electrici…
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…
Andewi Rokhmawati, Akbari Indra Basuki, Boyke Setiawan Soeratin +2
This study analyzes how MRV system design affects carbon credit outcomes in a methane abatement project. With enhanced MRV, the conservatively supportable credit fraction improved to 77.0%–91.3% and the price wedge declined from 0.30 to 0.1…
CHETHAN T, Dr. Sheela K
This paper proposes a digital platform for carbon credit accounting and exchange to enhance transparency, accuracy, and efficiency. It integrates accounting principles with an exchange mechanism to minimize fraud and ensure traceability. Th…
Ábel Borovics, Attila Benke, Attila Borovics +2
This paper presents a demonstrative case of Improved Forest Management (IFM) under the EU's Carbon Removal Certification Framework (CRCF). Using a 4.7-hectare Scots pine–hornbeam stand in Western Hungary, the study combines extended rotatio…
Paravano A.
This paper proposes a CO2-based taxonomy to classify power plants by emission intensity, aiming to support infrastructure planning for net-zero transitions. The taxonomy provides a standardized framework for assessing plant-level decarboniz…
Jogi Panggabean
This deposit provides data and code for a systematic review and bibliometric analysis of blue carbon ecosystems as nature-based climate solutions. It covers sequestration rates, policy integration gaps, and certification bottlenecks in volu…
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…
Takahiro Sasaki, Godai Suzuki, Masatoshi Funabashi
This study proposes an Atmosphere-Biomass-Soil (ABS) model integrating carbon stock and flow via system dynamics. It compares monoculture and synecoculture, showing synecoculture achieves net-negative carbon budgets in temperate and tropica…
Elena Huber, Peter Holzapfel, Matthias Finkbeiner
This supplementary data supports a mechanism-based framework for assessing carbon offsetting projects, including reallocation of projects and credits, registry data from Verra VCS and Gold Standard, and detailed information on 31 selected m…
Yue He, Keywan Riahi, Matthew J. Gidden +3
Temporary carbon dioxide removal (CDR) can effectively offset short-lived non-CO2 climate forcers like methane. The study provides quantitative compensation ratios: offsetting 1 kg CH4 requires 498 kg CO2 with 20-year storage or 101 kg CO2 …
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