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 281–300 of 28118 papers
C. Chamberlain, L. Riley, S. Busby +9
This study evaluates four baseline design choices (modeled vs. measured, static vs. dynamic, matched vs. random, single vs. blended BAU) for improved forest management (IFM) carbon accounting across diverse eastern US forests. Dynamic basel…
K. D. D. Jayalath, M. Z. Weerabangsa, B. Athapattu
This PRISMA-based systematic review of 96 sources examines how green accounting supports climate action and SDG 13, with a focus on Sri Lanka. It finds strong alignment with SDG Target 13.2, emerging alignment with 13.1, and underrepresenta…
C. Watson, Lauren D. Rawlins, M. Chand +6
This study quantifies changes in building and population exposure to flooding in Nepal and transboundary India-China regions using high-resolution data. Validating five building footprint products, Google Open Buildings Temporal 2.5D achiev…
M. Bandara, U. Kulatunga, H. D. Subhasingha
This systematic review examines biomimicry applications in building façade design across organism, behaviour and ecosystem levels. It reports energy savings of 35–85.5% from termite-mound ventilation and stomata-inspired panels, 20–50% sola…
H. Gholami, Mojtaba Sabetfard, M. Rahbar
This study predicts embodied carbon in residential buildings using machine learning on process-based LCA data. Seven models were trained; SHAP revealed that Gradient Boosting and Random Forest emphasize concrete volume and foundation steel,…
Rakesh Kumar, K. Poonam, B. Paikaray +1
This paper examines how blockchain technology can enhance transparency and integrity in carbon credit markets. It addresses issues such as double counting, fraud, and weak verification, exploring distributed ledger approaches for tracking a…
Abdul Ghani, Mahnoor Ahmad, Anam Ghaffar +2
Using a two-step system GMM on BRI economies (2000-2025), this study examines how climate-ecological pressure interacts with green transition. Green transition and green financial innovation significantly reduce ecological pressure, and ins…
L. P. Nga, T. Phan
Using PLS-SEM on 900 survey responses plus 45 expert interviews in Vietnam, this study finds environmental regulation pressure is the strongest driver of green finance, followed by stakeholder/market ESG pressure and digital financial inclu…
Utshav Ghimire, M. Siddique
Using PLS-SEM on survey data from 400 senior bank employees in Nepal, this study finds green finance significantly improves environmental, economic, and social sustainability performance, with CSR partially mediating the relationship. Limit…
Ruchi Jain, Pardeep Singh
This paper builds a theoretical framework for digital green bonds and ESG-linked FinTech platforms, drawing on financial inclusion, institutional innovation, and sustainability transition theories. It argues these instruments boost particip…
A. Masum, Md. Abul Kalam Azad, Najmus Saadat +5
A bibliometric review of 388 documents plus systematic analysis of 39 implementation studies on AI in sustainable finance. Tree-based ensembles dominate structured ESG assessment, while Transformers/LLMs extract narrative signals from text …
N. A. Thomas, Dona Aristo, Batchu Radhika Krishna +6
This study synthesises binary and ternary nanohybrids based on bio-derived MOFs with metallic and metal-oxide components for photocatalytic CO2 reduction to gaseous fuels under visible light. Materials were characterised via FE-SEM/EDS, XRD…
Shabnam Feyziyeva, Benoît Louis
A critical review of the main chemical systems for CO2 capture—amines, carbonates, calcium looping, ionic liquids, and porous solids—compared within a common framework of binding strength, selectivity, working capacity, and regeneration ene…
N. Koukouzas, C. Stergiou, George S. Maraslidis +5
This paper develops a systems-based framework for post-lignite transition, integrating geological storage, industrial decarbonisation, land reuse, and socio-economic governance. Using Western Macedonia (Greece) as the main case, it stresses…
Elias Kousoulos-Kovachian, Constantinos Taliotis, T. Zachariadis +4
Using an open-source OSeMOSYS cost-optimisation model covering 48 African and 30 European countries, this study assesses long-term costs and emissions of electricity and natural gas trade. Deeper grid interconnection can cut Europe's cumula…
Syed Hamza Syed Saidoddin, A. R. Patil
This narrative review synthesises evidence on aquaculture's GHG footprint, measurement frameworks, and decarbonisation pathways. Feed production, on-farm energy, and pond biological fluxes are key hotspots; RAS, IMTA, low-trophic species, f…
Muhammad Bilal Ahmad, Baojun Yi, Jiaqi Deng +8
This review assesses biomass upgrading methods (torrefaction, pelletization, pyrolysis, gasification) for co-firing in China's coal-fired power plants. Upgraded biomass enables co-firing ratios up to 50% on an energy basis, cutting net CO2 …
Zengbing Liu, Xiaobing Yu, Yaqi Mao
This study develops an integrated multi-regional carbon emission forecasting framework for China that incorporates spatial and network spillover effects. By accounting for inter-regional emission transfers and interdependence, it aims to im…
Bin Zhang, Yun Liu, Jintao Liu +5
This paper shows that outsourcing of photovoltaic supply chains causes national clean-energy transition efforts to diverge from actual emissions reductions, generating global inequality in transition accounting. It releases code and data to…
Chao Wang, He Zhang, Taoyu Chen +3
This study builds an empirical framework assessing urban transition capacity across 336 Chinese cities via four dimensions: carbon emission characteristics, policy and technology, ecological endowment, and energy potential. It finds 40 high…
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