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 8461–8480 of 28840 papers
Tukumbetov, Shavkat, Tukumbetov, Ogabek
This paper assesses the contribution of renewable energy development to economic growth in Uzbekistan using 2021-2025 statistics. Renewable capacity grew 4.88 times, with solar and wind accounting for over 95% of new capacity, while GDP gre…
(著者不明)
This paper investigates cyanometallate coordination polymers combined with tetraamines for carbon capture applications. It explores their potential as CO2 adsorbents, contributing to CCUS technology development.
Ghulam Abbas Shah, Jeroen C.J. Groot
This paper investigates the effect of bedding additives on ammonia and greenhouse gas (GHG) emissions from naturally ventilated sloping-floor cattle housing. It suggests that improved bedding management could contribute to climate change mi…
Bussagorn LEEJOEIWARA, Nathaporn PHONG-A-RAN, Chaiyan JUNSIRI
This study develops a PA-Probit-G model to prioritize causal factors for GHG reduction strategies in Thai agritourism land use. Socio-cultural factors, including urban culture rate and stakeholder acceptance, are most influential. Urgent go…
Gemechis B. Mosisa, James Akuku, Abel Mwembe +5
This study simulates ecosystem services and greenhouse gas emissions in the Haramaya Lake watershed, Ethiopia, using geospatial and machine learning techniques. It assesses the impacts of land-use change on ecosystems and climate, offering …
Alonso Espinosa Mireles de Villafranca, Oxana Ivanova, Anna-Kaisa Viitanen +1
This paper synthesizes the systemic impacts of remote work on greenhouse gas emissions and health. It evaluates emission reductions from reduced commuting alongside changes in household energy use and health outcomes, offering insights for …
Ogbonnaya Chukwuemeka Micheal
Using Nigerian data from 1990-2024, this study applies a SUR model to analyze the impact of energy consumption on GHG emissions. Oil and electricity consumption significantly increase emissions, while natural gas has an insignificant effect…
Nick Wheelhouse
This paper explores how improving farm animal health can reduce greenhouse gas emissions. Specific mechanisms and data are unclear, but it suggests potential for emission reductions in the livestock sector.
Abdul Khaliq, Naeim Farouk, M Nadeem Khan +7
This paper proposes a decarbonization pathway based on a biogas-fueled multigeneration system with ammonia as an energy carrier, conducting techno-economic analysis and machine learning optimization. It evaluates the feasibility and economi…
Lang Xu, Lele Li, Jihong Chen +2
This paper analyzes global shipping decarbonization pathways, identifying emission characteristics under various scenarios. It evaluates the impact of fuel transitions and technology adoption, offering insights for policy and industry strat…
Divényi D.
This paper proposes a framework for cross-zonal reserve procurement on European power exchanges, using robust optimization to handle uncertainties. It may contribute to renewable integration and grid stability.
Csercsik D.
This paper proposes a novel order type for storage units in day-ahead electricity auctions, aiming to better integrate renewable energy and enhance grid stability. While the abstract is unavailable, the focus on market design for storage su…
Cooper S.J.G.
This paper evaluates the potential of demand side management (DSM) in heat pump operation to reduce CO2 emissions. By shifting electricity demand over time, it can optimize renewable energy use and reduce grid carbon intensity. It highlight…
Osman M.
This study evaluates electricity procurement and temporal matching strategies for wind-based hydrogen production using multi-year optimization and stochastic analysis. It quantifies the impact of market price and weather uncertainty on the …
Tang Y.
This paper proposes and evaluates emissions-responsive charging strategies for electric vehicles (EVs) to reduce their life cycle environmental impact. By optimizing charging timing based on grid emissions intensity, it quantifies reduction…
Scholta H.F.
This paper proposes and examines temporal matching as an accounting principle for green electricity claims. It analyzes how the temporal alignment of renewable energy attribute certificates affects actual emission reduction effectiveness an…
Hunt J.D.
This paper proposes a novel hydrogen liquefaction method using solid air, addressing a critical bottleneck in the hydrogen economy. The technique may offer improvements in energy efficiency and cost over conventional methods, potentially ea…
Yang Y.
This paper empirically analyzes the impact of low-carbon orientation on green finance in highly polluted areas using a STIRPAT spatial panel model. It considers spatial spillover effects and derives policy implications.
Kung S.S.
This paper simulates optimal biofuel production and land-use patterns in Taiwan under AR6 climate scenarios and a green finance mechanism, aiming to balance energy transition with sustainable land use and offering policy implications.
Dominioni G.
This paper argues that effective carbon pricing design and implementation are crucial for raising climate ambition. It provides policymakers with best practices and challenges in carbon pricing, offering a pathway to stronger climate action…
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