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 561–580 of 1614 papers
Suo Zhou, Wei Zhang, Qianwen Hao +5
This study integrates life cycle assessment with system dynamics to evaluate the environmental and adoption potential of alternative fuel vehicles, including EVs and hydrogen vehicles. The findings highlight the most effective options for g…
Lian Lian Jiang, Wei Soon Cheong, Jamie Ng Suat Ling
This paper proposes a method for multi-step ahead carbon credit price forecasting using time series foundation models. Improved prediction accuracy could contribute to the efficiency and transparency of carbon markets.
Jiaze Tian, Youjia Liang, Lijun Liu
This study analyzes the carbon mitigation potential of integrated photovoltaic-green roof systems in China. It evaluates both electricity generation and carbon sequestration, quantifying the urban deployment benefits. The results highlight …
Johanna Ruett, Ali Abdelshafy, Ben Wichelhaus +1
This study assesses biomass utilization pathways (bioenergy, BECCS, biochar carbon removal) for wheat straw in Germany. From private perspective, bioenergy currently has highest net benefit, but BECCS can surpass it with incentives. All pat…
Jeremy Russell-Smith, Roland Vernooij, Andrew Edwards +1
Tropical savannas account for ~70% of global burned area and carbon emissions from biomass burning. This special issue compiles 20 papers exploring market-based fire management to reduce emissions, generate carbon credits, and support biodi…
Hüseyin Ersoy, Manuel Baumann, Friedrich B. Jasper +4
This study conducts a life cycle assessment of primary aluminum-air batteries (AAB) for long-term energy storage (LTES). Under favorable conditions (renewable aluminum and sustainable materials), AAB shows advantages in global warming poten…
Ting Deng, Y U N L O N Zhu
This study uses spatiotemporal analysis to assess the dynamics of planted and natural forests in western Hunan, China from 1990 to 2020, quantifying their impacts on regional carbon storage. Natural forests declined while planted forests ex…
Colm Duffy, Carl Doedens, R. Moriarty +3
This paper responds to commentary defending national temperature neutrality (TN) as climate policy. It shows TN is incompatible with EU and Paris Agreement frameworks and would create a 'race to the bottom' in mitigation. The authors argue …
Elif Kaya, Mortaza Ojaghlou, Özge DEMİRKALE
This study analyzes the time-frequency dynamics between CO2 emissions and oil prices, renewable energy, and climate policy uncertainty in Turkey from 1987Q2 to 2024Q1 using a rolling-window NARDL and wavelet coherence analysis. Findings sho…
Charan Jeet Singh, S. K. Singh, Rakesh Singh +5
This study evaluates bamboo's dual role in carbon sequestration (7-15 Mg C ha⁻¹ yr⁻¹) and livelihood enhancement (net income >₹200,000 ha⁻¹ yr⁻¹) in India. Policy reforms like the Indian Forest Act amendment (2017) and National Bamboo Missi…
Boram Shin, Sung-Yoon Huh
This study estimates South Korean households' willingness to pay for climate finance to developing countries using a contingent valuation survey. Average annual WTP is KRW 5,291 (USD 3.87). Cost-benefit analysis yields a ratio of 1.39, indi…
Endre Tvinnereim, Gisle Andersen, Christine Merk +2
This study simulates a consultation process using online deliberation groups in Norway to assess public engagement with carbon dioxide removal (CDR) technologies. Deliberation significantly improved assessments of land-based bioenergy carbo…
Ojiako Chidera Gertrude, Joyce Felix Mbaba, Agnes Ema Okoh +1
This study evaluates smart grid technologies for integrating solar, biomass, and hydrogen into urban electricity networks, using Lagos as a case study. Four scenarios are analyzed; the solar-biomass-smart-grid pathway offers the best cost-p…
Efrén Tarancón-Andrés, Jacinto Santamaría Peña, David Arancón-Pérez +2
This study integrates LiDAR data, forest cartography, and LCA to quantify carbon dynamics and emissions from forest management in La Rioja, Spain (2010-2016). Above-ground biomass increased, indicating a net carbon sink even when accounting…
Eugen Iavorschi, Laurențiu Dan Milici, Ioan Taran +1
This paper analyzes the structural transformation of the EU energy mix, with renewables generating 46% of electricity in 2023. It examines operational challenges from rapid renewable integration and the role of behavioral interventions (inf…
Yingke Yang, Zhiyun Zou, Congjian Liu +3
This study proposes a bi-level emission reduction congestion pricing model (ERCM) that integrates traffic pricing with environmental outcomes. Using MOVES-based gasoline emission factors and a power-energy conversion model for electric vehi…
Georgios I. Maniatis, Nikolaos T. Milonas
This study uses hourly dispatch data from the Greek electricity system (Aug 2012 – Dec 2018) to estimate the marginal CO2 abatement efficiency of wind and solar power. Wind power achieves higher carbon savings per MWh than solar, primarily …
Hala Faez Abdulhadi Al-Jawaherey, Qassim Ammar Ahmood AL-Janabi, Atheer Saieb Naji Al-Azawey
This review compares renewable energy deployment in Iraq, Iran, and Turkey from an environmental perspective. Iraq has abundant solar and wind resources but less than 2% renewable electricity due to policy and financial gaps, while Iran and…
Paula Lenninger, Magdalena Kuchler
This study analyzes perceived agency for accelerating climate action within regional carbon budgets in three Swedish counties. Using a framework of six governing modes (self-governing, provision, authority, enabling, experimentation, agenda…
Bruno Kanieski da Silva, Jesse D. Henderson, Shaun Tanger +5
This study uses an agent-based model to evaluate a one-year harvest deferral program in U.S. southern plantation forests. Results show leakage effects on timber markets (higher stumpage prices, longer rotations) but additionality under high…
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