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 1236 papers
Eshan Patibandla, Saatvic Mahesh, Aaditya Prem +2
This paper introduces the Transportation Climate Impact Temperature Score, a simplified formula converting transportation CO₂ emissions into a temperature contribution and a 1-100 score. Using constants from Pratt's FCC model, it offers a t…
Fricko, Oliver, Wu, Yazhen, Zhang, Shaohui +44
This paper presents a new low-emission marker scenario for CMIP7, demonstrating the possibility of limiting warming below 2°C under a middle-of-the-road socioeconomic pathway. It strengthens the link between climate models and integrated as…
Niu Li, Jingwen Gao, Pengcheng Jiang +3
This study assesses the impact of human activities on greenhouse gas emissions from inland waters in a rapidly urbanizing region of China. It reveals that urbanization elevates emissions, providing insights for climate mitigation strategies…
Chen X.
This paper simulates and predicts greenhouse gas emissions from beef cattle production. It may provide quantitative insights for emission reduction in the livestock sector, but specific methods and findings are unclear due to lack of abstra…
Jafar H.A.
This paper proposes a methodology to evaluate greenhouse gas emissions in conflict-affected regions, applying it to Palestine. It quantifies the impact of conflict on emissions and highlights the importance of linking climate action with pe…
Richard Bodó, András Torma
This bibliometric study maps carbon dioxide removal (CDR) research from 2016 to 2025 using 4,281 Web of Science records. Output surged after 2019, aligning with net-zero targets. Four thematic clusters emerged, but the direct link between e…
Dongyang Fan, Carlos M. Duarte, Faming Wang +18
Macroalgae are important for ocean carbon cycling, but the spatial distribution of their coastal carbon burial is poorly known. This study provides a high-resolution global assessment, finding that depositional environment controls burial, …
Diego Portalanza, Yoansy García, Klever A. Cevallos-Valdez +3
This study maps carbon storage and habitat provision in Ecuador's Cajas National Park páramo using IPCC 2019 guidelines and the ECOSER protocol. Total carbon stocks were 1.49 million Mg C, with volcanic Andisols storing 97.5%. The eastern b…
Josephine Nabayinda, Mary M. Mckay, Ozge Sensoy Bahar +2
This paper examines how climate change exacerbates gender inequality in Sub-Saharan Africa, focusing on the mechanisms through which disasters amplify women's vulnerabilities and widen socio-economic gaps. It underscores the need for gender…
Qingzhou Lv, Hui Yang, Jia Wang +7
This study develops a prior-knowledge-constrained attention U-Net that integrates land-use-specific carbon density to estimate aboveground carbon storage (AGC) across China at 1 km resolution from 2000 to 2020. The model achieves 75.97% acc…
Yuntian Wang, Shide Zhao
This study integrates long-term CO2 emission data (1960-2023) with InVEST ecosystem service models to analyze sectoral impacts on carbon sequestration, water yield, and biodiversity across Chinese regions. Coal emissions dominate and correl…
Jinwen Pan, Siwen Su, Jun Deng +5
This study shows that tree species diversity enhances the transfer of mycorrhizal-derived carbon into mineral-associated organic carbon (MAOC), thereby stabilizing soil organic carbon in subtropical forests. Higher tree diversity increases …
Aaron Bufe
This paper examines the complex role of rock weathering in Earth's carbon cycle, highlighting its long-term effects on climate and the need for nuanced understanding in climate models.
Jize Jiang, Lenny H. E. Winkel, Andrea Stenke +5
Using the DayCent model at 1 km resolution across Switzerland, this study quantifies N2O emissions from agricultural soils from 1981-2020. A 25% reduction in fertilizer use lowered emissions, but warming-induced increases offset these gains…
Mingxing Wang, Chengmeng Zhang, Xing He +3
This review synthesizes theoretical and empirical evidence on how population dynamics (household size/structure, ageing, fertility, migration/urbanization) shape household carbon emissions (HCEs). It finds that household size has a scale ef…
Nirajan Bam
This study analyzes GHG emissions in South Asian countries, linking their proportion and total to factors like population, GDP, urbanization, and renewable energy share. A new Bayesian Unit Log-Log Quantile Mixed Model is proposed and valid…
Changlin Xu, Yadvinder Malhi, Xincheng Li +8
A global synthesis of 708 experiments from 132 studies shows that while global change factors increase ecosystem carbon stocks by 27% on average, interactions with herbivores cause 23% carbon losses, reversing gains. Losses are concentrated…
Jing Xiao, Baoli Wang, Wanzhu Li +3
This study surveyed 11 karst reservoirs in the Wujiang River Basin to analyze how dissolved inorganic carbon (DIC) dynamics and phytoplankton community succession affect the biological carbon pump (BCP). Reservoirs dominated by nondiatoms s…
Yakubova Iroda
This paper qualitatively analyzes how climate change shapes EU migration dynamics, examining theoretical frameworks, empirical trends, and policy responses. It argues that climate change acts as a threat multiplier, interacting with socioec…
Yakubova Iroda
This paper qualitatively analyzes how climate change shapes EU migration dynamics, examining theoretical frameworks, empirical trends, and policy responses. It argues that climate change acts as a threat multiplier, interacting with socioec…
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