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 141–160 of 417 papers
Park S.W.
This study indicates that permafrost carbon release may persist even under net-zero and negative emission scenarios, highlighting the importance of accounting for natural carbon cycle feedbacks in climate targets.
Kopittke P.M.
This study highlights soil as a major source of greenhouse gas emissions driving climate change, emphasizing the need for soil management in mitigation strategies.
Johnson J.L.
This paper analyzes the greenhouse gas emissions savings from consuming wild game meat in the U.S. Wild game has no production emissions, and substituting it for conventional meat can reduce emissions. Using U.S. data, it quantifies these s…
Ruohan Xia, Bin Cui, Guoxue Li +3
This study uses integrated metagenomics to uncover the microbial mechanisms behind greenhouse gas and odor emissions during composting. Composting is crucial for organic waste management but contributes to GHG emissions. The research analyz…
Min Lu, Houmin Song, Chen Wang +6
This study demonstrates that biochar amendment in rice seedling production improves seedling quality while reducing greenhouse gas emissions, contributing to cleaner seedling production systems.
Huaiyu Huang, Jiaoyang Dang, Zhiwen Gong
This study analyzes the spatiotemporal dynamics of forest carbon sink efficiency in China, including spatial spillover effects. It provides insights for optimizing forest management to enhance climate mitigation.
Yuqi Zhu, Junyi Guo, Jinhui Zhang +3
This systematic review of 47 studies (2003–2024) examines the bidirectional relationship between climate change and outdoor activities. Climate change affects activity suitability, participation, and safety through temperature rise, extreme…
Zhengyu Wu, Mengqi Li, Chenhao Liu +5
This review synthesizes the mechanistic coupling between microbial arsenic transformations and three major greenhouse gases (CH4, N2O, CO2). It presents four experimentally validated linkages, including methane oxidation coupled with arseni…
A. McNamee, M. McGee, E.G. O'Riordan +2
This study analyzes the impact of utilizing non-carcass edible parts (e.g., offal) in dairy-beef systems on greenhouse gas emissions. It explores trade-offs between food waste reduction and emission mitigation, contributing to reducing envi…
Haodong Zheng, Hongqiao Li, Rongkang Wang +4
This study investigates the synergistic effects of biochar and Juncao cultivation on improving coastal saline-alkali soil and modulating greenhouse gas (GHG) emissions. The combination enhances soil physicochemical properties and potentiall…
Pearson T.R.H.
This paper highlights that greenhouse gas emissions from tropical forest degradation may be comparable to or greater than those from deforestation, yet they remain underestimated. It calls for better quantification and integration into clim…
Niboyet A.
This paper analyzes how global change may amplify the impact of fires on soil greenhouse gas emissions, suggesting that interactions between climate change and fire regimes can increase emissions.
Win E.P.
This study examines the influence of rice varieties, organic manure, and water management on greenhouse gas emissions (especially methane and nitrous oxide) from paddy rice soils. Results show significant variation in emissions depending on…
Signoretta P.
This paper theoretically examines how ecological states moderate the association between greenhouse gas emissions and subjective well-being. It likely argues that focusing solely on emission reductions without considering ecosystem health i…
Dan-Dan Wang, Shan-Shan Dai, Peng He +5
This study investigates the impact of freeze-thaw cycles on greenhouse gas emissions (N2O, CO2, CH4) from a Mollisol soil under long-term agricultural management, focusing on microbial and edaphic regulation. Results show that management pr…
Abolaji Moses Ogunetimoju, Oluwafemi Lawal Bisiriyu, Kehinde Peter Ajewole +1
This study uses a national survey to examine climate change awareness in Nigeria. Only 30% of Nigerians are aware, with education being the strongest predictor. The authors argue low awareness is a structural issue, not just a communication…
Meng T.
This study uses metagenomics to investigate how nitrogen fertilizer regulates carbon-nitrogen cycling and greenhouse gas emissions, providing mechanistic insights into microbial processes affecting GHG emissions from agriculture.
Hao Liu, Jun Wang, Jiusheng Li +3
This study investigates how drip irrigation with fulvic acid affects ammonia volatilization and greenhouse gas emissions by improving surface and subsurface soil environments. It provides insights into agricultural practices for mitigating …
Kamil Habibi, Imam Asngari, Abdul Bashir +2
This study examines the simultaneous relationship between CO2 emissions and GDP per capita in 10 Asian countries using 2SLS on panel data (2000-2024). Results show mutual interdependence and persistence effects, indicating that economic gro…
Zilong Liu, Shikui Dong, Xiaoqing Cui
This global meta-analysis reveals that multiple global changes, including climate change and land use changes, drive increased greenhouse gas emissions from grassland soils. The combined effects of these changes result in higher emissions, …
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