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 41–60 of 694 papers
Binru Song, Suyan Li, Xiangyang Sun +4
This study investigates greenhouse gas and ammonia emissions from the co-composting of green waste and food waste. It analyzes the impact of composting conditions and feedstock composition on emission patterns, exploring potential GHG mitig…
Wang H.
This study investigates the effects of soil moisture and amendments on cadmium availability and greenhouse gas emissions, linking soil management to both heavy metal contamination and climate change mitigation.
Imeri A.
This paper uses fractional integration to analyze how price persistence affects greenhouse gas emissions, providing an econometric perspective on climate policy effectiveness.
Chen J.Y.
This study examines the optimal substitution rate of chemical nitrogen fertilizer with biogas slurry to maintain high rice yield and quality while reducing greenhouse gas emissions.
Angel Putri Girsang, A. Akbar
This study comprehensively assesses the externalities of oil palm plantations in Parindu, Indonesia, using Contingent Valuation, Replacement Cost, Hedonic Pricing, and IPCC-based carbon emission valuation. It quantifies negative externaliti…
Jing Li, Shilin Zhao, Wenjie Chen
This study uses numerical simulation to examine how different spatial configurations of road greening affect CO2 dispersion around buildings. Results show that a 'tree-shrub-grass' composite configuration significantly reduces CO2 concentra…
Yu Guo, Siyu Xu, Xiaodong Yang
This study experimentally compares AI-generated vs. human-generated climate change news on credibility, readability, and mitigation intentions. Human news yielded positive disconfirmation, while AI news led to negative disconfirmation. Narr…
Lianbao Zhang, Ying Liu, Xuxu Gao +5
This study investigates the fate of macroalgal carbon under microbial anaerobic respiration, a critical factor in assessing the effectiveness of macroalgae cultivation for climate change mitigation. It highlights the importance of microbial…
Bruno Mary, Fabien Ferchaud, Hugues Clivot +2
This study examines the effect of shallow tillage on soil organic carbon (SOC) and total nitrogen (STN) stocks over 7.5 years in a field experiment. Shallow tillage increased SOC in the top layer (0-6 cm) but decreased it in deeper layers (…
Mengtuo Wen, Qiulan Zhang, Yasong Li +3
This paper investigates how ecological restoration of coastal wetlands in Bohai Bay, China, affects soil carbon pools and microbial carbon cycling functions. Restoration activities enhance carbon sequestration and alter microbial community …
(著者不明)
This review examines carbon-smart agriculture as an approach to mitigate climate change while ensuring food security. It discusses the integration of advanced technologies such as remote sensing and computational techniques to enhance produ…
Melkizedeck Hiiti Tsere, Furaha N. Alphonce, Azaria Stephano Lameck
This study evaluated activated carbon and carbon black as flowable electrode materials for phosphorus removal and recovery from synthetic wastewater using flow capacitive deionization. Applied voltage and pH were key parameters. Maximum rem…
Zhe Li, Xiujie Wang, Changjiang Li +2
This paper demonstrates that amending reclaimed soils with humic acid and straw activates a fungal-mediated microbial carbon pump, synergistically enhancing carbon sequestration in the soil. It suggests potential for climate change mitigati…
Dorsa Barkhordari, Jithin Mathew, Basem Haroun +3
This paper investigates the mechanisms and kinetics of carbon release during bioplastic dissolution. It clarifies degradation rates and carbon release patterns under different conditions, contributing to environmental impact assessment.
Evan D. Groover, Flora Z. Wang, Amala John +4
This paper explores genome engineering of plant photosynthesis to enhance carbon sequestration from the atmosphere, aiming to mitigate climate change through biological carbon removal.
M.R. Mulaudzi, R.H. Matjie, K. Mphahlele +4
This study converts pyrolytic spent tyre char into high-performance activated carbon for industrial wastewater treatment. At 850°C, pore volume reached 0.8 cm³/g (double commercial AC), achieving 60% total organic carbon removal from starch…
Yi Zhou, Yi Zhang, Zhanhong Zhao +4
Developed Si@void@NCN composites combining yolk-shell structure with N-doped carbon networks to address volume expansion in silicon anodes. Delivered high initial discharge capacity of 1245.5 mAh/g and retained 402.5 mAh/g after 500 cycles.…
M Li, Pengfei Zheng, Peng Guo +7
This paper demonstrates that aquaculture reclamation in estuarine wetlands substantially increases dark carbon fixation (DCF) rates by 102% and 271% in moderate- and high-intensity ponds. It reveals a microbial community shift from generali…
Jie Li, Hong Jiang, Ningyi Xie +9
This study demonstrates that biochar loaded with carbon-fixing bacterium Bacillus cereus SR increases soil organic carbon (SOC) by 36.38% to 136.34% and reduces CO2 emissions. The 500°C biochar variant sustainably enhances SOC and improves …
Zidong He, Zhenglei Geng, Xinyu Hu +9
This study develops a Bi2Se3 composite with a stabilized carbon interface and Se vacancies regulated by carbon dots, enhancing fast lithium storage for Li-ion batteries. The material shows potential for improved capacity and cycling stabili…
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