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 1161–1180 of 1824 papers
Xiaoru Fan, Hongyan Hu, Zihao Kong +6
This paper provides a global second-order meta-analysis reconciling crop productivity and climate mitigation through agricultural practices. It synthesizes the effects of various agricultural methods on both yield and greenhouse gas emissio…
Geon Kang, Minki Jeon, Pooja Kumari Jat +2
This review summarizes recent advances in iron-, cobalt-, and nickel-catalyzed electroreduction of alkynes and alkenes, enabling selective hydrogenation without molecular hydrogen. Electrochemical parameters and catalyst design unlock disti…
Glen Mark O. Salvaña, Rica Jane V. Jose, Roy C. Losdoc +3
This study synthesizes FeCl3-modified activated carbon from pineapple leaves and evaluates its Pb2+ removal efficiency, offering a sustainable water treatment approach.
Redzuan Mohammad Suffian James, Norwahyuni Mohd Yusof, Liew Sze Ming +1
This review summarizes the use of biomass-derived carbon fillers from agricultural residues (palm kernel shell, coconut shell) in biopolymer composite coating films for food packaging. It discusses thermochemical conversion methods, structu…
Vuong Nguyen-Van, S. Sankeeth, Nabodyuti Das +3
This study evaluates the mechanical performance, durability, and sustainability of low-carbon cementitious composite beams incorporating plastic TPMS-Primitive reinforcement and sludge-derived biochar, offering a new material that utilizes …
Sebastian Moreira, Laura Clow, Emily Coles-Piper +7
Two phase I studies demonstrate that salbutamol MDI using HFA-152a, a propellant with ~90% lower global warming potential than HFA-134a, shows pharmacokinetic and pharmacodynamic equivalence and similar safety. This supports a low-carbon re…
Arun Kumar Singh, Bharat Kumar Kannouje Bharat Kumar Kannouje
This study develops a low-cost filtration system using activated carbon from agricultural waste (rice husk, sugarcane bagasse) and zeolite mixed with soil columns to remove iron and fluoride from water in Raipur, India. A 50 cm column showe…
Panxi Yang, Zunyi Yu, Keming Fu +7
This paper proposes a cross-scale predictive design framework for entrained-flow coal pyrolysis to achieve both high-value products and low-carbon operation. It optimizes reaction conditions to improve energy efficiency and reduce CO2 emiss…
Nicolas Gendron, Victorien Monguillon, David Grimaldi +1
This paper proposes integrating low-carbon considerations into clinical decision-making for cardiorespiratory medicine, aiming to reduce healthcare's environmental footprint while maintaining patient care quality. It provides a conceptual f…
Chloé Wüst-Galley, Jens Leifeld
This paper systematically reviews global data on paddy rice cultivation on drained peatlands as a greenhouse gas mitigation option. It evaluates the trade-off between CO2 emissions from peat drainage and CH4 emissions from rice paddies, sug…
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 …
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