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 581–600 of 850 papers
Shengman Zhang, Chen Cai, Gao B +6
This review positions biochar as a critical 'bridge' between microbial and mineral carbon pumps for synergistic soil carbon sequestration. Biochar not only provides recalcitrant carbon but also enhances microbial habitats and forms stable o…
Bo Su, Jie Chi, Siqi Zhang +4
This study prepared a quaternary solid-waste-based binder from low-titanium slag, MSWI fly ash, steel slag, and FGD gypsum, demonstrating that MSWI fly ash acts as a Ca-rich alkaline activator for low-titanium slag. The optimal mix achieved…
Olubambi A.
This paper conceptualizes a dynamic BIM-based waste management system to enable net zero cities. It suggests that efficient construction waste management can contribute to carbon emission reductions.
Vargas J.J.
This paper provides integrative on-farm recommendations for achieving net zero in U.S. beef and dairy systems, focusing on practical greenhouse gas reduction practices.
Yong Zhou, Changchun Li, Wenjian Wang +6
A three-year field experiment in the Jianghan Plain, China, compared greenhouse gas emissions, economic benefits, and emergy-based sustainability between ratoon rice monoculture (RR) and ratoon rice-duck coculture (RR-D). RR-D significantly…
Y S Zhang, Lin Zhang, Qingjie Wang +5
This study develops low-carbon cementitious materials using multi-solid waste, revealing the hydration synergy and phase assemblage. It contributes to CO2 reduction in the cement industry, a hard-to-abate sector.
Sirangi Bhavani, Meesaraganda L. V. Prasad
This study develops high-strength self-compacting concrete using low-carbon cement, analyzing its strength and microstructure. It demonstrates potential for reducing carbon footprint in construction.
Ilham Ainuddin, Bulan Prabawani, Sudharto P. Hadi +2
This paper reports monitored evidence from the Tawangargo Smart-Eco Farming Village (TAMENG) program in East Java, Indonesia, a CSR-supported community living lab. Two intervention packages were implemented: circular management of horticult…
Yizhe Wang, Yucheng Fan, Fulin Qu +8
This paper explores the use of activated clay as a supplementary cementitious material to produce low-carbon concrete. It investigates material properties and environmental benefits, aiming to provide a sustainable alternative for the const…
Yuhuan Geng, Shaojun Ji, J Zhang
This study maps low-carbon tourism research using bibliometric analysis of 468 articles (2010-2026). It identifies five research hotspots: basic concepts, carbon accounting methods, emissions factors, tourist behavior, and collaborative gov…
Sangeeta Lenka, Rameshwar S. Kanwar, Katharina H. E. Meurer
This editorial discusses the potential of regenerative agriculture to improve soil health, reduce greenhouse gas emissions, and contribute to climate action. It emphasizes the importance of soil carbon sequestration and sustainable farming …
Meiqi Pan, Siyu Yang, Li Feng +1
This study investigates how microbial dynamics in composting affect greenhouse gas emissions. It shows that optimized conditions can reduce methane and nitrous oxide emissions, offering a biological approach to GHG mitigation in organic was…
Nina Zheng, Jiawei Liu, Haolian Xu +2
This study investigates microbial and material interventions to enhance nitrogen conservation in aerobic composting, assessing their potential to reduce greenhouse gas emissions and support carbon neutrality.
Valentina de Maack, Sandy Tubeuf, Nathalie Clavel +4
Healthcare decarbonization faces tensions between environmental goals and core clinical priorities. Using a Real-time Delphi with 14 experts, this study finds that energy and infrastructure interventions are high-impact but constrained by r…
Saurabh Verma1, Shivani Mohtal2*, Kumar Vishal3 and Dr. Amarpreet Singh4
Biochar, a carbon-rich substance from biomass pyrolysis, improves soil structure, nutrient retention, water-holding capacity, and microbial activity. It also contributes to carbon sequestration for climate change mitigation. This paper desc…
Ball B.C.
This study examines how the use of organic manures or slow-release fertilizers in silage production can mitigate greenhouse gas emissions from soil. It offers insights for climate change mitigation in agriculture.
Sommerseth J.K.
This study examines whether increasing heifer growth rate and reducing dairy cow replacement rate can simultaneously improve farm economy and reduce greenhouse gas emissions, suggesting a win-win scenario. However, no abstract is available …
Chen Y.
This review critically examines the application of biochar to mitigate greenhouse gas emissions and nutrient loss in rice paddies. It synthesizes knowledge on biochar characteristics, mechanisms of action, and effectiveness in reducing meth…
Jin Y.
This paper analyzes the impacts of a future global bioplastics economy on greenhouse gas emissions, land use, and employment. It highlights trade-offs between climate mitigation benefits of bioplastics and potential land-use changes as well…
Bocken N.M.P.
This paper develops an eco-ideation tool to identify stepwise greenhouse gas (GHG) emission reduction options for consumer goods. While lacking empirical validation, it proposes a systematic methodology to identify reduction opportunities a…
Browse by Topic