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 1–20 of 694 papers
Sadeeka L. Jayasinghe, Dean T. Thomas, Michael Young
This empirical study demonstrates that mixed-cropping in semi-arid dryland regions reduces greenhouse gas emissions while improving profitability. Although specific methods are unknown due to missing abstract, it provides insights for clima…
Azadeh Dabiri, John McIlroy, Katerina Theodoridou +2
This paper investigates innovative methods to reduce ammonia and greenhouse gas emissions from cattle slurry storage. It provides empirical evidence on the effectiveness of various techniques, contributing to agricultural climate mitigation…
Houkun Zhu, Bin Meng, Jing Zhao +9
This paper reports a one-step synthesis method for high surface area N-doped activated carbon for low-temperature removal of H2S from blast furnace gas. The optimized synthesis enables more efficient H2S removal, potentially contributing to…
A. Kumar, Amit Kumar, Saurav Saha +12
A six-year field experiment in the Eastern Himalayas demonstrates that optimizing ginger seed-rhizome size (50g), mother-rhizome management (non-removal), and cushioning with leaf mulch can increase yield, energy-use efficiency, and soil he…
Amit Jhalani, Raj Kumar, Arpit Kumar Sharma +1
This critical review assesses the environmental footprint of meat production across the entire supply chain, from feed production to distribution. It identifies significant GHG emissions (CO2, CH4, N2O) at each stage, along with land, water…
Sreelu Sreepadi, Jayarajan Kunnampalli
This study evaluates climate change education programs in higher secondary schools in Kerala, India, using survey data from 1,514 students across 240 schools. It finds that direct disaster experience and classroom use of weather station dat…
Sun Q.
This paper investigates the mitigation of greenhouse gas emissions in agriculture through straw management and the application of oxygenated and biochar-based fertilizers, highlighting their potential for carbon sequestration and emission r…
Aigner G.
This paper assesses resource consumption and greenhouse gas emissions from snowmaking in Austrian ski resorts. It quantifies energy and water use and associated emissions, highlighting potential improvements for climate action.
Yang Y.
This study analyzes spatial disparities in life-cycle water use and greenhouse gas emissions from food waste resource conversion across China, highlighting significant regional variations.
Managos M.
This study explores the potential of reducing the carbon footprint of dairy production by incorporating greenhouse gas emissions from feed production into diet formulation for dairy cows. Without an abstract, specific findings are unclear, …
Yi Luo, 倪云良, Zongzheng Chai
Long-term close-to-nature management (>10 years) in Pinus massoniana plantations enhances ecosystem carbon storage by altering vegetation community structure, promoting tree growth, optimizing stand density, and improving understory conditi…
Mengqi Li, Nanyou Wang, Min Zhang +2
This study compares three operation modes of surface micro discharge (SMD) for NH3 capture: O3 mode, transition mode, and NOx mode. The transition mode achieves the highest energy efficiency by balancing strong oxidant O3 and sufficient HNO…
Yingxu Wu, Yanmei Liu, Di Qi
Seaweed farming is promoted for climate mitigation via carbon sequestration, but it poses risks like eutrophication and acidification in semi-enclosed coastal areas. This review synthesizes both benefits and risks, emphasizing the need for …
Chiou-Liang Lin, Tzu-Yun Chang, Zi-Yu Chen +1
This study developed bottom-ash-derived activated carbon hollow fibers (BAACHFs) for simultaneous decolorization and COD reduction of dye wastewater. BAACHFs effectively removed Acid Blue 93 and achieved COD adsorption capacities up to 4.3 …
Saurav Sati, Pradeep Kumar Sharma, Pratibha Naithani +3
This comprehensive review evaluates algae-constructed wetland (A-CW) systems for simultaneous removal of nutrients and microplastics (MPs). A-CWs effectively remove nitrogen, phosphorus, and MPs through mechanisms including algal uptake, bi…
Ishika Weerawardhana, Mariia Zhaurova, Mari Hupponen +1
This study conducts a comparative cradle-to-grave LCA of a biochar integrated nature-based solution (NBS) in Finland, comparing it with a rain garden (RG) and a sand filter (SF). The results show that while all treatment systems provide wat…
Tatjana Uzelac
This paper reports on the application of nature-based solutions (NbS) in urban drainage as a climate change adaptation measure, using case studies from Croatia. It highlights the limitations of conventional drainage and demonstrates the eff…
Yaguang Wang, Yixian Fang, Gongshuo Tao +1
This study investigates the synergistic utilization of red mud, fly ash, and desulfurization gypsum to develop low-carbon cementitious materials. It covers optimization of mix proportions, mechanistic analysis, and life cycle assessment, co…
Yongquan Zhang, Xinyue Hao, Weimin Guo +3
This study proposes incorporating recycled coarse aggregate to improve the performance of low-carbon ultra-high-performance concrete (UHPC). It investigates the effects of recycled aggregate type, particle size, and content on workability a…
Ernests Ozolins, Artūrs Mačanovskis, Nikola Sinica +1
This study investigates graphene nanoplatelet (GNP) dispersions to accelerate early strength in low-carbon cement (CEM III). Results show binder-chemistry-dependent effects: slag-containing systems often reduced strength, but microdosing in…
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