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 241–260 of 431 papers
Peng Jia, Yan Tu, Naifeng Zhang +4
This review synthesizes research on enteric methane emissions from Holstein dairy cattle in China, emphasizing how emissions vary across physiological stages (heifers, lactating, dry cows) and with dietary NDF/NFC ratios. Higher NDF/NFC inc…
Alperen Yayla, Augustin Danneaux, Estelle Schurer +5
This study uses dynamic life cycle assessment to compare climate impacts of timber vs. reinforced concrete urban buildings. Timber cities can reduce global temperature by up to 0.023 K by 2100, but poor forest regrowth, landfill gas, and in…
Xingang Zhou, Cancheng Zeng, Ying Xu +2
This study proposes a model to predict land use changes and associated carbon emissions under multiple Shared Socioeconomic Pathway scenarios. Using Chinese data, it quantifies the impact of different development paths on carbon sinks and e…
Suzi Huff Theodoro, Fernanda de Paula Medeiros, André Mundstock Xavier de Carvalho +5
This study evaluates ground silicate rocks (remineralizers) for CO2 capture and soil fertility enhancement. Experiments with five rock types on clay soil showed that combined with organic matter, pH increased from 5 to 7, boosting crop grow…
Shang F.
This study analyzes the asymmetric impact of natural resource rent, economic sustainability, and renewable energy consumption on greenhouse gas emissions. Without an abstract, the specific dataset and countries are unclear, but it likely of…
Bryn E. Reynolds, Cole J. C. Van De Ven, Evan Heyes +1
This paper presents a practical, low-cost floating flux chamber for measuring greenhouse gas (GHG) emissions from small urban waterbodies. It offers a simple alternative to expensive equipment, facilitating GHG quantification in urban envir…
John Kort, Tony Yang, Raju Soolanayakanahally
This paper introduces Canadian government-led research initiatives to reduce agricultural greenhouse gas emissions, focusing on nature-based solutions such as carbon sequestration, methane reduction, and sustainable farming practices. It pr…
Erin Sherry, Julian Binfield, Paul Caskie
This study analyzes the environmental and trade implications of alternative diet scenarios in the UK using a partial equilibrium model. Unilateral UK diet change has minimal impacts on crop markets, but livestock markets respond more strong…
Levy P.
This paper discusses challenges in scaling up greenhouse gas fluxes based on experience from the UK Greenhouse Gas Emissions and Feedbacks Program. It highlights the need for integrating observational data and improving modeling approaches.
Ramesh Chandra Das, Enrico Ivaldi
This study forecasts industrial output and greenhouse gas emissions for BRICS nations, analyzing the relationship between economic growth and environmental impact. Using predictive models, it suggests future emission trends and the need for…
Zickfeld K.
This paper argues that net-zero climate targets must account for Earth system feedbacks such as carbon cycle and albedo effects to be effective. It highlights the need for integrated approaches that consider broader Earth system impacts to …
De Faria F.A.M.
This study estimates greenhouse gas emissions from future Amazonian hydroelectric reservoirs. It projects emissions using modeling and assesses the climate impact of planned hydropower projects.
Gong H.
Evaluates the impact of different combinations of organic fertilizer and tillage management on greenhouse gas emissions. Suggests that organic fertilizer combined with no-till farming achieves the highest emission reduction.
Cai Z.
This study validates the DNDC model for predicting greenhouse gas emissions from East Asian cropping systems. Using field measurements, it assesses model accuracy and applicability, providing insights for region-specific emission factors.
Xie K.
This study investigates the effect of rice cultivars on greenhouse gas emissions from rice-fish co-culture systems. It finds that certain varieties can reduce methane emissions, highlighting cultivar selection for climate-smart agriculture.
Jenkins S.
Analyzes the long-term climate system response after achieving net zero CO2 emissions, providing insights for emissions policy design.
Weixiang Cai, Chao Li, Lei Xu +5
This study evaluates carbon sequestration rates (CSR) in Loess Plateau ecosystems from 1980 to 2060 under three climate scenarios by integrating field data and models. It predicts a total increase of 2.62 Pg C in vegetation and soil, with C…
Zhaoxin LI, Ziheng Zou, Xiaobo Liu +12
This study maps global stabilized soil organic carbon in the top one meter using machine learning, estimating 1304 Pg C—about half of total soil carbon—concentrated in wetlands and cold regions. It introduces a metric of soil negative carbo…
Qinan Lu
This study shows that when ozone reduction benefits are counted alongside carbon reductions, the net gains from decarbonization are significantly larger than previously estimated. By quantifying air quality co-benefits, it strengthens the e…
Dandan Liu, Xiangyuan Liu, Ke Tang +1
This study analyzes long-term XCO2 and XCH4 variability in Hefei using satellite, ground, and modeling data. XCO2 growth rate (2.41 ppm/yr) exceeds global average, with a seasonal peak in autumn. Strong anthropogenic combustion influence in…
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