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 1461–1480 of 1717 papers
Qian D.
This case study examines PepsiCo's carbon management strategies for achieving its net zero emissions pledge, likely covering specific reduction measures and measurement approaches.
Chu X.
This study measures greenhouse gas emissions from facility agriculture in China, using the cucumber industry as a comparative case. It analyzes whether intensification of production increases or alleviates emissions, providing insights for …
van den Ende R.
This paper proposes a network-based method for allocating responsibility for greenhouse gas emissions across supply chains, aiming to clarify accountability and ensure equitable burden-sharing.
Lyons M.S.B.
This paper proposes an environmentally extended input-output approach to quantify the economic and environmental impacts of net-zero policies. It considers inter-industry dependencies and reveals trade-offs between emission reductions and e…
SYENDRA AYU BERNADITA, Indarto Indarto, Rohmini Indah Lestari
This study analyzes the impact of carbon emission disclosure, operating efficiency, capital structure, and media exposure on firm value for Indonesian Low Carbon Leaders Index companies. Results show carbon disclosure negatively affects fir…
Zulayho Bahodirjon kizi Jumaqulova
This paper provides a comprehensive review of methodologies, tools, and strategies for monitoring and managing carbon emissions in industrial processes. It highlights the role of emerging technologies such as digitalization, artificial inte…
Antoine Vialle
This paper examines soil carbon sequestration in Swiss metropolitan areas, proposing principles for soil regenerative urbanism based on interdisciplinary field surveys and research-by-design. The principles aim to preserve existing soils, r…
Bartosz Dendura, Mateusz Budziakowski, Anna Bąk +1
This study compares the environmental impact of envelope material choices for NZEB single-family houses in a carbon-intensive energy context using LCA based on EN 15804+A2. Three wall systems (ceramic, solid log, timber-straw) were assessed…
Shena Firanti Desfiani, Muhammad Zulham
This study examines the Indonesia-Norway REDD+ cooperation (2016-2025) for reducing carbon emissions from deforestation. The result-based contribution mechanism strengthens forest governance and transparency through MRV. It concludes that t…
Philip Conroy, Ramon Hanssen
This study proposes a method using satellite-based synthetic aperture radar interferometry (InSAR) to estimate an upper bound on CO2-equivalent emissions from drained and cultivated peat soils. Applied to the western Netherlands, the method…
Daniel Donado Quintero, Soonhee Han, Christopher T Senseney
This study compares life cycle GHG emissions of asphalt from stationary and portable plants in Colorado, USA, in the context of Buy Clean policies. It finds statistically significant differences, suggesting these plant types should be categ…
Zixin Zhao, Yuxi Yang, Yumeng Ma +3
This study used backpack LiDAR, field surveys, and maintenance inventories to quantify annual carbon sequestration, maintenance emissions, and net carbon budget in 44 plots across 16 parks in Xianyang, China. Closed broadleaved single-layer…
Honglong Deng, Ru Zhang, Qichao Hu +3
This study quantifies the carbon footprint of a bridge in Tanzania using life-cycle assessment. The production stage accounts for 87% of total emissions, with cement and reinforcing steel as main contributors. It proposes reduction measures…
Chao Wu, Grayson Badgley, Michael L. Goulden +10
This paper argues that current forest carbon protocols fail to adequately account for climate-driven carbon loss risks, potentially leading to overestimation of carbon credits and undermining climate mitigation efforts.
Yunlong Lv, Min Liu, Qiao-Chu Wang +3
This study evaluates 44 low-carbon technologies for primary copper production in China, identifying optimal technology packages and adoption pathways. Key findings: molten-salt heat storage exchange shows high mitigation potential and econo…
Xiaohui Xie
This paper proposes a carbon emission modeling framework based on graph neural networks. It constructs a heterogeneous graph with production equipment, energy consumption units, and emission factors as nodes, using multi-scale graph convolu…
Margot Dudkiewicz-Pietrzyk
This paper systematizes the concept of garden carbon footprint and proposes a coherent framework for its evaluation using life cycle assessment. It finds that carbon performance varies significantly with design and management, and climate n…
Evangelina Pareja Sánchez, Sergio Prats, Roberto García-Ruiz +2
This study assessed carbon balance and footprint of six olive groves in Alentejo, Portugal under integrated, organic, and biodynamic-organic systems. High carbon input groves consistently showed positive carbon balance (~+1.0 Mg C ha-1 yr-1…
KINGSLEY U. NWAWUBA, A. T. OGAH, M. ALKALI
This study assesses carbon stock potential in the Anantigha Swamp Forest in Nigeria, quantifying aboveground biomass, belowground biomass, and soil organic carbon. It highlights the significance of mangroves as blue carbon reservoirs and pr…
Philip Conroy, Ramon F. Hanssen
This study uses satellite SAR interferometry to estimate daily land motion in drained peat grasslands in the western Netherlands, separating reversible and irreversible components to derive an upper bound of CO2-equivalent emissions. The re…
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