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 1141–1160 of 5759 papers
(著者不明)
This paper analyzes spatiotemporal patterns of GHG emissions from China's waste management sector and proposes pathways to carbon neutrality. It identifies regional and sectoral emission characteristics, informing policy priorities.
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This paper models greenhouse gas mitigation strategies in Australian dairy farming, evaluating the combined effect of stacking current and emerging practices. It aims to quantify the emission reduction potential of integrated approaches, pr…
Efstratios Mikropoulos, Toon van Harmelen, Ernst Worrell +1
This review systematically examines the treatment of materials in energy system models and proposes an integrated energy-material framework for circular economy and decarbonisation pathways. By linking material supply-demand with energy dyn…
Hariprasad Valiya Parambath, Rajesh Mehta, Clare Harvey +6
This paper focuses on scaling up plasma technology for decarbonizing the chemical industry. Plasma technology leverages high temperatures and energy density to electrify and improve efficiency of conventional chemical processes, potentially…
Karakosta C.
This paper examines strategies and pathways for reducing greenhouse gas emissions in the construction sector, reviewing policy and technological approaches to decarbonize construction activities and addressing industry-specific challenges a…
Hawkins J.W.
This empirical study shows that introducing high-yield dairy cattle breeds in Tanzania improves farmer incomes, reduces greenhouse gas emissions, and lowers dairy import dependency. It highlights the potential for climate mitigation and eco…
Özen E.
This study empirically investigates the impact of digital banking adoption on greenhouse gas emissions in Turkey. It examines whether digitalization reduces emissions through decreased paper use and physical infrastructure, offering policy …
Harris A.
This paper proposes a probabilistic fleet analysis method to model energy consumption, life cycle cost, and GHG emissions of bus technologies. It compares different bus options (diesel, hybrid, electric, etc.) under uncertainty, supporting …
Yu Y.
This paper analyzes the impact of global value chain participation and technological innovation on China's industrial greenhouse gas emissions and predicts future trends. It finds that technological innovation contributes to emission reduct…
Chen L.
This review comprehensively examines strategies for achieving a carbon-neutral society, synthesizing technological, policy, and social dimensions. It compares key pathways such as renewable energy transition, energy efficiency, and carbon r…
Muhammad Sumair, T. Rashid, Muhammad Idrees +3
This review examines decarbonization of Pakistan's cement industry, covering emissions profile, mitigation levers (energy efficiency, alternative fuels, CCUS), policy frameworks, and implementation challenges. It offers insights into transi…
S. T. Zhang, Sinan Xia, N. Liu
This study proposes a 'source-storage-load-production' coupled model for smart agriculture park microgrid planning, integrating capacity selection, grid connection, and agricultural loads. Based on 2024 field data from the North China Plain…
Ying Zhou, Shiyu Lin, 泽仁措 +5
This study calculates agricultural GHG (AGHG) emissions and efficiency in Chengdu using the IPCC coefficient method and Super-SBM-Undesired model, analyzing spatiotemporal evolution and influencing factors via center-of-gravity shift, kerne…
Yifu Zhang, Yuming Liu, 吳祖漢 +3
This study proposes two compressed CO2 energy storage (CCES) systems for long-duration storage, comparing thermodynamics and economics. The closed system achieves 62.25% cycle efficiency, while the semi-open system reaches 7.38×10^7 J/m^3 e…
Jingjing Zhao, Boyu Qi
This paper proposes a bi-level optimal sizing framework for an electric-hydrogen hybrid energy storage system in microgrids under multi-market coupling. Using WGAN-GP for scenario generation and NSGA-III for multi-objective optimization, it…
Samson Femi Adesope, Klaudia Zwolińska-Glądys, Marek Borowski
Road tunnel construction is carbon-intensive, yet emission hotspots and regional differences are understudied. This paper combines a PRISMA-based systematic review with a Polish case-study LCA, finding material production accounts for 70-95…
Jinho Nam, Paul H. Jung
This paper proposes a movement analytics approach to estimate localized vessel carbon emissions using AIS trajectory data. By analyzing vessel movements, it enables high-resolution emission estimation, contributing to decarbonization in the…
T. Narolina, T. Shmeleva
This article analyzes challenges in reducing the carbon footprint in the construction industry, examining GHG emissions across a building's lifecycle. It presents technological solutions and Russian decarbonization cases, using the Kaluga R…
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This special issue explores carbon-neutral pathways for urban buildings across their full life cycle. It covers sustainable heritage buildings, distributed energy systems, passive building wind environment optimization, and low-carbon consu…
Meghan Lewis, Monica Huang, Stephanie Carlisle +1
An introductory guide for architects on embodied carbon—the GHG emissions from materials over a building's full life cycle. It argues that operational efficiency and electrification are insufficient; tackling embodied carbon is essential to…
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