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 16081–16100 of 35325 papers
Mahmoud M.H.
This paper proposes guidance for reducing GHG emissions in Middle Eastern construction. It identifies emission sources and suggests mitigation measures. The guidance is practical for the regional context.
Almazam K.
This study uses simulation and reinforcement learning to assess and optimize semitransparent photovoltaic glazing for net-zero energy buildings in hot-arid climates, balancing energy generation and consumption to propose optimal window desi…
Guj P.
This paper assesses whether future copper resources and supply will be sufficient to meet net zero emission goals. It analyzes demand growth from renewables and EVs against supply constraints, offering policy implications.
Xu Z.
This paper explores factors for building individual and collective mitigative capacities to achieve carbon-neutral communities through lifestyle transition. It focuses on the roles of local institutions and psychological drivers in enabling…
Ni Y.
This paper proposes a novel integrated agricultural land management approach to provide sustainable biomass feedstocks for bioplastics, supporting the UK's net-zero target.
Lamb W.F.
This paper analyzes the size and composition of residual emissions in integrated assessment model (IAM) scenarios that achieve net-zero CO2. Residual emissions are those from sectors where complete decarbonization is challenging, requiring …
Fakhri Alam, Awais Salman, Dong Bo +2
This study examines enablers and challenges for green and low-carbon building technology in Chongqing, China. Through literature review and survey of 100 construction companies, it identifies key enablers (e.g., energy optimization, improve…
Adrian Przymuszała
This paper evaluates methods for estimating agricultural damage in Poland under increasing climate risks, comparing traditional on-site inspections, insurance-based approaches, and technological solutions such as index-based insurance and r…
Haiqian Ke, LingJing Kong, Yaoyi Zhang
Analysis of 40 countries from 1994-2020 shows that rising temperature significantly increases geopolitical risk, especially in underdeveloped and arid regions. Mediating mechanisms include reduced manufacturing growth, lower Human Developme…
Вячеслав Сергеевич Наумов, Александра Владимировна Морозова
This paper assesses the environmental impact of ship construction, operation, and disposal, highlighting that disposal significantly contributes to lithospheric pollution through solid waste. Using normalized pollutant mass and damage asses…
Shian Zeng, Xufeng Zhu
This study measures the co-reduction level of CO2 and air pollutants (SO2, NOx, PM2.5, CO) in China using city-scale all-sector and four-sector data (power, industry, transport, residential) and provincial-scale 11-industry data. From 2006-…
Yuyan Luo, Yong Qin, Xiaojing Yu
This study evaluates tourism system resilience in Tibet-related areas of Sichuan, China, using an integrated entropy weight-AHP model, coupling coordination model, and obstacle degree model. Analyzing panel data from 2011-2020, it finds tha…
Jun Yan, Shi Yan, Shihan He +2
This study uses XGBoost and SHAP to analyze ozone pollution in Henan Province (2022-2024). Meteorological factors explain 83.3% of ozone variation, with temperature and solar radiation as key drivers. Regional and seasonal differences highl…
Jiachen Shou, Waner Li, Hui Li +5
This study integrates Random Forest and DEMATEL to identify key drivers of transportation carbon emissions across 30 Chinese provinces from 1997 to 2022. Findings show that R&D expenditure, registered scientific achievements, and energy con…
R. Flores
This systematic review identifies 'blind spots' in biogenic methane emissions from coal sources, including dissolved CH4 in produced water from coalbed methane extraction and flooded abandoned mines. It highlights that current IPCC-tier est…
Huanhuan Yan, A. Richter, Xingying Zhang +7
This study presents the first global SO2 column retrievals from the FY-3F/OMS instrument (Chinese satellite). Validation against TROPOMI shows good stability over clean oceans (precision ～0.15 DU), successful detection of volcanic plumes, a…
Yu-Qin Wan, Ji-Long Tong, Yong-le Liu +3
This study uses the XGBoost algorithm to quantify the influence of meteorological factors on summer ozone concentration in Lanzhou, China. It provides a machine learning approach for air quality analysis but is not directly related to decar…
Shahaan Shafiq, L. Roberts, Greg Williams +1
As part of the NHS net-zero target, a computerized clinical decision support (CCDS) tool was implemented at Lancashire Teaching Hospitals to reduce inappropriate urine and wound swab requests. Over a 3-month intervention, urine samples decr…
Renjie Cui, Tarkan Tan, O. Alp +1
This review synthesizes literature on fleet electrification from an operations management perspective, identifying key decision factors at strategic, tactical, and operational levels. It extracts practical lessons for fleet operators and pr…
Shimei Li, Yuqing Li, Jinman Luo +1
This paper proposes a dynamic optimization strategy for carbon emissions in an electrocarbon coupling system using reinforcement learning. The approach enables real-time emission reduction, outperforming static methods. It contributes to sy…
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