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 29381–29400 of 37191 papers
Louise Leijonberg, Sandip Hindocha, K. Maheshwari
This pilot study quantifies carbon emissions of hand surgery procedures at a UK NHS hospital using the GHG Protocol. For five trauma cases, per-case emissions ranged 8.32-22.56 kg CO2, while total per half-day list reached ~300 kg CO2. Scop…
Kourosh Halat, S. Childe, Nick Golding +1
This paper focuses on double-counting and under-reporting in supply chain emissions, proposing methods for fair responsibility allocation. It offers practical actions to improve Scope 3 reporting accuracy.
Shasha Chen, Junhui Zhang, Yuxiang Tang +1
This study examines the effects of biochar content, type, and particle size as a partial aggregate substitute in low-carbon cementitious materials. It provides experimental insights into optimal mix design and carbon reduction potential.
Jiahao Ye, Yingchao Dong, Gaozheng Zhao +2
This paper proposes a collaborative forecasting scheduling method for heterogeneous energy systems that considers the low carbon complementarity and matching between generation and demand sides. It contributes to the integration and efficie…
Mingyun Gao, Qinzi Xiao, Ruiping Wu +1
This paper investigates a low-carbon supply chain where a capital-constrained retailer combines low-carbon credit financing (LCF) and trade credit financing under dynamic consumer preferences. Using a two-period newsvendor model with demand…
Zhiwei Zhao, Lihong Peng, Wenzhi Cao +2
This study evaluates city-level carbon emissions and industrial structures across nine cities in Fujian Province, China, to examine how regional low-carbon industrial synergy can promote economic growth and carbon mitigation. The results sh…
Bian Xiaoyu, Xu Jing, MA Baichao
This paper examines electric unmanned aerial vehicles (E-UAVs) as an emerging solution for low-carbon freight systems, discussing their potential and challenges in decarbonizing logistics.
Yang Liu, Yuanyuan Zhu, Hui Li +2
This paper empirically demonstrates that climate policy uncertainty significantly hinders corporate energy structure low-carbon transition, using Chinese firm data. It identifies mechanisms: reduced management long-term behavior, lower gree…
Wenbin Chen, Xueyan Ju, Hong Nie +6
This paper reviews advances in catalyst technology for diesel hydrotreating, aiming at low-carbon production. Novel catalyst materials enable reduced hydrogen consumption and lower CO2 emissions.
Shiyi Song, Ran Guo
This study estimates carbon emissions in Xi'an using a 500m grid and analyzes spatial heterogeneity via autocorrelation and MGWR. Commercial areas show highest emission intensity, with a positive feedback loop from the 'dry heat island' eff…
Lan Yu, Chunheng Fu, Ting Yu +1
This study examines the impact of high-speed rail (HSR) opening on urban green total factor energy efficiency (GTFEE) in China using a dynamic network slacks-based measure and staggered difference-in-differences method. Results show HSR sig…
Xiaonan Dong, sungjin son
This study examines how AI adoption affects corporate carbon neutrality performance using Resource Orchestration Theory. Analyzing panel data of Chinese A-share listed manufacturing firms (2018-2023), it finds that AI significantly enhances…
Chuanbin Liang, Wenxin Zhang, Shichao Chen +2
This study analyzes the coupled water and carbon burden transfers in China's staple-crop supply chains, quantifying trade-driven responsibility shifts and regional inequality. It identifies sustainability options for reducing these burdens,…
Yulong Xiao, Chaoshun Li
This study proposes a multi-leader Stackelberg game model analyzing strategic interactions between power generators and consumers in coupled electricity and carbon markets, considering both medium/long-term contracts and spot trading. Equil…
Chuxuan Wei
This study empirically analyzes the impact of the EU's CBAM on steel, aluminum, and downstream sectors like automotive, using a reproducible 'industry-product-factor' framework. It quantifies border carbon cost increases due to the absence …
Gian Luca Vriz, Theodor Cojoianu, Carolyn Fischer +1
This firm-level analysis of Indian steel exporters reveals that high-emission firms significantly reduced EU exports and revenues during the CBAM reporting phase, while low-emission firms maintained their levels. The supply chain adjustment…
Parisa Javadi, Patrick O’Rourke, Jay Fuhrman +5
This paper systematically quantifies the regional air quality and public health implications of six carbon dioxide removal (CDR) portfolios for the U.S. It finds that while both high- and low-CDR deployment avoid similar climate damages, th…
Abdullah A. Aljughaiman, Mosab I. Tabash, Suzan Sameer Issa +1
Using quantile VAR, this paper shows asymmetric volatility spillovers from EU-ETS to European emerging stock markets. In bullish conditions, transmission reaches 88%, with Greece, Poland, and Hungary most exposed, while Slovak equities act …
Dan Bettenhausen, James Casper, Adam Krueger
This study evaluates the net carbon balance of façade retrofits by comparing embodied carbon from materials with operational carbon savings. Using weather data and building orientations, it identifies conditions where retrofits effectively …
Owain Johnson
During the early COVID-19 pandemic, California carbon allowance prices fell below the floor price due to demand drop and risk aversion. The author advised clients to secure discounted forward contracts for December 2021 delivery, resulting …
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