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 121–140 of 351 papers
Fu Jia, Stefan Seuring, Lujie Chen +1
This editorial systematically reviews supply chain transparency (SCT) literature and proposes a framework with antecedents, practices, outcomes, and challenges. It highlights the role of digital technologies and stakeholder pressures while …
Mary Laura Lind, Walter Lehmacher, Kimberly E. Lind +1
This paper argues that fragmented, low-quality data sharing in supply chains undermines both disruption management and accurate GHG accounting, since only primary data enables precise emission calculations. It proposes rethinking digital co…
Samantha Reynolds
This qualitative study investigates green logistics strategies for reducing carbon footprints in supply chains, drawing on interviews with managers and experts. It identifies route optimization using telematics and data analytics, eco-frien…
Suzanne Greene, Alexis Bateman
This chapter argues that transparency in GHG accounting and annual public disclosure are essential for managing supply chain decarbonization toward 2050 goals. It reviews levers such as standards, data collection, information sharing, and v…
Martin Straka, K. Kleinová
This paper proposes a three-layer autonomous replenishment system for shared logistics using LSTM demand forecasting, VRP/ACO route optimization, and anomaly detection. Simulations show 95% inventory prediction accuracy (MAPE=4.02%), reduci…
Milad Darzi Ramandi, Armin Jabbarzadeh, Amin Chaabane +1
This study models green supply chain coordination in the pharmaceutical industry using game theory, analyzing how government emission taxes and incentives affect green investments and profit-sharing contracts. Validation with real-world dat…
Robert H. Crawford
Using multi-regional input-output analysis and structural path analysis on EXIOBASE3, this study assesses embodied GHG emissions of construction sectors in 44 countries. Emissions intensity varies widely (0.165–2.05 kgCO2e/Euro), with concr…
Amin Jan, Anas A. Salameh, Haseeb Ur Rahman +1
This conceptual paper examines whether blockchain can enhance environmental SDG performance in manufacturing firms by enabling a shift to green supply chain management. It proposes a framework with propositions for future empirical testing …
Tasseda Boukherroub, Yann Bouchery, Tarkan Tan +2
This paper examines carbon footprinting across supply chains, covering measurement methodologies, reporting standards, and disclosure practices. It addresses challenges in Scope 3 accounting and offers insights for corporate sustainability …
Ying Xu, Fu Jia, Lujie Chen +1
Using panel data of 454 Chinese listed manufacturing firms (2010-2021), this study shows digital transformation (DT) promotes carbon emissions reduction (CER). The positive effect is stronger under high supplier/customer concentration but w…
Vasyl NAMONIUK, Arina MALIUHA
This study identifies three corporate response patterns to global shocks—maintaining standards, acknowledged compromise, and silent retreat—using QCA and case studies across textile, automotive, tech, and logistics sectors. It reveals a str…
Guangqian Ren, Man Jing, Peitong Liu +1
Using Chinese A-share listed firms from 2011-2024, this study shows that customer AI technology significantly boosts suppliers' green and low-carbon efforts (GLE) via green demand forcing and green knowledge spillover. Effects are amplified…
Xiang Li, Zibo Lin, Yu Cao
This paper models how industrial internet platforms drive low-carbon transformation across supply chains using a two-stage evolutionary game. It analyzes the interplay between platform participation and low-carbon technology adoption, and s…
Natalia Magnani, Anna Casaglia, Chiara Braucher
This paper critically analyzes the social and environmental injustices embedded in the supply chain of the 'green' energy transition. It examines resource extraction, labor conditions, and impacts on local communities, arguing that the tran…
Amit Jhalani, Tarun Agrawal, Raj Kumar +3
This comprehensive review evaluates the meat industry's full life cycle—from feed production to distribution—and quantifies its GHG emissions (CO2, CH4, N2O) alongside impacts on deforestation, water use, and biodiversity. It outlines mitig…
Eijiro Kakihara, Peter Dauvergne
This paper analyzes how Japanese government policies promoting megasolar projects create incentives for forced-labor risks in solar energy supply chains. It highlights the gap between renewable energy promotion and social safeguards, callin…
Aggarwal A.
This paper presents a function-driven case study on material selection for yoghurt packaging, analyzing non-renewable energy use and greenhouse gas emissions. It conducts life-cycle assessment of different packaging materials to identify th…
Büscher W.
This paper focuses on reducing greenhouse gas emissions from poultry farming through improved feed, manure management, and other practices.
Rasmeet Singh, Gabi Burge, Muhammad Haider Ali Khan +4
This paper presents OpenCu, an open-source Python framework for evaluating renewable energy integration in copper value chains from mine to export. It links process mass and energy balances with levelized costs, Scope 1-2 emissions, and pol…
Nadia Fausta Azhara
This paper examines how ambiguous definitions of forest and deforestation in regulations and standards allow mining companies to selectively comply (norm shopping), undermining the environmental and social integrity of the EV supply chain a…
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