GX & Decarbonization Research

Saule Burkitbayeva, Emma Aisbett, Jill E. Hobbs +1

This paper addresses the urgency of harmonizing international GHG accounting methodologies for agriculture. It emphasizes farm-level measurement as foundational, proposing a conceptual framework to unify disparate standards across national …

Umayal Palaniappan (24091869), Neeraj Jain, Nachiappan Subramanian

This study conducts a longitudinal analysis of Indian firms to examine how supply chain climate policies influence focal firms' efforts to reduce scope 3 emissions. The findings highlight the effectiveness of such policies in an emerging ec…

Honglei Wang, Chen Lin, Kingsley Imandojemu +3

This study examines how the carbon footprint of bank loan portfolios affects bank stability, profitability, and cost efficiency using a panel of 33 countries from 2005-2018. It finds that carbon-intensive lending correlates with higher shor…

Daniel Helmig

This study analyzes survey data from 248 German manufacturers and finds that environmental standards implementation is negatively associated with managers' perceived capability to reduce supply chain emissions (β=−0.334, p<0.001). The autho…

Vivienne Reiner, Arunima Malik

This study applies a hybrid input-output life cycle assessment to measure scope-3 emissions and nature impacts in alignment with ISSB. Using a university case study, it finds indirect impacts account for 90% of total footprint. It argues fo…

Jiajun Du, Wei Wang, Ting Lou +1

This paper proposes a probabilistic framework for risk-informed embodied-carbon compliance of new construction buildings, integrating seismic risk and dynamic decarbonization-consistent limits. The framework allows for assessing whether bui…

Kim M.

This paper proposes a mobile-based approach to track Scope 3 emissions, aiming to improve data collection efficiency and visibility across supply chains. It demonstrates practicality through pilot studies or case examples.

Ruijing Luo, Qingge Geng, Chuan Shi +1

This paper proposes a multi-tier methodology for Scope 3 emissions accounting in complex supply chains. It provides a mathematical framework and presents empirical insights from China, demonstrating the method's applicability.

Sebastian Steinmeier, Chantal Rietdorf, Michael Rentschler +1

This paper proposes a strategic framework for effectively managing Scope 3 emissions in industrial supply chains, focusing on procurement processes. It integrates emission reduction into supplier engagement and collaboration, providing prac…

Chuang Li, Xing Yan, Keke Li +2

This study forecasts low-carbon transition pathways for supply-chain-related enterprises in China. Using regional and industrial scenarios, it analyzes emission reduction potentials and policy implications.

Llopis, Guillermo

This dataset provides carbon and water emission factors for AI inference across three model classes, ten cloud regions, and two infrastructure scenarios. It supports Scope 3 Category 1 reporting for corporate GHG inventories.

Bae Y.

This paper highlights the significance of Scope 3 emissions in sport events, including travel, merchandise, and food, which often constitute the majority of the carbon footprint but are difficult to measure. Accurate accounting is essential…

Nayana Jagadish Raikar, Prasasthi Sanjana Chekuri, R. Prathiksha +3

This paper proposes ClimateAuditX, a heterogeneous graph neural network framework for detecting carbon leakage and attributing Scope 3 emissions across supply chains. By modeling inter-firm transactions as a graph, it traces indirect emissi…

Jorge Vareda Gomes, Catarina Moreira

This study conducts an ISO 14040/44-compliant cradle-to-grave LCA on CERELAC® infant cereal, quantifying Scope 1, 2, and 3 emissions. Scope 3 emissions dominate at 94.3% of total, with product use (44.7%) and purchased goods and services (3…

Chinedu Michael Chiejine, Endurance Ikechi Eke

This study uses simulated data from 200 international shipments to compute carbon intensities of air, road, rail, and sea transport. Regression analysis shows that transport costs (coefficient 0.0004, p<0.001) and delivery time (0.018, p=0.…

Jiayue Sun, Xiaocun Zhang, Fenglai Wang

Based on 538 residential buildings in China, this study compares embodied carbon intensities across low-rise, multi-story, and high-rise buildings, averaging 399, 443, and 450 kgCO2e/m2 respectively. Structural form and seismic fortificatio…

Edwards L.

This paper presents a case study applying life cycle assessment (LCA) to measure and reduce greenhouse gas emissions from major events at the University of Arizona. It quantifies the carbon footprint across all event stages and identifies r…

Boehm R.

This study conducts a comprehensive life cycle assessment of greenhouse gas emissions from U.S. household food choices, quantifying differences by food type and origin, and suggesting improvements for consumer behavior.

Kenway S.J.

This paper focuses on Scope 3 indirect emissions from residential hot water, examining opportunities and challenges for reduction. It assesses specific emission sources and feasibility of mitigation measures.

Liang H.

This paper proposes accounting methods for building embodied carbon and life cycle-based policy design towards net zero carbon buildings in the Greater Bay Area, China. It provides a crucial framework for decarbonizing the building sector, …