This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open 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 3961–3980 of 24476 papers
Israel Waichman, Matthias Niebuhr, Aurel Stenzel
This paper examines how the EU Data Act can remove barriers to primary data sharing for Scope 3 emission reporting. Unlocking primary emission data stored in industrial assets would increase transparency and accountability, and move toward …
Petra Zsuzsa Lévay, Josefine Vanhille, Tim Goedemé +1
This study empirically examines how Belgian households' carbon footprints vary with socio-economic characteristics such as income and household composition, providing evidence for distributional analysis and equitable climate policy design.
Chi FAN
This paper analyzes how digital technologies shape global green trade through a three-dimensional framework of production, distribution, and market/governance. It argues that AI, blockchain, and IoT act as catalysts for green innovation and…
Seon Hyeog Kim
This paper proposes a standardized data interoperability framework (ANSI/ASHRAE 201) combined with PPO-based deep reinforcement learning to jointly optimize electricity and heat in lithium-ion battery manufacturing. Real-world data shows an…
Russell Levy
This annual strategic forecast for Australian hospital pharmacy (2022-2027) is based on a 96-expert panel survey across six themes including environmental sustainability. It predicts pharmacy departments will adopt carbon footprint reductio…
Svenja Hauck, Lucas Greif
This article reviews the role of knowledge graphs and AI in sustainability assessment, enabling comparison of environmental impacts during product development. A case study demonstrates carbon footprint analysis using these technologies, hi…
Mengqi Huang, Xilin Chen, Jelena Ninić +2
This paper proposes a framework that integrates embodied carbon assessment with construction feasibility for prefabricated stations. It enables emissions-informed decision-making during the construction phase, contributing to low-carbon inf…
Thomas J. Mozdzer, Ben Donnelly, Michael J. Blum +1
Rapid evolution of foundation species can alter ecosystem processes such as carbon cycling and storage under global change. Integrating evolutionary biology into ecosystem models improves predictions of ecosystem responses, with implication…
USDOE Office of Energy Efficiency and Renewable Energy (EERE), Energy Efficiency Office. Advanced Materials & Manufacturing Technologies Office (AMMTO), Patrick Blanchard, David Bank +3
This project develops a room-temperature-stable, fast-curing carbon fiber sheet molding compound (CF-SMC) enabling sub-3-minute cycle times for high-volume automotive production. The material achieves a 3x tensile modulus improvement over g…
Ernesto Relogio
This study develops a multi-period optimization model for Paris-aligned green hydrogen pathways at European oil majors, incorporating stochastic LCOH, hydrogen storage, renewable profile sensitivity, and real options analysis to evaluate in…
Walleci Gabeu Lira, Cláudio Ruy Portela de Vasconcelos, Walter Leal Filho +1
A systematic review of strategies for decarbonising air travel in higher education institutions, identifying three key areas: emissions estimation and control, driving factors, and institutional barriers. Offers insights for Scope 3 emissio…
Arvid Glenvik
This LCA compares urea production in Sweden and Europe, identifying renewable input flows as the most critical factor, cutting GHG emissions by 83–91% and primary energy use by 37–48%. Geographical location also matters but the gap shrinks …
Rueda Mancebo, Luis Alberto
This master's thesis presents a comprehensive methodology for quantifying Scope 3 emissions in a university engineering department using GHG Protocol and ISO 14064-1. It details data collection, emission factors, uncertainty analysis, and a…
Teddie Potter, Terra Peterson Jonker
This article examines how climate change affects mental health in perinatal populations, highlighting eco-anxiety and solastalgia. It argues that midwives and birth professionals should integrate climate-aware mental health screening and co…
Eli B. Schulman, Kai Chen, Andrew Y. Chang
This commentary examines the health impacts of climate change through extreme precipitation, wildfires, and heat waves, highlighting methodological challenges for health services research, including data gaps and exposure misclassification.…
L Hasselsteen, M Westergaard Thuesen, K Kanafani
This study compares Scope 3 transport emission calculation methods in construction supply chains using eight case studies and an LCA framework. Results show 48.8–146.1% variance depending on method and emission factors; spend-based methods …
Giovanni La Croce
This working paper defines an operational methodology for Scope 3 GHG inventories under the GHG Protocol Corporate Value Chain Standard, aligned with CSRD/ESRS E1. It covers 15 categories, calculation methods, emission factor databases (DEF…
Prof. Dr. Syed Shabib-ul-Hassan Muhammad Nabeel Ashraf
This paper performs a carbon accounting of Hamdard University in Pakistan for 2018, estimating total GHG emissions of 1,786.2 tCO2-e using GHG Protocol and IPCC emission factors. Scope 1 (transport fuel combustion) accounts for 54.14%, Scop…
Azeez Lamidi Olamide, Omolola Badmus
This study proposes a comprehensive evaluation model to improve carbon accounting accuracy across Scope 1, 2, and 3. It integrates machine-learning anomaly detection, uncertainty quantification, and materiality assessment, aligning with GHG…
Eva Rawlings Parker, Isabella J. Tan, Misha Rosenbach
Healthcare contributes 5% of global GHG emissions, 80% from supply chains and pharma. This perspective argues for integrating life cycle assessments (LCAs) into dermatology prescribing, using atopic dermatitis as a case. Biologics have a hi…
Browse by Topic