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 81–100 of 10315 papers
Fei Wang, Lei Jiao, Konglin Zhu +4
This paper addresses scheduling of cloud-edge federated learning under carbon neutrality constraints, incorporating demand response. It proposes methods to optimize the trade-off between learning performance and carbon emissions reduction.
Mykhailo Prazian
This paper explores how digital technologies, including AI and IoT, can be integrated into supply chains to reduce Scope 3 emissions and enhance cyber-physical resilience. It highlights the potential for improved emissions visibility and ri…
Sherif Attallah, Jennifer Warrner
This study assesses the power and water demand of hyperscale data centers in the US Midwest, focusing on Indiana. It finds that a single campus can add tens of TWh of electricity demand, with water impacts heavily dependent on cooling techn…
Amit Jhalani, Raj Kumar, Arpit Kumar Sharma +1
This critical review assesses the environmental footprint of meat production across the entire supply chain, from feed production to distribution. It identifies significant GHG emissions (CO2, CH4, N2O) at each stage, along with land, water…
Agostina Quicchi, Gerardo Szwarc, Jorge Vega +2
This study analyzes the environmental impact of installing a 100-panel 160W photovoltaic system over parking spaces at a sorghum stubble pellet production company. Results show a 51% reduction in CO₂ equivalent emissions from electricity co…
Hamid Safarzadeh, Francesco Di Maria
This study examines nanomaterial-based energy storage to accelerate Italy's renewable transition. Graphene and solid-state batteries offer high performance, but face cost and policy hurdles. AI-driven design and circular economy models pres…
Catriona Ewart, T Davis, Xueqi Wu +5
Using participatory systems mapping, this study explores how high-SES individuals in the UK perceive their role in climate mitigation. Findings show they often deflect responsibility and lack a sense of agency, suggesting policies must fost…
Marcos Quijal-Zamorano, Pierre Masselot, Antonio Gasparrini +1
This tutorial provides a step-by-step methodology for projecting health impacts under climate and demographic scenarios, using heat-related mortality in London as an example. It covers data acquisition, processing, uncertainty propagation, …
Asit Kumar Mishra
This paper presents a methodological framework using linear mixed effects (LME) models to assess the causal impact of energy retrofits on indoor climate conditions. It analyzes pre- and post-retrofit water vapor pressure data from Irish hom…
Fahad S. Allahaim
This paper evaluates the energy performance of the Saudi Building Code (SBC) across five climatic zones, finding 5-25% reductions in energy use intensity. It compares the Mostadam rating system with LEED v4.1 and BREEAM, and proposes seven …
Jan Stefanski, Anna Stefańska
This study compares eight heating and ventilation packages for a reference single-family house in Poland using EPC indicators and a screening life-cycle carbon assessment. Fossil-dominated systems show highest primary energy demand and emis…
Rəşad Fərzəliyev
This book review discusses a book on critical minerals and energy transition, analyzing sustainability and justice perspectives in the Global South.
Denys SHPAK
This paper examines digital twins for building energy management, focusing on electricity consumption forecasting and energy efficiency. It proposes a closed-loop framework integrating BIM, IoT, and machine learning, addressing measurement …
Philipp Heinrich, Beate Geyer
This study analyzes changes in the frequency and duration of simultaneous low-wind and low-solar events (Dunkelflauten) in Germany under climate change using a high-resolution CMIP6-based ensemble. Under 2K and 3K warming scenarios, it find…
Abimbola Windapo, Malehloa Makhupane, Bongani Nkosi +1
This study examines green building practices for carbon reduction in South African housing through practitioner interviews and surveys. It identifies effective measures such as passive and active energy efficiency, renewable energy, low-car…
Henry Shi, Chunping Wong, Beiling He +1
This paper proposes a framework for evaluating and selecting host cities for mega sporting events based on carbon emissions. Emissions are categorized into venue energy, ground travel, and air travel, with a temperature-activated cooling mo…
Peng Wang
MAS-NetCPO decomposes coupled orchestration across three timescales: fast routing, medium workload placement, and slow carbon-aware power budgets. Simulations using real traces show up to 38% reduction in carbon emissions and electricity co…
Kushal Roy, Dibyendu Saha, Md Nazir +1
This study provides a systematic review of India's coal regions, evaluating opportunities such as solar on reclaimed mine lands (27.11 GW), pumped hydro (~183 GW), biomass co-firing, and mine methane recovery (54%). It identifies institutio…
Sreelu Sreepadi, Jayarajan Kunnampalli
This study evaluates climate change education programs in higher secondary schools in Kerala, India, using survey data from 1,514 students across 240 schools. It finds that direct disaster experience and classroom use of weather station dat…
Hicham Ayad, Alanoud Al‐Maadid, Mohamed Sami Ben Ali
This study examines the impact of climate change, natural resource rents, world sentiment, and political stability on ESG and EESG performance across 14 MENA countries from 2000-2022. Using MMQR and robust checks, it finds that temperature …
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