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 2841–2860 of 37257 papers
Tikli Loivaranta, Piia Lundberg, Jukka Käyhkö
Using a June 2022 survey across three Finnish regions, this study examines perceived fairness of fuel tax increases through a spatial justice lens. Rural and sparsely populated residents perceive the tax as less fair, and climate concern, t…
James Painter, Silje Kristiansen
Manual content analysis of ~50 outlets in five food-important countries (Argentina, Australia, Brazil, UK, USA) on COP28 coverage of the food-climate nexus. Only 6% of COP28 coverage discussed food in depth; meat/livestock defenders (trade …
Jerzy Łabaj, Agnieszka Fornalczyk, Róbert Findorák +4
This study explores using fruit seed/stone biomass as a substitute for coal in reducing copper-bearing metallurgical slag. Gibbs free enthalpy analysis and pyrometallurgical tests at 1300°C over 1–5 hours assessed Cu and Pb removal efficien…
Jan Hartmann, David Yang Shu, André Bardow +1
A study examining the enablers and barriers to realizing sector-coupled energy systems within planetary boundaries. It assesses the conditions under which integrated power, heat, transport and industry decarbonization pathways remain consis…
Enoch I. Obanor, Nesochi Mogbolu, Goodness E. Olumide +1
This book chapter examines how energy diplomacy advances renewable energy adoption by fostering international cooperation, technology transfer and finance mobilization. It identifies climate agreements, innovation and economic incentives as…
Andrea Bastianin, Xiao Li, Luqman Shamsudin
Analyzes return and volatility dynamics of 16 energy transition metals critical to renewables, electrification, storage and digital infrastructure. Comparing GARCH(1,1) with several stochastic-volatility models via in-sample estimation and …
Prakash Gadipelli
A comprehensive review of bio-based materials for batteries and supercapacitors, covering biomass-derived carbons (>400 mAh/g Na-ion anodes, >300 F/g supercapacitors), natural polymer gel electrolytes, and bio-inspired composites. It report…
Квон Гульнара Магсумовна, О. Г. Поздеева
This paper assesses circular-economy elements in Russia's energy policy, examining renewable energy, resource efficiency, and energy-sector waste. It finds that Russia's Energy Strategy to 2050 includes some resource-saving measures (ash/sl…
Enock Appiah
This study uses the IAEA's FINPLAN model to assess the financial viability of a 50 MW waste-to-energy plant in Kumasi, Ghana. With a GH₵1.5 billion investment and 273 GWh annual output, the project yields an 18.27% IRR and ~GH₵154 million N…
Gabriel Medeiros Abrahão, Jens Heinke, Michael Crawford +20
Integrating carbon-cycle data from nine DGVMs into the REMIND-MAgPIE-MAGICC framework, the authors show that varying vegetation carbon-density assumptions alone substantially shifts cost-effective land-based mitigation. Under 1.7°C, cumulat…
Guotao Yang, Jing Wu, Shuya Yan +2
Using 2019–2023 panel data for 31 Chinese provinces, this study embeds a Climate Physical Risk Index as an exogenous variable in a parallel two-stage EBM-DEA model to assess sustainable crop production efficiency. Incorporating climate risk…
Kathleen J. Hancock, Kathryn Chelminski, Christina E. Hoicka +3
Drawing on empirical energy-transition research across democracies in the Americas, Europe, and Asia, the authors propose a comparative energy justice research agenda. They highlight under-explored institutions (federalism, public utility c…
John Vincent Salinas, Aldrin D. Calderon, Jonathan Veran Macayan +1
A systems-oriented review organizing AI applications across solar, hydropower, and wind energy by function: forecasting, optimization, maintenance, and control. Deep learning dominates forecasting, while reinforcement learning and hybrid AI…
Daniel M. Kammen, Mariusz Baranowski, Piotr Jabkowski +1
This study quantifies how scaling EU solar and wind capacity translates into demand for critical minerals. It links gigawatt deployment targets to mineral requirements, highlighting supply-chain and procurement constraints on the energy tra…
Huiting Jing
Using China's 2010 science-and-technology finance pilot as a quasi-natural experiment, this study applies a staggered DID to panel data from 282 prefecture-level cities (2010-2023) to test whether STF accelerates urban low-carbon energy tra…
Prakash Singh, Vikash Kumar, Ajay S. Kalamdhad
This study optimizes the food-to-microorganism (F/M) ratio in anaerobic digestion of stored sugarcane bagasse to boost methane yield and environmental performance. It targets renewable energy recovery from biomass residues alongside waste t…
Muhammad Irfan, Gamal El Afandi, Santosh Sapkota +1
This review synthesizes evidence on how climate change degrades soil physical, chemical, and biological functions, and evaluates sustainable management strategies such as conservation agriculture, organic matter management, diversified crop…
Sonia Yeh, Christopher Dirzka, Aleksander A. Kondratenko +3
This study builds a governance–Living Lab fit framework linking port governance conditions to four LL pillars: co-creation, real-life setting, iterative learning, and institutional embedding. Comparing two municipally owned Nordic ports—Aal…
Muhammad Chaeroel Ansar, A. Hasyim Asyari Amir Husni
A PRISMA-guided bibliometric and science-mapping review of 201 Scopus publications (2015–2025) on justice and governance in energy transitions. Research leadership remains concentrated in Global North institutions, yet the collaboration net…
Tracey Dodd, Tim Nelson, Harry J. Van Buren
This paper proposes 'remedial stakeholder theory' as a normative framework spotlighting organisational responsibility for historical environmental harms. Using climate change and the energy transition as its case, it argues that energy firm…
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