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 2141–2160 of 31060 papers
Jani Sillman, Patel Gulam Husain, Jouni Havukainen +5
Using Finland as a case study, this LCA quantifies emission savings across six green-hydrogen Power-to-X pathways (e-H2, e-methane, e-methanol, e-fuels, e-ammonia, green steel). Green steel yields the largest savings (~17.5 MtCO2-eq), follo…
Lukas Schuster, Omosalewa Odebiri, David B. Lindenmayer +3
Using 16,773 hourly measurements from 54 farm ponds in southeastern Australia, this study shows that excluding livestock reduced N2O by 44% and CH4 by 52%, cutting total CO2-eq emissions by 44%. Reductions in the two gases were not consiste…
Krista Petersone, Jurģis Šķilters
Comparative analysis of energy-sharing pilots in Estonia, Finland, Latvia, and Sweden under the EU framework. Identifies barriers around DSOs, data platforms, and market integration, and proposes three policy opportunities: rewarding system…
hawamkwela@yahoo.com MKWELA
First bibliometric comparison of grassland vs. forest carbon storage research in Sub-Saharan Africa, analyzing 293 open-access articles (2020–2025). Forest research outnumbers grassland 3.6:1 and dominates citations, even when normalized by…
Haiwei Gu, Michael G.H. Bell, Ze Wang +3
This study applies evolutionary game theory to analyze green corridors as a mechanism for decarbonizing shipping. It models how strategic interactions among ports, shipowners, shippers, and governments shape the adoption of green fuels and …
Surya Prakash Chauhan, Sachin Sharma, Rajesh Maithani
This review examines how concentrating solar power (CSP) technologies—parabolic troughs, Fresnel reflectors, dishes, and central receivers—can drive large-scale decarbonization via high-temperature thermal energy and long-duration storage. …
Olatunji A. Shobande, Lawrence Ogbeifun, Aviral Kumar Tiwari
This paper examines transport decarbonisation as both a driver of the energy transition and a shaper of climate resilience. With UK and Indian institutional involvement, it offers an international perspective spanning EV uptake and transpor…
Jihène Khalifa
Using Tunisian data (1996–2024) and a NARDL model, this study examines how temperature, precipitation, and CO₂ emissions affect crop production. Rising CO₂ emissions significantly reduce crop output in both the short and long run, while fer…
Shaima Chowdhury Sharna, Tek Maraseni, Ando Radanielson +1
Surveying 435 rice farmers in Bangladesh, this study examines behavioral readiness and willingness to pay (WTP) for rice-straw incorporation. Adoption is low (14%) but 31% show interest and 28% would pay an average USD37/ha/season, revealin…
Sheridan Few, Tim Braunholtz‐Speight, Peter Taylor
This paper examines how energy network transformation costs and benefits are distributed, warning that energy-poor households may overpay for upgrades that mainly benefit wealthier users adopting heat pumps and EVs. Drawing on UK workshops …
J.H. Fernandes, Rita Pestana, Chiara Lazzari
The Plan4COLD methodology supports South European municipalities in preparing Sustainable Local Heating and Cooling Plans (SLHCPs) under Article 25 of the EU Energy Efficiency Directive. Structured in five phases—preparation, baseline asses…
María Cecilia Ruiz Cardona, Carlos Humberto González Escobar
This paper examines an implementation architecture for just energy transitions in extractive-dependent developing economies, using Colombia as a case. It focuses on how governance conditions translate into practice, linking transition polic…
Paul Midford
Russia's invasion of Ukraine exposed the energy-security nexus for Europe and Japan. This chapter analyzes trade 'influence' and 'supply' effects, then focuses on an emerging link between renewable energy and military security: centralized …
Charles Adesola Ajagbe, Gbenga Edward Oladokun, JUBRIL BABATUNDE JIMOH
This study examines how governments allocate policy attention between climate adaptation and mitigation, using a survey of 200 public-institution and policy stakeholders analyzed via multiple regression. Adaptation and mitigation attention …
Megan J. Cole, Tracy Ledger
This work examines reallocating water currently consumed by coal-fired power plants and coal mining to support a just energy transition. As coal assets retire, freed water could be redirected to other uses, easing community impacts and impr…
Stephane Bourgeois, Yves Marignac, Nicolas Taillard +1
This study benchmarks eight major European climate scenarios using 14 indicators to assess how demand reduction versus supply-side options shape climate ambition. It finds demand reduction correlates positively with ambition, feasibility, a…
Xingyu Xue, Hongrui Ma
This dataset supports research analyzing resource-aware climate mitigation pathways for Japan's light-duty vehicle sector beyond electrification. It considers material and resource constraints, examining decarbonization options that go beyo…
Amjid Khan, Rashid Abbas Khan, Dilawar Hassan +5
This review synthesizes microbial electrochemical technologies (METs) as a route to decentralized, resource-recovering wastewater treatment, bridging extracellular electron transfer kinetics with green-synthesized nanomaterials, quantum dot…
Ammar M. Khourchid, Hazrat Bilal, Fatima‐Zahra Lahlou +6
A study analyzing how changing climate and socioeconomic scenarios shape future energy demand and optimal power generation mixes. It quantitatively explores mix optimization under scenario-dependent demand shifts, with implications for deca…
Zihao Teng, Lizhuo Wang, Jun Huang
This review systematically links fundamental surface reaction steps to advanced catalyst design for CO2 dry reforming of methane (DRM), a route converting two greenhouse gases into syngas. It organizes durability and cost strategies into ac…
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