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 1581–1600 of 1740 papers
Zhang Y
This paper analyzes barriers to scaling floating photovoltaics (FPV) in the Western US using a multi-criteria evaluation of 12,057 water bodies. An Analytic Hierarchy Process integrates physical constraints with governance factors like perm…
Feng Y.
This paper asymmetrically examines the impact of green finance and renewable energy consumption on environmental degradation and renewable energy investment, considering the COVID-19 outbreak's effect on the Chinese economy. It provides emp…
Dahhou N.
This study examines the impact of renewable energy and green finance on economic growth in Morocco using an ARDL approach, finding long-run relationships and policy implications.
Kodba A.
This paper analyzes specific greenhouse gas emission savings from biogas production using agricultural residues and industrial by-products. It quantifies reduction potentials, demonstrating the effectiveness of biogas as a clean energy sour…
Dedinec A.
This paper assesses the potential of renewable energy sources to reduce greenhouse gas emissions in Macedonia. It provides a quantitative analysis of the impact of renewable energy deployment on emission reductions and offers policy recomme…
Chen Y.
This study analyzes the impact of renewable energy consumption and digitalization on energy-related greenhouse gas emissions across G7 countries. It suggests that renewable energy adoption and digital technologies can contribute to emission…
Abbaspour M.
This study proposes a method using machine learning to consider productivity opportunity gaps in sustainable biomass energy supply chains, aiming to achieve net-zero targets by balancing efficient supply and environmental impact reduction.
Li Y.
This paper provides an overview of building-integrated photovoltaic (BIPV) in China, focusing on case studies and initiatives towards net-zero energy buildings. It highlights the role of BIPV in achieving sustainability goals.
Kurniawan T.A.
This critical review examines the potential of using biomass from agricultural waste as sustainable biofuel in the aviation industry to achieve net zero emissions. It synthesizes existing research, highlighting technical and economic challe…
Kim H.
This study evaluates the economic feasibility of achieving net-zero energy buildings (NZEB) by using solar and geothermal energy with heat pump systems, based on a case in the U.S. residential sector. It analyzes energy reduction and cost-e…
Maka A.O.M.
This paper discusses the critical role of solar energy technology in the pathway to net-zero emissions by 2050, emphasizing technological advancement, deployment scaling, and supportive policies.
He Y.
This study analyzes the relationships among natural resources, renewable energy consumption, economic growth, and greenhouse gas emissions, exploring pathways to environmental sustainability. Empirical findings support the effectiveness of …
Şahin B.
This paper provides a literature review of studies on renewable energy resources and green finance, summarizing research trends and challenges. It compares different approaches and findings, suggesting directions for future research.
Pradeep Prasad
This study analyzes technological and financial barriers to renewable energy growth in Jharkhand, India, and offers policy recommendations for JREDA. Key barriers include inadequate grid infrastructure, limited technical expertise, high upf…
Akash, Sanjay Kumar, Raju Rajak +4
This paper reviews how AI integration optimizes solar energy production, enhances reliability, improves grid integration, and enables predictive maintenance, all contributing to climate change mitigation. It highlights AI's role in real-tim…
Elia Lona James
This paper proposes a methodological framework for blockchain-enabled peer-to-peer solar PV trading as a climate adaptation strategy in African cities, using Lagos as a case study. It combines a permissioned blockchain platform with a netwo…
Saravanakumar P., . Yogeshwaran S, Shyam K. +1
This paper proposes an autonomous agricultural security system combining solar power and drone surveillance to protect crops from wildlife and environmental threats. The ESP32 controller integrates sensors for soil moisture, temperature, hu…
Nelson Amowine, Zhou Tao, Tomas Baležentis +1
This study examines the synergistic effects of green innovation, clean energy, and energy productivity on ecological sustainability (measured by load capacity factor) in African countries from 1990 to 2021. Using method of moments quantile …
Tianchao Ai, Hongwei Chen, Fanghao Zhong +2
This paper evaluates the thermodynamic performance, economic viability, and exergo-carbon footprint of biomass-to-X (BtoX) systems under different operating modes. It integrates carbon emissions and energy efficiency analysis to identify op…
Antonella Gorosábel, Jonas Geldmann
This article explores the dual role of renewable energy in mitigating climate change while potentially harming wildlife through turbines, solar panels, and dams. It advocates for smart planning to balance energy transition with biodiversity…
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