Unlocking Green Oxygen's Potential for Planetary Carbon Management
Held M.
This article explores the role of green oxygen in planetary carbon management strategies. It discusses potential applications and benefits.
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 7501–7520 of 16858 papers
Held M.
This article explores the role of green oxygen in planetary carbon management strategies. It discusses potential applications and benefits.
Dereje Gasheye, Semaigzer Ayalew, Desalegn Getnet +1
This study examines the relationship between fallow period length (2–20 years) and biomass carbon stocks in shifting cultivation systems in Ethiopia. Longer fallow periods significantly increase carbon storage, with the oldest fallow (17–20…
Zarinabonu Samadova
This thesis analyzes aligning national economic infrastructure with international ESG standards under green transformation. Using Uzbekistan as a case, it examines environmental sustainability, social inclusiveness, and governance efficienc…
Prashant Sharma, Shibnarayan Pratihar, Bitan Goswami +9
This study simulates spatiotemporally mining-induced land-use transitions and the impacts of early eco-rehabilitation on carbon dynamics in India's mineral-rich landscapes. The findings highlight significant carbon stock changes from mining…
Pakawan Kamonchaivanich, Methinee Wongwanich Rumpagaporn, Chintana Kanjanavisut
This study develops a competency-based practice guidebook for climate change mitigation in the oleochemical value chain. Using a sequential mixed-methods design including surveys and expert validation, the guidebook was found to be highly s…
Suraj Rajaram Nalawade, Shreya Bhalchandra Joshi, Misbah Fayyaj Sutar
This paper explores three integrated strategies for improving urban air quality: clean energy, active mobility, and nature-based solutions. Through a systematic literature review and simulation modeling, it evaluates each strategy across co…
Fabio Monforti-Ferrario, Luana Valentini, Joana Bastos +2
This paper presents a tool to quantify air quality co-benefits of local climate actions, applied to 494 European cities' climate action plans. It estimates emission changes for five pollutants from residential and transport GHG mitigation a…
Charlotte A. Kukowski, Kristian S. Nielsen, Swen J. Kühne +6
This paper explores the role of agency (human/institutional capacity to act) in climate change mitigation. While specific findings are unknown, it likely offers insights for policy and behavioral change.
Young-Shin Jun, Minkyoung Jung, Ying Wang +6
This paper investigates nanoscale interfacial reactions of CO2, providing fundamental insights for sustainable carbon management. The findings may contribute to improving the efficiency of CCUS processes.
M. Firmansyah, Immanuel Mu’ammal, Stanislaw Flejterski +1
This study examines the relationships among credit, FDI, energy, economic growth, and environmental degradation in Indonesia (1990-2024) using path analysis. Results show electricity consumption is the main driver of both economic growth an…
Susan Roaf
This paper critically analyzes how comfort colonialism, state and regulatory capture, and capitalism prevent decarbonisation in the built environment. It explores the mechanisms by which policy and economic systems hinder sustainable transf…
Yiwen Zhou, Yuli Zeng, Siyu Wang +7
This empirical study shows that treated sewage discharge reduces net greenhouse gas emissions from polluted urban rivers, highlighting a climate co-benefit of wastewater treatment.
Petra Cajnko, Robert Repnik, Matej Mencinger +1
This study examines sustainability competence in physics and mathematics curricula at the University of Maribor. Graduates report confidence in critical thinking and problem-solving, but fewer than a third feel informed about energy policie…
Yuelin Ren, Xuemin Zhang, Huantao Liang +1
This study analyzes configurational paths to enhance digital innovation capability in food supply chain SMEs within the context of sustainable food systems. Using grounded theory and fsQCA, it identifies six factors and finds three effectiv…
Xiaomeng Han, Shihao Wang, Zhen Zhou +4
This study uses machine learning (RF, XGBoost) and Pareto optimization to optimize unfired bricks containing drinking water treatment sludge. The optimal sample achieved 15.08 MPa compressive strength with negative cost (-2.4 RMB). SHAP ana…
Ingrid Iovana Burgos Espinoza, J. Alcaraz, Alfonso Jesús Gil López +1
This study uses PLS-SEM to examine how moral and subjective norms mediate the relationship between environmental knowledge and attitudes toward green energy, based on a survey of engineers and engineering students in Mexico. Results show th…
Shih-Hsi Tong, Haiqing Hu, Xinyue Qin
This paper uses spatial econometric models to analyze how green public investments in one region spill over to affect sustainable development in neighboring regions. Findings suggest positive spatial spillovers, highlighting the importance …
Shivangi Seth, Jeevesh Sharma
This paper investigates the relationship between fintech adoption, measured by active internet users, and sustainable finance, measured by AUM in ESG funds, using correlation and t-test on secondary data from 2019-2023. It finds a strong po…
Rajdeep Mukherjee, Amiya K. Jana
This paper proposes a framework beyond plant boundary to make desalination systems carbon neutral and zero discharge while generating by-products. It addresses decarbonization and circular economy aspects, though full details are unavailabl…
Tomás Samaniego, Yuri G. Arévalo-Aranda, Wendy E. Pérez +6
This study demonstrates that organomineral fertilization from chicken manure improves nutrient use efficiency and reduces GHG emissions in maize cultivation. It suggests a sustainable agricultural practice by recycling organic waste.
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