GX & Decarbonization Research

Fiona Lippert, Andrew Gerald Barr, Marcos Herreras-Giralda +7

GHG retrievals rely on costly physics-based forward models, limiting real-time processing. This study develops neural network emulators for Sentinel-5, comparing end-to-end and hybrid approaches. The hybrid method achieves high accuracy (<1…

Cecilia Akolebirungi, Thomas Muasya, Bockline Bebe

This study simulates improved husbandry practices in Kenyan agropastoral meat goat systems using GLEAM-i. Reducing adult males increased productivity by 26.9% and reduced emission intensity by 13.4%. Findings support climate-smart intervent…

Narengerile, Aixing Deng, Wenjun Dong +7

This empirical study evaluates the combined effects of aerobic tillage and controlled irrigation on rice yield and greenhouse gas emissions in a high-latitude rice-growing region. It suggests that such practices can maintain yield while red…

Nosaibeh Nosrati-Ghods, Bryce McCall, Harro von Blottnitz +4

This paper explores transition pathways for South Africa's coal-to-liquids (CTL) industry under long-term GHG constraints. It analyzes technological and economic routes, deriving policy implications for balancing decarbonization and industr…

Siyu Li, Wen Teng, Fan Ye +7

This study shows that irrigation regimes in rice paddies mediate the effects of nitrification and urease inhibitors on yield and greenhouse gas emissions through rhizosphere carbon and nitrogen partitioning. The effectiveness of inhibitors …

Yu Wang, Yinghong Wang, Yang Sun +5

This study evaluates the emission reduction effectiveness of Beijing's coal-to-gas and coal-to-electricity policies using greenhouse gas concentration data from 1993-2024 and vertical profiles from 2022-2024. CO2 growth rates decelerated an…

Nicholas Dietrich, David McShannon, Merel Huisman +2

This study quantified the impact of deep learning training policies on CO2 emissions and performance for chest radiograph classification. Prospective early stopping preserved performance while reducing emissions by up to 38% and improving c…

Yazhen Li, Haibin Li, Kailou Liu +6

Based on a long-term paddy experiment (since 1981) in Jiangxi, China, this study shows that integrated organic-inorganic fertilization (NPKM) maximizes rice yield while reducing greenhouse gas intensity (GHGI). NPKM improved macroaggregate …

Yi-Ming Wei, Si-Yu Liu, Li-Jing Liu +8

This paper presents a bibliometric analysis of research on non-CO2 greenhouse gas reduction strategies, identifying trends and key themes. It offers insights for policy and technology development, though it likely lacks specific empirical d…

Tran Huyen Thu

This paper proposes a conceptual framework integrating strategic management accounting and sustainability accounting, positioning digital technologies as the mechanism to make sustainability information strategically actionable. It offers t…

Suhib O. A. Amro, Sepanta Naimi, Changiz Ahbab

This paper proposes an AI-driven generative design framework integrating machine learning surrogates with NSGA-III and PSO to optimize building renovation for net-zero performance. Validated on 12 European case studies, it achieves 84.7% op…

Murali Krishna Pasupuleti

This monograph proposes an integrated architecture for AI-verified carbon credit intelligence, combining uncertainty-aware measurement, causal additionality analysis, ML, geospatial analytics, digital MRV, and market governance. It treats v…

Soojin Kim, Gichan Kim, Jinwoo Park +1

This paper analyzes an integrated ATR-SOEC hydrogen co-production system using a 4E (energy, exergy, economic, environmental) framework, evaluating its contribution to deep decarbonization. It quantifies system efficiency, economic viabilit…

Yonas Tesema, Siddharth Sareen

This paper examines challenges and firm-level decarbonization strategies in the manufacturing sector's path to net-zero. It likely synthesizes experiences and strategic approaches, offering insights for policy and practice, though empirical…

M. Lopez-Juarez, N. Zacharof, A. Guillaume +4

This paper examines the future role of heavy-duty fuel cell vehicles (FCVs) in decarbonizing freight transport. It analyzes factors such as hydrogen infrastructure, costs, and policy support, suggesting FCVs could be a key option for long-h…

Zou Wanqiao

This paper analyzes decarbonization pathways for China's passenger vehicle sector through policy integration. It examines combinations of policies to promote EV adoption and achieve emission reduction targets, assessing feasibility and impa…

Jörg Broschek

This paper examines the role of multilevel governance in decarbonizing transportation and proposes a research agenda. It highlights the importance of intergovernmental coordination and policy integration to align transport policies with cli…

Lena Daum, Karsten Müller, Peter Ranacher +2

This paper explores onboard carbon capture systems (OCCS) as a technological option for maritime decarbonization. It examines the potential, challenges, and implications of capturing CO2 directly on ships, considering energy penalties, cost…

Zuo Y.

This paper analyzes controlling factors of enrichment and high deliverability of coalbed methane (CBM) in high-rank coal beds of the southern Qinshui Basin, China. It identifies geological and reservoir characteristics that influence gas co…

Singla M.K.

This review compares the economics of various hydrogen production methods, including grey, blue, and green hydrogen, assessing costs and viability. It synthesizes technical and economic barriers, offering insights for policy and investment …