GX & Decarbonization Research

Angela Maffia, Federica Marra, Santo Battaglia +3

This review synthesizes evidence that organic amendments from agro-industrial residues (compost, digestate, vermicompost) can increase soil organic carbon stocks by up to 40% and reduce greenhouse gas emissions compared to mineral fertiliza…

Sana Elhidaoui, Rajaa El Hanna, Manoj Kumar

This paper proposes an AI-based carbon footprint assessment tool to support comprehensive GHG emissions management. It automates data collection, analysis, and visualization, aiding reduction decisions. While lacking implementation details,…

B. Iliev, Huntley Brownell, N. Bentsen +5

This paper presents methods for assessing carbon budgets and climate footprints in the Swedish forest-based economy. It quantifies the sector's contribution to carbon cycling and emission reductions, offering policy insights.

Tong Li, Sikai Xie, N. Nandasena +2

This study analyzes carbon emission trends in China's fishery and aquatic processing sector from 2010 to 2019 using input-output models and LMDI decomposition. It calculates total direct and indirect emissions and identifies economic develo…

Hui Shen, Yue Liu, Boyan Zou +1

This research proposes a novel carbon accounting method for agricultural straw burning, combining stochastic process modeling with LSTM neural networks. It overcomes limitations of traditional emission factor methods by using three-dimensio…

H. Lathabai, V. Nair, A. S. Anandhukrishna +3

This paper proposes a macro-meso-micro assessment framework to analyze Environmental Intelligence (EI) research related to SDGs 13, 14, and 15 using AI and big data. It identifies core EI topics including climate risk assessment, carbon acc…

Yi Ding, Chunling Wang, Nian Liu +1

This paper proposes a low-carbon scheduling strategy for integrated energy systems (IES) using an improved carbon emission flow method and a green certificate-carbon joint trading mechanism. The method quantifies carbon impacts of renewable…

Zitao Hong, Zhen Peng, Xueping Liu

This study addresses the challenge of predicting enterprise carbon emissions amid distribution shifts across regions, industries, and policies. By integrating causal inference with stable learning, it proposes a time-series prediction mecha…

Jiating Wang, Yinan Peng

This paper proposes a trusted evidence storage system using blockchain and smart contracts to enhance the reliability of carbon trading data for listed companies, ensuring transparency and tamper-proof records to strengthen carbon credit ma…

Tyas Aswadina Poliyama, M. Mahdalena, Ronald S. Badu

This study analyzes the conformity of carbon emission disclosures with GRI 305 standards among Indonesian LQ45 Low Carbon Leaders index companies from 2022 to 2024. Using a quantitative descriptive approach, it finds that most companies ach…

Maria Mavroulidou, M. Gunn, Ottavia Rispoli +2

This scoping study evaluates electrokinetic biocementation of clay soil under a railway embankment using carbonic anhydrase-producing bacteria. LCA shows that biocementation reduces global warming potential and resource usage compared to hy…

K. Battaglia, T. Griffin, N. Blackstone

This mini-review evaluates two on-farm carbon accounting tools (Cool Farm Tool and COMET-Farm) for their utility in assessing climate impacts of procurement in Food is Medicine programs. Both tools show significant limitations in accurately…

E. Swails, K. Hergoualc’h, Jia Deng +1

This study models vegetation carbon and soil GHG emissions in undrained degraded peatlands in Indonesia and Peru. It derives emission factors for CO2, N2O, and CH4 after disturbances, showing vegetation recovery in 40–80 years but elevated …

Bo Zhao, B. Guo, D. Ye +2

This study proposes a low-carbon assessment model for railway bridge construction, integrating LCA-based carbon accounting with ANP-Fuzzy evaluation. A case study validates the model, achieving an 'excellent' score and identifying key emiss…

N. Tsigkas, Vasileios Anestis, Anna Vatsanidou +1

This paper presents a systematic and bibliometric review of MRV techniques for agricultural and livestock GHG emissions. Analyzing 5,340 studies (1990-2025) and systematically reviewing 100 (2020-2025), it identifies four MRV approaches: in…

Song Hu, Hua-Zhe Qi, Zifei Wang +3

This study proposes a multimodal data fusion framework integrating high-resolution remote sensing and plant textual data for plant-level carbon accounting in China's pulp and paper industry. Applied to 720 plants, it estimates 163.6 Mt CO2 …

Jibriel Elsayih, Rina Datt, Qingliang Tang +1

This study empirically examines the relationship between carbon management system quality (CMSQ) and voluntary carbon assurance (VCA) using a sample from over 40 countries (2011-2018). It finds that firms with superior CMSQ are more likely …

Gunther Glenk, Rebecca Meier, Stefan Reichelstein

This paper develops a generic model for constructing carbon abatement cost curves, calibrated on European cement producers under the EU Emissions Trading System. The results show that a carbon price of €85/ton (2023 average) incentivizes ab…

Hans Sanderson, M. C. Maia, Frank Akowuge Dugasseh +2

This paper presents two complementary digital tools to support climate accounting for SMEs, which are often neglected in sustainability reporting despite their critical role in Scope 3 emissions. The first tool, Climate Compass, is a govern…

Minh Huong Tang, Doan Trang Do

This systematic review analyzes carbon credit accounting (CCA) in higher education institutions using PRISMA 2020. Reviewing 215 papers, it identifies five themes: measurement, sustainable development, input-output analysis, digital innovat…