GX & Decarbonization Research

Lusia Sulo Marimpan, KAMRAN KHAN, Fadlan Pramatana +3

This study estimates biomass and carbon stock in Kelimutu National Park, Indonesia. Using non-destructive sampling and allometric equations, it finds total carbon stock of 178.63 Mg ha-1 in vegetation, litter, and necromass, with a CO2 abso…

H. U. Nkwocha, J. R. Orimoloye, Y. O. Akinsanya

This study quantifies carbon stocks in soils and vegetation of two forest reserves in Nigeria using geospatial tools. Higher carbon was found in Omo Forest Reserve due to healthier vegetation cover. The findings underscore the need for fore…

Norman Moreno-García, Roberto Moreno, Juan Ramón Molina +2

This study evaluates the financial profitability and carbon sequestration of mixed native forests in southern Chile using the Faustmann model. Optimal rotation periods are determined for timber-only and combined timber-carbon scenarios. Mix…

Augustine Okeke, Ifeanyi Ugbebor, Lukman Jimoh Rahim

This study develops digital carbon justice (DCJ) theory for sport, analyzing 592 million streaming sessions from 2019-2025. Eco-default streaming reduces emissions by 4-6% but attenuation occurs at high bitrates and in VR. Infrastructural d…

Jia-Ran Zhang, Jia-Ning Kang, Bao-Jun Tang +1

This study conducts a spatiotemporal and process-refined assessment of greenhouse gas emissions across the entire aluminum industry chain in China, identifying key emission sources and mitigation opportunities. The findings provide insights…

Efrén Tarancón-Andrés, Jacinto Santamaría Peña, David Arancón-Pérez +2

This study integrates LiDAR data, forest cartography, and LCA to quantify carbon dynamics and emissions from forest management in La Rioja, Spain (2010-2016). Above-ground biomass increased, indicating a net carbon sink even when accounting…

Bruno Kanieski da Silva, Jesse D. Henderson, Shaun Tanger +5

This study uses an agent-based model to evaluate a one-year harvest deferral program in U.S. southern plantation forests. Results show leakage effects on timber markets (higher stumpage prices, longer rotations) but additionality under high…

Di He, Enli Wang, Maartje Sevenster +3

This study integrates a process-based agricultural systems model (APSIM) with emission-factor calculations to assess GHG emissions from Australian cropping fields. It finds that net emissions vary widely across fields and seasons, and that …

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This study evaluates the impact of different tillage methods on greenhouse gas emissions from converted paddy fields in Hokkaido, Japan, using a life cycle assessment (LCA) approach. The case study on andosol soils provides insights for red…

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This study evaluates greenhouse gas emissions from the production and use of acid compost derived from fishery processing waste, quantifying the carbon footprint of waste management and fertilizer application, contributing to GHG reduction …

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This paper proposes a simple measurement method for I.I. relative Gx. Although details are unknown, it may offer a quick assessment of corporate GX progress.

Marc Corbeels, Johan Six, K.E. Giller

This comment critiques a study on the carbon footprint of conservation agriculture, highlighting the need for robust evaluation of soil carbon sequestration and other mitigation outcomes. It stresses strengthening research methodologies and…

Şerban Chivulescu, Gheorghe Raul Radu, Diana Pitar +3

This systematic review synthesizes three decades of global research to quantify timber substitution effects in buildings. It finds that replacing steel avoids 2.3 kg CO2 per kg of wood, and replacing concrete saves 1.4 kg CO2/kg. Whole-buil…

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…