GX & Decarbonization Research

Hao Xiaoyan, Li Yuerong, Wu Yue

This study measures total factor carbon productivity in the logistics industry across the Yellow River Basin, dividing it into energy-rich and general areas using super-efficiency SBM and ML index. It analyzes influencing factors and provid…

Wenxuan Chen, Chen Yu, Wang Shenglong

This study calculates agricultural carbon emissions in the Yellow River Basin (2013-2023) using IPCC methodologies, applies Moran's I for spatial autocorrelation analysis, and employs Logarithmic Mean Divisia Index (LMDI) to quantify influe…

Horn Sarun

This review argues that Cambodia's national carbon accounting and REDD+ frameworks, by treating forests as homogeneous, overlook mangrove degradation and biodiversity loss. Selective logging of high-carbon-density rare species like Heritier…

B. L. Chethan, Rupali Sharma, Moinuddin +3

This review synthesizes knowledge on carbon sequestration in agroforestry, covering biophysical mechanisms, carbon stocks, and sequestration rates across systems and regions. It discusses measurement, monitoring, and modeling advances, and …

Darissa Alves Dutra, Rosangela Rodrigues Dias, Adriane Terezinha Schneider +5

This study compares the carbon footprint of sugarcane, coffee, and beef cattle production in the Brazilian Cerrado against areas degraded by natural fires. Using life cycle assessment, it evaluates environmental, economic, and social aspect…

Paul Pardon, Bert Reubens, Thomas Vanneste +2

This paper presents allometric relationships used in the CARAT and ACORN tools for assessing tree biomass and carbon storage over time in temperate agroforestry systems. It describes a two-step method: predicting DBH development over time, …

Yuqing Ye, Rongrong Li

This study proposes a system dynamics model integrating STL, LightGBM, and stream computing to improve real-time carbon emission monitoring on the power demand side from hourly to minute-level granularity. Focusing on heavy industry in Hena…

Tariro Mafirakurewa, Maltase Mutanda

This mini-review evaluates finger millet as a climate-smart crop for carbon sequestration and sustainable food systems. It highlights drought tolerance, low input needs, and extensive root systems that enhance biomass and belowground carbon…

Chengshi Yang, Zheng Wang, Siyu Liu +1

This study compares the carbon footprint of fire-resistant wood and bamboo doors, finding raw materials as the main contributor (58-64%). It identifies significant mitigation potential through improved resource efficiency: reducing processi…

Joseph Sánchez-Balseca, Monserrat Ramírez-Melgarejo, Agustí Pérez Foguet

This paper proposes a machine learning approach for carbon accounting in wastewater systems, addressing missing data and improving emission estimates. Using real-world data, it demonstrates that ML models can enhance accuracy and support cl…

Xiaolong Xu, Suyun Yu, Hongmei Lu +4

This study conducts a life cycle carbon emission analysis of a nearly zero-energy office building in Shenyang, China, using LCA and carbon emission factor method. The average annual emission intensity is 56.36 kgCO2e/(m2·a), with the operat…

Vladyslav Malanin, Vadim Tulchinsky

This paper proposes a carbon-aware measurement and abatement framework for e-commerce websites, combining real user monitoring, the Green Software Foundation's SCI methodology, and hourly grid carbon intensity data. It defines functional un…

Aishika Halder, S. Karak, Umesh Thapa +3

This review compares the carbon footprint of hydroponic vertical farming with conventional open-field and greenhouse systems. It examines life cycle assessment and GHG accounting methodologies, concluding that vertical farming can contribut…

R. Bongiovanni, Leticia Tuninetti, Javier Echazarreta +4

This study applies a high-resolution cradle-to-grave LCA to a pasture-based beef production system, quantifying 16 impact categories. Enteric methane and feed production account for over 70% of total climate change impact. Soil carbon seque…

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…