GX & Decarbonization Research

M. N. Pius, A. C. Salihu, R. J. Jacob +2

This study estimated carbon sequestration across Nigeria's vegetation belts from 2001 to 2025 using remote sensing and climate data. Total sequestration was about 72 billion tonnes CO2e, confirming Nigeria as a major carbon sink in sub-Saha…

Ruonan Fang, Jie Chen, Qiuping Yi +1

This study analyzes structural drivers of carbon emission changes across 30 Chinese sectors (2002-2023) using a nested IO-SDA and a carbon inequality-adjusted network decoupling index. Findings show declining carbon intensity is the main re…

Yan Zheng, Wenhai Lu, Chang Liu +4

This study assesses multi-pool carbon stocks in mangrove ecosystems across five coastal provinces in China, revealing spatial heterogeneity and proposing refined carbon accounting methods. It offers a screening approach for prioritizing con…

Yuan Cao, Dominik Sperlich, Rasoul Yousefpour +2

This study assesses China's realistic afforestation potential under ecological, policy, and economic constraints. The theoretically suitable area is 111-118 Mha, but after excluding policy-set-aside land, it reduces to 70-81 Mha. Using the …

Adinda Dwika Rahma, W. Widyasari

This study examines the impact of Carbon Management Accounting (CMA) on profitability and carbon tax intensity for Indonesian coal companies. CMA does not significantly affect profitability but significantly increases carbon tax intensity, …

Vladimir Kitaykin, Dilyara Karimova

This report evaluates the climate effect of carbon sequestration via hydropyrolysis of organic waste, producing CMC100 with >500-year stability and DQS1 data quality. It demonstrates financial superiority through regulatory capital incentiv…

N. H. Lan, Thu Thao Duong, Vu Quynh Mai Chu +4

This paper presents a case study of an office building using BENVIS for GHG inventory and green building solutions. It demonstrates emission reduction effects and payback periods, offering practical insights for decarbonizing the building s…

Ya-ling Yi, Youssef Haddi, Haoyu Huang

This study integrates BIM and LCA to evaluate the end-of-life reuse and recycling potential of timber structures. Accounting for material losses at connections, it quantifies net recoverable timber and finds structural reuse yields the grea…

Pham Quang Huy, Vu Kien Phuc

This study empirically examines the impact of digital environmental management accounting systems on sustainable energy transition and carbon neutrality in Vietnamese public-sector organizations, predominantly education and training institu…

Chaman Singh, Jyoti Kohli, Biswajit Sarkar

This paper proposes an optimization model for item substitution in inventory management considering carbon emissions and inflation. It supports corporate decision-making to reduce environmental impact while enhancing cost efficiency.

F Nadon, J-P Matteau, S Binggeli +1

This paper examines how the choice of greenhouse gas (GHG) calculators in dairy production affects emission estimates and farm-level decision-making. It highlights variability across tools and underscores the importance of tool selection. P…

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…

Zhenwang Yan

Under China's dual carbon goals, this study quantifies carbon emissions from road construction using LCA and emission factors. Material production dominates (65-75%), with asphalt and cement-stabilized aggregates as key contributors. Propos…

Tajudeen O. Amusa, Romano Timofeiczyk, Alexandre Behling

This study evaluates the effectiveness of 732 forestry and land use (FLU) carbon projects in the voluntary carbon market (VCM) under four major standards (Verra, Gold Standard, ACR, CAR). Using descriptive statistics, cluster analysis, and …

M. Edi Armanto, Elisa Wildayana, Bakri +2

Peatlands are the largest terrestrial carbon store, but inconsistent definitions hinder carbon accounting and restoration. Using mixed methods, this study identifies minimum peat depth and organic carbon content as key parameters causing cl…

Jonathan G. Lundgren, Kelton D. Welch, Michael M. Bredeson +6

This empirical study of 210 North American field-crop farms shows that regenerative agriculture enhances biodiversity and soil carbon storage, with the most regenerative farms having 39% greater soil carbon pools. Profits are equivalent to …

Siviwe Odwa Malongweni, Johan Van Tol

This review critically examines the applicability of IPCC Tier 1-3 methods for soil organic carbon (SOC) estimation in South Africa's diverse soils and biomes. It highlights challenges in translating global models to local contexts and reco…

Kim D.

This paper investigates methods for reducing greenhouse gas emissions in the paper industry and develops a greenhouse gas inventory. While specific methods and results are not detailed, it offers practical insights for decarbonizing the pap…

Dylan Keegan, Lisa Brennan, Linda O’Neill +1

This scoping review synthesizes 25 studies measuring carbon emissions from clinical research activities. It finds a fragmented methodological landscape, with tools ranging from rigorous LCA databases to accessible calculators, and highlight…

Shengyue Chen, Georgios Blougouras, Markus Reichstein +7

Using a multitask deep learning model with 95,000+ observations, this study reconstructs daily riverine organic carbon transport across the contiguous US (1984-2023). Annual transport averages 13.8 Tg C/yr, about 1.9% of vertical NEE, excee…