GX & Decarbonization Research

Monique T. Barakat, Favour Nwokorie, Smit S. Deliwala +3

This study assesses the carbon footprint of pediatric endoscopy, finding that the environmental impact is disproportionately large relative to the small patient size. It highlights the need for sustainability in medical procedures.

Tian Bai, Mahyar Panahi‐Sarmad, Jie Yan +6

This paper explores multiscale engineering of bamboo as a carbon-negative material, aiming to maximize its carbon sequestration potential for applications such as construction materials.

Xingyu Liu, Jiaming Li, Chao Liu +8

This study develops cyano-grafted porous carbon nitride and introduces deep electron traps via defect engineering for robust H2O2 photosynthesis. The material enhances charge separation efficiency, achieving high H2O2 production activity.

Margherita Paladini, Bruno Lasserre, Mario Pagano +2

This review analyzes 80 papers on functional traits in nature-based solutions across urban and forest contexts. It finds that functional traits mediate biodiversity-ecosystem service relationships, with expression context-dependent on manag…

Sandugash N. Seiilbek, Saima S. Mirza, М. М. Torekhanova +4

This review synthesizes advances in cyanobacteria-based remediation of heavy metals, micro/nanoplastics, pathogens, and persistent organic pollutants. It highlights bioengineering strategies such as living materials with immobilized cyanoba…

Y ZHANG, Yanyan Zhou, Asigen +3

This study improves volume stability of low-carbon ultra-high performance concrete (UHPC) with high-volume fly ash and aeolian sand by adding superabsorbent polymer (SAP) for internal curing. 0.3% SAP with particle size 180-600 μm significa…

Abbas Guvalov, Rafig Shirinov

This study investigates the effect of multi-walled carbon nanotubes (MWCNTs) on low-density non-autoclaved aerated concrete (NAAC) with a target density of 250 kg/m³. Ultralow dosages (0.001–0.005% by cement mass) improved compressive stren…

Xumeng Lin, Huahan Huang, Ying Wu +7

This study proposes a low-carbon strategy for anaerobic assimilation of dye-derived dissolved organic nitrogen, providing insights into performance and mechanisms. It shows potential for reducing carbon emissions compared to conventional ae…

Roberto Cantoni

This paper critically analyzes how low-carbon energy projects in Western Sahara function as a tool to reinforce Moroccan territorial control. It reveals the mechanisms linking renewable energy development with colonial occupation, questioni…

Sarah Coffin, Shahzeen Z. Attari, Holly Jean Buck +7

This paper examines how perceived naturalness shapes public support for carbon dioxide removal (CDR) and low-carbon energy technologies. Two US-based studies show that when technologies are perceived as natural, they gain more support due t…

Yadong Xu, Yiran Lai, Luotong Zhao +2

In three forest types of Funiu Mountain, China, microbial carbon and nitrogen use efficiency (CUE, NUE) showed a strong negative trade-off. Mixed forest exhibited highest NUE but lowest CUE due to nitrogen limitation. Soil nutrients indirec…

Sevara Umarjonova

This paper explores the applications and implications of AI for achieving environmental sustainability, focusing on resource optimization, pollution control, and climate change mitigation. It reviews AI applications in renewable energy, sma…

Ding G.

This paper focuses on the co-removal of CO2 and heavy hydrocarbons in natural gas liquefaction, analyzing dissolution mechanisms and interfacial properties. Findings suggest potential improvements in liquefaction efficiency and CO2 emission…

Abdirahman Jamal Ahmed, Abdulkadir Ahmed Barkhadle, Mohamed Harun +2

This critical review examines sustainable soil stabilization methods using industrial by-products, focusing on waste reduction and environmental impact mitigation.

Meng Guo, Euitay Jung

This paper proposes a method to design low-carbon visual exhibitions for Generation Z using image narratology and a KANO-AHP hybrid model. It analyzes the impact on low-carbon awareness and identifies effective exhibition elements.

Murat Doğruyol, Mesut Bekiroğulları, Alişan Gönül

This study evaluates the flexural strength and thermal performance of low-carbon cement mortars incorporating microalgae biomass, contributing to carbon reduction in cement production and offering insights for sustainable construction.

Mira Kopp

This repository provides supplementary material for a publication that develops a typology of European cities for climate mitigation and adaptation. It uses clustering and automated extraction to characterize city types and review strategie…

Feyisayo Helen Olawale, Ayoade Matthew Adetoye, Stefan Sieber +1

This paper investigates why agroforestry is not widely adopted as a climate change mitigation and adaptation strategy in Nigeria. The authors analyze barriers such as institutional constraints, lack of knowledge, and insufficient economic i…

(著者不明)

This paper presents an integrated analysis of living and environment in the Fukuoka metropolitan area using a land use transport model. It considers interactions between transport and land use, providing implications for urban planning.

(著者不明)

Develops product-level environmental efficiency indicators that incorporate value depreciation over years of use. Integrates environmental impact and economic value to support sustainable product design and resource efficiency. Provides a t…