GX & Decarbonization Research

Elyssa Kaur Ludher, Qiu Jiahui

This paper examines the potential for methane emission reductions in Southeast Asian agriculture and strategies for rapid decarbonization. It focuses on methane from rice paddies and livestock, outlining feasible mitigation measures and pol…

Zhi Liang, Cecilie Hermansen, Peter Lystbæk Weber +5

This study reveals that CO2 emissions from organic-rich agricultural soils with 6-12% organic carbon content are underestimated in national greenhouse gas inventories. Using Danish data, it suggests that these emissions could be 40% higher …

Soumya Basu, Takaya Ogawa

This study evaluates the scalability and sustainability impacts of integrating Napier grass cultivation with biofertilizer production and dairy systems in rural West Bengal. Field evidence shows biofertilizer and irrigation optimization sig…

Ullah F.

This paper reviews how intercropping contributes to enhancing biodiversity, improving resource efficiency, and mitigating greenhouse gas emissions. It provides practical insights for building sustainable agroecosystems.

Hassan M.U.

This paper examines whether urea-coated fertilizers can reduce greenhouse gas emissions and improve crop productivity, offering insights for agricultural decarbonization.

Yan Xia, Shuyang Zhang, Lei Wang +1

This paper proposes a method to upcycle coal gasification slag into low-carbon building materials via steam-assisted restructuring of silicoaluminates. It contributes to carbon emission reduction in construction by valorizing industrial was…

Fufu Zou, Zhehong Zhu, Jianxiong Miao +4

This paper proposes a method to upcycle low-quality river sand by size fractionation and graphene oxide coating for low-carbon cementitious composites, combining environmental impact reduction with resource efficiency.

Alfred Afeku, Cathal O. Donoghue, Kevin Kilcline

This study analyzes growth and structural change in Irish organic farming under policy support (2020-2023). Organic farms increased by 147% and organic land by 144%, with beef systems dominating absolute growth. Entry of smaller farms reduc…

Yukiko Hashida, David J. Lewis

This paper synthesizes economic research on climate change adaptation through land use and management, presenting a framework where landowners adjust practices to maximize returns. It highlights that private adaptation may diverge from soci…

Sahib Zada, Imran Khan, Sardar Ali +5

This review synthesizes the dual role of marine microbes in coastal stabilization via bio-cementation and methane oxidation for climate mitigation. It highlights synergistic biochemical linkages, molecular markers (ureC, pmoA), and engineer…

Payam Shafigh, Poh-Yee Loh, Yong Jin +1

This study analyzes the surface colour of low-carbon cement pastes with high-volume GGBS replacement using CIEDE2000. Water-cured white cement had highest colour uniformity, while ordinary cement had lowest. GGBS increased lightness in ordi…

Sang-Yum Lee, Tri Ho Minh Le

This paper presents full-scale laboratory and field verification of a low carbon controlled low strength material (CLSM) that incorporates a high content of excavated soil. The material aims to provide a sustainable solution for trench rest…

Y. Kashtan, D. Michanowicz, S. Leskin +2

This study directly measured refrigerant leak rates from 126 residential air conditioners in the San Francisco Bay Area. The average annual leak rate is 1.78%, much lower than typical assumptions. Leaks are heavily skewed: the top 1% of lea…

A. d’Espiney, Bengt Verworner, Helena M. Pinheiro +6

This paper compares different treatments for poultry manure and forestry residues in a production hotspot in Portugal, assessing their potential for circularity. It evaluates environmental and economic impacts, proposing region-specific was…

Rongmin Zhang, Lianjun Chen, Gang Pan +5

This study examines the use of cement-stabilized loess as an infill for underground mine sealing walls, evaluating strength, disintegration resistance, and microstructural controls across three coal regions in China, highlighting its potent…

Sandra Cunha, Kubilay Kaptan, Adelino Elias Chiaqui +1

This study explores the use of thermally activated mixed construction and demolition waste (CDW) as a partial cement replacement in low-carbon concrete. Concrete mixtures with 5-35% replacement were tested for physical, mechanical, and dura…

Muhannad Alasiri

This paper develops an experimental and machine learning framework to predict CO2 emissions of low-carbon geopolymer concrete using fly ash and GGBS. XGBoost achieves best accuracy (R²>0.95), showing 45-65% emission reduction vs. OPC concre…

Min Liu, Pengfei Duan, Pengfei Liu +4

This paper proposes a method using unmanned aerial vehicles (UAVs) to quantify greenhouse gas (GHG) emissions from livestock in pastoral areas. It also evaluates the effectiveness of emission reduction strategies, providing insights for cli…

Abdulmuiz A. Adekomi, Shuting Yang, S. Stokes +1

This paper proposes a risk-targeted framework for mitigating methane emissions in oil and gas operations, leveraging cause-informed approaches for effective reduction.

Karl W. Steininger, Raphaela Maier, Laura Wallenko +9

This article argues that achieving net-zero emissions requires establishing a circular economy. It suggests that resource efficiency and waste reduction can accelerate emission reductions.