GX & Decarbonization Research

Ingrid Iovana Burgos Espinoza, J. Alcaraz, Alfonso Jesús Gil López +1

This study uses PLS-SEM to examine how moral and subjective norms mediate the relationship between environmental knowledge and attitudes toward green energy, based on a survey of engineers and engineering students in Mexico. Results show th…

Tomás Samaniego, Yuri G. Arévalo-Aranda, Wendy E. Pérez +6

This study demonstrates that organomineral fertilization from chicken manure improves nutrient use efficiency and reduces GHG emissions in maize cultivation. It suggests a sustainable agricultural practice by recycling organic waste.

Patrick K.C. Pow, Rachhpal S. Jassal, Mark S. Johnson +3

This study investigates the net greenhouse gas balance of an intensively managed forage crop in the Lower Fraser Valley, Canada. It quantifies emissions and removals, providing insights into the climate impact of agricultural practices.

Fei-fei Liu, Hao-yu Wang, Yu-xue Zhang +2

This study examines sulfur-enhanced vertical flow constructed wetlands for mariculture wastewater treatment, evaluating nitrogen removal and greenhouse gas mitigation under varying C/N ratios. It elucidates microbial mechanisms where sulfur…

Stephan Bose-O’Reilly, Stefan Rakete, Philip J. Landrigan +14

This review synthesizes evidence from the 2025 Munich Toxic Metals Symposium on health risks from toxic metals (lead, mercury, arsenic, cadmium, manganese) released during the extraction, processing, and recycling of critical minerals for g…

Elmahdi Machrouh

This systematic review examines barriers and drivers of the transition to a circular economy (CE) using PRISMA protocol. From 93 Scopus articles (2019-2025), 21 were selected and analyzed. Barriers and drivers are categorized into seven dim…

Yi Tao, Zhen Gao, Zhiao Zhu +6

This paper reviews Rydberg atomic receivers (RAREs) for 6G wireless communication and sensing, focusing on their potential for net-zero carbon goals. It presents the first experimental verification of RARE-based OFDM transmission and explor…

Akinsola Akinmulegun, Adeyemi Adesina

This experimental study investigates the performance of low-carbon cementitious mortars based on slag and metakaolin, modified with carbon nanotubes, graphene, and colloidal silica. It evaluates the effects of these nanomaterials on mechani…

Dongyang Jia, Changming Li, Shoukai Chen +3

Investigates how a low-carbon activated carbonate-based mineral additive improves fiber-matrix interface and mechanical properties of cement composites. However, it is not directly related to carbon accounting or disclosure.

Bayindir-Gümüş A.

This paper quantitatively compares the environmental impacts (greenhouse gas emissions, water footprint, land use) of plant-based substitutes versus conventional ingredients in world cuisine recipes. Findings suggest that substitution gener…

D. Jacob, I. Jacob, K. Udofia +6

This paper proposes a blockchain-based Trails-to-Tokens (T2T) model to address trust deficits and financial opacity in protected recreation landscapes. Drawing on empirical data from African protected areas, it uses smart contracts for auto…

Alon Shepon, Tamar Makov, David L. Katz +1

This study evaluates the environmental impact of the 2025-2030 U.S. Dietary Guidelines. The guidelines recommend avoiding ultraprocessed foods and increasing animal-based protein, which could increase GHG emissions, land use, and nitrogen f…

Nasrullah M.

This paper estimates the effects of different fertilization methods on nitrogen use efficiency, profitability, and greenhouse gas emissions. It explores potential GHG reductions in agriculture.

Weidong Zheng, Thanin Ratanaolarn, 江耿豪

This study embedded 11 climate change videos into an online C programming course for 51 university students over 4 weeks. Results showed significant improvements in climate change awareness and mitigation behavior, with no gender difference…

Komila Khamraeva

This paper discusses the challenge of balancing economic needs and ecological limits, proposing sustainable consumption and production along with green technologies to reduce carbon footprint. It emphasizes the need for a low-carbon product…

W B Liu, Hongfa Yu, Haiyan Ma +9

This study investigates the contact hardening mechanism of Tibetan Aga-soil concrete and proposes a design methodology for modern low-carbon Aga-soil cement, contributing to carbon reduction in construction using local materials.

Yunita Djamalu, M. S. Hamidun

This review synthesizes recent literature on ecotourism, green tourism, and the green economy, focusing on interconnections among environmental governance, tourist behavior, business innovation, ecological efficiency, and destination transf…

Bavithra Kalimuthu, M. Rajendran

This study investigates waste-derived nano pozzolans to densify the interfacial transition zone (ITZ) in concrete, reducing cement content while maintaining high durability, thereby lowering carbon footprint in construction.

Andrew Ebekozien, Wellington Didibhuku Thwala, Mohamed Ahmed Hafez

This study investigates the impacts of climate change on construction-related SDG projects in Nigeria and develops a framework using soft systems methodology to improve carbon neutrality. Through 40 face-to-face interviews, it finds negativ…

LanXin Ling, JingRong Zhong, Zhaoying Wang +7

This study proposes a magnetic bio preconcentration (MBP) technology for low-carbon, cost-effective recovery of organic matter from sewage. It eliminates chemical use and is expected to reduce CO2 emissions compared to conventional methods.