GX & Decarbonization Research

Nina Treml, Steven Minden, Alexander Grünberger +4

This study conducts a comparative LCA of pork meat and microbial protein value chains. Microbial protein reduces land and water use by 94% and 70%, respectively, but shows slightly higher global warming impact and three times more non-renew…

Д.А. Исаев

This paper examines mechanisms for governments to mitigate risks in innovative transport infrastructure investments, presenting a framework for risk types and mitigation strategies to inform policy.

S Balaselvakumar, S. B. Hemavarthinii

This systematic review synthesizes 134 studies (2020-2025) on agroforestry in India, evaluating six typologies across five agroclimatic zones. Agroforestry sequesters 7.6-18.3 Mg C ha−1 yr−1, enhances biodiversity, and improves household in…

Liisa Maanavilja, Oona Allonen, Lasse Aro +3

This study evaluates the climate regulation potential of post-extraction land use at two peat cutaway sites in Finland, considering afforestation, peatland restoration, wetlands, agriculture, and biomass production. Using spatial data and a…

Dimitrios Papadas, Bikramaditya Ghosh, Pengcheng Liu

This paper examines the water-energy-food nexus within a circular economy context and its implications for climate mitigation. It analyzes how resource efficiency and circularity can contribute to greenhouse gas emission reductions.

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This paper proposes a systematic classification of trade-offs between resource circulation/waste management and other fields. It provides a framework for coordinating multiple sectors in the transition to a circular economy.

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This paper explores carbon neutralization throughout the lifecycle of concrete, from production to disposal. It discusses carbon capture, alternative materials, and efficiency improvements. The findings are crucial for decarbonizing the con…

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This paper focuses on reducing greenhouse gas emissions from agricultural land. Specific details are unavailable, but it likely offers insights into decarbonizing the agricultural sector, which is relevant to global climate mitigation effor…

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This research addresses greenhouse gas emission reduction from agricultural activities. Although specific details are not provided, it likely contributes to decarbonization in the agricultural sector.

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This paper discusses global warming countermeasures in general waste treatment facilities, likely examining emission reduction and energy efficiency opportunities. It provides a conceptual framework without detailed empirical evidence.

Iryna Gruzinska

This study assesses the carbon sequestration potential of industrial hemp cultivation in Ukraine using a digital twin model. Under low, medium, and high yield scenarios, CO2 absorption ranges from 15.5 to 24.75 tonnes per hectare, far excee…

Mr. Raj Kumar Gupta, Jiya Matharani

This paper examines the dual role of genetically modified (GM) crops in climate change mitigation and adaptation, linking their implementation to international climate change adaptation law. It finds that by 2020, GM adoption prevented 23.6…

Yunhu Gao, Fanran Meng, Jennifer L. Hawkin +2

This paper explores the reduction of greenhouse gas emissions from end-of-life polymer processing. It likely analyzes methods and potential for emission cuts in waste treatment.

S. Saggar, Thilak Palmada, P. Berben +1

This study evaluates the effect of varying rates and volumes of nitrification inhibitors (DCD and DMPP) applied to urine patches in grazed pastures to reduce nitrous oxide (N2O) emissions. It finds that higher application rates than previou…

T. Tsui, Mingming Hu, Stefano Cucurachi +1

This study examines the alignment between environmental assessment research and practitioner needs in circular biobased construction. Through workshops with AEC stakeholders and a scoping review of 189 papers, it identifies strong alignment…

O. Tisekar, C. Doig, Caroline M. Patterson

This review explores integrating sustainable practices across lung transplantation to reduce environmental impact and improve outcomes for climate-vulnerable patients. It outlines mitigation (e.g., green procurement, reduced anesthesia emis…

Md Sydur Rahman, Toby Shapiro Ellis, Isaiah J. R. Freeburn +3

This pilot-scale study designed an air stripping system for ammonium nitrogen removal and recovery from dairy processing wastewater. Optimal conditions (pH 11, 32°C, 300 L/min) achieved ~40% removal for synthetic and ~34% for real wastewate…

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This paper examines greenhouse gas emission characteristics at wastewater purification centers, focusing on CH4 and N2O from water treatment processes. It provides emission factors and insights for reduction measures.

W. Muizelaar, K. Nichols, H. Taweel +3

This study investigates the dose-dependent effects of synthetic bromoform infused into the rumen of cattle on methane production. Results show a nonlinear reduction in methane with increasing dose, achieving ~90% reduction at the highest do…