GX & Decarbonization Research

Hitalo Rodrigues da Silva, Gelson dos Santos Difante, Francisca Fernanda da Silva Roberto +9

This systematic review examines effects of nitrogen fertilization on forage production, animal performance, and GHG emissions in tropical pastures. It synthesizes trade-offs between productivity gains and emission increases.

Xiaocheng Liu, Huan Chen, Zhanlei Pan +15

This meta-analysis evaluates how biochar application affects soil greenhouse gas emissions, considering interactions among climate, soil, and biochar properties. Findings show variable effects, with reductions or increases depending on cond…

Milla Niiranen, Liisa Kulmala, Miika Läpikivi +7

This study examines how peat depth affects soil conditions, plant growth, and greenhouse gas emissions in boreal agricultural drained peatlands, providing insights for land management.

Dan Dong, Xielong Sun, Chengwen Zong +6

This study examined effects of wheat straw incorporation and nitrification inhibitor on GHG emissions and bacterial communities in fluvo-aquic soil. Nitrification inhibitor significantly reduced N2O emissions but had no effect on CH4. Straw…

Qichen Li, Zonglu Yao, Lixin Zhao +2

This study investigates GHG emissions from open-air storage of corn stover over two years, identifying environmental drivers such as temperature and moisture. It provides emission factors for agricultural residue storage, relevant for lifec…

Xingchen Liu, Xiaobo Liu, Xingyong Wang +6

This review synthesizes coupled greenhouse gas emissions and nutrient cycling in the water-level fluctuation zone of the Three Gorges Reservoir, highlighting the importance of considering both for climate impact assessment.

Rebecca K. McGrail, Jonathan D. Moore, A. Elizabeth Carlisle +2

In southeastern US tall fescue pastures, nontoxic endophyte (NTE) infection increased aboveground biomass by 24% and reduced CO2 emissions under certain conditions, though it increased NH3 volatilization in some cases. The symbiosis may imp…

Khabat Khosravi, Ebrahim Mesgari, Sayed M. Bateni +4

This paper presents a global greenhouse gas analysis using the CAMS EGG4 product, which integrates satellite observations and atmospheric models to map CO2 and methane concentrations. It offers potential for independent emissions verificati…

Jinhao Zhang, Yushan Cai, Riikka Kietäväinen +2

This study investigates how the proportion of rock fragments in boreal forest soils influences greenhouse gas fluxes, identifying threshold responses. It provides insights into soil carbon dynamics under varying conditions, relevant for und…

Wenyu Zhang, Lu Wang, Wenmeng Zheng +5

This study investigates microbial and environmental regulation of greenhouse gas fluxes from marine ranching sediments under seasonal hypoxia. It identifies key microbial communities and environmental factors influencing emissions, offering…

Wenyan Liu, Zeyong Gao, Chengming Zhang +7

This paper investigates how dissolved organic matter (DOM) sources influence greenhouse gas (GHG) potential in thermokarst lakes on the Qinghai–Tibet Plateau. It elucidates mechanisms by which different DOM origins contribute to CO2 and CH4…

Yisong Feng, Wenkai Mei, Yanyu Song +4

This study investigates the interactive effects of nitrogen input and warming on greenhouse gas emissions from wetland soils in Sanjiang Plain, China. The results suggest that combined nitrogen input and warming alter emission patterns, hig…

Yang Lei, Danlian Huang, Wei Zhou +5

This paper investigates the role of soil organic matter-derived reactive oxygen species in influencing greenhouse gas dynamics and pollution dissemination, offering new insights into biogeochemical processes.

Qamruzzaman M, Amir MT, Alomair A +1

This study analyzes the impact of industrialization, carbon emissions, FDI, financial development, trade openness, and renewable energy on health expenditure in middle-income countries from 1995 to 2023 using panel econometrics. Carbon emis…

Paik, Seungmok

Using CESM2 simulations, this study shows that extreme summer precipitation in East Asia intensifies under a net-zero CO2 emission scenario, highlighting persistent climate risks even with ambitious mitigation.

Alice Goldstein-Plesser, Anna Ulanova, Korynna Rankin +4

This field study measures CO2 flux in palustrine wetlands across three US ecoregions, comparing two instruments. Results show flux varies by site characteristics, supporting the need for site-specific data to improve net emission estimation…

Hajny. Kristian D., Fosdick. Bailey K., Weller, Zachary +4

Using Bridger Photonics LiDAR data, this study estimates annual methane emissions (760 Gg) and intensity (0.79%) for the Haynesville dry-gas basin. It highlights that methodological choices can alter intensity estimates by more than a facto…

Tarshish, Nathaniel

This repository provides data and code for reproducing the analysis in Tarshish et al. (2026), which quantifies multi-century cooling after net-zero greenhouse gas emissions using the FaIR simple climate model and the ZECMIP multi-model arc…

Tian Peng

This study assesses provincial forest carbon sequestration efficiency across 30 Chinese provinces from 2003-2022 using DEA-BCC and spatial analysis. Results show phased improvement, regional heterogeneity, and significant positive spatial a…

Diego Panique-Casso, Samuel Bodé, Matti Barthel +7

This study demonstrates that agricultural and urban land use significantly increases greenhouse gas (GHG) emissions from rivers worldwide. By integrating emission factors with land use data, it quantifies the impact of human activities on a…