GX & Decarbonization Research

Chenao Yan, Yilei Cai, Ke Wen +5

This study uses a Kolmogorov-Arnold Network ensemble model to analyze how degradable and non-degradable microplastics affect soil greenhouse gas emissions, revealing multi-factor interactions and identifying key monitoring factors.

Jacob Steele, Rob Jamieson, Barret L. Kurylyk +2

Salt marshes serve as both coastal nutrient filters and greenhouse gas sinks, but there may be trade-offs between these ecosystem services. This paper assesses these trade-offs and provides implications for management.

Zexun Wei

This study suggests that the Indonesian Throughflow's response to greenhouse gas forcing could represent a climate tipping point, potentially causing significant shifts in global climate patterns through changes in ocean circulation.

Emilia Chiapponi, Beatrice Maria Sole Giambastiani, Nicolas Greggio +5

This study investigates the relationship between soil microbial communities and greenhouse gas fluxes along a salinity gradient in temperate Mediterranean coastal wetlands. It reveals how salinity affects microbial activity and GHG emission…

Zhiping Zhang, Jin Yan, Xueshuang Gao +5

This study examines how wheat straw mulching and wet treatment affect soil improvement, greenhouse gas emissions, nitrogen leaching, and vegetable yield. It provides insights into agricultural practices and their environmental impacts.

Xiang Lu, Francois Clayer, Peter Dörsch +5

This study constructed an organic and inorganic carbon budget for the boreal humic headwater lake Langtjern (Norway) using dense monitoring of DOC, CO2, and CH4. The lake was a GHG hotspot, with atmospheric evasion of CO2 and CH4 estimated …

Jichen Qiu, Junhong Bai, Di Wang +8

This study suggests that coastal habitat transitions cause asynchronous changes in bacterial composition and function, increasing functional redundancy related to greenhouse gas emissions.

Kexuan Zhang, Yongxing Ren, Xinying Shi +3

This global meta-analysis assesses how wetland status changes (drainage, conversion, restoration) affect greenhouse gas emissions. It quantifies increased CO2 and decreased CH4 emissions after drainage, with variation by wetland type and cl…

Ayushi Baiswar, Sameer K. Tiwari, Sehajnoor Kaur

This study examines greenhouse gas emissions from freshwater wetlands in the Doon Valley, Northwest Himalaya, India, providing baseline data for regional emission factors and climate change impact assessments.

Juliana Dias de Oliveira, Ana Carolina Amorim Orrico, Luís Antonio Kioshi Aoki Inoue +6

This study compares GHG emissions from fish waste composting vs burial. Biochar amendment reduced CH4 and N2O by 15% and 10% respectively, lowering global warming potential. Burial with bulking agents improved nutrient retention but increas…

Steve Kwatcho Kengdo, Liliane Diane Djatsa, Charles Baudouin Njine-Bememba +6

This first field study in the Congo Basin examines trade-offs between yield and GHG emissions under agricultural intensification. Intercropping with nitrogen-fixing beans increases maize yields by 1.4-fold without affecting N2O emissions or…

Upendra M. Sainju, William B. Stevens, Jalal D. Jabro +3

This study examines how tillage practices and crop phase affect greenhouse gas emissions in a four-year crop rotation. It provides empirical evidence on agricultural management's role in emission patterns, informing climate mitigation strat…

Vira Leng, Laurent Thuriès, Vang Seng +12

This study evaluates long-term effects of cassava-based conservation agriculture on soil greenhouse gas emissions in Cambodia, suggesting potential emission reductions.

Tuba Bucak, Eti Ester Levi, Claus Melvad +4

This study deployed a low-cost, high-frequency GHG measurement system in lake mesocosms in Denmark over 7 months, quantifying temporal variability of CO2 and CH4 fluxes. Ebullitive CH4 dominated with large variation, and diurnal fluctuation…

A. Katherín Carranza-Díaz, Dalila Larios-Martínez, Alexis Ruiz-González +2

This study models greenhouse gas and ammonia emissions from housing and manure storage across three laying hen production systems. It compares emission profiles to identify potential mitigation strategies.

Bin Huang, Lingye Ji, Feier Wang

This study models future GHG emissions from global paddy fields, identifying key influencing factors under climate change scenarios. It provides projections that can inform agricultural mitigation strategies.

Ying Wang, Haining Zhang, Liming Yin +4

This meta-analysis quantifies the effect of freeze-thaw cycles on soil greenhouse gas emissions, finding that freezing duration is a key determinant. Long freezing increases emissions while short freezing has limited effect. Provides insigh…

Luana Pinheiro Martins, Mara Grohs, Roberta Lago Giovelli +6

This study investigates the impacts of cropping systems on soil carbon and nitrogen stocks and greenhouse gas emissions in flooded rice systems, providing insights for agricultural practices to mitigate emissions.

Yajie Zhang, Guangming Zhang, Jinsong Liang +4

This study examines how the timing of submerged plant mowing affects greenhouse gas emissions and carbon sequestration in wetlands. It investigates the effects of different mowing schedules on CO2, CH4, and N2O fluxes and soil carbon accumu…

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.