GX & Decarbonization Research

Jiali Ding, Genxu Wang, Yuhao Li +3

Year-round observations reveal that greenhouse gas emissions from exposed riverbeds in permafrost regions are negligible, improving carbon cycle understanding in climate models.

Yajie Zhang, Guangming Zhang, Jinsong Liang +4

This paper investigates microbial mechanisms regulating greenhouse gas emissions in urban wetlands, considering soil environment and plant diversity. It provides insights into how wetland management could mitigate climate change.

Peng Pan, Jin Shi, Congwei Sun +3

This paper analyzes the synergistic optimization of plastic film mulching and nitrogen management on the Loess Plateau, focusing on the water-soil-greenhouse gas coupling mechanism. It suggests that optimizing agricultural practices can sim…

Sissel Hansen, Synnøve Rivedal, Samson Øpstad +4

This study investigates the effect of drain spacing on subsurface drainage and greenhouse gas fluxes (N2O, CO2, CH4) in a grassland on a Mollic gleysol in western Norway. Results indicate that adjusting drain spacing can significantly impac…

Robert J Allen, Timothy Carson, Wei Liu +27

This study uses eight climate models to assess the impact of aerosol emission reductions on the Atlantic Meridional Overturning Circulation (AMOC). Global reductions weaken AMOC by about 6%, roughly one-third of the weakening from greenhous…

Harsimar Preet Kour1, Anupam Soni1*, Divyanshu Sharma1 and Irusappan Ilayaraja2

This paper examines the impact of climate change on dairy farming in India, focusing on heat stress in cattle and buffaloes, and reviews management strategies to mitigate economic losses and ensure sustainability.

Ze-Wei Qi, Lei Wang, Jian Guan +5

This study elucidates how microbial communities in the phycosphere (around microalgae) enhance soil organic carbon sequestration and suppress methane production in black soil paddies. The findings offer potential for integrating carbon stor…

Yulong Lv, Hongchi Zhang, Dailiang Peng +18

This study maps soybean planting areas in China at 1 km resolution from 2000-2022 using satellite data. Random forest and SHAP analyses show that comparative economic benefit, precipitation, and growing degree days are the main drivers, wit…

Ndzana Georges Martial, Zhimin Zhao, Ruili Gao +8

This study examines soil carbon and nutrient trajectories over 52 years in a cocoa agroforestry chronosequence under low-input smallholder management. It reveals carbon sequestration potential and nutrient dynamics, highlighting the role of…

Pippa Edwards, Gregory Britten, Lauren Biermann +5

This paper proposes a hierarchical Bayesian approach to estimate the global variability of marine particulate organic carbon flux, contributing to understanding carbon cycles in climate science.

Wenjie Wang, Huan Jiang, Chentao Liang +4

This study elucidates mechanisms of soil carbon accrual in temperate forests, linking understory herbs, soil nutrients, and microbial alterations to functional carbon fractions. It contributes to understanding forest carbon sinks.

Yuxin Feng, Binjie Chen, Weiwei Sun +5

This study assesses the carbon sequestration potential of Yangtze River Delta wetlands under multiple scenarios of climate change and human activities. It provides insights for nature-based climate mitigation strategies.

J.K. Nyameasem, M. Möller, A. Andrino +7

This study evaluates greenhouse gas responses to long-term nutrient management across multiple temperate cropping sites. It compares climate efficiency of different fertilization strategies, offering insights into emission reduction potenti…

XiaoPeng Zhu, HaiYan Xu, XiaoDong Wu +3

A 71-day incubation experiment on Tibetan Plateau permafrost soils with low-altitude soil additions showed that such inputs alleviate nitrogen limitation, stimulate microbial mineralization, and induce stage-dependent coupling of carbon rel…

Martin A. N. Anikwe, Martin A. N. Anikwe, Emmanuel E. Ikengannyia

This review examines the role of soil health in human wellbeing and sustainable development in Africa, analyzing 139 articles. Key findings include 20-30% yield increases from conservation agriculture, 27-50% higher soil organic carbon with…

Ezequiel Helbig Pasa, Robson Bosa dos Reis, Hector Tavares Ferreira +6

This study investigates the effect of different nitrogen fertilizers on greenhouse gas (GHG) emissions in a corn-ryegrass rotation system on floodplain soils. Results indicate whether specific fertilizers can reduce emissions, providing ins…

Irshad Ahmad, Tatiana Minkina, Saglara Mandzhieva +4

This paper examines how different nutrient management strategies affect greenhouse gas (GHG) emissions and yield of proso millet. It evaluates the impact of fertilizer types and application rates on N2O and CO2 emissions, analyzing trade-of…

KINGSLEY U. NWAWUBA, A. T. OGAH, M. ALKALI

This study identifies key factors influencing carbon sequestration in the Anantigha swamp forest, Nigeria. Intact mangrove systems store up to 1,000 Mg C ha⁻¹, while degraded ones store less than 400 Mg C ha⁻¹. Species composition, stand st…

Yueting Lu, Keqin Duan, Qiong Wang +2

This study analyzes how different carbon neutrality timing windows in the 21st century affect Himalayan glaciers. It models glacier responses under various emission reduction pathways, showing that earlier carbon neutrality may mitigate gla…

Phan Thi Ngoc Nhanh, Nguyen Duc Trong, Le Thi My Thu +8

This review evaluates purple nonsulfur bacteria (PNSB) as a microbial strategy to mitigate methane and nitrous oxide emissions from flooded rice systems. PNSB can reduce GHGs through mechanisms such as carbon substrate modulation and stimul…