GX & Decarbonization Research

S K Wang, Shuqi Qin, Yan Yang +5

Using topsoil samples along a 1000-km transect across the Tibetan permafrost region, freeze-thaw microcosm experiments showed that freeze-thaw cycles significantly increased soil CO2 release by 20% on average. This response was primarily dr…

Choiriatun Nur Annisa, Fitria Dewi Kusuma, Marya Tiara Hapsari

This qualitative exploratory study maps stakeholders of the Blue Carbon Initiative's mangrove rehabilitation program in Mahakam Delta, East Kalimantan, Indonesia. It finds that village governments, forest farmer groups, forestry offices, pr…

Yu Peng, Weizheng Xie, Yaoqing Peng +7

This study reveals co-metabolic-like effects where eutrophication-intensified cyanobacterial blooms enhance sediment carbon emissions in shallow lakes. It contributes to understanding natural carbon cycles in climate change but has limited …

Ashish Suman, Anirban Mukhopadhyay, P.K. Joshi

This paper conducts a semantic-temporal scientometric analysis of literature on urban expansion and green space, revealing a paradigm shift from ecological foundations to nature-based solutions. It summarizes research trends and provides in…

Nicole J. Wilson, Sameer H. Shah

This paper critically examines 'climate solutionism'—the tendency to reduce complex climate risks to techno-managerial fixes. Using cases from the water-climate nexus, it argues that such approaches exclude diverse experiences and limit tra…

Tina Heger, Marcus J. Collier, Eric Higgs +2

This paper examines how climate change creates ecological novelty and associated social challenges. No abstract available for detailed summary.

Fonita T. Yoliando, Jonatan Lassa, Avianto Amri +5

This study developed a climate change adaptation board game (GENERAKSI) for children with disabilities in Indonesia. Using participatory action research, it demonstrated that inclusive gaming enhances learning motivation and long-term memor…

Grégory Sonnier, Vaughn Holder, Karl A. Dawson +3

This study examines how management intensification and fire regimes in subtropical grasslands affect plant functional traits and subsequent enteric methane emissions from livestock. Results suggest that intensified management alters forage …

Shu-Yang Yu, Cundong Li, Pengcheng Li +10

This study proposes a practical event-based sampling protocol for measuring greenhouse gas fluxes from fertigation in arid drip-irrigated cotton, focusing on timing of irrigation and fertilization to improve accuracy.

Simon Dockstader, Sandip Mazumder

This study demonstrates that a simple lumped energy balance model, with accurate radiation transport modeling, can predict the Earth's equilibrium surface temperature rise from increasing greenhouse gas concentrations. Using spectral absorp…

Kristofor R. Brye, Diego Della Lunga, Jonathan B. Brye +4

This field study evaluated how measurement frequency (weekly, biweekly, every third week) and replication (3-5) affect season-long CO2, CH4, and N2O emissions and global warming potential (GWP) estimates across multiple ecosystems including…

Shuang Cheng, Zhipeng Xing, Youzun Xu +4

This study shows that optimizing tillage pattern and planting density in mechanically transplanted rice can increase yields while reducing greenhouse gas emissions from paddy fields, particularly methane. It offers a promising sustainable r…

López Prol J.

This paper focuses on annualization and ranking discrepancies in measuring climate ambition. Specific contributions are unclear due to lack of abstract, but likely addresses methodologies for evaluating climate targets and pledges.

Nie T.

This study examines how different water and nitrogen fertilizer management practices affect greenhouse gas emissions, yield, and water consumption in paddy fields in cold regions of China. It provides insights for climate mitigation in agri…

Rabaey J.S.

This study investigates altered greenhouse gas emissions in shallow lakes invaded by common carp. Carp feeding activities disturb sediments, potentially increasing methane and carbon dioxide emissions. Important for understanding ecosystem …

Andrejiová M.

This study applies multiple-criteria statistical methods to analyze the percentage of greenhouse gas emissions from aviation in EU-27 countries. It evaluates the relative importance of aviation emissions, providing baseline data for policy-…

Zhang M.

This study investigates the impact of prescribed burning on net greenhouse gas emissions from urban forest soils. Despite significant alterations in microbial community structures, changes in CO2, CH4, and N2O fluxes were minimal, suggestin…

Hua L.

Investigates how different straw return methods affect soil carbon, nitrogen, and greenhouse gas emissions in semiarid maize fields. Findings show straw return improves soil carbon storage but may increase N2O emissions.

Cassidy L.J.

This paper analyzes regional temperature extremes and vulnerability under net zero CO2 emission scenarios. Using climate models, it assesses how mitigation pathways may reduce extreme weather risks.

Chaoqun Wang, Lin Xue, Peter B. Reich +3

This study shows that energy limitations for soil microorganisms constrain carbon accrual, providing mechanistic insights into microbial controls on carbon cycling and implications for soil carbon sequestration as a climate mitigation strat…