This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.
The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.
Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.
Showing 401–420 of 804 papers
Bingbing Jiang, Zhang Chen, Yiyun Fu +1
This study reveals that summer extreme heat events in the Sichuan-Chongqing region exhibit asymmetric and hysteretic responses to CO2 removal. Even after CO2 returns to initial levels, positive temperature anomalies persist due to slow ocea…
Juan Carlos Trejos-Espeleta, James A. Bradley, Ömer K. Coskun +3
This study quantifies for the first time fungal assimilation of dissolved free amino acids in high Arctic fjord sediments, showing that marine fungi promote carbon stabilization through high metabolic efficiency. The efficient assimilation …
L R Li, Xingyue Li, Chengyong Wu +5
Using PLUS and InVEST models, this study analyzes PLES pattern evolution and carbon stock changes from 2000-2020 in Qinghai Lake Basin, and simulates 2035 under four scenarios. Ecological space is the main carbon contributor; the sustainabl…
Liang Zheng, Hao Wu, Jianzhong Lu +4
This paper shows that increased precipitation partially alleviates the carbon-water trade-off under China's Grain for Green program, highlighting its role as a climate adaptation strategy for ecosystem services.
Grace Handy, Angeliki Kourmouli, Marie Arnaud +11
Using soil cores from years 5 and 7 of the BIFoR FACE experiment in a mature temperate forest, this study found that elevated CO2 increased fine root biomass by ~40%, concentrated in the top 50 cm, and altered root morphology. This leads to…
Zhaohai Bai, Xiaoyang Shan, Xun Wei +3
This study analyzes how asymmetric cropland intensification affects global cropland use and greenhouse gas emissions, revealing that intensification in certain regions increases burdens elsewhere, exacerbating global disparities.
Nan Meng, Wei Li, Philippe Ciais +17
Afforestation in China (89.6 M ha) reduced forest fragmentation, converting edge forests to interior forests. These transformed forests sequestered an extra 1.4±0.2 Pg CO2e from biomass but caused biophysical warming of 0.9 Pg CO2e from alb…
Laraib Saeed, Akaninyene Joseph, Sania Saeed +1
This review evaluates the individual and combined effects of biochar and compost on soil physical, chemical, and biological properties, emphasizing soil remediation and climate change mitigation. Co-application shows synergistic benefits fo…
Tong Sun, Li He, Fubin Zhang +7
This study quantifies global carbon emissions from groundwater depletion (GWD) using >171,000 monitoring wells and 28,902 HCO₃⁻ measurements. Total GWD-induced emissions are estimated at 52±18 MMT CO₂/yr, exceeding net emissions from grassl…
Т. А. Сухарева, Д. Б. Денисов, D. A. Zhivov +4
First integrated assessment of carbon sequestration capacity in terrestrial and aquatic ecosystems near a metallurgical plant in Murmansk, Russia. Field data (2024-2025) and long-term monitoring reveal that carbon storage in northern ecosys…
Yue Zhao (186573), Junyuan Zhang, Lina Cui +5
This study compares carbon and water dynamics between plantations and natural forests in Northeast China (2005–2020) using remote sensing and meteorological data. Plantations showed higher gross primary productivity (GPP) and evapotranspira…
Yi-Xiang Wang, Yanying Liu, Qi Cai +7
This study reveals how vegetation succession in coastal marshes of eastern China enhances soil organic carbon sequestration by modulating microbial carbon cycling genes, providing insights for wetland management as natural carbon sinks.
Kiattisak Sonsri, Sudathip Kimsia, Penpichcha Sareewong +3
This study investigates how land use affects the chemical structure of soil organic carbon and its role in soil aggregate formation, stability, and carbon accumulation. It elucidates mechanisms of soil carbon sequestration, offering insight…
Le-Lin Yu, Xiang‐Rong Du, Yu Xiong +3
This study examines how afforestation of terraces in subtropical mountainous southern China affects soil organic carbon (OC) accumulation and stability. Both Cunninghamia lanceolata and Liquidambar formosana plantations increased soil OC st…
Fang-Hui Cao, Chang-Le Hu, Zi-Tan Zhang +4
This paper reports a cavity-enhanced double-resonance spectroscopy technique stabilized by an optical frequency comb for precision measurement of weak rovibrational transitions in CO2 isotopologues. It derived 394 and 133 experimental energ…
Zhi Li, Yizi Hua, Yuan Xue +6
This study reveals that PFOA disrupts the carbon-silicon coupling in the diatom Phaeodactylum tricornutum, reducing its organic carbon production and thus potentially impairing marine blue carbon sequestration. It provides mechanistic insig…
Qi Zhang, Yanhong Yuan, Andong Cai +7
Long-term field experiment shows that combined application of chemical fertilizer with straw or manure increases microbially derived carbon accumulation. This is linked to increased microbial carbon use efficiency and reduced carbon acquisi…
U.S. Kaden, M. Wahl, M. Adamescu +12
This manual provides a structured guideline for assessing carbon sequestration capacity in wetland ecosystems. It evaluates field-based and geospatial methods through standardized factsheets and applies a transparent evaluation framework fo…
Hao Xia, Jitao Wang, Muhammad Riaz +7
This study examines how climate change (increased temperature and precipitation) affects soil organic carbon fractions, carbon-cycle functional genes, and microbiomes in tobacco fields. High temperature and precipitation increase yield but …
Congyu Cheng, Shuaiyue Li, Weihua Kang +3
This study uses metagenomic stable isotope probing to reveal that microbial-driven carbon sequestration in karst watershed soils is mediated by carbonic anhydrase. The findings provide insights into natural climate solutions and soil carbon…
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