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 241–260 of 804 papers
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…
Xiaxi Liuyang, Jiayu Lu, Yang Cao
This study develops a dynamic life-cycle simulation model to project 50-year carbon source-sink transitions for 150 urban plant communities in Tianjin, China. Results show most communities shift from carbon sources to sinks over time, with …
Zhuoxing Fan, Jianlan Su
Using PLUS, InVEST, and Geographical Detector models, this study analyzed land use and carbon storage dynamics in the Lower Yangtze River from 2000 to 2025 and predicted 2030 under three scenarios. Total carbon storage declined steadily due…
K W Yu, Kai Xiao, Xiaoyi Hu +3
This study investigates the allocation and stability of organic carbon (SOC) in mangrove sediments. SOC was enriched in surface layers of tidally driven groundwater recharge zones and decreased with depth. Using stable isotopes and a Bayesi…
YJ Li, Binbin Li, Ziyi Xiong +4
This study suggests that the conversion of organic to inorganic carbon in revegetated soils of the Loess Plateau may be a significant pathway for soil carbon sequestration. The findings enhance understanding of carbon storage mechanisms in …
Chaokun Zhang, Wei Tian, Yanxin HE
This study investigates calcite concretions in the Mesoproterozoic Xiamaling Formation using petrographic and geochemical evidence. It estimates that the concretion-bearing interval sequestered 70.24 Gt C (257.56 Gt CO2), highlighting micro…
Anaïs Richard, Carmen Leiva‐Dueñas, Christoffer Boström +17
This study quantified organic carbon stocks in plants and soil across 12 grazed and ungrazed Nordic coastal marshes, assessing how grazing and environmental gradients shape carbon storage. Soil carbon dominated total stocks and was higher i…
Corey Dawson, Gavin Scott, James Veres +1
This study presents a multi-criteria mapping framework integrating hydraulic modeling, geomorphic classification, and riparian canopy cover to identify suitable in-stream habitat for fish spawning. Tested in Folly River, Nova Scotia, the fr…
Tianyu Zhuo, Xue-Yi You, Lixin He +12
This study demonstrates that stratification in reservoirs enhances carbon sequestration by promoting microbial necromass accumulation, but also imposes a self-limiting effect that caps total sequestration. The findings contribute to underst…
Bushra Zaffer and Arnab Jyoti Kalita I. U. Sheikh
This review discusses the effects of climate change on poultry production, including heat stress reducing feed intake, growth, and egg production, and increasing mortality. It presents adaptation and mitigation strategies such as improved h…
Sini Savilaakso, Shareen Sanders, Emma Welsh +8
This review comprehensively examines the evidence on agroforestry's impact on both biodiversity and climate change mitigation and adaptation, filling a gap in the literature. Analyzing 258 studies, it finds a strong focus on soil biota and …
Michael Kouadio
This paper analyzes the relationships among greenhouse gas emissions, regulatory quality, and health outcomes in West African countries, considering how regulation affects health and the potential health benefits of emission reduction polic…
Yuhang Wang, Jiaolong Wang, Duanlin Cheng +4
This study analyzes the dynamics and drivers of vegetation carbon storage in Pingxiang, China, highlighting the dominant role of arbor forests in enhancing carbon sinks. It provides implications for forest management and land-use policies.
Ashkra, Krishna Kumar Jadaun, Akram A. Khan
This review paper comprehensively assesses the impacts of climate change on agricultural production in India, highlighting threats to food security. It emphasizes adaptation and mitigation strategies such as organic farming, agroforestry, a…
Athira Satheesh Kumar, Krešimir Josić́, Chris T. Bauch +1
We developed a coupled social-climate network model where opinions on climate change form a continuum, linking opinion dynamics with actions and temperature trajectories. Results show that resistance to behavior change, high mitigation cost…
Junni Wang, Ivano Brunner, Edith Bai +4
This paper presents a global meta-analysis examining how changes in snowpack affect soil carbon and nitrogen cycling and greenhouse gas fluxes. It suggests that climate-induced shifts in snow cover have significant implications for ecosyste…
Hao Liang, Chenlong Fan, Yan Bo +4
This study proposes a process-based modeling approach to optimize delayed flooding in green manure-rice rotation for mitigating greenhouse gas emissions. The model quantifies the relationship between irrigation timing and emissions, present…
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