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 221–240 of 830 papers
Zhicong Yin, Tianbao Xu
This paper develops statistical forecast models to predict phase reversals of the Warm Arctic–Cold Eurasia (WACE) pattern between early and late winter. By integrating predictions of the Ural high and Siberian high into existing models, the…
Jennifer Michel
Rhizosphere priming effects (RPE) are often assumed to accelerate soil organic matter turnover and net carbon loss. This paper challenges that paradigm by showing that positive and negative RPE can cancel, leading to neutral or positive net…
Farrukh Nawaz Kayani, M. Ganić, Muhammad Wasim Akram
Using ARDL bounds testing on Romanian annual data (1991-2024), this study finds that GDP growth significantly increases CO2 emissions while renewable energy consumption significantly reduces them. It provides rare long-run evidence for Roma…
Sílvia de Juan, Ryan Smazal, Claudio Lo Iacono +8
This study investigates carbon accumulation in Mediterranean rhodolith beds during the Holocene. Sediment thickness up to 3.7 m, organic carbon content average 0.57%, estimated carbon stock 32.04 Mg C ha⁻¹. Results show that rhodolith beds …
Zhe H. Weng, Ram C. Dalal, Brian J. REID +8
This study reveals that soil organic carbon loss in subtropical Vertisols is primarily driven by reduced mineral association, not by changes in carbon forms. It provides insights into soil carbon sequestration mechanisms, which are critical…
Stephanie S. Erickson, Katsumi Matsumoto
Phytoplankton play a key role in the ocean carbon cycle, affecting atmospheric CO2 levels. This study uses computer modeling to identify where carbon-rich phytoplankton communities live and how they might help mitigate global warming under …
Amy Bennett
This paper suggests that during El Niño events, tropical forests may shift from carbon sinks to carbon sources. It highlights the vulnerability of forest carbon dynamics under climate variability, emphasizing the need for refined global car…
K Wang, Pengfei Sun, Junzhuo Liu +4
Analysis of 1080 rice-paddy sites across China reveals a threshold (~20 g/kg) in soil organic carbon (SOC) that governs biofilm carbon sink responses to warming. Below the threshold, warming increases carbon fixation; above it, fixation dec…
Qianyu Li, Dongchen Zhang, Alexis Helgeson +2
This study assimilates SoilGrids SOC data into a process-based model at 39 US NEON sites, showing that direct SOC data assimilation significantly improves accuracy and precision of SOC and ecosystem respiration estimates. Indirect constrain…
Chidiebele E. J. Uzoagba
This paper assesses the potential of mangrove restoration for carbon sequestration in the Niger Delta, Nigeria. Using field data, it estimates biomass and soil carbon stocks, evaluating effectiveness as a climate mitigation strategy. While …
Eléonore Mira, Maguy Dulormne
This study demonstrates that a typology based on five soft morphological traits (specific leaf area, leaf area, wood density, stomatal density, leaf trichome density) captures carbon acquisition strategies but is decoupled from drought tole…
Shuhui Liu, Wenchang Ma, Le Chen +8
This study examines trade-offs between microbial carbon use efficiency and nutrient use efficiency along an elevational gradient in an arid mountain ecosystem. Results indicate negative correlations, with implications for soil carbon storag…
Nam Vu, Michael Bourlakis, Ioannis Manikas
This systematic literature review analyzes how climate change and biodiversity impact food security. From 342 studies, 11 climate change driver categories and 9 biodiversity driver categories were identified. Climate change adversely affect…
(著者不明)
This integrative review examines the role of afforestation and reforestation in climate change mitigation. Forests absorb CO2 and store carbon, but may negatively impact land and food systems. The review concludes that forest conservation a…
Tomáš Halenka, Ranjeet Sokhi, Sandro Finardi +3
Project FOCI assesses the climate, air quality, and health impacts of non-CO2 radiative forcers such as aerosols and ozone precursors. It couples global and regional climate models with chemistry transport models, including high-resolution …
Tyoyima John Ayua, Musa Daboe
This review compares methane mitigation technologies in source-based and atmospheric removal categories, evaluating efficiency, scalability, and cost. Source strategies (anaerobic digestion, rice-water management) achieve 30-90% reduction a…
Zouhaier Aloui, Mekki Hamdaoui, Wafa Sahraoui +1
This study examines how political stability and climate change interact to affect infant mortality in MENA countries (1996-2023) using GMM and CS-ARDL methods. Climate change significantly increases infant mortality, while political stabili…
Alperen Meral, İlknur YAZICI, Engin Eroğlu
This study assesses land-use change impacts on carbon stocks in Istanbul from 2017-2024 using the InVEST model and GIS. Results show a 3.72% increase in built-up area and declines in agricultural, forest, and rangeland, leading to a net car…
Erkişi K.
This paper empirically analyzes the relationship between greenhouse gas emissions, economic factors, and socio-economic dynamics in Canada. While details are limited, it likely offers insights for emission reduction policies.
Moreira V.A.
This study estimates greenhouse gas emission potential from tropical coastal sediments in a densely urbanized area using metabarcoding microbial community data. It contributes to fundamental climate science understanding but offers limited …
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