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 281–300 of 804 papers
H. Nganhane, Alexandre O. Tavares, P. Santos +1
This paper compiles a comprehensive database of natural hazard impacts in Mozambique from 1926 to 2021. It serves as a foundational tool for understanding past disaster patterns and informing resilience planning for the future.
Momate Emate Ossifo, Severino José Macôo, A. Cau +3
This study analyzes aboveground carbon stock in Mopane forests of southern Mozambique using geostatistical methods. Aboveground biomass was estimated via a pantropical allometric equation, and carbon was derived. Ordinary kriging partially …
Yu-Han Jiang, Yi-Ting Chen, Dan-Ruo Luo +5
This study investigates the effects of mixed cereal and legume straw application on carbon sequestration in black loessial soils with varying organic carbon content in dryland China. It finds that mixed application is more effective in high…
Xu Liu, Tingting An, Roland Bol +4
This study examined the effect of maize straw addition on the composition of organic carbon within soil aggregates in Mollisols with low and high initial carbon status. Straw addition increased lignin phenol concentration in macroaggregates…
Eliana Vivas, Chengyan Ji, Lelys Bravo de Guenni
This paper proposes a leakage-free wavelet-based drought forecasting method that applies wavelet transforms within moving windows to avoid future information leakage. Evaluated on 76 years of Illinois drought data, it improves RMSE by up to…
Tchodjowiè P.I. Kpemoua, Issiakou A. Houssoukpevi, Kenji Fujisaki +5
This systematic review compiles 155 diachronic studies on soil organic carbon (SOC) dynamics from the Global South (excluding China). Most experiments focus on cropland with mineral fertilization and tillage, but arid regions and low-input …
Tesfaye Defar, Ketema Tola
This review synthesizes knowledge on climate change impacts in Ethiopia, highlighting rising temperatures, rainfall variability, and extreme events affecting agriculture, water, health, and urban systems. It discusses regional disparities, …
Maha Batool, S. Amjad
This systematic review synthesizes evidence on climate change impacts on four major crops (wheat, rice, cotton, sugarcane) in South Asia, especially Pakistan. Based on 74 studies, it finds that warming reduces cereal yields by 5-15% per 1°C…
Zehao Lv, Gangsheng Wang, Daifeng Xiang +9
This study reveals that compound climate extremes (e.g., drought + heat) trigger non-additive soil greenhouse gas responses through nonlinear microbial thresholds. Findings highlight the need to consider interactive effects in climate model…
Jinhua Zhang, Han Han, Bingxiao Liu +2
This study examines how different straw return methods and particle sizes affect greenhouse gas emissions and soil microbial communities in paddy fields. Certain combinations reduce emissions significantly.
Shan‐Shan Dai, Peng He, Z D Zhang +7
This study analyzed cropland soils along a Mollisol transect in Northeast China and found that both microbial necromass and mineral-associated organic carbon (MAOC) are major contributors to SOC accumulation. Microbial necromass accumulatio…
T T Li, Qiqi Chi, Fanhao Song +3
This study investigates the synergistic correlations between structure and properties of black carbon (BC) and dissolved black carbon (DBC), along with their sequential temperature-response mechanisms. Understanding these behaviors can cont…
Ho Jeong Dan
This paper explains the ocean carbon pump mechanism and its role in climate change mitigation, exploring the potential of oceans as natural carbon sinks.
Eduardo G. Espejon Jr
This bibliometric analysis examines 5,517 articles on tropical forest carbon dynamics from 2000-2025. It reveals a 6.76% annual growth rate, strong international collaboration with 45.22% co-authorship, and a thematic shift from traditional…
Yajie Zhang, Yu Shi, Puyu Feng +2
This paper takes a biophysical perspective to assess the trade-off between yield benefits from irrigation and greenhouse gas emission costs for global major crops, providing insights for sustainable agriculture and climate-smart farming.
Zixin Chen
This study synthesizes 138 emission factors (EFs) of CH₄ and N₂O from sewer networks across 24 studies (1994–2024). Using Spearman, Random-Forest-SHAP, and GAMs, it identifies key drivers: CH₄ EFs are governed by hydraulic and organic facto…
Ludwick Satria Romadoni, Eko Susetyarini, Muhammad Rifky Ardiansyah
This systematic review analyzes methodological trends in mangrove blue carbon estimation using UAVs, following PRISMA. Among 37 papers, RGB sensors integrated with machine learning (Random Forest, SVM) dominate, with MVI and ExG indices eff…
Johan Rockström, Maria A. Martin, A. Ganopolski +4
This paper offers an Earth system science perspective on Anthropocene pathways to year 3000, considering the 2024 rejection of the Anthropocene as a geological epoch. It explores best-case, middle-of-the-road, and worst-case emission scenar…
Jun Li, Yao Zhang, P. Ciais +4
This study demonstrates that the response of extreme compound events, such as concurrent droughts and heatwaves, to cumulative CO2 emissions is amplified. Using climate models, it reveals a nonlinear increase in the frequency and intensity …
Juan C. Mejía‐Medina, Roxana Alveo, M. Slot
Photosynthetic capacity in tropical tree Calophyllum inophyllum declines up to 29% in the afternoon due to biochemical downregulation, while heat tolerance remains stable. This diurnal variation must be accounted for in carbon uptake models…
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