This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 14 contributing 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 961–980 of 1191 papers
Nordström J.
This paper analyzes the impact of voluntary sustainability adjustments (e.g., dietary changes) on greenhouse gas emissions from food consumption in Denmark. Findings suggest that lifestyle changes can contribute to emission reductions.
Riquelme del Río B.
This study evaluates fine-scale spatial variability of greenhouse gas emissions from a subantarctic peatland bog. It shows that emissions vary significantly across vegetation types and microtopography, highlighting the importance of high-re…
Islam S.M.M.
This study examines how rice cultivars, soil salinity, and nitrogen management influence both greenhouse gas emissions and yield, aiming to reduce emissions while improving productivity. The findings have implications for climate-smart agri…
Zhang G.
Returning organic materials to soil enhances crop yields and promotes soil carbon sequestration, but also increases the risk of greenhouse gas emissions. This paper examines the trade-offs and highlights the importance of managing organic i…
Chen S.
This paper investigates the effect of pre-coagulation on nitrogen removal and greenhouse gas emissions in wastewater treatment. It explores mechanisms and potential for reducing N2O emissions.
Thalasso F.
This technical note presents a new open dynamic method, the skirt chamber, for rapid and minimally intrusive measurement of greenhouse gas emissions from peatlands. The method is easier to install than traditional techniques while maintaini…
Zeng Yuan, Zhang Yuewei, Wang Xiaofeng +7
This study analyzes the long-term impact of urban stream restoration on methane and nitrous oxide emissions over a decade. It finds that restoration reduces GHG emissions, but the dominant drivers shift over time, highlighting the climate m…
kexin chen, Ziying Zou, Tong Li +10
This study analyzes how forest area and biomass density drive the trade-off between carbon storage and water yield in subtropical forests of China. Increasing forest area and biomass enhance carbon sequestration but may reduce water availab…
C. Durga, S Anitha, P Prameela +3
Field experiments in Kerala, India show that conservation agriculture (direct seeding, residue mulch, green manure) significantly increases soil carbon stock and sequestration in a rice-okra-green manure cropping system. Maximum sequestrati…
Sayed Alim Samim, Abdul Qadir Nabizada, Miraqa Hussain Khail +2
This study uses NARDL to analyze asymmetric impacts of green energy and climate variables on food production in Afghanistan. It finds that temperature reduces production, while precipitation and green energy increase it. CO2 emissions harm …
Pengyun Qiu, Ximeng Liu
This study assesses the impact of climate shocks and agricultural emissions on agricultural productivity and food dependency in China and the EU using time series data and FMOLS/DOLS methods. Climate shocks decrease productivity and increas…
Xingyue Lan, Zhongxuan Huang, Jiaoling Wu +7
This study analyzes carbon storage changes from 1990 to 2030 in Zoige County on the Qinghai-Tibet Plateau using the PLUS, InVEST, and Random Forest models. It finds that an ecological protection scenario yields the highest carbon storage, w…
Xiang Ding, Xiexin Shi, Pengfu Hou +4
This study demonstrates that application of iron oxide nanoparticles (Fe₃O₄) can simultaneously mitigate ammonia (NH₃) and greenhouse gas emissions from rice paddies under reduced nitrogen fertilization while sustaining rice yield, offering…
Xuliang Zhuang, Xiaoxuan Liu, Shengjun Xu +7
This study quantifies the human amplification of greenhouse gas emissions from small water bodies using machine learning and a global database. Agricultural nutrient loading and land use intensity significantly increase emissions, with sust…
Yun Li, Yiming Han, Juhao Guo +6
This study examines how vertical layer position in composting piles affects greenhouse gas emissions and compost maturity. Results show distinct emission patterns across layers, highlighting the importance of layer management for emission m…
Christian Soleman Imburi, Novaldi Laudi Angrianto
This study examines the effect of deforestation intensity and land cover change on forest carbon emissions in East Kalimantan, Indonesia, using multiple linear regression on survey data from 65 respondents. Results show both variables posit…
Dr. Mala. C. Patil, Dr. A. M. Nageswara Yogi
This paper explores the synergistic use of AI, ML, and drones for climate change monitoring and mitigation. Drones provide high-resolution real-time data from hard-to-reach areas, which AI/ML processes to detect patterns, predict changes, a…
Alastrué de Asenjo E.
Analyzes the persistence of European heat extremes even under net-zero emissions, highlighting the need for adaptation.
MacIsaac A.J.
This paper analyzes imbalances in climate outcomes under net-zero pathways that combine fossil fuel CO2 emissions with reforestation-based removals. It examines the trade-offs and balance needed to achieve temperature goals.
Zhang Y.
This study investigates greenhouse gas emissions from yellow paddy soils under long-term organic fertilizer application, analyzing methane and nitrous oxide patterns and the impact of organic amendments.
Browse by Topic