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 81–100 of 1356 papers
Bjørn A.
This paper proposes a research agenda for absolute environmental sustainability assessment (AESA) that goes beyond net-zero climate targets. It frames how AESA can support decisions across corporate, regional and national scales, addressing…
King A.D.
This paper examines how regional inequalities in warming patterns persist under net-zero and overshoot pathways. Without an abstract, details are limited, but the work appears to assess regionally differentiated warming using climate model …
Xin Zhang, Hai Huang, Zengqiang Li +3
This review synthesizes how ratoon cropping can cut agricultural GHG emissions across rice and dryland crops (sugarcane, sorghum, cotton, pigeon pea). Reusing the previous root system avoids land prep, sowing, and transplanting, reducing GH…
Yutong Wang, Guosongrui Yang
This study integrates a spatial conflict index, carbon balance accounting, and the intPLUS model to analyze 2000-2020 PLES conflict and carbon balance in Jiangsu, China, simulating four 2030 scenarios. The economic development scenario yiel…
JOEL ANDERSON FLORIAN AREVALO, JASON ANDERSON GALVEZ LUNA
Noting that under 20% of studies operate at microscale and none integrate all functional layers, this paper proposes a five-layer digital-twin framework: data acquisition, assimilation, microclimate simulation, nature-based-solution optimis…
JOEL ANDERSON FLORIAN AREVALO, JASON ANDERSON GALVEZ LUNA
Noting that under 20% of studies operate at microscale and none integrate all functional layers, this work proposes a five-layer digital-twin framework: data acquisition, assimilation, microclimate simulation, nature-based-solution optimisa…
Jiaming Tan, Heshan Cai, Zekai Liu +7
This review organizes AI applications in environmental fields via a three-level framework of monitoring, control, and management. It surveys machine learning, deep learning, reinforcement learning, digital twins, and IoT for multi-media env…
Walter Leal Filho, Franziska Wolf
This overview examines links between climate change, health, and behavioural change, arguing that individual and collective pro-environmental actions can reduce health harms. It frames these changes as contributing to SDG 13 (Climate Action…
Gayan Ekanayake, G.R.Bhagya Wijewardhana Wijewardhana
A study from the National Hospital of Sri Lanka on reducing the carbon footprint of carpal tunnel surgery. It highlights emissions embedded in surgical care and likely examines how technique, materials, and anesthesia choices affect environ…
Wanli Xing, Xiaoguang Ouyang, Fen Guo +1
A meta-analysis quantifying decadal blue carbon losses from tidal wetland reclamation and gains from restoration in China. Carbon stock depletion was the largest loss pathway (49.18% mangroves, 37.33% tidal marsh), while biomass recovery dr…
V. S. Stolbovoy, Александр Михайлович Гребенников
Using a Russian humus-balance model, the study assesses rapeseed as a crop for regenerative agriculture and a low-carbon economy. Winter rapeseed fixes soil humus (+0.48 t CO2-eq/ha) while spring rapeseed loses humus (-0.30 t CO2-eq/ha). Wi…
Justin E. Silpe, Karla Damian-Medina, Sarah M. Reyes +1
This review compares environmental burdens of breastfeeding versus commercial milk formula, estimating 5.9-7.5 billion kg CO2e added annually by formula use in infants under 6 months. It identifies a reinforcing feedback loop where climate …
Emmanuel Ogbonnia Oko, Chidinma Sarah Njoku
A narrative review synthesizing post-2015 evidence on GHG emissions and climate impacts for maize, wheat, rice and soybean. N₂O dominates upland systems via nitrogen fertilization, while CH₄ is key in flooded rice; results are highly sensit…
Binqi Yan
This study builds a global unit-level inventory of rare earth element (REE) emissions from cement production, integrating facility-level clinker data, technology, socioeconomic indicators, and element-specific emission factors. The sector e…
Diego Armando Damián-Carrión, Magdy Echeverría-Guadalupe, Carla Fernanda Silva-Padilla +4
Comparing 144 soil samples across natural (paramo, native forest) and converted land uses (cropland, pasture, exotic plantations) in the Ecuadorian Andes, natural ecosystems held significantly higher soil organic carbon. Land-use change was…
Ogunade Josiah Ayodele
This qualitative study examines AI's role in Africa's climate adaptation and mitigation, synthesizing literature, institutional frameworks, and case studies. It highlights machine learning and remote sensing for environmental monitoring, la…
Frank Agyemang Karikari
Using a spatial Durbin model across 43 African nations (2000–2022), this paper shows climate vulnerability depresses sustainable development directly (−0.352) and, more strongly, through spillovers from neighboring countries (indirect −1.24…
Fakhrullah Fakhrullah, Mingxing Li, Sher Khan +1
This paper re-examines drivers of consumption-based CO2 emissions across the E7 emerging economies (2000–2021) using MMQR, wavelet quantile correlation, and cross-quantilogram methods. Income elasticity declines across the emission distribu…
Jiankang Ling, Xufeng Mao, Xiuhua Song +5
Four years (2021–2024) of eddy covariance data at Haihu Wetland Park, Xining, China, show the high-elevation urban wetland acted as a net CO2 sink on 88.24% of valid days, with mean cumulative NEE of −437.27 g C m−2 yr−1 (CV 16.9%). Sink pe…
Tengteng Wang, Li Song, Yue Xu +4
This study assesses macroalgal blue carbon in Zhejiang, China, analyzing 2001–2023 production trends and drivers, then projecting sequestration under three scenarios using four models. Average annual sequestration was ~4,176 tC (~15,327 tCO…
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