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 1461–1480 of 2032 papers
Anjaly Jose
This review synthesizes lifecycle carbon analyses of five urban green infrastructure typologies across five tropical megacities, applying a cradle-to-grave framework over 50 years. Urban forests show the highest net carbon balance (322 t C …
Min Zhao, Y ZHANG, Y Q Li +1
This study demonstrates that increasing stand density in Robinia pseudoacacia plantations enhances soil organic carbon sequestration by promoting necromass carbon accumulation. It provides empirical evidence for forest management strategies…
M Zhang, Furong Du, Ke Li +3
This study investigates how film mulch regimes affect fungal necromass carbon and its contribution to soil organic carbon in potato cropping systems. Results suggest that mulch conditions play a key role in carbon sequestration.
Julius Vira, Henriikka Vekuri, Olli Nevalainen +9
This study proposes a method to fuse satellite-derived crop productivity, in-situ soil organic carbon measurements, and a soil carbon model (YASSO15) to estimate annual carbon exchange at parcel scale. The GPP model uses Sentinel-2 red edge…
O Turner, S Elhag, H Ismail-Koch +1
This study calculates the carbon footprint of single-use non-recyclable waste from paediatric coblation tonsillectomy and adenotonsillectomy in the NHS. Average waste per procedure: 1.13 kg, emitting 4.36 kg CO2e. Annually, ~867 kg CO2e fro…
Jessica Man, Martin Kleppmann
This code repository implements a zero-knowledge proof system for cryptographically verifiable carbon emissions reporting in cloud computing. It includes three zk programs using the o1js framework, prover/verifier implementations, and sampl…
João P. G. Machado, Vinícius P. de Oliveira
This study tested whether surface area-to-volume ratio (AV) predicts primary productivity and carbon capture across 11 tropical macroalgal species. AV strongly correlated with net and gross primary productivity (NPP, GPP), explaining 57-65%…
Mei Dou, Liu Yang, Yuhao Qiao +1
This study proposes a high-resolution mapping method for building-stock carbon emissions. By considering spatial heterogeneity and using planning-indicator-based diagnosis, it provides concrete measures towards low-carbon cities. The findin…
Qi Li, Wenxiong Wang, Zongbao Feng +2
This paper evaluates pathways for emission reduction and carbon sequestration in comprehensive land consolidation in rural China through configurational analysis of low-carbon behaviors. It suggests that combinations of various factors cont…
Florian Pothin
This paper provides code and derived results for a product-level Trade-LCA framework for embodied carbon accounting in global trade. No datasets are bundled; users must obtain inputs from their respective providers. The framework enables pr…
Gökhan Ağaç, Dilruba İZGÜDEN, Havva Ceylan +5
This study quantifies carbon emissions from diagnostic imaging and endoscopic procedures for colorectal cancer in Türkiye, providing evidence to reduce the carbon footprint of healthcare.
N.E. Yıldız, B. Kahveci
This study evaluates carbon storage and air quality on a university campus in Turkey using the I-Tree Canopy model for 2010, 2024, and projected 2038. Results show that expanding tree and shrub cover significantly increases carbon storage a…
Adikant Pradhan, S.K. Nag, T. Chnadrakar +5
This study develops species-specific allometric indicators for trees in mixed agro-forestry systems and quantifies their carbon sequestration potential. By using species-specific allometric equations, more accurate carbon stock estimation i…
Ahmed, Ayesha, Suhrhoff, Tim Jesper, Reinhard, Chris +1
This study identifies an inefficiency in biochar-based carbon dioxide removal (CDR): biochar inherently traps cations and nitrogen, reducing their release to soil water systems. This leads to a CDR inefficiency ranging from 0% to ~40%. The …
Bryony M. Bowman, Sharon Henson, Kathryn North +1
This paper introduces the PACER (Potential Avoidance of Carbon Emissions through Research) framework to assess the future carbon avoidance potential of research projects. It addresses the gap in current carbon calculation tools that cannot …
Sara Nawaz, Madison Stevens, Terre Satterfield +1
This paper argues that social science perspectives are essential for designing robust environmental monitoring and research frameworks for carbon dioxide removal (CDR). Drawing on cases from carbon markets, Indigenous monitoring, biodiversi…
Prof. N. D. Gaikwad
This paper presents Carbon Footprint EcoSync, a low-cost IoT-based monitoring system for households and small offices in India. It uses an ESP32 microcontroller with voltage, current, and air quality sensors to track electricity consumption…
Yan Li, Xin Zhao, Wanlei Xue +1
This paper designs a low-carbon transformation path for energy systems under China's dual carbon goals, integrating source-grid-load-storage coordination and multi-time-scale technology evolution. It develops the SNES carbon emission predic…
Ao Yu, Qiguo Zang, Jiuliang Liu +2
This paper develops a process-energy-flow-based carbon emission accounting system for steel industrial parks, categorizing sources into fuel combustion, industrial processes, purchased electricity and heat, and carbon-sequestering products.…
Chuyun Wu, Jingwen Bi, Yawen Shen
This study evaluates the cradle-to-gate carbon footprint of three bamboo-based activated carbon pathways (granular, powdered, extruded) using primary data from a 10,000 t/year production line. Internal heat recovery reduces emissions by 73.…
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