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 1041–1060 of 2021 papers
(著者不明)
This paper analyzes the trend of fishery carbon sink in Chinese bivalve aquaculture from 2004 to 2023. It quantifies bivalve carbon absorption capacity and evaluates temporal changes, offering insights for blue carbon strategies.
Jadhav, Kavita
This paper proposes a carbon-aware test scheduler for the K11tech Agentic AI QA system. Risk-proportionate tier routing reduces CI carbon by 52.5% for low-risk PRs, and grid-intensity deferral reduces carbon intensity by 52.4% for full-tier…
Daniel Anyanya, Andrea Paulillo, Charnett Chau +2
This study conducts a whole-building LCA for UCL's New Student Centre, integrating construction KPI data. Operational energy accounts for 73% of climate impacts, with embodied carbon at 26%. A 195% performance gap exists between design-stag…
Sungmo Seo, Taehyoung Kim, Chang Chae +1
This meta-analysis of 100 LCA reports from G-SEED certified buildings in South Korea identifies 12 key material categories—with concrete alone over 85% of total mass—that dominate embodied carbon. A classification framework is proposed to s…
Nnadi Ejiofor, Josephine Najjobyo, Pathias Ndyabijuka
This study evaluates the lifecycle cost, carbon footprint, and risk of pozzolanic cement with sugarcane bagasse ash (SCBA) in Uganda. SCBA contains 57.26% reactive silica, improving durability and reducing water absorption by 15-25%. It red…
Z Zakai, D Das, R Rawal +1
This study quantifies embodied carbon (EC) in reinforced cement concrete residential buildings in India, analyzing how floor area ratio (FAR) and seismic zones affect material intensity and emissions. Results show steel has a deterministic …
Natee Suriyanon, Teewara Suwan, Somjintana Kanangkaew +2
This study evaluates the carbon footprint of concrete blocks in Thailand, finding 88.508 kgCO2eq per ton with cement as the main contributor (80.69%). Raw material acquisition accounts for 95.79% of emissions. It identifies key reduction op…
Canada Foundation for Innovation | Fondation canadienne pour l'innovation
This paper proposes RACE4NbCS, a rapid assessment method for carbon emissions from nature-based climate solutions (NbCS). It quantifies GHG reduction effects, aiding carbon credit generation and policy making.
Danilo Urzedo, Nikki P. Dumbrell, Cathy Robinson
This dataset compiles information on land-based carbon farming projects registered under Australia's ACCU Scheme (up to Nov 2025) and Queensland's LRF (up to June 2026), including project methods, locations, credits, and co-benefits. It ser…
Paul E. Carnell, VL Lucieer, Kelsie Fractal +1
This study quantifies blue carbon stocks in seagrass beds of Tayaritja Sea Country, Tasmania. It demonstrates the role of temperate seagrasses in carbon storage, contributing to carbon accounting and nature-based climate solutions.
Worrapol Koranuntachai
This paper assesses the well-to-wheel carbon footprint of diesel-electric intercity rail in Thailand at corridor resolution, offering insights into operational efficiency and emission reduction potential.
Ahlam El Majid
This study conducts a life cycle assessment comparing natural materials (natural fibers, biopolymers, agro-industrial by-products) with cement/lime for stabilizing expansive soils. Results show natural materials reduce carbon emissions by 4…
Jay Gutierrez
This paper proposes a high-resolution geospatial pipeline for national-scale mangrove assessment, enabling site intelligence for coastal blue carbon. The multi-attribute approach leverages remote sensing data to estimate carbon stocks and m…
CASIRMEDIA
This study conducts a cradle-to-gate LCA comparing Palm Kernel Shell Concrete (PKSC) to Normal Weight Concrete (NWC). PKSC achieves 30-36% carbon reduction but has higher strength-normalized emissions due to lower compressive/flexural stren…
Min Chen, Meng Luo, Adam Daigneault +8
This study shows that increased forest carbon from environmental and management changes reduces pressure to convert natural land, highlighting the role of forests in climate mitigation and informing land-use policy.
Nidhi Singh, Veena Batra Kushwaha
This study assesses the carbon footprint from electricity consumption at Deen Dayal Upadhyaya Gorakhpur University in India, providing a baseline for the university's greenhouse gas emissions and highlighting opportunities for emission redu…
Helal J.
This study examines embodied greenhouse gas emissions of structural systems in tall buildings, focusing on whether plan irregularity (non-rectangular floor plans) leads to higher emissions. The findings highlight the carbon cost of architec…
Li X, Tang Z, Liu K +1
This study integrates environmental input-output analysis with complex network theory to trace tourism-driven inter-sectoral carbon flows in China. The carbon emission flow network exhibits scale-free properties, with a few hub sectors domi…
Khafagy AA, Sharaf-Addin HH, Khan PA +2
This study analyzes the effect of carbon accounting disclosure (CAD) on financial and ESG performance of Malaysian oil and gas companies, moderated by sustainability committees (SC). It differentiates between monetary and non-monetary CAD a…
Emohamed Maryol
This study examines the carbon geochemistry of alkaline soils in the Libyan Sahara and Australia's Murray-Darling Basin. Microcosm experiments show that gypsum application and plant growth can achieve CO2 sequestration capacity of 93 t/ha, …
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