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 861–880 of 2021 papers
Yi-Chih Yang
This study evaluates CO2 emissions from container trailer operations using carbon footprint and gray relational analysis. It compares two terminal operation modes and finds that factors like distance, speed limits, and loading affect effici…
vshweta1509-stack
Public release of a measurement pipeline, sample URL list, and raw study data for measuring the carbon footprint of open access infrastructure, enabling environmental impact assessment of digital infrastructure.
Sweta Jain
This study proposes a software-based carbon footprint monitoring system for the apparel manufacturing industry. It integrates production, energy, material, and logistics data, using standardized emission factors to continuously calculate CO…
Debora Griffin
This paper presents a gridded model inventory of Canada's 2023 carbon emissions, aiding in spatial distribution understanding.
Chris Williams
This study develops the Kelp Carbon Pathway Framework (KCPF) to compare natural and engineered kelp carbon pathways consistently. It synthesizes evidence from marine ecology, biogeochemistry, engineering, life-cycle assessment, and carbon a…
Kangqi Ma, Lei Qin, Huilin Kong +4
This review systematically evaluates low-carbon materials (alkali-activated geopolymers, low-clinker calcium composites) for roadbed stabilization using a four-level evidence hierarchy: strength, microstructure, durability, and life-cycle a…
Lichao Wang, Y Zhou, Y ZHAO +5
This paper conducts a fine-scale carbon emission assessment for national-level new areas in China, analyzing the driving mechanisms of industrial layout, socioeconomic factors, and ecological environment on emissions. The findings provide i…
Yixuan Li, Rong Lin, Shiran Zhang +5
This paper analyzes the trade-off between urban expansion and carbon storage in rapidly urbanizing cities, examining how self-regulation mechanisms influence these relationships. It highlights the importance of carbon storage in urban plann…
Farhana Gul, Laiba Urooj, Samiullah Khan
This study estimates the carbon footprint of the University of Swabi, Pakistan, for 2025 using the GHG Protocol. Total emissions are 855.49 tCO₂e, with purchased electricity (46.38%), private commuting (36.75%), and solid waste (15.91%) as …
US Department of Agriculture, National Agricultural Library
This dataset provides estimates of greenhouse gas (GHG) emissions from U.S. agriculture and forestry from 1990-2018. Key sources include nitrous oxide from cropland soils, methane from enteric fermentation and rice, and methane and nitrous …
US Department of Agriculture, National Agricultural Library
This dataset provides detailed inventory data on U.S. agriculture and forestry GHG emissions and carbon sinks from 1990-2013. It covers cropland soils, livestock, rice, energy use, forests, wood products, etc., with net emissions estimated …
Yi Qian, Tharaka Gunawardena, Priyan Mendis +1
This paper presents a Boundary-Resolved Dynamic Ledger (BRDL) to analyze how accounting boundaries affect reported mitigation outcomes in forest-wood product systems. Using a mill-scale case study, it demonstrates that carbon payback times …
US Department of Agriculture, National Agricultural Library
This dataset compiles tabulated data from Chapter 4 of the U.S. Agriculture and Forestry Greenhouse Gas Inventory (1990-2013), focusing on forest carbon stocks and stock changes. It provides annualized estimates by ownership, region, and ca…
US Department of Agriculture, National Agricultural Library
This dataset provides GHG emission and sequestration estimates for U.S. cropland agriculture (1990-2013), covering N2O, CH4, CO2, soil carbon changes, tillage practices, and uncertainty.
US Department of Agriculture, National Agricultural Library
This dataset contains tabulated data from the U.S. Agriculture and Forestry Greenhouse Gas Inventory covering 1990-2013, detailing emissions sources (nitrous oxide from soils, methane from livestock and rice) and carbon sinks (forests, harv…
Ladan Abrari, Mukesh Basnet, Milla Tynkkynen +2
This paper compares three CO2 supply chains for breweries using LCA: biogenic CO2 from biogas, fossil by-product, and fossil burn. Biogenic CO2 shows significantly lower climate impact (43 kg CO2-eq/t) even over long transport distances, ma…
Heidi‐Jayne Hawkins, Michael D. Cramer, Kimberley J. Simpson +6
Using open-top chambers, this study demonstrates that grass, not trees, is the primary source of soil organic carbon (SOC) in savannas, regardless of elevated CO2 (550 ppm). Grass contributed 50-90% of SOC via belowground biomass and occlud…
Yaqin He, Yanduo Liu, Jinyong Guo
This study uses household panel data from Jiangxi Province (2018-2023) and life cycle assessment to calculate GHG emissions from rice production, then applies a two-way fixed effects model to analyze driving factors. CH4, CO2 from irrigatio…
Kajaste R.
This paper proposes optimizing the resource base (e.g., feedstock) to manage greenhouse gas emissions in the methanol production chain. It analyzes emission reduction effects from feedstock selection and process improvements, providing guid…
Li Qi, Jie Xing, Zhiqiang Zhou +8
This study develops a method integrating multiple hyperspectral satellite observations to quantify CO2 emissions from coal-fired power plants in Hubei, China. Using matched filter and integral mass enhancement model, it analyzes plumes from…
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