Carbon Accounting Methods and Supply Chain Efficiency
(著者不明)
This paper examines how carbon accounting methods impact supply chain efficiency, suggesting that improved Scope 3 accuracy can drive both cost and emission reductions.
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 1261–1280 of 1715 papers
(著者不明)
This paper examines how carbon accounting methods impact supply chain efficiency, suggesting that improved Scope 3 accuracy can drive both cost and emission reductions.
Soule Moussa, Saley Karim, Larba Hubert Balima
This study investigates the diversity, structure, and carbon stock of urban food forests in Sahel cities of Niger. It quantifies tree species composition and carbon sequestration capacity, assessing the role of urban green spaces in climate…
Pervez Khan, Bui Manh Hung, Jishnu Panamoly Ayyappan +5
This study assesses aboveground carbon stock and biomass potential of mixed plantation forests in Luot Mountain, Vietnam. Findings indicate significant carbon sequestration capacity, supporting climate mitigation efforts in tropical regions…
Chad Papa, Kenneth J. Davidson, Kendall DeLyser Roney +6
This study uses regional carbon modeling to identify climate-smart forestry practices for Minnesota, quantifying the climate mitigation potential of forest management and wood utilization. Application of these practices could decrease the s…
Rodrigo Siqueira Reis, Milena Franco Silva, Y Wang +2
The PA-CARBON framework estimates greenhouse gas emissions from physical activity promotion. Three case studies demonstrate its applicability, offering a new perspective on assessing the environmental footprint of health promotion initiativ…
Mengmeng Bian, Harald Kicker, K. Guthrie +3
This report analyzes four methods for quantifying carbon emission reductions in solar water heating (SWH) systems: CDM, LCA, project-level specifications, and White Certifications. The CDM methodology, under the Kyoto Protocol, has proven e…
Sharon Gubamwoyo, Sonja M. Leitner, Gabriele Weigelhofer +5
This supplementary material investigates how valley-bottom wetland agricultural conversion and recovery affect greenhouse gas dynamics and soil carbon sequestration in an African tropical highland system.
Irina Demianenko, Yong Geng
This study applies LMDI decomposition to analyze GHG emissions from fuel combustion in Tatarstan, Russia (2005-2022). Economic activity drove emissions up by 16.50 Mt, while energy intensity improvements reduced them by 10.17 Mt. The findin…
Pattarapon Chummee
This study examines the impact of carbon footprint awareness on low-carbon consumption behaviors in Pathum Thani, Thailand. Using an integrated TPB-VBN model, it finds that awareness mediates the effect of routine behaviors on sustainable c…
Nanthi Bolan, Xiaofei Lv, Yue Xu +8
This paper examines the impact of fertilizer use on carbon sequestration in agricultural soils. An international collaboration suggests that fertilizer management plays a key role in soil carbon storage, with implications for climate change…
Yuanyuan Xiong, Guoxin Yu, Xiaofu Chen
This study uses panel data from 30 Chinese provinces (2000-2022) to analyze agricultural carbon emission efficiency and the 'low-carbon efficiency illusion' where measured efficiency does not translate into real reductions. Employing meta-f…
З Х Шогенцукова, I. M. Potravny, A. Kh. Zanilov
This paper evaluates and forecasts the contribution of gardening (intensive dwarf orchards) to greenhouse gas emission reduction and carbon sequestration in Kabardino-Balkaria, Russia. Using data from a 120-hectare pilot project, it estimat…
Yongjun Cai, Jun Ren, Huan Yang +5
This study analyzes carbon emissions from crop farming in China's Yangtze River Economic Belt (2013-2024). Methane from paddy fields is the largest source; emissions from agricultural inputs decline while soil emissions rise. Efficiency imp…
L. Tesch, B.S. Bandarra, H. Craveiro +1
This study evaluates Portuguese forest carbon dynamics using improved accounting methodologies, revealing a shift from carbon sink to carbon source. It highlights the impact of accounting methodology choices on national carbon balance estim…
Markus Hauck, Ganbaatar Batsaikhan, Germar Csapek +3
This study examines the impact of internal stem decay on aboveground biomass in fire-prone Pinus ponderosa forests in Oregon. It finds only ~1% biomass loss, confirming that allometric regressions provide reliable carbon stock estimates eve…
Ituen I.
This paper examines methods for estimating carbon and greenhouse gas emissions in remote regions of Canada. While details are unclear, it may contribute to developing emission inventories for hard-to-reach areas.
López-Olmedo N.
This study analyzes greenhouse gas emissions associated with the Mexican diet, identifying social groups with the largest carbon footprint. Findings highlight disparities across income and dietary patterns, offering insights for targeted em…
Katikala Anish, Mhaiskar Priya Rajendra, Milkuri Chiranjeeva Reddy +6
This study assesses carbon storage and monetary valuation of teak forests in tropical dry deciduous forests in India. Based on field surveys, it quantifies tree biomass and soil carbon, and estimates economic value using carbon credit price…
Soheil Safari, Ahmad Sharafati, Mohammad Mosaferi +2
This study evaluates alternative urban drinking water supply scenarios under climate change, comparing their carbon footprints and energy demands. It provides insights into sustainable water supply strategies.
Yu-I Lin, Danwyn J Aranha, Suraj Negi +2
This paper evaluates the life-cycle greenhouse gas mitigation potential of biomass technologies for various bioproducts. It applies life-cycle assessment methodology to quantify the climate change mitigation potential of biobased products.
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