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 1–20 of 2191 papers
H. A. Taylor, Nazneen Rahman
Using Freedom of Information requests to 196 English NHS trusts in 2021 and 2024, this study assessed medicine carbon footprint (MCF) practices. Calculation remained uncommon (30/178 in 2021; 46/182 in 2024), and spend-based emission factor…
Chunhui Sang, Hongzhen Zhang, Yuting Huang +3
Integrating LCA with a net ecosystem carbon budget framework for two former Chinese steel plant brownfields, this study quantifies remediation-stage emissions (21,226–73,849 t CO2-eq) and shows afforestation compensates only 12–40% of that …
Xinqi Yao, Feng Yuan, Yu Song +3
A cradle-to-grave LCA of a 41 t diesel-electric RTG crane per ISO 14040/14044/14067. Baseline footprint is 3,735.73 t CO2e per crane (1.868 kg CO2e/TEU), with the use phase contributing 84.77%. Monte Carlo analysis confirms operational ener…
Gouthami Eragamreddy, Indrajit Pal, S. Ramacharan +1
This paper proposes a computational engineering framework for assessing and optimizing the environmental footprint of academic events. It integrates activity-based carbon modeling, IoT-Edge-Cloud sensing, and multi-objective optimization (M…
Katie Osborn, Silas Crocker, Kira Presley +5
Food emission databases rely on GWP100, but IPCC recommends both 20- and 100-year timeframes to capture short-lived gases like methane. This study calculates GWP20-based CO2-equivalent values for 16 food categories and 222 items, then compa…
A. Yu. Masanov, E. V. Kuzminykh, N. A. Trofimov +2
ALROSA reports achieving carbon neutrality solely through its own operations using enhanced mineral weathering of tailings to capture atmospheric CO2 at its Yakutia and Arkhangelsk processing plants. Based on 2025 data, the final product's …
Kiran Sahar, Junaid Zakria, Khawar Sultan
The voluntary carbon market faces a crisis of confidence over credit quality, transparency and double-counting. This chapter argues blockchain's immutability, transparency and smart-contract automation can rebuild trust across issuance, ret…
Pablo Augusto Andrade Alatamirano
A practitioner-oriented technical reference for GHG accounting in U.S. organizations, construction, buildings, and infrastructure. It integrates Scope 1-3 accounting with activity-data selection, emission-factor hierarchy, EPDs, embodied an…
Manan Aslam, Zhiwen Li
This chapter reviews agricultural carbon sequestration practices—conservation tillage, cover cropping, agroforestry—as climate-resilient solutions. It synthesizes how ICTs (SMS, apps, IoT, GIS, drones, satellites, AI, blockchain) can scale …
Gagandeep Singh, Jasdeep Singh Walia
This chapter examines the conditions under which soil-based carbon sequestration becomes intelligible as a financial commodity, through financialization, accounting infrastructures, and value-chain governance. It argues carbon farming's val…
Farrukh Saleem, Amina Rashid, Muhammad Sajjad +3
This chapter reviews carbon farming as climate-smart agriculture linking farm prosperity with soil carbon sequestration. It covers technologies (conservation tillage, cover crops, soil amendments, agroforestry, integrated livestock), agricu…
Adewale George Adeniyi, Kingsley O. Iwuozor, Victor Aderibigbe +1
This paper proposes a model to embed research contributions into carbon credit systems, which currently reward only project-level emission reductions. It converts measurable abatement from biochar, blue carbon, CCS, renewables and digital i…
Hamna Bashir, Muhammad Junaid Nazir, Longfei Liu +3
This chapter argues that a new paradigm, Carbon Offsets 2.0, is emerging to restore integrity after trust crises over additionality, permanence, and transparency. It rests on three pillars: trust via science-based standards (Core Carbon Pri…
Zhonghe Wang
Using input-output analysis for Europe, this paper examines how digitalization shapes trade-embodied carbon transfers and heterogeneous environmental upgrading across global value chains. It reveals how digital adoption alters the direction…
Watt M.S.
This work estimates carbon sequestration for minor exotic softwood species to be recognized under New Zealand's Emissions Trading Scheme. It expands the species coverage of forest carbon accounting, improving the accuracy of ETS credit calc…
Tokuslu A.
A study estimating ship-based GHG emissions at four ports in Georgia (US) from 2010 to 2018. It offers a port-level emissions inventory methodology relevant to maritime decarbonization accounting. Details are limited as no abstract is avail…
Qianbing Zhang
A data-licensing and documentation release of TunCO2 Pro, an open tool for embodied-carbon accounting and low-carbon lining design in TBM tunnels. The concrete emission-factor database is bundled as least-squares sufficient statistics to re…
XIN Gongfeng, LI Xuan, YANG Yanfeng, MA Chuanyi, JI Xiaoge, FEI Xiaoqin, SHAO Yingying
A lifecycle carbon emission model compares solid-waste-based porcelain aggregates with clay-based aggregates in China. Emissions reach 313.70 and 291.19 kg/t respectively, with production dominating over 84%. Sensitivity and scenario analys…
Rocio Belen Lopez Scribante, Marc Djahangard, Rasoul Yousefpour
Simulating five spruce stands in Freiburg from 2020-2080 (480 runs), this study compares no-management, business-as-usual, conventional, and transformative certification scenarios. Management and mortality dominate biomass outcomes; transfo…
P. Ashoka, K. S. Shashidhar, Dnyaneshwar Ambadas Raut +6
A critical review assessing whether agronomic management can deliver additional, measurable, durable soil organic carbon gains while maintaining production. Cover crops, diversified rotations, residue retention, perennials and agroforestry …
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