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 161–180 of 2474 papers
Beata Łaźniewska-Piekarczyk, Patrycja Miera, Mateusz Moskal +1
A cradle-to-gate LCA of six concretes and four mortars comparing Portland-cement and alkali-activated binders using openLCA and CML-IA. CEM III/B concrete cut GWP by 54.8% versus CEM I, slag–fly-ash alkali-activated concrete by 71.9%, and C…
Linda
UCST-CCIF is an open-source toolkit linking enterprise Scope 1–3 GHG inventories with process-level ecosystem carbon flux models across land, freshwater, and coastal pools. It ships six MVP kernels (soil carbon, blue carbon, rice-paddy CH₄,…
J. Drisiya, K Shibu
A study modelling spatiotemporal land use/land cover change and economically valuing coastal blue carbon sequestration in the Ashtamudi wetland, a Ramsar site in South India. It quantifies the carbon storage function of a protected wetland …
Radhika Bhargava
Reviewing all NDCs, NIRs and National Communications since 2015, the authors find 24% of blue-carbon-holding countries report blue carbon in NIRs and 47% in NDCs, mostly developing countries. Inclusion reflects strategic policy choice rathe…
Leonel J. R. Nunes
Integrative review of biochar in vineyards. Yield gains appeared only in three acidic, carbon-poor, non-irrigated Tuscan sites (+16–67%), while eight other comparisons showed no significant response; soil water and organic carbon gains were…
Ming Lei, Hui Chen, Aojun Lei +3
Using BIM-derived quantities, the study builds a carbon accounting framework for a reinforced-concrete university teaching building in China and identifies hotspots at stage, material, and component levels. Total A1–A5 emissions were 16,812…
Jack MacKenzie, John Callaghan
This study examines accurate GHG measurement for dairy farms, whose electrification of milking equipment raises energy demand and carbon footprint. It reassesses emission factors from national to regional scale and quantifies how on-site re…
Besleaga, Andrei Nicolae
Six distributed-ledger designs for ecological problems — supply-chain certification, pharmacy interchange, paperless billing, material recovery, roaming, and carbon-credit MRV — sharing a Sustainability-First Consensus (SFC) profile. SFC tu…
Kimei E.H.
A review of the sources of uncertainty in estimating greenhouse gas emissions from ruminants and the techniques used for uncertainty quantification and sensitivity analysis. It consolidates methodological knowledge to improve the accuracy o…
Kaitong Yang, Jun Wu, Ling Li +1
A study examining how household-level carbon emissions shift in a lower-fertility, shrinking society. Conducted by Chinese institutions, it aims to clarify how demographic change reshapes emission structures. Methods and findings are unclea…
Christian Wadjou
Proposes a relational LCA method that uses actor-network theory to set system boundaries, applied to the carbon footprint of London's contested Edmonton EcoPark energy-from-waste plant. It traces 22 actors and technical elements, logging ev…
Lee Bali, Tom Bearpark, Oleksandr Kit +6
Carbon removal must scale from ~2 to 7–9 GtCO2/yr by 2050, yet markets lack a standardised permanence-risk measure. Inspired by Value at Risk, the authors propose Carbon at Risk (CaR), a probabilistic shortfall measure between contracted an…
Zhaoxi Yuan, Magdalena Rãdulescu, Muhammad Sajid +1
Using an augmented ARDL approach on China (1990–2020), the study examines how monetary policy and energy imports affect aggregate, consumption-based (COC) and production-based (COP) CO2 emissions. Real interest rates raise aggregate and COC…
V. V. Namitha, YM Shukla, Ram Gopal +7
A critical review of soil carbon sequestration from cover cropping, diversified rotations, residue retention, reduced tillage, organic amendments, biochar and agroforestry in mineral soils. It finds the most consistent evidence supports mai…
Erika Balontayová, Vladimír Šimanský
The paper proposes a carbon sequestration calculation method grounded in the IPCC definition—actual CO2 removal by plants and its retention in soil—rather than conflating sequestration with carbon stocks or balance. Inputs include real biom…
Putri Alifa Kholil, Abdul Jabbar, Dhia Sasmita Lantip +2
Gate-to-gate LCA of a laundry MSME quantifies carbon and water footprints using IPCC 2021 GWP100 and AWARE methods. Laundering 1 ton of clothes emits 5,072 kg CO2-eq and uses 687 m3 of water, with the washing stage the hotspot (68% of emiss…
Wang S.
A mathematical modeling study of Book and Claim carbon-reduction schemes in maritime operations. It formalizes a 'paradox' where the certificate-trading mechanism may diverge from intended emission reductions, illustrated via numerical expe…
Пламен Драгнев
This study analyzes opportunities, barriers, and strategic directions for carbon farming (CF) in Bulgaria, focusing on digitalisation's role in MRV of carbon outcomes. Precision agriculture, IoT, remote sensing, AI, and blockchain can suppo…
Chitra De Silva Lokuwaduge
A documentary analysis (2014–2024) mapping the state of corporate carbon accounting and reporting across Asia. It examines institutional developments, policy frameworks, and emerging emissions measurement practices, finding progress but per…
Lorena Rodrigues Cunha, Ana Nadja Lopes Lucas, Matheus Martins Teixeira Cota +2
An LCA quantifying the carbon footprint of 1 ton of sisal fiber, covering decortication, sun drying, brushing, grading, and baling. Diesel use in decortication dominates emissions; diesel-biodiesel blends (86:14 and 80:20) cut the footprint…
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