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 1191 papers
Ruirui Du, Yucan Xie, Minjuan Zhao
This study examines the trade-offs among pollution, carbon emissions, and economic performance in China's livestock sector, framed around the questions of what, why, and how. Without an abstract, the specific methods and findings are unclea…
Murdiyarso D.
This work refines greenhouse gas emission factors for Indonesian peatlands and mangroves. Better emission factors improve land-use emissions accounting and support ambitious climate targets. It contributes foundational data for national inv…
Hu Y.
A study indicating that urban agriculture in China supports vegetable supply without increasing greenhouse gas emissions. It suggests urban food production can be compatible with climate goals, though methodology and scope are unclear witho…
Hyland J.J.
A review examining how meat consumption fits into strategies for sustainable diets with lower greenhouse gas emissions. It synthesizes approaches to reducing food-system emissions, offering foundational context for diet-related decarbonizat…
Kliejunas E.
This study appears to examine how dietary greenhouse gas emissions relate to demographic characteristics (age, income, household composition) in high-income countries. Without an abstract, details are unclear, but it links food-system emiss…
Johnson M.G.
This work examines the distribution and genesis of soil organic matter (SOM) and management practices to reduce greenhouse gas emissions. Soil carbon sequestration underpins agricultural decarbonization and carbon crediting. Without an abst…
André Visser
A workshop presentation on establishing a marine carbon baseline across New Zealand's EEZ. It relates to 'Catching Marine Carbon', an Endeavour Fund programme assessing three proposed marine CO2 removal techniques via natural analogues in N…
Leah K. Clayton, Alexander S. Wyckoff, Sinéad M. Crotty
This study assesses anoxic biomass burial as a scalable way to offtake residues from wildfire fuel-reduction treatments while storing carbon durably. Geospatial water-balance modeling across the western US shows required soil cover varies b…
Vikas K. Patel, Prakash Ajay Taksal
Using PRIMAP-hist emissions and the FaIR climate model, the study quantifies India's contribution to 2024 global mean surface temperature change from CO2, CH4 and N2O over 1750–2024. India contributes roughly 0.047–0.05°C, less than the US,…
Piyali Kumar, Dibyendu Ghosh
An empirical study examining the determinants of resource depletion and air quality across BRICS economies. Without an abstract, methods and findings remain unclear, but it likely addresses the growth-environment nexus in emerging markets. …
Yan J.
This study shows that pyrite-driven iron-sulfur cycling enhances nitrogen removal and mitigates greenhouse gas emissions in constructed wetlands treating low-C/N wastewater. It offers a biogeochemical approach to jointly improve wastewater …
Ma Q.
A study examining how incorporating Chinese milk vetch and rice straw into paddy soil affects greenhouse gas emissions and soil properties. It assesses how organic amendments influence GHG balance and soil carbon/nitrogen dynamics. Provides…
J. Arulkumaran, P. M. Aparna, A. J. Chaitra +4
This narrative review synthesizes evidence on climate change impacts on fruit and vegetable production and evaluates responses including genetic improvement, precision irrigation, soil carbon management, protected agriculture, agroforestry,…
Lindiwe Maphalala, Lelethu Mdoda, Unathi Kolanisi +1
Using 880 smallholder households in Eswatini's Lubombo Region, this study examines how climate change affects agriculture, water, and food-nutrition security within an integrated nexus framework. Drought frequency and reduced rainfall were …
(著者不明)
A critical narrative review assessing biochar production as one option among crop-residue management strategies, with emphasis on South Asia and Pakistan. Biochar can retain persistent biomass carbon and improve some soil properties, but ou…
Barry van Jaarsveld, N. Wanders, Nicole Gyakowah Otoo +4
GLOBGM v1.1 simulates global groundwater heads and water table depth at ~1 km monthly resolution for 1960–2019 and three SSP-RCP scenarios to 2100 with five GCMs. Validation against 34,800 wells shows skillful predictions in ~83% of shallow…
(著者不明)
A review of 73 CGIAR studies (2012–2023) on climate-induced extreme rainfall and floods. It synthesizes crop losses from inundation, waterlogging and salinity, and adaptation options such as rainfall forecasting, flood early warning, climat…
(著者不明)
This concept paper proposes Soil Security Debt, an accounting architecture that treats soil degradation as an accumulated, transferable liability rather than a state indicator. Anchored in five Soil Security dimensions (capacity, condition,…
(著者不明)
This study presents a hybrid physics-informed machine learning pipeline for NO2 dispersion and short-term forecasting along a high-traffic corridor in Palermo, Italy, using six years of hourly data. Combining COPERT emissions, the SIRANE st…
Emily A. Ury, Zhen Zhang, Etienne Fluet‐Chouinard +3
Restoring 30% of the world's drained inland peatlands strategically could sequester 0.91±0.17 Pg CO2eq/yr, three times more than random restoration. Prioritizing water quality or flood mitigation still yields 0.34–0.50 Pg CO2eq/yr, showing …
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