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 1543 papers
Yu Fu, Zhengjie Yang, Zhang Bing +1
Using OECD data 1994–2021, this study examines nonlinear effects of agroforestry, financial markets, innovation, environmental taxes, and consumption expenditure on territory-based CO2 emissions. Agroforestry shows an inverted-U: early stag…
Roland Séférian, Laurent Bopp
New oxygen-based observations suggest oceans absorb more carbon than previously estimated while land sinks absorb less. The work challenges the land-ocean partitioning in the global carbon budget and offers an observational constraint for c…
Shufang Wang, Wei Liang, Shiwei Li +3
Four water-management regimes were compared in high-altitude paddy fields of the Dali Erhai Basin to assess soil organic carbon (SOC) and CO2 emissions. Controlled irrigation alone favored short-term deep-layer SOC accumulation but destabil…
Shiva Gharibi, Kamran Shayesteh, Arman Rastkhadiv
This study measured carbon storage and sequestration by urban agriculture (croplands) in Hamedan, Iran, using stratified random soil, grass, and litter sampling. Mean sequestration was 104.88 t/ha (soil), 4.96 t/ha (grass), and 0.27 t/ha (l…
Yu Wang
Using 432 behaviour-mapping scans, 240 questionnaires and field observations, this study evaluates environmental affordances in six small parks in Nanjing, China, across physical, perceptual, behavioural-social and climate-adaptive/low-carb…
D. A. B. Etchike, L.F. Temgoua, V. Ingram +8
A study examining agroforestry systems around forest concessions in southern Cameroon, assessing both biodiversity conservation and carbon storage. It draws implications for sustainable land use. Without an abstract, detailed findings are l…
Luo Runwan
A data paper for a study testing whether digital technology innovation improves carbon-emission equity across 281 Chinese prefectural cities (2004-2024). Carbon inequality is measured via Theil indices across interpersonal, ecological, and …
Yu Wang
This study assessed environmental affordances in six small Nanjing parks using 432 behaviour-mapping scans, 240 questionnaires, observations and photos. Vegetation and shaded seating (31%), paths and connected paving (24%), and seating/flex…
Xin-Hao Pan, Jin-Zhu Wang, M. Hadjikakou +11
Using the LUTO2 land-use model, this study tests whether Australia can meet net-zero and nature-positive targets by 2050 while expanding agri-food output without breaching sustainable catchment water limits. Under supportive policy and tech…
Kevin Ouma Ojiambo, Shalu Jain, Liping Guo +4
A protocol for an evidence and gap map of demand-side GHG mitigation interventions in LMIC agri-food systems, covering sustainable dietary shifts, food loss and waste reduction, and food-mileage measures. It highlights that existing synthes…
Habib Ahmad, Wenxu Dong, Shahzad Saleem +2
Cropland topsoils hold ~83 Pg of organic carbon, but warming evidence comes mostly from N-limited forests and grasslands. A global synthesis of cropland warming experiments (~2°C) shows soil respiration up ~15% and N2O emissions up 13%. In …
Isabel Casal‐Porras, J.M. Traverso-Soto, J.I. González-Gordillo +1
An application note surveying analytical methodologies for studying blue carbon—carbon sequestered by coastal and marine ecosystems. Without an abstract, details are limited, but it appears to consolidate measurement and assessment methods …
Mebratu Mesfin, Ediris Meko
This review examines methane from dairy systems, arising from enteric fermentation and manure management, as both an energy loss and a GHG source. High-concentrate and high-starch diets can lower enteric methane, while manure methane can be…
Gerasimos Christoforatos, Γεώργιος Μάνθος, Kim Louise Pickering
Using 35 years of building consent data across three typologies, this study maps New Zealand's housing stock evolution, forecasts its trajectory to 2029, and benchmarks embodied emissions against planetary boundaries. Townhouses are project…
A Abdulrahman
A systematic review of strategies against climate change and desertification in semi-arid northwestern Nigeria, covering agriculture, afforestation, renewable energy and government interventions. It finds afforestation and community-based a…
Timothy D. Searchinger
This paper examines how biotechnology can contribute to climate change mitigation by easing global land squeeze. As demand for food and biomass intensifies competition for land, technological innovation that lowers land intensity becomes ke…
Cui R.
A field study examining how rice-duck mutualism (integrated rice-duck farming) affects greenhouse gas emissions and rice yields in paddy fields of China's Erhai basin. No abstract is available, but the work empirically probes whether an agr…
Keubeng I.G.
This work examines climate mitigation technologies within a holistic resource-management framing in sub-Saharan Africa and their impact on greenhouse gas emissions. Without an abstract, specifics are unverified, but it offers an empirical r…
P. Sembada, Batrisyia Nurhanifah
This study estimated and compared direct farm-level GHG emissions (enteric fermentation, manure, electricity, fuel) across 70 smallholder dairy farms in two Indonesian regions using ALU software. KUNAK had larger herds and higher enteric CH…
Karsoon Tan, Zhou Wu, Zexin Li
This review critically assesses how commercial bivalve aquaculture may enhance the microbial carbon pump (MCP) and long-term carbon sequestration. It argues that bivalve excretion and elevated primary productivity raise dissolved organic ca…
Browse by Topic