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 121–140 of 1191 papers
Vrajlal Sapovadia
This paper maps research frontiers and open questions around the 'carbon convergence hypothesis' across external, internal, and emerging dimensions. Carbon convergence concerns whether carbon intensity and emissions across countries and reg…
Tristano Bacchetti De Gregoris De Gregoris
Storing more carbon in soil reduces atmospheric carbon, so boosting sequestration capacity can help mitigate climate change. The EU Credible project helps carbon farming initiatives across Europe learn from each other and build robust appro…
Bishwajit Roy, Tiago Capela Lourenço, Md. Habibur Rahman +1
This study evaluates community-led nature-based solutions for climate adaptation (NbS-CCA) addressing sea level rise–induced agricultural impacts in coastal Bangladesh. Using focus groups and a 251-household survey, it assesses agroforestry…
Rahul Sadhukhan, Dinesh Kumar, Seema Sepat +17
A study evaluating the trade-offs and synergies that conservation agriculture creates across food, energy, and carbon efficiency in agri-food systems. It appears to examine how decarbonization and resource efficiency can coexist across the …
(著者不明)
This paper reviews mechanisms and assessment methods for soil carbon sequestration under conservation agriculture (minimum tillage, permanent cover, diversified rotations). It surveys soil sampling, remote sensing, simulation models, and GI…
Ali Ahmad*
This review outlines how vegetation—forests, grasslands, and wetlands—mitigates climate change through carbon sequestration, ecosystem resilience, and greenhouse-gas regulation. It highlights high-biomass species (mangroves, eucalyptus, nee…
Ekundayo AFOLABI, Abine Alexander Atama, Abdulkabir Onoruoyiza Taru +2
Survey of 540 maize farmers in Northwest Nigeria on perceptions of land-based climate mitigation and adaptation decisions and World Bank intervention. Only about 39% adopted sustainable land management options, while unsustainable practices…
(著者不明)
Biochar, a carbon-rich material from biomass pyrolysis, improves soil physical, chemical and biological properties, boosting nutrient retention, water-holding capacity and crop resilience. It supports carbon sequestration and climate-smart …
Jittima Prasara-A, Pornpimon Boonkum, Charongpun Musikavong +1
A 25-year bio-economic simulation in Thailand compared oil palm monoculture, cassava monoculture, and cassava-oil palm intercropping. Intercropping matched oil palm's carbon sequestration (−389.50 tCO2eq/ha) while bridging early-stage incom…
Holtsmark B.
This study compares the global warming effects of wood fuels versus fossil fuels by incorporating albedo (surface reflectivity) changes from forests. Accounting for albedo alongside carbon balances suggests that the climate benefit of woody…
Shrestha R.K.
A reply in an academic exchange over whether biochar qualifies as a negative emission technology, responding to a critique of an earlier synthesis of field research on GHG emissions. It debates methodological issues in accounting for biocha…
Arifanti V.B.
A study on how mangrove conservation and restoration in Indonesia contribute to climate change mitigation. It likely quantifies carbon uptake and storage in blue-carbon ecosystems, highlighting nature-based mitigation potential. Relevant to…
Mazis A.
A case study comparing orange and kiwi orchards to assess whether energy balance and greenhouse gas emissions in agroecosystems can inform crop replacement decisions. It examines how crop choice affects farm-level GHG and energy budgets, ex…
Lee C.
This study examines how feeding encapsulated nitrate to beef cattle affects ammonia and greenhouse gas emissions from their manure during short-term storage. It provides empirical evidence on whether dietary nitrate can curb livestock-relat…
Liu Y.
A study evaluating rice yield and greenhouse gas emissions under reduced nitrogen fertilization combined with Chinese milk vetch (green manure) and rice straw retention. It suggests organic amendments can curb agricultural GHG emissions whi…
Barkley Z.R.
This study uses tower-based observational networks to assess how COVID-19 lockdowns changed greenhouse gas emissions across six North American cities. It demonstrates the value of direct atmospheric monitoring for city-scale emissions and o…
Xue Chen, Zhenxiong Yang, Ningyu Yan +3
A study on reconciling mariculture expansion with the carbon-sink function of coastal wetlands in China. With no abstract available, methods and findings are unclear, but it addresses the trade-off between coastal ecosystem conservation and…
Mirjana Miletić, Milena Lakićević
This review synthesizes recent literature on how landscape architecture operationalizes nature-based solutions (NBS) for urban climate adaptation. It maps dominant NBS typologies—green roofs, urban forests, bioretention, constructed wetland…
Lukas Schuster, Omosalewa Odebiri, David B. Lindenmayer +3
Using 16,773 hourly measurements from 54 farm ponds in southeastern Australia, this study shows that excluding livestock reduced N2O by 44% and CH4 by 52%, cutting total CO2-eq emissions by 44%. Reductions in the two gases were not consiste…
hawamkwela@yahoo.com MKWELA
First bibliometric comparison of grassland vs. forest carbon storage research in Sub-Saharan Africa, analyzing 293 open-access articles (2020–2025). Forest research outnumbers grassland 3.6:1 and dominates citations, even when normalized by…
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