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 101–120 of 1236 papers
Gokul S.
Carbon farming covers practices that store carbon in soils and cut agricultural GHG emissions, linking climate mitigation with sustainable agriculture. This paper reviews the concept and its practical pathways.
Liu J.C.E.
An educational paper on how to teach climate change as 'the greatest market failure' in introductory economics. It focuses on conveying externalities, carbon pricing, and policy design to students. Direct implications for disclosure practic…
Jiang L.
Using Chinese county-level data, this study empirically examines how extreme heat affects carbon emission intensity. It suggests rising temperatures may raise emission intensity through higher power demand and production adjustments. Its co…
Reynolds J.L.
A conceptual paper analyzing the policy dilemma between solar geoengineering (SRM) and emissions reductions. It explores how linking the two strategically could resolve moral-hazard concerns that SRM research undermines mitigation. Details …
Liang Z.
This paper examines how adopting early maturing crop varieties affects agricultural productivity, climate change adaptation, and mitigation. Without an available abstract, specific findings remain unclear, but the study links adaptation and…
Leon A.
This study assesses how alternate wetting and drying (AWD) irrigation affects rice farmers' profits and life-cycle GHG emissions in An Giang Province, Vietnam. It suggests AWD can cut methane emissions from paddies while sustaining or impro…
Masson-Delmotte V.
The IPCC's 2018 Special Report assessing impacts of 1.5°C versus 2°C warming. It concludes that limiting warming to 1.5°C requires cutting CO2 emissions ~45% by 2030 and reaching net zero around 2050, providing the scientific basis for the …
Yao Y.
This appears to be a climate-science study on how rising emissions and irrigation expansion compound future humid-heat stress on human and ecological systems. Without an abstract, methods and findings cannot be detailed, but it likely infor…
Dong C.
This study projects that the large-fire season in Southern California will lengthen under climate change. It provides forward-looking physical climate-risk evidence relevant to acute wildfire hazard assessment, though it focuses on climate …
Garg S.
A review of sustainable agricultural solutions for addressing climate change impacts, likely covering soil carbon, conservation practices, and climate-resilient crops. It frames agriculture's dual role in mitigation and adaptation. Without …
Aben R.C.H.
This study compares how aquatic greenhouse gas emissions respond to rising temperature across dominant plant types. It finds that temperature sensitivity differs by vegetation type, implying that emission estimates for wetlands and lakes sh…
Sudakow I.
This work suggests that diverse soil microbial communities may buffer the climate system against abrupt bifurcation (tipping). It implies microbial diversity contributes to carbon-cycle and climate-feedback stability, though no abstract is …
Aviso K.B.
This piece argues for applying game theory to build climate models that genuinely support reaching net-zero goals. With no abstract available, the specific methods and findings cannot be verified, but the work appears to concern strategic i…
Rodin J.
A commentary on aligning the net-zero transition with health for all. Likely addresses health co-benefits of decarbonization (e.g. air quality) and equity/health-system implications of the transition. No abstract available, so methods and f…
Sita Ram Kandel, Hari Prashad Joshi, Hari Prasad Ghimire +1
This study analyzes drivers of land cover change and carbon storage impacts in Nepal's Ratuwa River Basin (1990-2020) using Random Forest classification and the InVEST carbon model. Forest cover fell 25% and total carbon storage dropped 2.5…
Marc-Olivier Martin-Guay, Émilie Maillard, Vincent Poirier +1
Across 36 agroforestry hedges in Southern Quebec, whole-profile SOC was 6.4% lower than adjacent croplands, driven by subsoil losses that diminished in older hedges. Topsoil SOC rose 24% without continuous plastic mulch but fell 12% with it…
Shu-Peng Li, Gao-Zhe Xu, Cheng-Yu Wang +2
A narrative synthesis of 83 mariculture LCA studies. Fed finfish and shrimp are driven by feed supply chains, farm energy, and nutrient emissions; bivalves and seaweed by hatcheries, infrastructure, and carbon/nutrient accounting. Inconsist…
Megna Rashid Bakshi
This review synthesizes evidence on agroforestry's contribution to net zero agriculture, drawing mainly on 2000–2026 literature. It identifies five contributions: carbon storage in biomass and soils, productivity stability via microclimate …
Charles Truettner, Kendall DeLyser Roney, Lisa M Markovchick +34
As wildfire and GHG emissions rise across US forests, carbon-focused natural climate solutions (NCS) face disturbance risk. Synthesizing science and regional expertise, the authors define fire-adapted NCS: strategies that cut long-term wild…
Jing Guo, Beiming Cai, Chen Lyu +6
A bottom-up N2O inventory for 339 Chinese cities (2010-2024) reveals emissions far exceed international estimates due to uncounted industrial sources, with 7% of cities producing 40% of the total. Targeted controls in top emitters cut the p…
Browse by Topic