This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open 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 1141–1160 of 10879 papers
Jérôme Capitolis, C. Tabaries, L. Piccolo +1
This study optimizes Cu loading, oxidation state, and ionomer chemistry for CO2 electroreduction, achieving >50 mA/cm² for ethylene at 3V with 30wt% Cu/CuO catalyst, outperforming commercial catalysts at lower metal loading.
Leting Yang, Xianjin Shi, Hongna Zhang +3
This review summarizes the progress in precise engineering of atomic sites on carbon nitride for CO2 photoreduction, from single-atom to multi-atom configurations. It highlights the potential for efficiency improvement through elemental str…
Terry Isson, A. Joshua West
This paper raises key questions about the durability of enhanced alkalinity as a carbon dioxide removal strategy in open environmental systems. It examines the methods and long-term storage potential, discussing implications for climate cha…
Dorsa Barkhordari, Jithin Mathew, Basem Haroun +3
This paper investigates the mechanisms and kinetics of carbon release during bioplastic dissolution. It clarifies degradation rates and carbon release patterns under different conditions, contributing to environmental impact assessment.
Evan D. Groover, Flora Z. Wang, Amala John +4
This paper explores genome engineering of plant photosynthesis to enhance carbon sequestration from the atmosphere, aiming to mitigate climate change through biological carbon removal.
Zhi Li, Yizi Hua, Yuan Xue +6
This study reveals that PFOA disrupts the carbon-silicon coupling in the diatom Phaeodactylum tricornutum, reducing its organic carbon production and thus potentially impairing marine blue carbon sequestration. It provides mechanistic insig…
Tingwei Luo, Fubi Luo, Min Liao
This study investigates how carbon risk affects corporate supply chain resilience. It analyzes how firms adapt to increasing vulnerabilities from climate-related regulations and market pressures.
Mengjie Li, Weijian Du
This study empirically examines how environmental disclosure by listed companies affects carbon emissions in the supply chain. It finds that disclosure increases, rather than reduces, total supply chain emissions, revealing hidden carbon le…
Qi Zhang, Yanhong Yuan, Andong Cai +7
Long-term field experiment shows that combined application of chemical fertilizer with straw or manure increases microbially derived carbon accumulation. This is linked to increased microbial carbon use efficiency and reduced carbon acquisi…
Rafael Gondim Tomaz, Márcio Laurini, Adriano Barasal Morales
This study investigates the carbon risk premium in the Brazilian stock market using a Brown-Minus-Green (BMG) factor. Analyzing 1,282 firms from 2000-2022, it finds a negative and significant premium, indicating green assets have lower expe…
U.S. Kaden, M. Wahl, M. Adamescu +12
This manual provides a structured guideline for assessing carbon sequestration capacity in wetland ecosystems. It evaluates field-based and geospatial methods through standardized factsheets and applies a transparent evaluation framework fo…
Anjaly Jose
This review synthesizes lifecycle carbon analyses of five urban green infrastructure typologies across five tropical megacities, applying a cradle-to-grave framework over 50 years. Urban forests show the highest net carbon balance (322 t C …
Hao Xia, Jitao Wang, Muhammad Riaz +7
This study examines how climate change (increased temperature and precipitation) affects soil organic carbon fractions, carbon-cycle functional genes, and microbiomes in tobacco fields. High temperature and precipitation increase yield but …
Tengfei Jiao, Jiawei Fan, Mingyang Li +2
This paper reports a dual modulation approach of functional groups and carbon structure in hard carbon materials to achieve high initial Coulombic efficiency (ICE) and stable sodium storage, improving sodium-ion battery performance.
M.R. Mulaudzi, R.H. Matjie, K. Mphahlele +4
This study converts pyrolytic spent tyre char into high-performance activated carbon for industrial wastewater treatment. At 850°C, pore volume reached 0.8 cm³/g (double commercial AC), achieving 60% total organic carbon removal from starch…
Min Zhao, Y ZHANG, Y Q Li +1
This study demonstrates that increasing stand density in Robinia pseudoacacia plantations enhances soil organic carbon sequestration by promoting necromass carbon accumulation. It provides empirical evidence for forest management strategies…
Congyu Cheng, Shuaiyue Li, Weihua Kang +3
This study uses metagenomic stable isotope probing to reveal that microbial-driven carbon sequestration in karst watershed soils is mediated by carbonic anhydrase. The findings provide insights into natural climate solutions and soil carbon…
Chenyu Bao, Feihuang Zheng, Jianxing Liang +2
This study reports that carbon quantum dots modulate the interfacial electronic properties of mesoporous carbon nitride, significantly enhancing photocatalytic hydrogen production efficiency. The quantum dots promote charge separation, lead…
I Ahmed, Hiroyuki Ueda, Anthony E. Somers +2
This study investigates how the precursor morphology of hard carbon (HC) influences the microstructure and pore accessibility of HC-soft carbon (SC) composites for sodium-ion battery anodes. SC addition reduces the low-voltage plateau capac…
M Zhang, Furong Du, Ke Li +3
This study investigates how film mulch regimes affect fungal necromass carbon and its contribution to soil organic carbon in potato cropping systems. Results suggest that mulch conditions play a key role in carbon sequestration.
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