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 1801–1820 of 13624 papers
Asha Kumari Kumawat, Sandeep Kumar, Supriya Vaish +1
This paper examines carbon dynamics in mangrove ecosystems, focusing on their sequestration potential and resilience to climate change. It provides quantitative estimates of carbon stocks and rates, offering insights for ecosystem managemen…
Pandey Pragya, Chandrakar Chandresh, Kurrey Tarun +5
Intercropping, the simultaneous cultivation of multiple crops on the same land, enhances biodiversity, nutrient cycling, and ecosystem services for sustainable agriculture. Integrating legumes with cereals can reduce synthetic nitrogen fert…
Arthur Lauer, Luis Llases
This study quantifies two contrasting global sustainability scenarios—Greener Growth (FST1) and Sufficiency Economies (FST5)—using the MORDRED model. FST1 achieves rapid technological decarbonization but faces resource constraints and persi…
Aria Dolatabadian, Khalil Kariman
This review compares classical and machine learning (ML) approaches for soil organic matter and carbon analysis. ML techniques like random forests and neural networks improve prediction accuracy and scalability, but the paper concludes that…
Xiaowang, Shen
This paper applies Kuramoto coupled-oscillator synchronization theory to address rhythm mismatch in global carbon markets. It proposes a 'Seven Luminaires synchronization degree' (σ_SevenLuminaires) as a quantitative metric for temporal gov…
Xiaowang, Shen
This paper proposes the RCE‑B/S 2.0 global standardization framework for natural capital accounting, addressing gaps in cross-border carbon rule coordination, historical emission responsibilities, and future commitments. It defines Net Clim…
Xiaowang, Shen
This paper proposes the Wood‑Force balance sheet as a unified mathematical language to integrate TNFD, ISSB, and GRI 101 disclosure standards. Using Chinese biodiversity finance cases, it demonstrates a technical pathway for pricing biodive…
Xiaowang, Shen
This paper proposes an eight-dimensional ecological balance sheet (RCE-B/S 3.0) based on the IPBES Business and Biodiversity Assessment, creating a unified alignment matrix with TNFD, ISSB, and GRI 101. Using three empirical cases (Amazon r…
Rebecca Christie
This paper critiques the EU's failure to integrate sustainable finance with capital markets policy. It argues that disclosure rules are overly complex and diverge from global standards, and recommends prioritizing technical fixes, diversify…
Xiaoyu Wang, Hongtao Chen, H. Liang +4
This paper optimizes a hydraulically driven opposed-piston reciprocating pump for dense-phase CO2 injection in CCUS. By converting inlet pressure into auxiliary thrust, the design reduces peak driving oil pressure by 31.39% and achieves an …
SangYoun Kim, T. Woo, Usama Ali +8
This systematic review of 906 publications (2016-2025) categorizes AI applications into flue gas treatment, air quality management, and CO2 capture. It identifies a shift from traditional monitoring to AI-driven surrogate modeling and gener…
J. Pandit
This oral presentation introduces CO2CRC's novel hybrid capture technology that reduces solvent regeneration costs through lower regeneration temperatures, reduced steam consumption, waste heat integration, and elimination of phase change, …
A. K. Alsharidi, Abiodun Toheeb Emiola
This study empirically evaluates how financial systems (development, inclusion, FinTech) affect carbon emissions and renewable energy adoption in 22 OECD economies (2012-2023). It finds that financial development alone increases emissions, …
Yunmei Wu, Hua Huang, Xunyan Bao +3
This paper analyzes the low-load trap in hydrogen systems and proposes a nested RIS-PTE framework for regional synergy in China's Yangtze River Delta.
Chenguang Zhu, Zongke Li, Liu Ning +2
This paper proposes an optimization method for energy system planning in zero-carbon industrial parks. It integrates hybrid mixed-integer conic optimization with hierarchical scheduling to jointly plan source, grid, load, and storage, aimin…
Ritik Raj, Survi Sinha, Atreyi Pramanik +1
This paper reviews how AI enhances efficiency, sustainability, and system integration across the hydrogen value chain. AI modeling and optimization improve environmental impact assessment of hydrogen production routes like waste polymer and…
Cheng Huang, Yang Qu, Meijuan Fei +7
A self-sustained green hydrogen production system for arid regions combines atmospheric water harvesting with protonic ceramic electrolysis. Using a novel sorbent, it achieves continuous hydrogen output at 2.12 mL min−1 cm−2 under 30% RH wi…
Nisha Rajani, Sanjay A. Bhakhar, Pratik M. Pataniya +1
This study employs operando Raman spectroscopy to investigate catalyst structural and interfacial dynamics in industrial green hydrogen electrolyzers, providing insights for improving electrolyzer efficiency and understanding degradation me…
V. Kumari, Waleed M. Al‐ahdal, H. Hashim
This study uses event study methodology to examine the stock market reaction to the implementation of the Corporate Sustainability Reporting Directive (CSRD) across 27 European Economic Area countries. Results show a significant positive cu…
Taedong Lee, Sinjae Kang, D. Utami +1
This study analyzes 634 sustainability reports (2014-2024) from the top 200 Korean firms using Structural Topic Modeling (STM). It identifies 13 topics and a phased shift: CSR and basic environmental management (2014-2018); workplace safety…
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