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 1–20 of 22 papers
Qian Wang, Siyu Chen
Using a panel of Chinese A-share firms (2007-2024), this study constructs a firm-level climate risk measure via annual report text analysis and shows that climate risk significantly raises the cost of debt. It identifies two transmission ch…
Jonas Gamso
This book analyzes how multinational corporations manage physical, transition, liability, and reputational climate risks through strategies of adaptation, avoidance, transfer, diversification, and acceptance. Integrating rigorous empirical …
Yuzhuo Qin, Jae Eun Lee, An Chen +6
This study develops the VILDE framework and uses AHP to derive governance priorities for aging critical infrastructure under climate stress. Expert evaluations highlight expertise and devotion as top priorities, and a case study of Zhengzho…
Xinya Wang, Xinzhi Zhang, Shuqing Huang
This study empirically examines how neighborhood carbon emissions affect corporate cash holdings. Using a novel exogenous metric, it finds that higher emissions increase cash holdings. Mechanisms include reduced ESG performance, increased f…
Kazeem O. Isah, Sin‐Yu Ho
This study analyzes how climate risks and green technology shocks affect profitability in U.S. energy and financial sectors using an ADL-MIDAS model with mixed-frequency data. Both physical and transition risks predict profits, with stronge…
Rui, Meng, Shan, Hongyu
This chapter introduces firm-level measures of climate risk exposure, distinguishing physical and transition risks while capturing time-series and cross-sectional variation. It shows that firms with high transition risk, especially those no…
Floris Boogaard, Hsoc Mathai, Lakshman Srikanth
This chapter discusses the role of nature-based solutions in enhancing infrastructure resilience against disasters. It argues that partnering with the environment offers cost-effective and sustainable approaches to resilience, providing cas…
Yeboah Richard
This thesis examines the impact of climate risk on corporate decision-making across three domains: accounting conservatism, inventory stockpiling, and agency costs. Using large international samples, it finds that climate risk is positively…
Francesca Ferlicca, Manisha Anantharaman, T Vitale
This paper explores local adaptations of nature-based solutions for climate resilience and equitable urban futures, focusing on approaches that balance ecological and social outcomes.
Haoxin Zhao, Kazeem O. Isah
This study uses an ADL-MIDAS framework to examine how physical and transition climate risks affect sectoral corporate profits in the US. ESG plays a negligible mediating role but improves forecast performance when included. Results show sig…
Yanxuedan Zhang, Zirong Li
This study uses Chinese A-share listed firm data from 2008-2022 to reveal an inverted U-shaped relationship between climate risk and firm growth. Moderate climate risk promotes growth through adaptive strategies like technological upgrades …
Q. Rayer, P. Andrikopoulos
This paper presents an accessible method for estimating companies' potential extreme weather liabilities using emissions-based attribution. It proposes a modified Gordon growth model to value firms' exposure to extreme weather events. High-…
Fabienne Horneman, S. Torresan, E. Furlan +1
This systematic review examines effectiveness indicators for nature-based solutions in climate change adaptation, analyzing 27 articles (36 case studies) from 2008-2023. It finds reliance on process-based performance indicators (51.9%) and …
F. Rania
This paper develops a quantitative framework for climate–financial risk measurement combining a spatially explicit jump–diffusion asset–loss model with prudential risk metrics. It yields portfolio-level Spatial Climate Value-at-Risk (SCVaR)…
Laura Albuquerque, Sofia Helena Zanella Carra, Luan Santos +2
This systematic literature review examines the integration of climate-related risks (physical and transition) into enterprise risk management (ERM) at the firm level. Analyzing 22 articles from 2018-2026, it finds that while governance, dis…
Xia Li, Kevin P Gallagher, Xu Chen
This study assesses both physical and transition climate risks for 578 overseas power projects across 105 countries financed by the US, China, and Japan. Using Moody's ESG Solutions data and project-level CO2 emissions, it finds a positive …
Haiyan Lu, Yingzi Li, Wei Qiang
This paper empirically analyzes how physical climate risk affects corporate carbon emission reduction actions. Using global data, it finds that exposed firms reduce emissions and adopt environmental innovation and asset-lightening strategie…
Y. Xue, Shehub Bin Hasan, Muhammad Kabir
This study empirically analyzes how climate change exposure affects corporate M&A activity using global data. It examines the influence of climate risks on M&A strategies, including target selection and deal outcomes.
Rohit Nimmala, Gajendra Babu Thokala, Jagrut Nimmala +1
This paper proposes the Cognitive Bank architecture that integrates knowledge graphs, LLMs, and federated learning to unify climate risk assessment across credit, market, and operational risks. It uses a FIBO-based climate-financial KG, Gra…
Toqeer Ali Syed, Ali Akarma, Muhammad Tayyab Naqash +3
This paper presents a PRISMA-guided review of Agentic AI (AAI) for urban climate resilience, synthesizing 70 studies on smart mobility, energy forecasting, disaster response, etc. It proposes a unified AAI-Digital Twin framework with Pareto…
Browse by Topic