The Impact of Political Instability on Risk-Taking in the Banking Sector: International Evidence Using a Dynamic Panel Data Model (System-GMM)
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
This dissertation contributes to the existing literature by investigating the impact of political instability risk on risk-taking in the banking sector which is the first attempt for this nexus to the best of our knowledge. The use of country-specific data from 75 countries from 1996 to 2015 and the application of the Dynamic Panel Data Model (System-GMM) showed that political instability risk significantly increases risktaking in the banking sector. In addition, corruption levels and government ineffectiveness are the most important channels of political instability that affect the banking sector risk. The results also strongly support the "too big to fail" hypothesis. Finally, the robustness results confirm the conclusions derived from the baseline System-GMM model. Keywords: Political Instability, Risk, Banking, Corruption, System-GMM.
Author
Hamed Younis M. Rezgallah
How to Cite
Hamed Younis M. Rezgallah (Doctorate thesis). The Impact of Political Instability on Risk-Taking in the Banking Sector: International Evidence Using a Dynamic Panel Data Model (System-GMM), 2019, Eastern Mediterranean University.
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Eastern Mediterranean University
- An Investigation on Time and Cost Overrun in Construction Projects(2012)
- Predicting performance level of reinforced concrete structures subject to corrosion as a function of time(2012)
- Community Based Tourism (CBT) Planning- A Mechanism for Socio-Ecology Survival: A Case Study of Lake Urmia IRAN(2018)
- Serial Mediation Mechanism of Service Innovative Behaviours in the Hotel Industry: Effects of Constructive Leadership, Psychological Safety and Engagement in Creative Works(2021)
- The Use of Passive Cooling Strategies to Improve the Thermal Comfort of Mid-rise Contemporary Residential Buildings in Abuja, Nigeria(2023)
- Design and Analysis of a Novel Artificial Cervical Disc(2019)
