RESEARCH
Welcome to my blog focuses on my research areas. As a petrologist and volcanologist, I possess expertise in interpreting magma reservoir processes and modeling dynamic magma evolution. With great enthusiasm, I aim to disseminate the knowledge and recent findings of my post-graduate studies on the petrological relationships between crystalline inclusions containing glass alongside their explosive products found within Gölcük Caldera (located in Isparta, SW Turkey). Moreover, readers can anticipate gaining insight into micro/mesoscale reconstructions of differentiation processes occurring along distinct volcanic centers encompassing the Sultansazlığı basin in Central Anatolia, Turkey. Furthermore, this platform will offer a glimpse into other domains wherein I excel, including alteration mineralogy, machine learning applications for geological investigations, and air dispersion models of natural minerals utilizing geophysical techniques coupled with X-ray micro CT analysis on fixated analogue models.
- PETROLOGY & MAGMATIC PROCESSES-
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Oral Presentations
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- ALTERATION MINERALOGY AND VOLCANOLOGY -
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Oral Presentations
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- MACHINE LEARNING -
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Poster Presentations
- X-Ray micro-tomography -
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Related Conference Presentations
Our recently published research on the Develidağ volcano (Central Anatolia, Turkey) shows that polygenetic activity from Miocene to Pliocene resulted in the formation of basaltic/dacitic calk-alkaline and Na-alkaline magmas within a transcrustal magmatic reservoir on the rim of transtensional Sultansazlığı basin. Our research by using various numerical models also indicates the existence of fractional crystallization and crustal assimilation processes with the interaction between evolved and less-evolved melts along the polybaric mush. Additionally, in this research, we were able to demonstrate the transition between ascent and cooling-driven partial crystallization during the evolution of magmas. As our research, micro- to the mesoscale reconstruction of magmatic reservoir processes provides a better understanding of eruptive processes and the tectonomagmatic evolution of a transcrustal reservoir system before the transtensional tectonic regime during the formation of the Sultansazlığı basin. You can find more detail through this download link.
Did you know that particulate matter (PM) in the air can have a significant impact on our health? These tiny particles can come from both natural and human-made sources and can be carried by the wind. In the Cappadocia region of Turkey, exposure to erionite minerals in the natural stones used to build village houses has been linked to high rates of malignant mesothelioma. The government has even relocated entire villages to new buildings to prevent indoor exposure. However, a recent study suggests that this may not be enough. The geological units containing these minerals are subject to wind erosion, and particle transport models show that outdoor exposure is also a critical issue. It’s a sobering reminder of the importance of air quality and the need for continued research and action.” You can find more detail about our research through this download link.