AKAN, A. P. And Coccia, M. 2023. Transmission of COVID-19 in Cities with Weather Conditions of High Air Humidity: Lessons Learned from Turkish Black Sea Region to Face Next Pandemic Crisis. COVID , vol.3, no.11 , 1648-1662.

AKAN, A. P., & Coccia, M., (2023). Transmission of COVID-19 in Cities with Weather Conditions of High Air Humidity: Lessons Learned from Turkish Black Sea Region to Face Next Pandemic Crisis. COVID , vol.3, no.11, 1648-1662.

AKAN, AYTAÇ, And Mario Coccia. "Transmission of COVID-19 in Cities with Weather Conditions of High Air Humidity: Lessons Learned from Turkish Black Sea Region to Face Next Pandemic Crisis," COVID , vol.3, no.11, 1648-1662, 2023

AKAN, AYTAÇ P. And Coccia, Mario. "Transmission of COVID-19 in Cities with Weather Conditions of High Air Humidity: Lessons Learned from Turkish Black Sea Region to Face Next Pandemic Crisis." COVID , vol.3, no.11, pp.1648-1662, 2023

AKAN, A. P. And Coccia, M. (2023) . "Transmission of COVID-19 in Cities with Weather Conditions of High Air Humidity: Lessons Learned from Turkish Black Sea Region to Face Next Pandemic Crisis." COVID , vol.3, no.11, pp.1648-1662.

@article{article, author={AYTAÇ PERİHAN AKAN And author={Mario Coccia}, title={Transmission of COVID-19 in Cities with Weather Conditions of High Air Humidity: Lessons Learned from Turkish Black Sea Region to Face Next Pandemic Crisis}, journal={COVID}, year=2023, pages={1648-1662} }