Pilatin, H. Et Al. 2021. Sensitivity of WRF-derived hydrometeorological extremes to sea surface temperatures in regions with complex topography and diverse climate. Atmospheric Research , vol.264 .

Pilatin, H., YÜCEL, İ., DÜZENLİ, E., & YILMAZ, M. T., (2021). Sensitivity of WRF-derived hydrometeorological extremes to sea surface temperatures in regions with complex topography and diverse climate. Atmospheric Research , vol.264.

Pilatin, Heves Et Al. "Sensitivity of WRF-derived hydrometeorological extremes to sea surface temperatures in regions with complex topography and diverse climate," Atmospheric Research , vol.264, 2021

Pilatin, Heves Et Al. "Sensitivity of WRF-derived hydrometeorological extremes to sea surface temperatures in regions with complex topography and diverse climate." Atmospheric Research , vol.264, 2021

Pilatin, H. Et Al. (2021) . "Sensitivity of WRF-derived hydrometeorological extremes to sea surface temperatures in regions with complex topography and diverse climate." Atmospheric Research , vol.264.

@article{article, author={Heves Pilatin Et Al. }, title={Sensitivity of WRF-derived hydrometeorological extremes to sea surface temperatures in regions with complex topography and diverse climate}, journal={Atmospheric Research}, year=2021}