Dokukin, P. Et Al. 2023. Evolution of the crustal inner displacement deficit in a reference to Elazig earthquake series just before occurring the devastate Ekinozu-Nuradagi earthquakes (M7.5–7.8, 2023-02-06). Geophysical center of russian Academy of sciences , vol.12, no.12 .

Dokukin, P., Güvenaltın, M. A., Irmak, T. S., Kaftan, V., & Toker, M., (2023). Evolution of the crustal inner displacement deficit in a reference to Elazig earthquake series just before occurring the devastate Ekinozu-Nuradagi earthquakes (M7.5–7.8, 2023-02-06). Geophysical center of russian Academy of sciences , vol.12, no.12.

Dokukin, Peter Et Al. "Evolution of the crustal inner displacement deficit in a reference to Elazig earthquake series just before occurring the devastate Ekinozu-Nuradagi earthquakes (M7.5–7.8, 2023-02-06)," Geophysical center of russian Academy of sciences , vol.12, no.12, 2023

Dokukin, Peter Et Al. "Evolution of the crustal inner displacement deficit in a reference to Elazig earthquake series just before occurring the devastate Ekinozu-Nuradagi earthquakes (M7.5–7.8, 2023-02-06)." Geophysical center of russian Academy of sciences , vol.12, no.12, 2023

Dokukin, P. Et Al. (2023) . "Evolution of the crustal inner displacement deficit in a reference to Elazig earthquake series just before occurring the devastate Ekinozu-Nuradagi earthquakes (M7.5–7.8, 2023-02-06)." Geophysical center of russian Academy of sciences , vol.12, no.12.

@article{article, author={Peter Dokukin Et Al. }, title={Evolution of the crustal inner displacement deficit in a reference to Elazig earthquake series just before occurring the devastate Ekinozu-Nuradagi earthquakes (M7.5–7.8, 2023-02-06)}, journal={Geophysical center of russian Academy of sciences}, year=2023}