Oktan, E. Et Al. 2022. Deforestation Level Alters the Land Use Role in Climate Change and Ecosystem Functions*. The biological reclamation and monitoring of disturbed land , (Jekaterinburg, Russia), 1.

Oktan, E., Kezik, U., & Hacısalihoğlu, S., (2022). Deforestation Level Alters the Land Use Role in Climate Change and Ecosystem Functions* . The biological reclamation and monitoring of disturbed land (pp.1). Jekaterinburg, Russia

Oktan, ERCAN, UĞUR KEZİK, And SEZGİN HACISALİHOĞLU. "Deforestation Level Alters the Land Use Role in Climate Change and Ecosystem Functions*," The biological reclamation and monitoring of disturbed land, Jekaterinburg, Russia, 2022

Oktan, ERCAN Et Al. "Deforestation Level Alters the Land Use Role in Climate Change and Ecosystem Functions*." The biological reclamation and monitoring of disturbed land , Jekaterinburg, Russia, pp.1, 2022

Oktan, E. Kezik, U. And Hacısalihoğlu, S. (2022) . "Deforestation Level Alters the Land Use Role in Climate Change and Ecosystem Functions*." The biological reclamation and monitoring of disturbed land , Jekaterinburg, Russia, p.1.

@conferencepaper{conferencepaper, author={ERCAN OKTAN Et Al. }, title={Deforestation Level Alters the Land Use Role in Climate Change and Ecosystem Functions*}, congress name={The biological reclamation and monitoring of disturbed land}, city={Jekaterinburg}, country={Russia}, year={2022}, pages={1} }