ÖZER, B. C. Et Al. 2018. Expert-based landslide susceptibility modelling by using hierarchical fuzzy systems (HFS): an investigation from central part of Rif Mountains (Morocco). European Geosciences Union General Assembly , (Viyana, Austria).

ÖZER, B. C., MUTLU, B., NEFESLİOĞLU, H. A., SEZER, E., ROUAI, M., Dekayir, A., ... GÖKÇEOĞLU, C.(2018). Expert-based landslide susceptibility modelling by using hierarchical fuzzy systems (HFS): an investigation from central part of Rif Mountains (Morocco) . European Geosciences Union General Assembly, Viyana, Austria

ÖZER, BEYAZIT Et Al. "Expert-based landslide susceptibility modelling by using hierarchical fuzzy systems (HFS): an investigation from central part of Rif Mountains (Morocco)," European Geosciences Union General Assembly, Viyana, Austria, 2018

ÖZER, BEYAZIT C. Et Al. "Expert-based landslide susceptibility modelling by using hierarchical fuzzy systems (HFS): an investigation from central part of Rif Mountains (Morocco)." European Geosciences Union General Assembly , Viyana, Austria, 2018

ÖZER, B. C. Et Al. (2018) . "Expert-based landslide susceptibility modelling by using hierarchical fuzzy systems (HFS): an investigation from central part of Rif Mountains (Morocco)." European Geosciences Union General Assembly , Viyana, Austria.

@conferencepaper{conferencepaper, author={BEYAZIT C ÖZER Et Al. }, title={Expert-based landslide susceptibility modelling by using hierarchical fuzzy systems (HFS): an investigation from central part of Rif Mountains (Morocco)}, congress name={European Geosciences Union General Assembly}, city={Viyana}, country={Austria}, year={2018}}