GEZİCİ, K. Et Al. 2024. Hybrid machine learning models for groundwater level prediction in a snow-dominated region: An evaluation of EEMD, VMD and EWT decomposition techniques. Hydrological Processes , vol.38, no.5 .

GEZİCİ, K., KATİPOĞLU, O. M., & ŞENGÜL, S., (2024). Hybrid machine learning models for groundwater level prediction in a snow-dominated region: An evaluation of EEMD, VMD and EWT decomposition techniques. Hydrological Processes , vol.38, no.5.

GEZİCİ, Kadir, OKAN MERT KATİPOĞLU, And Selim ŞENGÜL. "Hybrid machine learning models for groundwater level prediction in a snow-dominated region: An evaluation of EEMD, VMD and EWT decomposition techniques," Hydrological Processes , vol.38, no.5, 2024

GEZİCİ, Kadir Et Al. "Hybrid machine learning models for groundwater level prediction in a snow-dominated region: An evaluation of EEMD, VMD and EWT decomposition techniques." Hydrological Processes , vol.38, no.5, 2024

GEZİCİ, K. KATİPOĞLU, O. M. And ŞENGÜL, S. (2024) . "Hybrid machine learning models for groundwater level prediction in a snow-dominated region: An evaluation of EEMD, VMD and EWT decomposition techniques." Hydrological Processes , vol.38, no.5.

@article{article, author={Kadir GEZİCİ Et Al. }, title={Hybrid machine learning models for groundwater level prediction in a snow-dominated region: An evaluation of EEMD, VMD and EWT decomposition techniques}, journal={Hydrological Processes}, year=2024}