Changes in river channel morphology under the influence of natural and anthropogenic factors pose a serious threat to the stability of aquatic ecosystems and water resource use, especially in regions with limited hydrological information. This study presents, for the first time, a three-dimensional numerical investigat...
Yeldos Zhandaulet, A. Neftissov, G. Tayfur et al.· Water· 0 citations
Accurately forecasting reservoir water volumes is crucial for climate
change adaptation, drought mitigation, and provides a basis for energy
planning and management, particularly in continental basins, where
hydrological variability poses challenges to traditional modeling. In turn,
reduced reservoir inflows limit...
A. Aubakirova, A. Neftissov, M. Orazbay et al.· Bulletin of Toraighyrov Univ...· 0 citations
High-frequency Doppler monitoring can support operational water-resource assessment in semi-arid and irrigation-dependent rivers, but existing sensor-to-forecast workflows often address data quality control, temporal diagnostics, and forecasting as separate tasks. This limits their ability to determine whether irregula...
O. Kuchanskyi, A. Biloshchytskyi, A. Neftissov et al.· Water· 0 citations
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