Urban pluvial flooding represents a growing threat to contemporary cities, driven by the compounding effects of climate change, rapid urbanization, and inadequate stormwater infrastructure, prompting the study of nature-based solutions (NBS) as potential interventions for mitigating the detrimental effects of urban flo...
Nathalia Napolano, R. Della Morte, L. Cozzolino et al.· Frontiers in Environmental S...· 0 citations
Flooding has become a major environmental issue in rapidly developing urban areas due to increasing rainfall intensity. This study develops an integrated analytical framework to analyse the relationship between rainfall variability, water discharge, flood inundation, and flood hazard modeling in the Molibagu River wate...
F. M. Oroh, J. Nugroho, O. M. Tumurang et al.· Science Engineering and Tech...· 0 citations
Rapid urbanization in Malang City, East Java, has increased flood exposure along the Bareng River, where dense riparian settlements restrict channel conveyance. This study integrates hydrological–hydraulic modeling and spatial exposure assessment to support flood-hazard-based spatial planning. Design rainfall (2–100-ye...
G. Herlambang, M. Anggara, Fajar Setiawan Yuliano et al.· Pangripta· 0 citations
This study develops an interpretable and validated XGBoost–SHAP framework integrating multisource geospatial data and historical flood observations, with model performance evaluated using independent validation and future projections driven by bias-corrected CMIP6 climate scenarios to characterize the spatiotemporal va...
Wen-Zhuo Li, A. Samat, Yi-Xuan Liu et al.· Environments· 0 citations
Predicting flood dynamics in data-scarce urban catchments remains a major hydrological challenge, yet physically-based modeling is essential for design mitigation infrastructure. This study assessed the impact of land cover change on the hydrological response and hydraulic performance of the ungauged Kinalumsan River i...
Niña Alyannah Kaye Regidor, F. Boogaard, Taneza Mae A. Bontilao et al.· Hydrology· 0 citations
Flood routing in ephemeral streams of arid regions is characterized by high uncertainty due to limited data, variable transmission losses, and the transient nature of flow events. To address these challenges, this study introduces a newly developed convection–decay-based flood routing model that captures both the trans...
Fahad Alzahrani, Abdulaziz Alqaraway, Abdullah Alodah et al.· Applied Water Science· 0 citations
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