Flight parameters.

<div><p>This study introduces an integrated urban flood mitigation framework specifically tailored for Andean valley cities with complex river systems and steep topography, addressing a critical gap in hydrodynamic modeling for such challenging urban watersheds. Through a case study in L...

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Bibliographic Details
Main Author:	Holger Manuel Benavides-Muñoz (21702652) (author)
Other Authors:	Kevin Manolo Román-Aguilar (21702655) (author)
Published:	2025
Subjects:	Biotechnology Sociology Science Policy Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified time hydrometeorological data sustainable development goals stormwater detention tanks specific hybrid green resolution topographic surveys resilient urban planning protecting approximately 15 peak flow discharges mountainous urban environments extreme topographic gradients enhance predictive capacity complex river systems andean valley cities flood mitigation strategies distributed hydrological modeling conventional flood control dimensional hydraulic simulations year return period transferable design framework simulation results demonstrated refined climate projections integrating hydrodynamic modeling challenging urban watersheds supports sdg 13 hydrodynamic modeling hydrodynamic simulations reducing flood year event return periods xlink "> work contributes use patterns study introduces static models shaped channel sdg 11 research introduces relief regions prone areas preventing flooding parallel conduits methodology informs incorporate sensor hms ), future studies floodable parks existing u economic assessments critical gap climate action
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Flight parameters.

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