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Advancing Hydrological Simulations Using Remote Sensing Data: A Case Study in West-Central Morocco

IWRA World Water Congress 2025 Marrakech Morocco
Towards Innovation and a Smart Water Future
Author(s): Imane El Martili, J. Ahattab, K. Barkouki, S. Bensallam
Imane El Martili (1), J. Ahattab (1), K. Barkouki (1), S. Bensallam (1)
Hassania School of Public Works (EHTP)
(1) Civil Engineering, Climate, Water, Environment and Transport Laboratory (LAGCET)

Oral: PDF

Abstract

Context and Problem:

• Precipitations appear to be the most important meteorological variable that impacts hydrology in general, and yet they are poorly measured on a global scale because of the low density of ground-level measurement stations. • In Morocco, the Bouregreg-Chaouia watershed faces significant challenges in water resource management, driven by the spatiotemporal irregularity of precipitation and the limited number of climate stations. • This irregularity, combined with the lack of precise meteorological data, complicates hydrological and hydraulic modeling and restricts effective management decisions.

Proposed Solution:

• Satellite-derived precipitation products, such as PERSIANN-CCS, offer a promising solution to address these data gaps. They provide essential complementary data to enhance hydrological models, especially in areas lacking measurement stations.