Hydromorphodynamic Sites in The Downstream Part of the Watershed of Assif Ghazzaf, Oum Er Rabia Basin in 2022: Natural Heritage Facing Conservation and Enhancement Constraints - Archive ouverte HAL Accéder directement au contenu
Article Dans Une Revue science step journal Année : 2023

Hydromorphodynamic Sites in The Downstream Part of the Watershed of Assif Ghazzaf, Oum Er Rabia Basin in 2022: Natural Heritage Facing Conservation and Enhancement Constraints

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This work focuses on the hydromorphodynamic heritage of the downstream area of the Oued Assif Ghazzaf watershed in Morocco, which is characterized by distinctive topographical, climatic, and hydrological features. This region experiences repetitive floods due to its steep slopes and colder, wetter climate. This dynamic activity gives rise to a multitude of morphogenetic conditions as well as a variety of hydromorphodynamic forms and processes, among which the most remarkable ones are worthy of being integrated into the tourist offering due to their picturesque value. The study area covers the downstream part of the Oued Assif Ghazzaf watershed, where the river's flow is influenced by the surrounding environment, leading to a range of morphogenetic conditions and hydromorphodynamic forms. The geological context of the watershed is characterized by limestone formations, impacting water flow rates and storage capacity and landscapes. The methodology involves evaluating hydromorphodynamic sites based on site identification, location, photographic presentation, site presentation, qualitative assessment, and more. The assessment considers dynamic, scientific, socio-economic, and sustainability values. The results show varying values for different sites, with a focus on understanding the dynamics, scientific significance, and socio-economic importance of each site. Key sites include the Ifri-N-Nihmamn cave, Tizratin and Tissiliwin agricultural terraces, and Taghrot Spring, each contributing to the region's natural heritage and potentially offering tourist and educational opportunities. The study suggests integrating these sites into tourism circuits, creating informative signage, and adapting local dwellings for community-based tourism. Overall, the study emphasizes the importance of valuing and preserving the hydromorphodynamic heritage for both scientific exploration and tourism.
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hal-04216323 , version 1 (25-11-2023)

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Abdellatif Lagni, Yazini Ayoub, Abdellah Elouiazzani, Mohamed Elghachi. Hydromorphodynamic Sites in The Downstream Part of the Watershed of Assif Ghazzaf, Oum Er Rabia Basin in 2022: Natural Heritage Facing Conservation and Enhancement Constraints. science step journal, 2023, 1 (2), pp.19. ⟨10.6084/m9.figshare.24135585⟩. ⟨hal-04216323⟩
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