Conceptualization of flow in a snow-governed groundwater catchment in Lebanon: report 2: artificial tracer experiment
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A science-based approach for future guidelines for sustainable water management.
outil d'aide à la décision , publication Aug 2020 ; 22 pages
Aut. Joanna Doumar
Ed. UNICEF - Beirut AUB - Beirut
Téléchargeable sous format: PdF
(1 880 ko)
Report 3: snow and flow webinar summary report
Report 4: Geological report
Report 5: conceptual model and water balance
Report 6: Correlative analysis
Abstract:The study consists of undertaking a monitoring campaign on poorly investigated springs in the area of Kfarzebbiane in Mount Lebanon to quantify flow at a high resolution and the current available quantities for supply for decision makers. In addition, it includes a geological reconnaissance, mapping, as well as tracer experiments to allow the characterization of the catchment area of the investigated springs for a better understanding of the system in terms of flow preferential paths, velocities of transport in case of contamination and delineation of contribution zones.
This report (Report II) details the activities and results of the tracer experiment undertaken on July 15, 2020.
Publics-Cibles:
Acteurs de coopération , Technicien , Décideurs locaux ou nationaux
Mots clefs: |
changement climatique (CI) (DT) (OP) , climat (CI) (DT) (OP) , développement durable (CI) (DT) (OP) , gestion de la ressource en eau (CI) (DT) (OP) , rural (CI) (DT) (OP) |
Pays concerné: |
Editeurs/Diffuseurs: |
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UNICEF
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United Nations Children's Fund - Beirut - Liban |
AUB
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Université Américaine de Beyrouth - Beirut - Liban |
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