Numerical Groundwater Flow Modelling
of the Awassa Catchment, part of East African Rift Valley
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Groundwater flow modelling is important to calculatethe quantity and quality of groundwater for betterprotection and management. The modelled aquifer isextensively used for irrigation, municipal, anddomestic water supplies and this study documents thedevelopment and calibration of a numerical model tosimulate the groundwater flow. The model is also usedto show interaction between groundwater and surfacewater. A three-dimensional groundwater flow model,with one unconfined layer, was used to simulategroundwater flow in the Lake Awassa Basin. Asensitivity analysis to changes in model parametersin...
Groundwater flow modelling is important to calculate
the quantity and quality of groundwater for better
protection and management. The modelled aquifer is
extensively used for irrigation, municipal, and
domestic water supplies and this study documents the
development and calibration of a numerical model to
simulate the groundwater flow. The model is also used
to show interaction between groundwater and surface
water. A three-dimensional groundwater flow model,
with one unconfined layer, was used to simulate
groundwater flow in the Lake Awassa Basin. A
sensitivity analysis to changes in model parameters
including horizontal hydraulic conductivity,
recharge, and pumpage was made. The study is
important to start with for developing a more
detailed transient model.
the quantity and quality of groundwater for better
protection and management. The modelled aquifer is
extensively used for irrigation, municipal, and
domestic water supplies and this study documents the
development and calibration of a numerical model to
simulate the groundwater flow. The model is also used
to show interaction between groundwater and surface
water. A three-dimensional groundwater flow model,
with one unconfined layer, was used to simulate
groundwater flow in the Lake Awassa Basin. A
sensitivity analysis to changes in model parameters
including horizontal hydraulic conductivity,
recharge, and pumpage was made. The study is
important to start with for developing a more
detailed transient model.
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