This research aims to study the water sources that feed watering and landscaping gardens networks in Homs city , where wells constitute most of these sources and study related problems
and how to protect and preserve the quality and quantity require
d for the fact that some of these wells is used to provide drinking water in the absence of the ability of water sources drinking key on it.
The establishment of a database to establish the structural
comprehensive sources(Master Plan) of water which are securing
water for watering gardens, depending on geographic information
systems (GIS) and perform analysis operations, processing and
utilization of these results in making and decision support process to reduce waste operations and rationalization of consumption and conservation of pollution and help finding alternative water sources to cover the winning water deficit for watering gardens and propose appropriate recommendations.
The water resources and water availability is main source for understanding the
threshold of Urbanism resources limitation; and any imbalance in water resources specifications reflexes a
crises for cities expansion, population growth, and activitie
s variety, mostly the planner depends on
providing some general recommendations about water uses and suggesting simple strategies for
correcting the deficiency without considering the needed consideration.
That drew the research to study ers Damascus the water of in city water future which should be worried
about, throughout a review on the former urban studies and look at the related balance water studies and
the adopted future population increase scenarios, and its impacts on the expansion areas; in order to
propose a system for planning, evaluating, and allocating the limited water resources, between the
agricultural, urban, and environmental uses; whereas full integration between supply, demand, and water
quality will be achieved , throughout compact indicators, manage building a model (Model) which will be
a tool for integrated planning method of water resources; can be adopted to study the future needs of
water in the short, medium and long terms.
