The reuse of treated wastewater is
essential if we are to successfully produce certain crops, increase
yields and free them from reliance on rainfall, thereby increasing
stability in the long term. In CWs for wastewater treatment, for
example HSSF system,the final quantity oftreated water available
for reuse in irrigation is highly dependent upon the water balance
in the system. In this system, the water balance model is highly
simplified compared to traditional herbaceous and arboreal open-
field crop systems. This is because, as the HSSF system is isolated
froma hydraulicpoint of view, some traditional components, such
as subsurface and surface waters
The reuse of treated wastewater isessential if we are to successfully produce certain crops, increaseyields and free them from reliance on rainfall, thereby increasingstability in the long term. In CWs for wastewater treatment, forexample HSSF system,the final quantity oftreated water availablefor reuse in irrigation is highly dependent upon the water balancein the system. In this system, the water balance model is highlysimplified compared to traditional herbaceous and arboreal open-field crop systems. This is because, as the HSSF system is isolatedfroma hydraulicpoint of view, some traditional components, suchas subsurface and surface waters
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