A
relationship such as this is highly significant in agronomic terms as
it affects crop choice and the probability of obtaining high
efficiency levels form a phytoremediation system. If a CW system is
designed only to ensure greater quantities of treated wastewater at
the outflow, we need to seek a species with low ETcand low WUE
rates. If, however, our CW system is multifunctional, and we are
also interested in the production of biomass as a by-product, we
would look for a species with high WUE rates, which are able to
preserve well water and increase dry matter production whilst
maintaining ETc relatively low. This concept was confirmed by
Arelationship such as this is highly significant in agronomic terms asit affects crop choice and the probability of obtaining highefficiency levels form a phytoremediation system. If a CW system isdesigned only to ensure greater quantities of treated wastewater atthe outflow, we need to seek a species with low ETcand low WUErates. If, however, our CW system is multifunctional, and we arealso interested in the production of biomass as a by-product, wewould look for a species with high WUE rates, which are able topreserve well water and increase dry matter production whilstmaintaining ETc relatively low. This concept was confirmed by
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