The analysis of a wide dataset of macrophytes and the most common water parameters shows that the presence/absence and the density of microcalcareous seaweeds can be an useful tool to monitor the trophic status of the environment. These seaweeds are affected by pH changes that in turn are related to nutrient concentrations and macroalgal growth and decomposition that regulate the trophic status of the environment.
Microcalcareous seaweeds to assess trophic changes in transitional waters.
Sfriso A.
;Wolf M. A.;Franzoi P.;Sfriso A. A.
2019-01-01
Abstract
The analysis of a wide dataset of macrophytes and the most common water parameters shows that the presence/absence and the density of microcalcareous seaweeds can be an useful tool to monitor the trophic status of the environment. These seaweeds are affected by pH changes that in turn are related to nutrient concentrations and macroalgal growth and decomposition that regulate the trophic status of the environment.
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