Being the native flora of saline soil, halophytes are well studied for their salt tolerance and
adaptation mechanism at the physiological, biochemical, molecular and metabolomic levels …

Due to irrigation practices and industrial pollution, large areas of the lands in the world are
simultaneously affected by salinity and heavy metal contamination. It has been considered …

Halophytic plants are characterized by their ability to survive, even thrive, at concentrations
of sodium and chloride ions that would be toxic to most crop species. Given the diminishing …

Background Many areas throughout the world are simultaneously contaminated by high
concentrations of soluble salts and by high concentrations of heavy metals that constitute a …

Phytoremediation is a cost-effective and environment friendly method for cleaning metal
(loid) s from contaminated soils. Species with exceptionally higher shoot metal …

Halophytic plants are of special interest because these plants are naturally present in
environments characterized by an excess of toxic ions, mainly sodium and chloride. Several …

Industrialization and urbanization of coastal wetlands have caused metal pollution
worldwide. Phytoremediation has been widely used for treating soil and water pollution, and …

Halophytes are widely distributed worldwide and thrive in a wide range of environments
such as coastal salt marshes, dunes, saline depressions, and inland deserts. They are also …

Understanding salt tolerance mechanisms in halophytes is critical for improving the world's
agriculture under climate change scenarios. Herein, the physiological and metabolic …

Heavy metals are among the major pollutants from anthropogenic inputs that reach
mangrove ecosystem by urban and agricultural runoff, industrial effluents, boating, mining …