Abiotic Stress and Halotolerant Algae - Fawzy Mahmoud, Mustafa Ahmed
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Algae living in an environment where salinities may change rapidly (such as estuaries, brackish water pond, salt marshes, or rock pools) have to adapt their physiological processes rapidly to be able to maintain their growth as constant as possible. Likewise, freshwater algae reaching estuaries can survive only if they are somewhat euryhaline (Bonian, et al., 1981). Thus, in many coastal and usually nutrient-rich environments, salinity might be expected to shift the species dominance in a community reaching a variable salinity area, and to be responsible for the peculiar composition of resident populations (Doemel and Brock, 1977).…mehr

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Produktbeschreibung
Algae living in an environment where salinities may change rapidly (such as estuaries, brackish water pond, salt marshes, or rock pools) have to adapt their physiological processes rapidly to be able to maintain their growth as constant as possible. Likewise, freshwater algae reaching estuaries can survive only if they are somewhat euryhaline (Bonian, et al., 1981). Thus, in many coastal and usually nutrient-rich environments, salinity might be expected to shift the species dominance in a community reaching a variable salinity area, and to be responsible for the peculiar composition of resident populations (Doemel and Brock, 1977).
Autorenporträt
Mustafa Ahmed Fawzy Mahmoud, holder of M. Sc. Botany (Algae), Faculty of Science, Assiut University (2008). He is Associate Professor whose research field is the influence of abiotic factors on growth and metabolic activities of some halotolerant algae in Egypt