halosensitive

the halosensitive nature of this specific bacterial strain requires a high-salt environment to survive.

halosensitive organisms cannot tolerate the rapid increase in salinity caused by evaporation.

marine biologists classified the plankton as halosensitive due to its inability to thrive in saltwater.

the study focused on the cellular mechanisms of halosensitive bacteria under osmotic stress.

unlike halophilic archaea, halosensitive species lack the ability to maintain internal water balance.

agricultural runoff often creates a hostile environment for halosensitive soil microbes.

the researchers observed the population decline of halosensitive protozoa in the salt marsh.

this experiment compares the growth rates of halosensitive fungi across various salinity gradients.

increasing sodium chloride concentrations proved lethal to the halosensitive algae samples.

halosensitive enzymes often lose their catalytic activity when exposed to high ionic strength.

the rapid decline in biodiversity was attributed to the invasion of halosensitive pathogens.

freshwater fish are typically halosensitive and cannot migrate through ocean water.