protazoa

protazoa thrive in warm, stagnant water and multiply rapidly after heavy rain.

under the microscope, we observed protazoa swimming among algae and debris.

the lab cultured protazoa in a nutrient-rich medium for further analysis.

contaminated wells can harbor protazoa that cause intestinal illness.

to reduce protazoa levels, the facility increased filtration and chlorination.

the pond’s oxygen drop triggered a sudden bloom of protazoa near the surface.

researchers tracked protazoa density across seasons to understand ecosystem change.

some fish larvae feed on protazoa as an early and essential food source.

the technician stained the sample to distinguish protazoa from bacteria.

high turbidity can shelter protazoa and make disinfection less effective.

when protazoa invade the gut, symptoms may include cramps and persistent diarrhea.

the report noted protazoa presence in runoff after the floodwaters receded.