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Video: Phytoplankton's Power for Nutrient Capture and Nitrous Oxide Mitigation
Phytoplankton doesn't just consume excess nutrients — it actively reduces nitrous oxide emissions from aquatic environments. Hydralife's phytoplankton is a multi-benefit bioremediator for lakes, ponds, and waterways. Reduce nutrient pollution and N2O — order at hydralife.org.


The Nutrient Uptake Ranges of Hydralife's Phytoplankton: Providing Natural Bioremediation and Phosphate Consumption to Your Waters Through Beneficial Algae to Impede the Growth of Toxic Algae.
Hydralife's phytoplankton doesn't just improve water quality — it does so measurably. Our nutrient uptake data quantifies phosphate, ammonia, and nitrate removal per gallon, giving water quality professionals evidence to justify treatment decisions. Access the data at hydralife.org.


Nitrogen Fixation by Freshwater Cyanobacteria: Nature's Fertilizer Factory
Unlike most algae, toxic cyanobacteria can fix nitrogen directly from the atmosphere — meaning they can bloom even after phosphate is reduced. This is precisely why phytoplankton-based competitive exclusion, which targets light and all available nutrients simultaneously, is the most effective biological HAB defense available. Order at hydralife.org.


The Role of Phytoplankton in Nitrogen Uptake in Ponds
Nitrogen is the other half of the nutrient loading problem in ponds and lakes. Live phytoplankton consumes ammonium, nitrate, and organic nitrogen compounds — reducing the nutrient pool that fuels toxic algae blooms while maintaining water quality naturally and continuously. Order at hydralife.org.
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