Loading Effects of Aminoclays in Co-Culture of Two Cyanobacterial Microcystis and Anabaena Species as an Algicidal Role

In recent decades, harmful algal blooms (HABs) have been significantly affecting environments, aquatic ecosystems, and human health, as well damaging economies, especially near rivers lakes, in coastal regions. Microcystis Anabaena are two genera of cyanobacteria that will often predominate during toxic microalgal blooms. this study, we employ a method for control mitigation HABs by cell instability using different types aminoclays (ACs). Allelopathic interactions between the strains algae studied mono-culture, co-culture, filtrated cell-free medium presence ACs. The growth strain is reduced cyanobacterial co-culture media, both affected Acs’-enhanced algicidal activity. sp. KVSF7 shows higher sensitivity against ACs than does KW. way, activity harnessed, effects which order aluminum aminoclay (AlAC) > magnesium (MgAC) calcium (CaAC). ammonium sites carry positive charges to induce along with electrostatic attraction cells AC. Therefore, utilization can effectively reduce HABs, on