Effects of Bromacil, Malathion and Thiabendazole on Cyanobacteria Mat Growth

Biodegradation kinetics of diuron by Pseudomonas aeruginosa FN and optimization of biodegradation using response surface methodology

“…In experiments E2‐1–E2‐3 (OD = 0.2), the initial MLSS was 104 mg/L and during 30 minutes increased to 204, 191 and 160 mg/L, respectively. From obtained results, it can be seen that the rise in pH value resulted slower growth of bacteria and accordingly more diuron remained in aqueous solution (El‐Nahhal and Hamms, 2017). Influence of pH value on biodegradation process above 8 and fewer than 6 was not examined because towards to previous results the biodegradation rate decreased and no bacterial growth was observed (Khan et al , 2009).…”

Acidity, Electric Conductivity, Dissolved Oxygen Total Dissolved Solid and Salinity Profiles of Marine Water in Gaza: Influence of Wastewater Discharge

“…These contaminates may harm aquatic organisms (phytoplankton and zooplankton). It has been shown that pesticide caused damage to marine algae and cyanobacteria [13], harmfully fish [14] and phytotoxicity [15] [16]. It has been reported that wastewater contained considerable levels of heavy metals [17].…”

Influence of Biogas Production on Bioremediation of Animal Manures

“…Several attempts have been tested for bioremediation of waste. This included the use of cyanobacterial mats for bioremediation of chemical wastes [5]- [11], use of sand filter [12], land fills [13], incineration of wastes [14] and composting of organic wastes [15]. So far, the cyanobacteria were able to use the organic pollutants as a source of carbon, whereas sand filter was able to reduce biological and chemical oxygen demand for wastewater and provided good quality wastewater.…”