Agrochemicals such as herbicides change the physical and chemical conditions of aquatic
ecosystems and alter the community structure and dynamics of phytoplankton …

The adverse effects of chemical nitrogen fertilizers affecting soil fertility, water pollution and
native microorganisms, particularly cyanobacteria, in wetland rice cultivation have drawn …

Carbon nanotube (CNT) production is rapidly growing, and there is a need for robust
analytical methods to quantify CNTs at environmentally relevant concentrations in complex …

The use of herbicides in modern agriculture to eradicate weeds has led to serious
environmental contamination resulting in a loss of growth and development of many …

This study investigated acute toxicity of Diuron, Diquat and Terbutryn to cyanobacterial mats
collected from Wadi Gaza, Palestine. Toxicity was measured by the reduction of population …

Nitrogen fixing cyanobacteria widely used as biofertilizers make a valuable contribution to
soil fertility by fixing atmospheric nitrogen. Application of agricultural pesticides for improving …

Cyanobacteria, formerly called blue-green algae, are the most primitive form of algae under
plant kingdom. These are called blue-green algae because they contain the photosynthetic …

Dans cette étude, à l'aide du séquençage d'amplicon de l'ARN 16S bactérien, associé aux
analyses bioinformatiques et statistiques, nous avons démontré pour la première fois que …

Nitrate is the most prevalent water pollutant limiting the use of groundwater as a potable
water source. The overarching goal of this dissertation was to leverage advances in …

Rice deserves a special status among cereals as world's most important wetland crop. The
inoculation of nitrogen fixing cyanobacteria is an alternative and sustainable source of …