This review presents the main findings from measurements carried out on cereals using
chitosan, its derivatives, and nanoparticles. Research into the use of chitosan in agriculture …

Seeking for effective and easy–to–implement tactics to mitigate the negative impacts on crop
growth as a result of water shortage will remain the main objective in irrigation water …

The progressive reduction of synthetic agrochemical fertilizers is one of the key factors in the
shift from conventional agriculture to sustainable farming. Nitrogen (N) is the ruling element …

One of the biggest problems facing agriculture is the occurrence of droughts. Due to ongoing
climate change, many regions of the world are exposed to increasingly frequent and …

Research has shown that chitosan induces plant stress tolerance and protection, but few
studies have explored chemical modifications of chitosan and their effects on plants under …

Under sandy soil conditions, increasing the efficiency of potassium (K) fertilizers is
considered to be a major limiting factor for improving the productivity and quality of fruit …

Chitosan induces plant tolerance to various abiotic stresses, including water deficit.
However, its use may be limited, due to its constitution and low solubility in water. Thus …

Two field experiments were implemented to assess the possible protective role of chitosan
against drought in sugar beet plants. Two carboxymethyl chitosan rates (0, tap water, and …

It is a fact that the regions that cultivate the most maize crop do not have fully adequate
technologies to measure productivity losses caused by irregularities in water availability …

Chitosan induces tolerance to abiotic stress agents in plants. However, studies on the
different application forms of this biopolymer are limited. This study evaluated the effect of …