The long-term effects of biostimulation and bioaugmentation on the ecotoxicity and
biological properties of oil-contaminated soil were studied. The dynamics of the soil …

The effects of oil contamination and different remediation strategies (natural attenuation,
biostimulation, and bioaugmentation) on physico-chemical and biological parameters of …

Crude oil contamination has inflicted severe damage to soil ecosystems, necessitating
effective remediation strategies. This study aimed to compare the efficacy of four different …

Research on feasible methods for the enhancement of bioremediation in soil contaminated
by crude oil is vital in oil-exporting countries such as Kuwait, where crude oil is a major …

Contamination of soils with oil hydrocarbons is currently an important worldwide issue.
Among all the available remediation methods, bioremediation is widely considered to be a …

Cold conditions delay bioremediation of oil hydrocarbons, but other bottlenecks also affect
the outcome. Means to stimulate biodegradation of diesel oil hydrocarbons in contaminated …

Biostimulation of the activity of degrading autochthonous microbiota constitutes one of the
most accepted bioremediation tools for oil-polluted soils. Applications of nutrients such as …

Biostimulation, which employs nutrients to enhance the proliferation of indigenous
microorganisms and therefore the degradation of contaminants, is an effective tool for …

The use of organic wastes in bioremediation of oil-contaminated desert soils has received
little attention, although their use is cost-effective. We evaluated the use of spent mushroom …

Although bioaugmentation is known as effective and environmentally friendly method
increasing removal of hydrocarbons from oil-contaminated soil, it sometimes fails in soil …