Investigate bacteria found on oil spots by examining the effect of the presence of motor oil on the microbes and eventually determine if they possess bioremediation capability.
[E]
Identify which, if any, inorganic nutrient can be added to the environment of naturally occurring petrophilic (oil-degrading) microbes (namely a fungal strain, Penicillium; and a bacterial strain, Pseudomonas) in order to induce an increase in the rate at which oil spills in the ocean can be efficiently cleaned up.
[E]
Effects of Atmospheric CO(2) on the Nitrogen Production Capabilities of Trichodesmium
[E]
Determine whether acid rain deters the antibacterial component of garlic.
[E]
Does global warming affect bacterial bleaching of coral?
[E]
Changes in Densities of Fecal Indicator Bacteria (FIB) over Differing Tidal Flows in the Ballona Wetlands, Los Angeles
[E]
Determine whether acid rain deters the antibacterial component of garlic.
[E]
Determine if Pseudomonas putida bacteria can enhance the natural phytoremediation of oil-hydrocarbon contaminated soil by increasing the microbial population in the rhizosphere.
[E]
[E]
Cleaning Water of Bacteria Via Silver
[E]
Operational Effects of Altered Abiotic Factors on Nitrifying Bacteria
[E]
Determine if treating wastewater with ultraviolet light will increase bacterial resistance to ultraviolet light in the effluent by triggering constitutive production of DNA repair enzymes.
[E]
E. coli / Coliforms Science Fair Projects & Experiments
Bioremediation Science Fair Projects & Experiments
Interdisciplinary Topic: Bacteria