Sentence examples for bacterial bloom from inspiring English sources

Segre told me that scientists don't know what triggers the bacterial bloom.

We suggest that a vigorous deepwater bacterial bloom respired nearly all the released methane within this time, and that by analogy, large-scale releases of methane from hydrate in the deep ocean are likely to be met by a similarly rapid methanotrophic response.

Based on CH4 and O2 distributions Kessler et al. (31) reported that within ∼120 days from the onset of release, a vigorous deepwater bacterial bloom of methanotrophs had respired nearly all the released methane.

Consequently, the Anopheles protein may primarily be responding to the substantial bacterial bloom that occurs in the midgut lumen after blood meal ingestion [ 95], but it may also have a dual role in sterol homeostasis as has been shown for the Drosophila NPC2a protein.

The initial reproduction rate of the disease is positively affected by the degree of contamination of the water supply (e) as well as the frequency of contact with these waters (a): Together with the outbreak curve, we observe a bacterial bloom in the water.

Realize that if it is white cloudiness, it is likely caused by a bacterial bloom.

At an 1898 meeting of the Atlantic States Packers Associationn, Underwood and Prescott announced their finding that bacterial blooms would succumb to a 60-minute scalding at 120 ˚C.

In this study, we investigate some issues of pollutants, such as Nitrogen and Phosphorus which cause the Cyan bacterial blooms, transport in Tai Lake with Lattice Boltzmann Method.

Interestingly, bacterial blooms were noted in both open and shaded mesocosms, whereas the algal bloom was only seen in open units, suggesting that both deltamethrin addition (and presumptive nutrient release) and an adequate light supply was required for the phytoplankton response.

Now, NASA's Aqua satellite has fingered another source of the saltwater lake's woes: algae and bacterial blooms.

Taking first place this year was Nan Luo, a postdoctoral researcher in biomedical engineering, with an array of bacterial "blooms" that spontaneously form when bacteria collectively grow into different shapes and patterns depending on their environmental conditions.