Sentence examples for potential for bioaccumulation from inspiring English sources

While graphene has substantial commercial promise, numerous aspects regarding its ecological effects such as its potential for bioaccumulation are not well known.

Interestingly, 29 CEC analytes were detected in effluent and fish tissue, but not in estuarine waters, indicating a high potential for bioaccumulation for these compounds.

Although most radioactivity in seawater is natural (approximately 90 percent as potassium-40 and less than 1 percent each as rubidium-87 and uranium-238), strontium-90 and certain other artificial radioisotopes have unique environmental pathways and potential for bioaccumulation (that is, concentration in higher levels of the food chain).

Karanal is used in perfumes, is very persistent and has a high potential for bioaccumulation.

Substances with a high potential for bioaccumulation are of special concern even if introduced into the environment in low concentrations.

PBDEs (209 congeners) were commonly used as flame retardants but now are recognized for their toxicity, persistence, and potential for bioaccumulation and long-range atmospheric transport [131].

The second issue is the long degradation time of triclosan and the potential risk for bioaccumulation in the environment [ 25].

Genetically engineered Escherichia coli JM109, which expressed merT merP protein and metallothionein (MT), was employed in this study to evaluate its potential for mercury bioaccumulation accompanied by simultaneous cell propagation in Hg2+ solution containing organic matters.

The result of this preliminary qualitative evaluation indicates that at present, there are no significant grounds on which to form the basis that nZVI currently poses a significant, apparent risk to the environment, although the majority of the most serious criteria (i.e. potential for persistency, bioaccumulation, toxicity) are generally unknown.

Thus, the use of Ra alone to predict total radioactivity concentration in liquid drilling wastes can underestimate the increase in levels that will occur over time and neglects the potential for the bioaccumulation of alpha- and beta-emitting decay product radionuclides in bacteria, plants, and higher organisms.

Marine mammals occupy a significant ecological niche (72% of the Earth's surface is water) in terms of the potential for information on bioaccumulation and transport of terrestrial and marine environmental toxins in high-order vertebrates.