The phrase "artificial tank" is correct and usable in written English.
It can be used in contexts related to technology, science, or environments where artificial structures or systems are involved, such as aquariums or simulations.
Example: "The researchers developed an artificial tank to study the behavior of marine life in controlled conditions."
Alternatives: "synthetic tank" or "man-made tank".
Therefore, the construction of artificial tanks is feasible for the restoration of S. thunbergii beds in the intertidal zone.
According to the results, construction of artificial tanks in natural habitat to minimize desiccation may be an effective strategy for S. thunbergii restoration using germlings.
But not if the key ingredients, the fish and shellfish, are bland or frozen, grown in artificial tanks or ponds, like some redfish, or come straight from the refrigerated holds of ships, like the crayfish imported from China and Spain.
However, even if we cannot exclude the possibility of ownership enhanced RHP based on our data, the findings of prior residence effects even in experimental environments with very low complexity (i.e. artificial tanks, (Brännäs et al. 2004) suggest owner benefits at least partly can be attributed to increased fighting motivation.
The hotel is as notable for what it features (swimming pool, artificial snorkeling tank, gracious British owners), as for what it lacks (phones, televisions, guests under 12).
This exchange process explains the lower 90Sr sorption (Kd ∼ 40 L kg−1) in the presence of artificial Magnox tank liquor (IS = 29 mmol L−1).
The first bathroom has an under-the-sea theme, complete with a cascading pirate ship and artificial jellyfish tank, while the second is fairy-tale focused and features a unicorn and rotating princess carriage.
Strontium K-edge EXAFS spectra collected from sediments incubated with Sr2+ in either HCO3-buffered groundwater or artificial Magnox tank liquor, revealed a coordination environment of ∼9 O atoms at 2.58 2.61 Å after 10 days.
The representativeness of population models for use in risk assessment has so far received little or no focus, although it is crucial to know if a model represents the behaviour of aquatic organisms in, for example, a small artificial water tank in the laboratory or the aquatic populations in a ditch on the side of a field.
