The phrase "artificial vegetation" is correct and usable in written English.
It can be used to refer to man-made plants or plant-like structures, often in the context of landscaping, architecture, or environmental design.
Example: "The park features artificial vegetation that mimics the appearance of natural flora while requiring less maintenance."
Alternatives: "synthetic plants" or "man-made greenery".
The rapid improvement of methods of preparing skins and the invention of new techniques of mounting them were followed closely by a trend toward realistic display the animals were shown in positions, often suggesting great activity, observed in nature, and, by the addition of real or artificial vegetation, painted backgrounds, etc., lifelike scenes and even whole habitats were simulated.
To test the effects of vegetation, four scenarios of laboratory-scale tests having both submerged and emergent artificial vegetation were conducted in a flume including; (1) no artificial vegetation (NAV), (2) submerged artificial vegetation (SAV) (3) emergent artificial vegetation (EAV), and (4) mix artificial vegetation (MAV).
Artificial vegetation, which has provided a pleasing environment, is practiced in Tazhong to control blown sand.
However, its spatio-temporal variability and effect on artificial vegetation restoration has rarely been reported.
Finally, redistribution of Lygus rugulipennis (Heteroptera: Miridae) nymphs was observed on small arenas of artificial vegetation.
Each arena was composed of two types of artificial vegetation, which differed in architecture.
Qualitative tests were performed under laboratory conditions using an artificial dense vegetation sweet-pepper crop.
In accordance with this concept, the whole city area is divided into two fractions p1 and p2 (p1 + p2 = 1): (1) developed or "built-up" area (residential, commercial, industrial, institutional, and roads), i.e. an area covered by artificial surfaces without vegetation; (2) undeveloped area or "free space" (waste disposal and recreational parks) partially covered by vegetation.
In this study, the variation of flow turbulence and kinetic energy characteristics caused by artificial flexible emergent vegetation were studied by measuring the flow velocity with a 3D acoustic Doppler velocimeter (ADV) in an open flume.
Given the scarcity of studies on the behavior of constructed wetlands (CWs) when operating with previously aerated wastewater, the objective of the present study was to evaluate the influence of artificial aeration and vegetation on removal of nutrients and phenolic compounds from coffee processing wastewater (CPW) treated in CWs cultivated with ryegrass (Lolium multiflorum Lam).
Tanks contained equal areal coverages of either bare sediment or artificial submerged aquatic vegetation (SAV), constructed of equal length green ribbon at 100 stems m−2, similar in appearance to, and within the range of densities recorded for, Vallisneria americana, the dominant native species of submerged aquatic vegetation in many NGOM estuaries.
