The phrase "artificial plantation" is correct and usable in written English.
It can be used to describe a cultivated area where plants are grown, typically in a controlled environment, often for commercial purposes.
Example: "The company specializes in the production of timber from its artificial plantation, ensuring a sustainable supply of wood."
Alternatives: "man-made forest" or "cultivated grove".
Forested habitats (artificial plantation and beech forest) had the lowest ground beetle diversity.
"There was likewise a hanging garden … near the citadel, not built by Semiramis, but by a later prince called Cyrus, for the sake of a courtesan, who, being a Persian, they say, by birth and coveting meadows on mountain tops, desired the king by an artificial plantation to imitate the land in Persia".
In recent years, there is a significant breakthrough in artificial plantation technologies.
Natural elm savanna had higher soil P conserving ability than artificial plantations.
After the dissolution of the monasteries, many newly rich landowners in Scotland and England found a profitable long-term investment in artificial plantations established on poor land.
John Evelyn, a courtier in the reign of Charles II, published his classic textbook Sylva in 1664, exhorting them to do so, and today virtually all of Britain's 2.1 million hectares (5.2 million acres) of woodland consists of artificial plantations.
The 20th century, however, has seen a tremendous expansion of artificial plantations in all the continents, planned to meet the ever-growing needs for wood and paper as essential materials in modern civilization.
Water resources are extremely scarce in this region so a balance between ecological benefits and irrigation inputs should be considered in the design and establishment of artificial plantations in the oasis desert ecotones.
suber L .. Whilst dehesa forest sustainability problems associated to exhaustive use of grazing resources have been indirectly approached by European Union authorities, providing support for artificial plantations over treeless land, no mention is made to natural regeneration techniques.
This paper presents a deterministic finite time horizon dynamic optimisation model aimed to determine optimal paths for artificial plantations and natural regeneration of two main tree species in dehesa multiple use ecosystems, holm oak (Quercus ilex L). and cork oak (Q.
The simulation models were then used to generate artificial plantations which were sampled using a range of different strategies.
