1 Acorus and Anubias species have such rhizomes.

2 Acorus should be planted in rich soil.

3 Comments: Acorus is a marsh plant, and therefore does well in emerse rather than submerged conditions.

4 A comparatively rare plant, Acorus is propagated with difficulty but it is a very decorative plant when used in aquariums.

5 Acorus calamus Linn; Endophyte; antimicrobial activity.

6 A new variety of Acorus of Araceae.

7 Ingredient: Acorus gramineus Soland, mint leaves, masson pine, lavender, carrageenan etc.

8 Ingredient: Acorus gramineus Soland, mint leaves, masson pine, lavender, volatile liquid etc.

9 Ingredient: Acorus gramineus Soland, mint leaves, masson pine, lavender, soy candle etc.

10 The highest and the lowest yield rate of Acorus calamus rhizome metabolize products were observed in methanol soakage extract (9.23%) and ultrasonic extract (2.55%), respectively.

11 After 7 months of operation , all the Acorus calamus was replaced by Alternanthera philoxeroides.

12 Ingredient: Acorus gramineus Soland, mint leaves, masson pine, lavender, wooden powder, bond etc.

13 Acorus calamus was more efficient for accumulating N and P, while Iris tectorum had more N and P per plant as a result of its much higher biomass.

14 Although the effect of Hemerocallis fulva Linn and Acorus tatarinowii schott was low, they still could be used to purify eutrophic water properly.

15 From November to December, Acorus calamus was still in growth.

16 The results showed that Acorus calamus grew normally in any of the 5 eutrophic waters.

17 Asarone is the effective ingredient taked out from Acorus gramineus soland.

18 Ingredient: Acorus gramineus Soland, mint leaves, masson pine, lavender, carrageenan bead etc.

19 In Acorus both upper and lower epidermis cells are rectangle or rhombus, and the stomata apparatus are paracytic and arrange in rows along the veins.

20 Ingredient: Acorus gramineus Soland, mint leaves, masson pine, lavender etc.

21 This is an especially useful process in plants with long creeping rootstocks such as Anubias, Lagenandra, and Acorus.

22 OBJECTIVE:To analyze and compare the chemical constituents of volatile oil of rhizome and root in Acorus calamus L.

23 Characteristics of leaf epidermis cells and stomata apparatus of 2 species in genus Acorus and 5 species belonging to 5 genera in Araceae were observed under the light microscope.

24 Study on Chemical Constituents of Volatile Oil in Rhizome and Root of Acorus calamus L.

25 Results showed that the sequence of inhibition effect of three plants was Acorus calamus , orris and canna.

26 METHODS:The steam distillation was used to prepare the volatile oil from the rhizome and root of Acorus calamus L .

27 The results indicated the COD, TN and TP could be removed from the floating bed system of Acorus calamus L and the mixed floating bed system of Acorus calamus L and Yperus slternifolius, respectively.

28 An experimental study using artificial roughness selected to simulate Acorus calamus L, and four densities, has been conducted to investigate its influence on the flow resistance and structure.

29 In order to isolate and screen endophytic fungi with inhibitory activity from Acorus calamus L.

30 Results: There is a two - way regulation of Acorus tatarinowii Schott for the central nerve system.