Correction to: In vitro mineral nutrition of Curcuma longa L. affects production of volatile compounds in rhizomes after transfer to the greenhouse

Correction

Following publication of the original article [1], the author reported a formatting error and an error in the figure caption. The original article has been corrected. The details of the errors are as follows:

1. In Table 2, The number in the second column and the forth row has to be (0.0267) instead of (0.0267 00101)! The number (0.0101) should be in the row 16th of the same column. The number in the last column and the third row has to be (0.0001) instead of 0.000.0001. The last row in the last column number had to be (0.666) instead of 0.660.666.

2. In the caption of Fig. 2 - “(a) The fed-batch was applied twice during the 5 month growth period. The volume of water and sucrose concentration was returned to the set point in the sucrose fed-batch subset (SF), additional to that the mineral concentrations were returned to the set point in the mineral-sucrose fed-batch subset NSF). (b) Curcuma longa L. 35-1 filled the 2.5 L bioreactor during 5 months with nutrient supplementation.” The word mineral has to be changed to nutrient.

Table 2.

The significant terms of the response surface models of GC-MS analysis in Curcuma longa L.35–1 rhizome

	Compounds (a)
Significant model terms	(1)	(5)	(6)	(7)	(8)	(9)	(10)	(11)	(12)	Total
High-input Fertilizer	0.0001	0.0001	0.0001	0.0001	0.0001	0.0001	0.0001	0.0001		0.0001
Ca2+ mM	0.0267	0.0013	0.0059	0.0019	0.0478	0.0001	0.0042	0.0121	0.0395	0.0166
KNO3 mM						0.0079	0.0200
Ca2+ × KNO3 mM		0.0312	0.0333	0.0104		0.0070	0.001	0.0076		0.0458
Mg2+ mM						0.0073
Mg2+ × KNO3 mM						0.0003			0.0208
Ca2+ × Mg2+ mM							0.013
High-input × Buds/Vessel					0.0416
High-input × PO43− mM						0.0083			0.0186
High-input × Ca2+ mM					0.0422				0.0340
High-input × KNO3 mM					0.0494
Buds/Vessel× PO43− mM						0.0378
(PO43− mM)2					0.0041	0.0060			0.0324
(Ca2+ mM)2	0.0101
R2 =	0.804	0.785	0.687	0.785	0.772	0.688	0.771	0.701	0.448	0.666

^a(1) β-elemene, (5) β-elemenone, (6) isocurcumenol, (7) germacrone, (8) neocurdione, (9) curcumenone, (10) curcumenol isomer I, (11) curcumenol isomer II, and (12) methenolone