• New York State Agricultural Experiment Station Journal Paper No. 1956.

  • The authors thank Dr. C.S. Pederson for his interest and advice during the course of this study.

  • This research was performed while the senior author was on an extended study leave in the U.S. under the Senior Fulbright-Hays Program.


Whole, sliced and shredded Chantenay carrots were subjected to lactic acid fermentation in brines comprised of 1.5, 2.0, 2.5, 3.0% sodium chloride concentrations. One series was fermented by the naturally occurring microflora of the raw carrot and a second series was fermented by a mixed culture of homofermentative and heterofermentative lactic acid bacteria. Although the latter inocula significantly reduced the lag phase of early acid formation, all samples following 21 days incubation attained total acid values in excess of l%, expressed as lactic acid. The volatile-to-nonvolatile acid ratios showed that the lactic acid fermentation of carrots arose as the result of a dominant homofermentative flora. Mild heat treatment of the high-acid product at 71°C produced no adverse changes in color or texture. The resulting flavor of the fermented carrots was judged to be a pleasant composite of carrot, salt and acidic characteristics and most of the crisp texture of the raw carrot was retained.