###### Abstract
==WARNING: Truncated because of repetitions==
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been recorded between different hemp varieties according to essential oil and cannabinoid content in previous studies as well [24; 25]. As expected, the most abundant terpenids were myrcene, \(\beta\)-caryophyllene, \(\alpha\)-pinene, and \(\alpha\)-humulene in all three varieties [3; 6; 23]. The proportion of the 10 main components of essential oil were compared with analysis of variance (ANOVA) and presented in superscripts in Table 2 and in Table S1, in which all 29 analyzed components are presented. According to ANOVA, phenotypes CI and CII showed significant differences based on \(\alpha\)-pinene, \(\beta\)-pinene, 3-carene, terpionolene, \(\beta\)-caryophyllene, \(\alpha\)-humulene, caryophylle oxide, \(\beta\)-eudesmol, and phytol. The CII phenotype had significantly higher contents of all main monoterenes (\(\alpha\)-pinene, \(\beta\)-pinene, 3-carene, and terpionolene) than phenotype CI, while the contents of all main sesquiterpenes (\(\beta\)-caryophyllene, \(\alpha\)-humulene, caryophylle oxide, \(\beta\)-eudesmol) and phytol were significantly higher in the CI phenotype. When comparing phenotypes of TS, differences were shown in caryophyllene oxide. Terpionolene and \(\alpha\)-terpinene were found at different concentrations in FS phenotypes. As is evident from Table 2, the phenotypes of FS had very high proportions of limonene (4.1-5.2%), in comparison to CS and TS phenotypes, which is of great value since FS phenotypes also reached the highest content of essential oil. The lowest proportion of limonene was in the TI phenotype (0.6%). Phenotypes of FS had the highest proportions of \(\alpha\)-terpineol, \(\beta\)-eudesmol, and \(\alpha\)-bisabolol and very low proportions of caryophyllene, oxide, and undetachable proportion of phytol, cis-nerolidol, etc.