Title of article :
Evaluation of Morphological Traits and Oil Contents of Achillea aucheri from Different Altitudes
Author/Authors :
Farhang Sardrodi, Abohassan Department of Horticultural Sciences - University of Zanjan, Iran , Azizollah, Kheyri Department of Horticultural Sciences - University of Zanjan, Iran , Soleymani, Ali Department of Horticultural Sciences - University of Zanjan, Iran , Zibaseresht, Ramin Department of Naval Sciences of Nushahr - Imam Khomeini University, Mazandaran, Iran
Abstract :
Yarrow (Achillea spp.) belonging to the family of Asteraceae with useful properties, such as anti-diaphoretic,
anti-hemorrhagic, anti-inflammation, anti-biotic, anti-fungal, anti-bacterial, Carminative and anti-oxidant
effects. The present investigation assessed the morphological diversity of Achillea aucheri, which is indigenous
plant from Damavand mountain of Iran. The samples were collected from five heights of Damavand and the
morphological traits were studied. For estimating the percentage of essential oil, aerial parts were collected and
oil was isolated by hydro distillation using Clevenger-type apparatus. The results of present study demonstrated
that the highest plant height, internodes, biomass and number of leaves per node obtained at lowest altitude
(3900 meters from sea level). In addition, fresh weight and dry weight of plant had the highest amount in
altitude of 3900 meter from sea level. But essential oil content increased from low altitude to high altitude from
0.681% to 0.954%. Also high altitude had high significantly differences on the essential oil content. It revealed
that plants in lower altitudes produce more biomass than higher altitudes, but essential oil content of plants was
more in higher altitudes. It seems that a part of photosynthetic energy of plants in higher altitudes expend to
produce secondary metabolites especially essential oils to overcome stress and survival in inappropriate
conditions.
Keywords :
Achillea aucheri , Morphology , Essential oil content , Altitude , Medicinal Plant
Journal title :
Astroparticle Physics