S. Saber Amoli; A. Naseri; Gh.H. Rahmani; A. Kalirad
Volume 20, Issue 4 , January 2018, , Pages 487-532
Abstract
The main purpose of this research was collection and identification of medicinal plants in kerman province. According to condition of soil, topography, temperature, climate and percipitation of this province. We gathered medicinal plants. 285 species were collected which ...
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The main purpose of this research was collection and identification of medicinal plants in kerman province. According to condition of soil, topography, temperature, climate and percipitation of this province. We gathered medicinal plants. 285 species were collected which classified in 200 genera and 71 family. Scientific name, persian and local name, altitude, habitate conditions and distribution were mentioned in this paper. 72% species were herbaceuse and 11.3% were shrubs. More species were distributed in the 1500 2500 meter from sea level.
M. Nasiri; S.E. Seedian; E. Sharifi Ashorabadi
Abstract
Thymus, belonging to Lamiaceae family, is one of the most important medicinal genera in Iran. It has many uses in food, health care, cosmetics and especially in pharmaceutical industries. This research was aimed to investigate the germination parameters and establishment of seedlings from different accessions ...
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Thymus, belonging to Lamiaceae family, is one of the most important medicinal genera in Iran. It has many uses in food, health care, cosmetics and especially in pharmaceutical industries. This research was aimed to investigate the germination parameters and establishment of seedlings from different accessions of Thymus species(T. daenensis, T. fedchenkoi, T. kotschyanus, T. lancifolius, T. migricus, T. pubescens, T. transcaspicus and T. vulgaris). All the accessions are stored in Natural Resources Gene Bank of Iran. The seeds of accession were son in pots using a completely randomized design with three replications. Data were collected for thousand seed weight, seed germination percentage, seed storage time, germination rate, vegetative growth rate (2, 4, 6 and 8-leaf stage and the emergence of lateral branches), and the establishment percentage of each accession was measured in greenhouse. Unknown accessions were identified after preparing the herbarium specimens. Results indicated positive and significant correlations between 1000-seed weight and germination percentage as well as between seedling establishment and germination percentage (p<0.05); however, no significant correlation was found with emergence of leaves. The highest 1000-seed weight was observed in T. kotschyanus and T. lancifolius, respectively and the highest percentage of germination in T. pubescens. Positive and significant correlations were observed between primary and secondary seed germination percentage and germination rate; however, leaf emergence and lateral branch emergence were negatively correlated. Secondary seed germination showed significant positive correlation with germination rate (p<1% and 5%, respectively). Germination rate and leaf emergence showed positive significant correlation. There were no significant correlations between leaf emergence and lateral branch emergence of different species.
A. Akbarzadeh; K. Jaimand; A. Hemmati; B. Khanjani shiraz
Abstract
The present study was carried out to collect, identify and determine medical plants dispersion in the Gilan province during 2001-2006. This study was carried out to identify tree and shrub species and herbaceous plants in the Gilan. For thes purpose at first the floristic list of Gilan was prepared, ...
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The present study was carried out to collect, identify and determine medical plants dispersion in the Gilan province during 2001-2006. This study was carried out to identify tree and shrub species and herbaceous plants in the Gilan. For thes purpose at first the floristic list of Gilan was prepared, then lirerature review of the plants parameters were used for indemnification of the plants. In this study, 342 species, 229 genuses belonging to 95 familities were distinguished. These results showed 24 species belonged to Rosaceae, 23 species to Labiatae, 19 species to Compositae and the others belonged to other plant families.
F. Hooshidari
Volume 25, Issue 1 , May 2009, , Pages 92-103
Abstract
With regard to importance of medicinal plants, this study has carried out in Kurdistan province in 1998-2001 for identification of medicinal plants of this province. There were various stages contained collection of rural and locale information about medicinal plants, field and in situ investigations ...
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With regard to importance of medicinal plants, this study has carried out in Kurdistan province in 1998-2001 for identification of medicinal plants of this province. There were various stages contained collection of rural and locale information about medicinal plants, field and in situ investigations and collection of herbal samples and identification of them. According to results, 144 medicinal plants species were identified that 59 species of them were new in comparison with previous references. The most numbers of medicinal plants were belong to the families of Compositae, Umbelliferae, Papilionaceae, Rosaceae, Labiatae, Cruciferae, Solanaceae, Ranunculaceae, Alliaceae, Malvaceae, Liliacea with 18, 16, 11, 10, 8, 6, 4, 4, 3, 3 and 3 species, respectively. In addition Anacardiaceae, Caryophyllaceae, Chenopodiacea, Linaceae, Orchidaceae, Tamaricaceae, Polygonaceae, Moraceae, and Papaveraceae families allocated 2 species and the other families included one species.
S.A. Hossaini; Gh. Abarsaji; S.A. Hossaini (Habib)
Volume 24, Issue 4 , February 2009, , Pages 472-498
Abstract
Collection and identification of medicinal plants have been carried out since 2001 for five years in Golestan Province. Results showed tthere are 409 species of medicinal plants related to 95 families. Among them 45 species have traditional usage in the province. The medicinal plants of Golestan province ...
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Collection and identification of medicinal plants have been carried out since 2001 for five years in Golestan Province. Results showed tthere are 409 species of medicinal plants related to 95 families. Among them 45 species have traditional usage in the province. The medicinal plants of Golestan province in basses life forms including: 83 tree and shrub species, 189 perennial herbs species and 137 biennial and annual species. Study of distribution of medicinal plants in the Golestan province showed that 156 species in the forest, 98 species in the rangeland, 47 species in the agricultural lands and roads margin and 108 species are to form common in three lands.
R. Kalvandi; K. Safikhani; Gh. Najafi; P. Babakhanlo
Volume 23, Issue 3 , November 2007, , Pages 350-374
Abstract
Collection and Determination of Medicinal Plants in Hamedan province have been carried out since 1995 for five years in the center of national resources and animal affairs of Hamedan province. Medicinal plants of different regions were collected by using field study and information of experienced people ...
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Collection and Determination of Medicinal Plants in Hamedan province have been carried out since 1995 for five years in the center of national resources and animal affairs of Hamedan province. Medicinal plants of different regions were collected by using field study and information of experienced people traditional medicine. Some informations including scientific name, family name, Persian name, local name, botany specifications, distribution area in the province, herbarium number, habitat, the height from sea level, utilized organ, manner of usage, liables to use in traditional and local medicine, and chemical composition in species, etc. were recorded for each medicinal plant. By the end of project, totally 6000 herbaceous species were collected from different regions of the province, which 315 medicinal plants were identified and related to 71 families and 209 genus. These numbers included species which were self-grown (wild) in natural resource boards of province and 159 species have traditional usage in the province and 156 species are out of traditional and indigenous use but they are called medicinal plants in drug resources.
K. Sartavi; F. Gholamian
Volume 20, Issue 2 , July 2004, , Pages 213-227
Abstract
Bushehr province with an area of about 25360 sq. is beside Persian Gulf. This province is divided in two parts plain regions and mountains regions. Soil of plain regions is salt and sandy-laom and soil of mountains regions is sandy-soil often sandy-laom and alluvial. At first collection and identification ...
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Bushehr province with an area of about 25360 sq. is beside Persian Gulf. This province is divided in two parts plain regions and mountains regions. Soil of plain regions is salt and sandy-laom and soil of mountains regions is sandy-soil often sandy-laom and alluvial. At first collection and identification of medicinal plants in Bushehr province with seven town ships which divided to four regions. This project performedfor four years (1995 – 1999). In this research 70 species of medicinal plants were collected and identified. They classified in 40 genus. 32 species were herbaceous, 17 bush, 12 shrubs, 7 trees and 2 tubers. Scintific name, altitude and distribiution were mentioned in this paper.
A. Zarezadeh; P. Babaklanlo; N. Baghestam; M. Shamszadeh
Volume 14, Issue 1 , January 2003, , Pages 73-135
Abstract
During the first phase (collection and identifiction) 250 species of Yazd province medicinal plants were identified. They classified in 181 genera and 65 family. Scientific, persian, and local name of species, habitat, usefull parts, chemical compounds, folklore of medicinal action of uses, preparation ...
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During the first phase (collection and identifiction) 250 species of Yazd province medicinal plants were identified. They classified in 181 genera and 65 family. Scientific, persian, and local name of species, habitat, usefull parts, chemical compounds, folklore of medicinal action of uses, preparation and consumption method and distribution Were mentiened in this paper. Most of the medicinal plants were related to Labiatae with 24 species, Compositae with 19 species and Cruciferae with 18 species, Rosaceae with 20 species, Umbelliferae and Liliaceae each with 12 species and Solanaceae and Malvaceae families each with 9 species, in Yazd province. In second phase (domestication) seeds and seedling were used from Natural Resources and Animal Affirs Center of Yazd Province, and Research Institute of Forests and Rangelans for cultivation. They were planted in spring and autumn. Planting date, phenology and compativility of species with Yazd climatical conditions were studied. In addition to familiarity with propagation method, plant and diseases, water and fertilizer requirements were surveyed, as far as possible. The results show that 136 species out of 154 species completed their phenology stage, 72 species had compatible with research station of medicinal plants, 12 species did not germinat and 6 species died after germination.
