List of Articles شاخص&#172

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  1 - Evaluating the ability to accept economic activities in territory using AHP, case study: agricultural activities of Mazandaran province's counties
  hosain  mojtabazadekhanghahi   nesa khazaey hassan  rasouli
  In current research, the main objective is to determine the necessity requirements of establishing agricultural activities using hierarchical analysis method. Due to special climate and location conditions and resulting potentials from these conditions in Mazandaran pro More

  In current research, the main objective is to determine the necessity requirements of establishing agricultural activities using hierarchical analysis method. Due to special climate and location conditions and resulting potentials from these conditions in Mazandaran province, agricultural activities are of the most important activities being done in this province. Each of these counties, have suitable or unsuitable conditions in accepting activities related to agriculture section, in which determining their level and their ability rank, is an important source for distribution of services and activities related to agriculture in the territory. Therefore, determination of related and accessible indicators in doing agricultural activities are done. Then the ability of counties of province in accepting farming activities as a subsection of agriculture based on specific indicators, was determined and available alternations in land exploitation and the intensity of its use in agriculture section were determined. Manuscript profile
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  2 - Assessing the level of development of Iranian villages using Physical Quality of Life Index (PQLI)
  Ali Hajizadeh Shima Dadfar mehrshad toulabi nejad
  Various indicators are used to measure the level of development, changes and developments of the rural development process and with the aim of planning and evaluating rural development plans. One of the important indicators for measuring rural development programs is th More

  Various indicators are used to measure the level of development, changes and developments of the rural development process and with the aim of planning and evaluating rural development plans. One of the important indicators for measuring rural development programs is the use of Physical Quality of Life Index (PQLI) indicators. This index is widely used to measure or compare the level of development between different regions due to its simplicity and usability. In this study, using the natural indicators of quality of life in Morris and Calpine, the level of rural development of the country has been studied. In this research, with a positivist and positivist approach that has a practical nature and emphasizes on quantitative methods, the aim of the research, which is to measure the level of rural development in Iran, was pursued. Research data were collected from sources such as the Statistics Center of Iran, data from the Ministry of Health and statistical yearbooks of the provinces. Were compared with each other. The results showed that the level of development of the country's villages are different in terms of natural indicators of quality of life. The central provinces of the country in terms of the coefficient of this index compared to other regions of the country are at an appropriate level of rural development. While the peripheral provinces of the country are at a moderate level of development, and Sistan and Baluchestan province, which is one of the underdeveloped provinces of the country, is at the lowest level of rural development. Manuscript profile
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  3 - The role of the active tectonics in geomorphic anomalies of Gorgan Rud - Gharasu basin
   Agh- Atabai  Nemati معصومه  روستائی
  The study area is located in north of eastern Alborz range. In this study, it was evaluated the pattern of neotectonic in eastern Alborz and the distribution of seismicity and geomorphic pattern of Southern Golestan province. To assess tectonic activities in 22 separat More

  The study area is located in north of eastern Alborz range. In this study, it was evaluated the pattern of neotectonic in eastern Alborz and the distribution of seismicity and geomorphic pattern of Southern Golestan province. To assess tectonic activities in 22 separated subbasins, we have analysed neotectonic indices: the stream– gradient index (SL), drainage basin asymmetry (Af), reveres symmetry of topography (T), hypsometric integral (Hi), drainage basin shape (Bs) and mountain front sinuosity (Smf). The results of the analysis is accumulated and expressed as an index of relative active tectonics (Iat), which divided into four classes from relatively low to highest tectonic activity. The high class values of tectonic activity for Iat mainly occur in the south and southwest of the Gorganrud- Gharasu drainage basin, while the rest of the study area has classes of Iat suggesting moderate to low tectonic activity. The rate of tectonic activity in this area will increase from north to south. This increase can be related to the position of peaks steam gradient index along the faults and segment faults. Also value of drainage basin asymmetry is calculated for all of the subcatechments greater or less than 50 that shows tilt for each stream toward West or East. The results of this study show that the distribution of seismicity, geomorphic and tectonic movements of studied area has been affected especially by Khazar and North Alborz faults movement and thrust fault in north of Gorgan. Areas with high tectonic activity and the high measure of tilting indicate that there may be a thrust fault, with a NNE-SSW approximate trend. On the other hand, this seismicity trend may be related to a deep and relatively young thrust splay in north of the Alborz range front. Manuscript profile
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  4 - The Effect of uplift rate on geomorphic indices: insight to Misho Complex NW Iran
  Mehdi Behyari Mohammad Mohajjal Mohsen Moayyed Mahnaz Rezaeiyan
  The Misho Mountain is a prominent topographic feature in the North-West of Iran. This mountain is bounded with series of major active faults. Spatial array of these faults caused an uplift in the study area, and exposure of Kahar Formation in the core of the mountain. T More

  The Misho Mountain is a prominent topographic feature in the North-West of Iran. This mountain is bounded with series of major active faults. Spatial array of these faults caused an uplift in the study area, and exposure of Kahar Formation in the core of the mountain. The active deformation affected topographic feature and changed the uplift rate. In this research we tried to quantify variation of uplift rate by using geomorphic indices and thermochronometry data. The analysis of stream length gradient, mountain front morphology, valley shape, and basin morphology indicated that uplift rate decreased from North to South and West to East. Hypsometric integral, which was calculated for the northern and southern flanks of Misho Mountain, also shows mature stage for the Southern flank, but in the Northern Misho tectonic activity increased and consequent;y show unstable state. Comparing between maximum and minimum swath profile in the west, central and east Misho indicated that in the west Misho the min and max swath profile indicate greater difference and show rapid uplift in the west Misho. Thermochronologic data show that rapid exhumation commenced by 21-22 Ma (Miocene), and an uplift rate of 0.16 to 0.24 Km/Ma was estimated. We propose that the range might be exhumed diachronously along strike and the magnitude of exhumation decreases to the ESE. This result is supported by structural and stratighraphy of study area. Manuscript profile
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  5 - Neotectonic zoning using morphometric indices in Lali – Gotvand area, Khuzestan
  Tayebeh Ahmadi Aziz Rahimi Hojahallah Safari Arash Barjasteh
  Quantitative assessment forms and effects of the Earth's surface and calculation of morphometry indices of rivers, river channel, and mountain fronts are the best methods for investigation of the active tectonics. The studied area is located in Dezful Embayment zone of More

  Quantitative assessment forms and effects of the Earth's surface and calculation of morphometry indices of rivers, river channel, and mountain fronts are the best methods for investigation of the active tectonics. The studied area is located in Dezful Embayment zone of the Zagros Simply Folded Belt. In this study, the tectonics and regional morphotectonics of Lali – Gotvand area are interpreted using digital elevation model. This research analyzed three indices including mountain front sinuosity (Smf), ratio of valley width to valley height (Vf) and stream length-gradient index (Sl). The morphometry indices were analyzed to determine tectonic activity according to general tectonic of Simply Folded Zagros and Dezful Embayment in Lali - Gotvand region in the north east of Khuzestan. After calculating the noted indices and information integration layers, the neotectonic zoning map were prepared as tectonic activity in 4 categories: very active, active, relatively active and non-active. According to these results, maximum tectonic activities have occurred in the North East based on stream length-gradient index, in East, North East, South East based on ratio of valley width to valley height and in North East, South East and central part based on mountain front sinuosity, respectively. The neotectonic zoning map shows the highest activity in the North, North East and Center and the lowest activity in the South of the study area. Manuscript profile
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  6 - تأثیر شاخص‌های توسعه انسانی بر رشد اقتصادی دربین کشورهای اسلامی
  علیرضا تمیزی
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