Due to the plentiful abilities of GIS and its usage in various knowledge's specially water andwastewater, usage of GIS because of abundant advantages compare of its disadvantages is ascompleted and very suitable software for designer engineers. In this research has been investigatedusage of ArcGIS for determination of demanded parameters for sewerage designing in studying zone(Nabovat minicity in the Ilam province).In this research, ArcGIS was used as perfected software and SewerCad was used asaccounting software. Therefore sewerage designing was devided to below phases:First phase: Pipe length, zone area of covering a pipe and interpolation of earth height digits onmanholes were determined by ArcGIS software.Second phase: Data related to characteristics of topography, meteorology and statistical (forexample, population, water and wastewater capita) were prepared.Third phase: Ago data were used for analysis by SewerCad software.Fourth phase: Usage of ArcGIS software was compared with similar softwares as qualitative.Results of this research showed: Usage of ArcGIS software for data determination of seweragedesigning, eliminated main defects other softwares used for this object and increased precision,quickness and readiness of data determination for sewerage designing (for example: defection ofAutoCad software for covering area determination of each pipe by selection a point on pipe).

The aim of this research is studying the possibility of upwelling occurrence in the Iranian coastal area of Oman Sea. The occurrence of such a unique phenomenon near the coastal area of Jask made it a suitable subject to the study. To achieve this aim ArcGIS and MIKE3 softwares were employed. Year 2016 was considered for this research. Using ArcGIS techniques the patterns of prevailed wind, sea surface temperature, and concentrated chlorophyll-a using satellite remote measurement data for the area under investigation were taken into consideration. These plots confirm the probability of occurrence of upwelling in the area. For the simulation with MKE3, irregular mesh was designated as horizontal grids. In the vertical direction sigma layer stratification with 10 layers were chosen. After calibrating the model, results derived from the simulation were analyzed around Jask headland. The results indicate the existence of an upwelling during transition period of monsoon (October and November). This was simultaneous with the prevailed wind in the southwestern coast of Oman Sea.

Reduced transfer time results in increased levels of service to citizens and their satisfaction would increase consequently. To this end، using new and improved routing algorithms and localizing them in urban areas، considering their scope and extent، can be efficient in urban management and relief sectors. The purpose of this study is to look at the operation of the routing algorithms، including Genetic and Ant colony and due to the size of the city conduct a research to optimize the routing by using Game theory algorithm in the software ArcGis. Therefore، programs written for routing with Genetic algorithm، Ant colony and Game theory were called for in the software ArcGis and then used for routing. The results showed lack of spatial information database shared between rescue squads makes their services impossible in the least amount of time and if spatial databases are made and used، due to the small size of the city of Semnan، the time to achieve an optimal route by ArcGis using Game theory algorithm would be shorter compared with other algorithms. Therefore، the time for the Genetic theory، Game theory and Ant colony are 0. 27، 0. 23 and 0. 19 ms. respectively. Time to reach the crash site، using the routing by ArcGis program with Genetic algorithm، Ant colony and Game theory are 3 minutes and 5 seconds، 3 minutes and 15 seconds، and 2 minutes and 42 seconds، respectively.

Geoconservation outcomes are hindered by highly subjective and conflicting criteria, varying assessment objectives, disparities in geoconservation strategy steps and the inadequate capturing and representation of geological data in dynamically changing inventories. Review shows that geoconservation outcomes are further hindered by the exclusion of quantitative geodiversity assessment from geoconservation strategies. A geoconservation toolkit is presented using the ArcGIS mobile apps QuickCapture, Survey123 and Explorer to consolidate the steps in achieving geoconservation outcomes. The toolkit closed the theoretical gap between geodiversity assessment and geoconservation strategies and attenuated the discrepancies in geoconservation strategy protocols. Preliminary research suggests the inclusion of geodiversity in geoconservation strategies will benefit geoconservation outcomes by providing scholars with a proxy to predict inventorying and geoheritage values, conservation exigencies and site complexity. The toolkit consolidated separate geoconservation strategies by unifying individual steps into one distinctive process leading to streamlined inventorying, geodiversity and geoheritage assessment. ArcGIS QuickCapture facilitated challenges in managing dynamically changing inventories by providing a fast and streamlined approach to the capturing of geodiversity information and locations. ArcGIS Survey123 facilitated the amalgamation of steps in geodiversity and geoheritage assessment and inventorying. ArcGIS Survey123 also facilitated the introduction of a suitability analysis tool to objectively manage and select existing geoheritage and inventorying criteria. Subsequent research would augment this study and its findings by determining whether statistical correlations exist between geodiversity and associated inventory and geoheritage values. Ensuing research would then seek expert advice on the standardisation of which strategies, criteria, methodologies, and processes to include in an all-encompassing third-party mobile GIS application to complement the toolkit concept in this study.

Iran has been extensively studied over the last decades because its territory offers the rare opportunity to observe and quantify how the convergence between two plates Arabia and Eurasia has been accommodated from its onset to its present-day continuation, i.e., continental collision within Iran. Additionally, Iran is the site of frequent devastating earthquakes, and it is thus of critical importance to understand how those earthquakes emerge from the overall tectonics that affects the Iranian territory. All principal seismogenic faults in eastern Iran are known and their recent to current activity is not in dispute. Abiz fault is one of most active fault in Iran. It is plausible that at present the region is experiencing a temporal clustering of large magnitude earthquakes, just as the Dasht-e-Bayaz and the Abiz faults in northern and northeastern Lut Block. The earthquake took place on the right-lateral Abiz fault. The surface trace on the ground was measured at 125km for a horizontal displacement of 2.3m and a vertical one of 0.9 so a total one of 3m. The rupture length can be considered as the greatest one in the entire earthquake database done here. Nevertheless, the magnitude and the displacements are not the greatest one. The magnitude was reported as 7.3. Previous earthquakes in 1936 and 1979 occurred on the fault but did not break more than 2 segments each time. One of the major challenges in assessing potential seismic hazards is to reliably identify regions of preferred upper crustal deformation. Landform morphometrics and the respective tectonomorphic indices can be used as basic reconnaissance tools of tectonic activity which can indicate areas at risk. The qualitative and quantitative descriptions of landform development are used to identify areas dominated by rapid tectonic deformation or erosion on a local scale. In this paper, the relative active tectonic of the Abiz fault has been discussed according to the geomorphic indices using ArcGIS software. Measured indices are stream length-gradient index (SL), ratio of valley floor width to valley height ratio (Vf), Asymmetry factor (AF), index of drainage basin shape (Bs), Hypsometric curve (HC), Hypsometric integral (Hi), River sinuosity index (S), index of mountain front sinuosity (Smf). The fast evolution of digital elevation models (DEM) provides an ideal base for remotely sensed morphotectonic studies of large areas using Geographical Information Systems (GIS). However, a manual extraction of the above mentioned morphologic parameters may be tedious and very time consuming. Moreover, basic GIS software suites do not provide the necessary built-in functions. Therefore, we present a newly developed, Python based, ESRI ArcGIS compatible tool and stand-alone script, the Morpho Tool. This tool facilitates an automated extraction of the Vf-ratio and the Hc-factor data for large regions. Other factors was calculated manually. Using a digital elevation raster and watershed polygon files as input, the tool provides output in the form of several ArcGIS data tables and shape files, ideal for further data manipulation and computation. This coding enables an easy application among the ArcGIS user community and code conversion to earlier ArcGIS versions. As basic data set we use a freely available 90 m resolution Shuttle Radar Topography Mission (SRTM) DEM of a 800 x 300 km large area of the study area. Using this DEM, we perform several preprocessing tasks using ArcGIS (ESRI), including the ArcHydro extension. These preprocessing tasks include the detection and removal of cells with undefined drainage values (sink cells). Next, watershed areas are delineated by stream flow analysis, along selected mountain fronts, and stored as a polygon shape file. To enable proper distance measurements, all initial files, the watershed shape file and DEM of the study area, are converted to the projected coordinate system WGS 1984 Zone 40S. Using the result of indices, index of relative active tectonic (IRAT) calculated as well. The results show that the Abiz fault relative tectonic activity index falls into three group. From Southeast to the Northwest: they are a) the areas between North of Zeidan to South West of Ahangaran, b) West of Hajiabad to South Nodeh and c) East of Esfad to East of Fandokht. The lowest IRAT values are located in Ardekul and Kalshur. Because of flat topography in Kalshir area, it’s not possible to sense some of morphotectonical indices, so the numeric values are low.

Liquefaction is one of the most determinant factors in the collapse of transportation infrastructures. This is especially true for roads and railroads located on saturated, fine-sand substrates under seismic conditions. The damage and human casualties resulting from liquefaction highlight the importance of understanding and mapping this phenomenon. Soil liquefaction occurs as a natural hazard in saturated, loose sand due to increased pore pressure and low shear strength. The purpose of this study was to prepare a soil liquefaction hazard zonation map for Kordkuy County, located in Golsetan Province, using data collection, basic digital mapping (soil deposits map, ground water depth and earthquake acceleration map), three parametric Stanford Watershed Models (SWM) and ArcGIS software . An empirical liquefaction model as a function of the three studied variables was used to model liquefaction in four hazard classes using ArcGIS software. According to the results, most areas fall into the nonhazardous and moderately hazardous risk classes. A portion of the Eastern County was classified as highly hazardous due mostly to its close proximity to an earthquake focal point.

ArcGIS is a software program to depict geographical features as well as abstract concepts. Given the significant changes in scientific disciplines, the present study employs ArcGIS to represent inter-filed and interdisciplinary studies across Iranian linguistics. First, 1859 peer-review articles published in 47 Persian language (non)linguistics journals have been collected as the research data. Next, the articles have been classified in 15 fields and 7 interdisciplinaries. Then, maps were provided for fields, interdisciplinaries, geographical diversity and inter-fields as well as interdisciplinarity. The maps represent the frequency of articles in each field, interdisciplinary. The map designed for geographical diversity shows that the research on linguistics is centered in Tehran. The final map depicts the inter-field and interdisciplinarity of Iranian linguistics. It is believed that interpretation of such maps illustrates more popular areas of study and also research gaps. Such maps give a clear picture of the present time research and also a hypothetical image of research in future.

Simulation of the hydraulic behaviour of the river basin boundaries is important for river engineering projects, prediction of flood damages in different conditions and economic feasibility studies, flood control, and other social programs related to the system of the river. In this study, river bed and flood zoning map in the range of over 155 km from the Zayandehrud dam to Nekouabad Diversion Dam were addressed by using the software's ArcGIS, HEC-RAS and HEC-GeoRAS extension. For this purpose, a digital elevation map in 1: 250,000 scale was provided and cross-sectional area was divided in 1085. Manning roughness coefficient was determined by Cowan. Finally, data entered into the software HEC-RAS and was analysed. After determining the area of flood in the return periods of 2, 5, 10, 25, 50, 100 and 200 years in all cross sections, the results were entered into the ArcGIS environment and flood zoning maps were obtained. The results showed that of the 200-year flood lands, 96% of the land flood was related to the return period of 25 years.

The negative balance of water reserves and reduce the size of static storage aquifers including the effects of the drought phenomenon is repeated on the status of surface and groundwater resources in Iran including Khuzestan province has had an impact. In this study, using fuzzy and ArcGIS version also better understand the effects created in the statistical period on the aquifer Gotvand – Agile plains try to influence the result of the drought on groundwater modern manne and visible as much as possible he predicted.Gotvand Plains - Aghili (with an area of approximately 370 km north Khvzstan province is the the agricultural poles) separated by Karun River is dumped. To determine the patients in the study area input and output data network with the same time step with the corresponding number, wells data was introduced as the basis of monthly data, from 1996 until the end of 2002  considered. Studies showed that groundwater levels in the aquifer is heavily dependent on rainfall and water inputs (irrigation and drainage networks and Karun River) is the also well as the behavior of aquifers in drought fuzzy logic high accuracy And the results of the model with current realities in the region and results of studies and maps in ArcGIS environment is consistent.