Area Exploration Takht-e Soleyman Based on Metallic Potentials and Geochemistry
Journal Title: Journal of River Engineering - Year 2015, Vol 3, Issue 1
Abstract
The explosion area of Takht-e Soleyman is located in the heights of 2811 meters in west azerbaijan province mountains. This site is situated between Takht-e Soleyman and takab villages at about 45 kilometers of the north of west azerbaijan province. In 2006, several geochemical investigations were conducted into this site. The area is covered with volcanites and ecocene sediments which have been interrupted by the intrusions of granodiorite and daciteoids. Volcanites and intrusive rocks have been altered in a zone of about 2 square kilometers. The alteration is more of argillic, silicified and sericite variations but its severity is extremely diverse. The most severe alteration is observed in the central parts of this zone. Furthermore, limonitization is relatively seen in a wide area of this zone in the figure of veinlets and colonization indicating sulfide mineralization underneath the weathering zone. Secondary minerals are rarely found.
Authors and Affiliations
Alireza Ashofteh
Automatic Calibration for Estimation of the Parameters of Rainfall-Runoff Model
This paper describes the demonstration of an automated procedure for calibrating of AFFDEF model parameters. For this purpose, SCE algorithm which linked to the code of AFFDEF model, was used to calibrate spatial vari...
Utilization of Storm Runoff for Groundwater Recharge in Urban Areas- A Case Study of Gujranwala City in Pakistan
This research highlights the significance of storm runoff for groundwater recharge in urban areas. Due to excessive withdrawal of groundwater in urban areas, the groundwater table is significantly depleting each year....
Effects of Sediment on Water Quality in the Wetlands
Flowing water in a stream carries sediment which is considered a pollutant because it interferes with many uses of water. Other pollutants in the water may be attached to or greatly affected by the sediment.One of the...
Evalution of Landsat ETM Sensor To Separate Riparian Forest from River (Case Study: Maroon River – Khuzestan)
In order to evaluate Landsat satellite imagery and remote sensing applications in separation of land from the river in riparian forest of Maroon Behbahan, a small window of multispectral images Landsat ETM+ was chosen...
Study of Hydrological Inflow Regime to the Maroon Reservoir Dam and Flood Events
Maroon Dam with maximum volume of 1274 MCM was built on this river by Khuzestan Water & Power Authority (Dams Identity). The dam Controls the Destroyer Floods and adjusts water And Energy and prevents from seasonal hi...