STATISTICAL ANALYSIS OF HYDROCHEMICAL PARAMETERS OF LALEHZAR (BARDSIR) GROUNDWATER RESOURCES USING PRINCIPAL COMPONENT AND CLUSTER ANALYSIS

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ZAMANI MALIHE; MOEINZADEH HESAM; MOSTAFAVI ALI; ABBASNEJAD AHMAD

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Journal: GEOCHEMISTRY Year:2016 | Volume:4 | Issue:4 Page(s): 337-346

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Title

STATISTICAL ANALYSIS OF HYDROCHEMICAL PARAMETERS OF LALEHZAR (BARDSIR) GROUNDWATER RESOURCES USING PRINCIPAL COMPONENT AND CLUSTER ANALYSIS

Author(s)

ZAMANI MALIHE | MOEINZADEH HESAM | MOSTAFAVI ALI | ABBASNEJAD AHMAD | Issue Writer Certificate

Keywords

PRINCIPAL COMPONENT ANALYSISQ2

CLUSTER ANALYSISQ2

LALEHZAR PLAINQ2

HYDROGEOCHEMISTRYQ2

Abstract

Today, water is considered as one of the factors of improvement and economic growth of communities. Therefore, the optimal management of water resources, particularly freshwater is one of the most important programs of countries. The aim of this study is to determine the source and concentration of elements and dissolved compounds in Lalehzar groundwater. LALEHZAR PLAIN is located in 75 kilometers southeast of the Bardsir and southwest of Kerman, in central Iran structural zone and in the southeast of the volcanic belt of Urmia-Dokhtar with Tertiary geological formation. The dominant lithology in the study area are conglomerate, sandstone, siltstone, tuff, volcanic conglomerate, sandy marl, granite, andesite, basalt, basaltic lava and pyroclastic rocks. In order to study the groundwater quality in the area 14 samples were analyzed for concentration of cations, anions and some trace elements. From statistical techniques, principal component and CLUSTER ANALYSIS in SPSS and GIS software was used to analyze the changes in concentration of elements. In PRINCIPAL COMPONENT ANALYSIS were put the elements in 3 groups (factor). Nitrate and sulfate, potassium and bicarbonate may have anthropogenic and agricultural origin. But bicarbonate derived from dissolution by mixing of meteoric water with atmospheric CO2 which shows an increase in some samples. In general, it can be said that the elements in the water, are derived by the silicates hydrolysis, rainwater and condensation during of the evaporation. Heavy metal concentrations are even below the detection limit of the analysis and also the standards of WHO and EPA.

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APA: Copy

ZAMANI, MALIHE, MOEINZADEH, HESAM, MOSTAFAVI, ALI, & ABBASNEJAD, AHMAD. (2016). STATISTICAL ANALYSIS OF HYDROCHEMICAL PARAMETERS OF LALEHZAR (BARDSIR) GROUNDWATER RESOURCES USING PRINCIPAL COMPONENT AND CLUSTER ANALYSIS. GEOCHEMISTRY, 4(4), 337-346. SID. https://sid.ir/paper/230864/en

Vancouver: Copy

ZAMANI MALIHE, MOEINZADEH HESAM, MOSTAFAVI ALI, ABBASNEJAD AHMAD. STATISTICAL ANALYSIS OF HYDROCHEMICAL PARAMETERS OF LALEHZAR (BARDSIR) GROUNDWATER RESOURCES USING PRINCIPAL COMPONENT AND CLUSTER ANALYSIS. GEOCHEMISTRY[Internet]. 2016;4(4):337-346. Available from: https://sid.ir/paper/230864/en

IEEE: Copy

MALIHE ZAMANI, HESAM MOEINZADEH, ALI MOSTAFAVI, and AHMAD ABBASNEJAD, “STATISTICAL ANALYSIS OF HYDROCHEMICAL PARAMETERS OF LALEHZAR (BARDSIR) GROUNDWATER RESOURCES USING PRINCIPAL COMPONENT AND CLUSTER ANALYSIS,” GEOCHEMISTRY, vol. 4, no. 4, pp. 337–346, 2016, [Online]. Available: https://sid.ir/paper/230864/en

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