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The Assessment of Health Risk from Heavy Metals with Water Indices for Irrigation and the Portability of Munzur Stream: A Case Study of the Ovacık Area (Ramsar Site), Türkiye Cover

The Assessment of Health Risk from Heavy Metals with Water Indices for Irrigation and the Portability of Munzur Stream: A Case Study of the Ovacık Area (Ramsar Site), Türkiye

By: Banu Kutlu and  Ali Sarıgül  
Open Access
|Mar 2023

Figures & Tables

Figure 1

The location of stations on Munzur Stream
The location of stations on Munzur Stream

Figure 2

Temporal and spatial change of HPI and HEI values in Munzur Stream
Temporal and spatial change of HPI and HEI values in Munzur Stream

Correlation coefficient matrix

pHECTDSAlkTHClDOCaMgMnCuCdPbNiZnAs
pH1
EC0.13
TDS0.090.76**
Alk0.62*0.060.88**
TH−0.460.88**0.180.68
Cl−0.07−0.29−0.57*−0.54*−0.48
DO0.18−0.24−0.16−0.18−0.310.65*
Ca0.580.320.60*0.97**0.240.230.00
Mg0.460.290.360.59*0.140.88**0.67**0.20
Mn0.89**0.76**0.470.50*0.460.52*0.160.340.51*
Cu0.440.85**0.110.63*0.490.86**0.53*0.56*0.340.01
Cd0.90**0.65**0.030.60.170.080.100.050.130.55*0.32
Pb0.89**0.83**0.120.590.540.360.400.330.68**0.230.150.33
Ni0.480.480.230.220.260.86**0.720.84**0.490.000.000.390.65*
Zn0.51*0.52*0.74**0.99**0.83**0.64*0.63*0.410.75**0.250.010.85**0.91**0.08
As0.50*0.99**0.090.380.400.67**0.300.290.510.010.00.40.010.020.101

Varimax rotated component matrix for selected variables

PC1PC2PC3PC4PC5
pH0.070.21−0.43−0.140.28
EC0.10−0.310.42−0.020.03
TDS0.30−0.05−0.42−0.07−0.08
Alk0.19−0.170.29−0.470.27
TH0.24−0.320.29−0.01−0.04
Cl−0.150.310.230.40−0.05
DO0.0310.400.22−0.04−0.28
Ca−0.01−0.42−0.180.270.12
Mg0.19−0.180.010.54−0.29
Mn0.330.170.210.11−0.05
Cu0.390.15−0.040.130.09
Cd0.25−0.28−0.270.11−0.14
Pb−0.27−0.070.070.290.54
Ni0.360.060.100.100.36
Zn0.200.230.000.240.41
As0.400.160.01−0.08−0.09
Eigenvalues5.304.202.331.621.29
% of variance33.1726.2714.5210.148.11
Cumulative33.1759.4474.0384.1792.28

Toxicological parameters of selected metals used for health risk assessment (USEPA 2004, Wang et al_ 2017)

UnitsMeanMin.MaxWHO (2011)TSWQR*
pH 9.01 ± 0.388.279.457.5III
T°C9.15 ± 2.055.214.8 I
DO 8.33 ± 0.5589.67 I
ECµS c−1324 ± 79.5202.44672500I
TDSmg l−180.7 ± 44.7520.3138.4600I
TH26.6 ± 5841934.87100I
Salinity 0.16 ± 0.090.070.34 -
ORP 324 ± 79202.4467 -
NO2-Nmg l−10.14 ± 0.0.110.0020.0350.9IV
NO3-N0.12 ± 0.10.030.34 I
Si22430 ± 14494437520 I
TP 0.718 ± 0.51.870.13 III
Camg l−1142.2 ± 57.6218.554.7575
Mg125.7 ± 39.2184.269.950
Na4.041.856.74200I
Alµg l−150.5 ± 122.64372200I
Cr9 ± 4.082.86.650I
Mn0.04 ± 0.0120.020.04400I
Fe31.55 ± 63.5410201300I
Co0.04 ± 0.040.020.1650I
Ni0.75 ± 0.10.2370I
Cu0.9 ± 0.720.42.82000I
Zn2.07 ± 1.530.56.03000I
As0.68 ± 0.650.22.310I
Cd6.88 ± 0.606.08.03III
Hg0.07 ± 0.020.060.1 I
Pb 12.44 ± 5.812.221.510II

Health risk assessment for metals in water, for adults and children via ingestion and dermal intake

MetalAdultChildAdultChildAdultChild
HQIngestionHQdermalHI
Pb0.0297040.029703670.029703670.029703670.0594070.059407
Cd0.0196570.0007360.001372110.0030360.0210290.003772
Fe1.8E-051.2032E-062.0028E-064.4317E-062E-055.63E-06
Cu0.0003660.002184248.9299E-050.0001997590.0004560.002382
Zn3.94E-050.000222291.5541E-053.4386E-055.5E-050.000257
Ni4.29E-050.0002880.000167793.7125E-050.0002110.000325
Hg0.0005333.7333E-053.551E-057.857E-050.0005690.000116
Total1.8E-051.2032E-062.0028E-064.4314E-060.0313680.027927

Temporal and spatial variation values of the irrigation water quality indices of Munzur Stream

StationWQIMHNa%SARPIRSCIWQI
S13726.1643.710.015.49−216.222.28
S24623.3751.110.015.23251.172.86
S35024.4850.600.015.29251.753.13
S43826.7745.960.015.44238.752.38
S53725.1449.130.024.98−334.892.31
S63622.4853.870.036.84−229.352.25
S74023.5452.070.025.95−264.602.47
S84022.4853.780.046.60−278.372.47
S94425.0148.750.047.32−249142.75
Mean40.824.3849.880.025.91−257.142.25
DOI: https://doi.org/10.26881/oahs-2023.1.09 | Journal eISSN: 1897-3191 | Journal ISSN: 1730-413X
Language: English
Page range: 111 - 123
Submitted on: Aug 11, 2022
Accepted on: Dec 6, 2022
Published on: Mar 20, 2023
Published by: University of Gdańsk
In partnership with: Paradigm Publishing Services
Publication frequency: 4 issues per year

© 2023 Banu Kutlu, Ali Sarıgül, published by University of Gdańsk
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 License.