246
I. Jamorska
I/173/1
#REF!
I/285/3
II/384/1
II/392/1
I/470/3
I/474/3
I/649/1
II/797/1
II/889/1
PIPER DIAGRAM
100
100
100
100
100
100
0
0
0
0
0
0
0
0
SO4 + Cl
Ca + Mg
Mg
SO4
Cl
Ca
Na + K
CO3 + HCO3
CATION
ANION
Jura (2017)
Fig. 11.7 Chemical Composition of Jurassic Aquifer in the Piper diagram (own elaboration based
on Polish Geological Institute—National Research Institute data)
In order to present the diversification of ion concentrations on particular waterbearing levels in Table 11.5, minimum and maximum concentrations of major ions
have been presented.
11.4 Chemical Properties of Groundwater Within Regional
Configuration
Taking into account the hydrogeological regionalisation of Poland according to
Paczy´ nski and Sadurski [5], which makes allowances for groundwater bodies and
I. Jamorska
I/173/1
#REF!
I/285/3
II/384/1
II/392/1
I/470/3
I/474/3
I/649/1
II/797/1
II/889/1
PIPER DIAGRAM
100
100
100
100
100
100
0
0
0
0
0
0
0
0
SO4 + Cl
Ca + Mg
Mg
SO4
Cl
Ca
Na + K
CO3 + HCO3
CATION
ANION
Jura (2017)
Fig. 11.7 Chemical Composition of Jurassic Aquifer in the Piper diagram (own elaboration based
on Polish Geological Institute—National Research Institute data)
In order to present the diversification of ion concentrations on particular waterbearing levels in Table 11.5, minimum and maximum concentrations of major ions
have been presented.
11.4 Chemical Properties of Groundwater Within Regional
Configuration
Taking into account the hydrogeological regionalisation of Poland according to
Paczy´ nski and Sadurski [5], which makes allowances for groundwater bodies and